Spreadsheet: 0df68a27-23b8-4145-b2b6-a2b859fbd2c3
Sheet: PS Descriptions

Code | Practice Name | Scenario Name | Unit | Traditional Payment Rate | 2014 Scenario Description
472 | Access Control | Animal exclusion from sensitive areas | Acre | 40.58 | Excluding animals from an area in order to address identified resource concerns. This is for facilitating exclusion of animals to protect or enhance natural resource values.  Permanent fencing will be planned and installed using the Fence practice (382).  Clearing of brush and trees is not necessary.
560 | Access Road | New gravel road, 6in, wet level terrain | Linear Feet | 7.8 | Install a single lane access road.  Includes earthwork, geotextile and aggregate.  For access to waste storage or composting facilities in a confinement livestock system, the access road length is limited to 1/4 mile. For access to Heavy Use Area Protection-winter feeding station or feeding areas in a grazing system, the access road length is limited to 1 mile.   Measurement is by linear feet of roadway.  For any portion of the access road that needs a culvert or stream crossing, use 578 - Stream Crossing and subtract off the length of the roadway over the stream crossing/culvert from the total length of the roadway to obtain a length for the access road scenario.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock - Small < 70 AU plus 1 non-Livestock Enterprise | Number | 2043.88 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock - Small < 70 AU plus 2 non-Livestock Enterprises | Number | 2874.93 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock - Small < 70 AU plus 3 non-Livestock Enterprises | Number | 3705.98 | This scenario applies to a small (<70 AU) livestock operation that also includes 3 or more non-Livestock enterprises. [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock - Medium 70-300 AU plus 1 non-livestock enterprise | Number | 2417.85 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock - Medium 70-300 AU plus 2 non-livestock enterprises | Number | 3248.91 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock - Medium 70-300 AU plus 3 non-livestock enterprises | Number | 4079.96 | This scenario applies to a medium (70-300 AU) livestock operation that also includes 3 or more non-Livestock enterprises. [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock -  Large 301-2500 AU plus 1 non-Livestock Enterprise | Number | 2781.31 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock -  Large 301-2500 AU plus 2 non-Livestock Enterprise | Number | 3612.36 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock -  Large 301-2500 AU plus 3 non-Livestock Enterprise | Number | 4443.41 | This scenario applies to a large (301-2500 AU) livestock operation that also includes 3 or more non-Livestock enterprises.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock - Extra Large >2,500 AU plus 1 non-Livestock Enterprise | Number | 3355.36 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock - Extra Large >2,500 AU plus 2 non-Livestock Enterprise | Number | 4186.41 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP 122 Livestock - Extra Large >2,500 AU plus 3 non-Livestock Enterprise | Number | 5017.47 | This scenario applies to an extra large (>2500 AU) livestock operation that also includes 3 or more non-Livestock enterprises. [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Dairy, Swine, Poultry, Beef/veal, Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | [NAME] Less Than 70 AU | Number | 1212.82 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | [NAME] 70 - 300 AU | Number | 1586.8 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | [NAME] AU | Number | 1950.26 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | AgEMP Livestock Extra Large Greater Than 2500 AU | Number | 2524.31 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | [NAME] | Number | 2016.73 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | [NAME] | Number | 2565.77 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
122 | Agricultural Energy Management Plan-Headquarters (AgEMP) | [NAME] | Number | 3462.2 | This scenario applies to a non-livestock operation with three or more enterprises.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  “Enterprise” is as defined in the ASABE S612 Standard:  the production category of a farm. For the headquarters CAP 122, relevant enterprises could include categories that involve specialized equipment and operations at the headquarters site, such as: Fruit/vegetables, Aquaculture, Nursery/greenhouse.  Headquarters-based enterprises may also include field crop production if grain drying or storage/mechanical handling takes place on the farm.
124 | Agricultural Energy Management Plan-Landscape (AgEMP) | Irrigated Small, Less Than 50 acres | Number | 2030.55 | This scenario is for the portion of the farming operation that is not at the headquarters site.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
124 | Agricultural Energy Management Plan-Landscape (AgEMP) | Irrigated Medium, 50 to 499 acres | Number | 2698.53 | This scenario is for the portion of the farming operation that is not at the headquarters site.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
124 | Agricultural Energy Management Plan-Landscape (AgEMP) | Irrigated Large, 500 to 5000 acres | Number | 3481.14 | This scenario is for the portion of the farming operation that is not at the headquarters site.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
124 | Agricultural Energy Management Plan-Landscape (AgEMP) | Irrigated Extra Large, Greater Than 5000 acres | Number | 3909.01 | This scenario is for the portion of the farming operation that is not at the headquarters site.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
124 | Agricultural Energy Management Plan-Landscape (AgEMP) | Non-Irrigated Small, Less Than 50 acres | Number | 1308.57 | This scenario is for the portion of the farming operation that is not at the headquarters site.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
124 | Agricultural Energy Management Plan-Landscape (AgEMP) | Non-Irrigated Medium, 50 to 499 acres | Number | 1661.94 | This scenario is for the portion of the farming operation that is not at the headquarters site.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
124 | Agricultural Energy Management Plan-Landscape (AgEMP) | Non-Irrigated Large, 500 to 5000 acres | Number | 2025.61 | This scenario is for the portion of the farming operation that is not at the headquarters site.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
124 | Agricultural Energy Management Plan-Landscape (AgEMP) | Non-Irrigated Extra Large, Greater Than 5000 acres | Number | 2629.5 | This scenario is for the portion of the farming operation that is not at the headquarters site.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
311 | [NAME] | Single row container planting stock | Each | 19.66 | Establishment of single rows of containerized trees/shrubs >1 gal. on crop or grass land to increase crop diversity.  Final row width, and spacing of trees within the row, is based on farm equipment size, growth form of trees, light needs of annual crop or grass, and intent of the landowner.  Payment includes materials, labor and equipment needed to plant the stock and foregone income for land removed from crop production were trees will be installed.  Site preparation is not included and would be implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
311 | [NAME] | Single row bareroot planting stock | Each | 1.84 | Establishment of single rows of bareroot trees on crop or grass land to increase crop diversity.  Final row width, and spacing of trees within the row, is based on farm equipment size, growth form of trees, light needs of annual crop or grass, and intent of the landowner.  Payment includes materials, labor and equipment needed to plant the stock and foregone income for land removed from crop production were trees will be installed.  Site preparation is not included and would be implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
311 | [NAME] | Single row bareroot planting stock with tree shelters | Each | 4.82 | Establishment of single rows of bareroot trees on crop or grass land to increase crop diversity.  Final row width, and spacing of trees within the row, is based on farm equipment size, growth form of trees, light needs of annual crop or grass, and intent of the landowner.  Payment includes materials, tree shelters, labor and equipment needed to plant the stock and foregone income for land removed from crop production were trees will be installed.  Site preparation is not included and would be implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
366 | Anaerobic Digester | Small Plug Flow <1000 AU | Animal Unit | 516.68 | Digester includes piping and boiler, gas collection and flaring system.  Energy generation equipment is not included.  As needed for other parts of the digester system, use 634 - Waste Transfer, 561 - Heavy Use Area Protection, 632 - Solid/Liquid Waste Separation Facility, 313 - Waste Storage Facility, 367 - Roofs and Covers, 558 - Roof Runoff Structure for gutter/downspout system, 382 - Fence, 342 - Critical Area Planting, 484 - Mulching.  Measurement is according to the number of 1000-lb animal units providing manure and wastewater to the digester system.
366 | Anaerobic Digester | Medium Plug Flow 1000-2000 AU | Animal Unit | 367.67 | Digester includes piping and boiler, gas collection and flaring system.  Energy generation equipment is not included.  As needed for other parts of the digester system, use 634 - Waste Transfer, 561 - Heavy Use Area Protection, 632 - Solid/Liquid Waste Separation Facility, 313 - Waste Storage Facility, 367 - Roofs and Covers, 558 - Roof Runoff Structure for gutter/downspout system, 382 - Fence, 342 - Critical Area Planting, 484 - Mulching.  Measurement is according to the number of 1000-lb animal units providing manure and wastewater to the digester system.
366 | Anaerobic Digester | Large Plug Flow >2000 AU | Animal Unit | 245.57 | Digester includes piping and boiler, gas collection and flaring system.  Energy generation equipment is not included.  As needed for other parts of the digester system, use 634 - Waste Transfer, 561 - Heavy Use Area Protection, 632 - Solid/Liquid Waste Separation Facility, 313 - Waste Storage Facility, 367 - Roofs and Covers, 558 - Roof Runoff Structure for gutter/downspout system, 382 - Fence, 342 - Critical Area Planting, 484 - Mulching.  Measurement is according to the number of 1000-lb animal units providing manure and wastewater to the digester system.
366 | Anaerobic Digester | Small Complete Mix <1000 AU | Animal Unit | 520.33 | Digester includes piping and boiler, gas collection and flaring system.  Energy generation equipment is not included.  As needed for other parts of the digester system, use 634 - Waste Transfer, 561 - Heavy Use Area Protection, 632 - Solid/Liquid Waste Separation Facility, 313 - Waste Storage Facility, 367 - Roofs and Covers, 558 - Roof Runoff Structure for gutter/downspout system, 382 - Fence, 342 - Critical Area Planting, 484 - Mulching.  Measurement is according to the number of 1000-lb animal units providing manure and wastewater to the digester system.
366 | Anaerobic Digester | Medium Complete Mix 1000-2000 AU | Animal Unit | 498.99 | Digester includes piping and boiler, gas collection and flaring system.  Energy generation equipment is not included.  As needed for other parts of the digester system, use 634 - Waste Transfer, 561 - Heavy Use Area Protection, 632 - Solid/Liquid Waste Separation Facility, 313 - Waste Storage Facility, 367 - Roofs and Covers, 558 - Roof Runoff Structure for gutter/downspout system, 382 - Fence, 342 - Critical Area Planting, 484 - Mulching.  Measurement is according to the number of 1000-lb animal units providing manure and wastewater to the digester system.
366 | Anaerobic Digester | Large Complete Mix >2,000 AU | Animal Unit | 340.12 | Digester includes piping and boiler, gas collection and flaring system.  Energy generation equipment is not included.  As needed for other parts of the digester system, use 634 - Waste Transfer, 561 - Heavy Use Area Protection, 632 - Solid/Liquid Waste Separation Facility, 313 - Waste Storage Facility, 367 - Roofs and Covers, 558 - Roof Runoff Structure for gutter/downspout system, 382 - Fence, 342 - Critical Area Planting, 484 - Mulching.  Measurement is according to the number of 1000-lb animal units providing manure and wastewater to the digester system.
366 | Anaerobic Digester | Covered Lagoon/Holding Pond | Animal Unit | 78.59 | Digester includes system controls, gas collection and flaring system.  Energy generation equipment is not included.  As needed for other parts of the digester system, use 634 - Waste Transfer, 561 - Heavy Use Area Protection, 632 - Solid/Liquid Waste Separation Facility, 313 - Waste Storage Facility, 367 - Roofs and Covers, 558 - Roof Runoff Structure for gutter/downspout system, 382 - Fence, 342 - Critical Area Planting, 484 - Mulching.  Measurement is according to the number of 1000-lb animal units providing manure and wastewater to the digester system.
316 | Animal Mortality Facility | Static Pile - Concrete Pad with Concrete Bin(s) | [NAME] | 3.29 | Composting facility for animal mortalities.  Implementation may be with bins only, or with an approved in-vessel composting device along with secondary bins.   Where needed, use 561 - Heavy Use Area Protection for an access pad in front of bins (and in-vessel composter, if planned) (limited to a 12 ft width running the length of the facility); 367 - Roofs and Covers for a roof and 558 - Roof Runoff Structure for gutter/downspout system.   Measurement is by the volume of storage in the composter, in cubic feet, taking into account the angle of repose of the material in the bins.  Include extra volume for storage of raw carbon source (limited to one extra [NAME]), if planned in the design.  If an in-vessel composter is planned, use the volume of storage that would have been required for a system where all composting takes place in bins.
575 | Animal Trail or Walkway | Trail or Walkway | Linear Feet | 0.92 | Install a lane or travel way to facilitate animal movement, avoiding areas identified as wetlands.  Includes earthwork - shaping and grading.  As needed, install surfacing material on the walkway using 561 - Heavy Use Area Protection.  Measurement is by the linear foot of walkway.
396 | Aquatic Organism Passage | [NAME] | Each | 3562.49 | Replacement of an existing culvert under a field access road with a larger sized culvert.  The oversized culvert is to be lined with streambed material on the bottom to emulate site stream conditions.  As needed, use 560 - Access Road to replace the travel lane surface, 342 - Critical Area Planting and 484 - Mulching for revegetating areas disturbed during construction, and 584 - Channel Bed Stabilization for any grade control needed in the stream.
314 | Brush Management | Light Brush Management | Acre | 35.6 | Light brush management is used on non-cropland acres (including forestland, pasture, and wildlife areas) where less than 10% canopy cover across the treatment area is in undesirable non-herbaceous cover.  Payment is based on impacted acres only. Treatment may consist of chemical, mechanical, manual, or a combination of methods.  Does not include clearing of right-of-ways for fence, roads, or access. Cost represents typical situations for conventional, organic, and transitioning to organic producers.  For organic land, chemical applications must be OMRI approved chemicals.
314 | Brush Management | Medium Brush Management | Acre | 58.53 | Medium brush management is used on non-cropland acres (including forestland, pasture, and wildlife areas) where 10% - 39% canopy cover across the treatment area is in undesirable non-herbaceous cover.  Payment is based on impacted acres only. Treatment may consist of chemical, mechanical, manual, or a combination of methods. Does not include clearing of right-of-ways for fence, roads, or access.  Cost represents typical situations for conventional, organic, and transitioning to organic producers.  For organic land, chemical applications must be OMRI approved chemicals.
314 | Brush Management | High Brush Management | Acre | 139.31 | High brush management is used on non-cropland acres (including forestland, pasture, and wildlife areas) where 40%-60% canopy cover across the treatment area is in undesirable non-herbaceous cover.  Payment is based on impacted acres only. Treatment may consist of chemical, mechanical, manual, or a combination of methods.  Does not include clearing of right-of-ways for fence, roads, or access. Cost represents typical situations for conventional, organic, and transitioning to organic producers.  For organic land, chemical applications must be OMRI approved chemicals.
314 | Brush Management | Very High Brush Management | Acre | 227.28 | Very high brush management is used on non-cropland acres (including forestland, pasture, and wildlife areas) where greater than 60% canopy cover across the treatment area is in undesirable non-herbaceous cover.  Payment is based on impacted acres only.  Treatment may consist of chemical, mechanical, manual, or a combination of methods. Does not include clearing of right-of-ways for fence, roads, or access.  Cost represents typical situations for conventional, organic, and transitioning to organic producers.  For organic land, chemical applications must be OMRI approved chemicals.
314 | Brush Management | Multiple year of treatment | Acre | 279.22 | Multiple years/treatments of brush management are used on non-cropland acres (including forestland, pasture, and wildlife areas) where greater than 60% canopy cover across the treatment area is in undesirable non-herbaceous cover.  Payment is based on impacted acres only.  Treatment may consist of chemical, mechanical, manual, or a combination of methods. Does not include clearing of right-of-ways for fence, roads, or access.  Cost represents typical situations for conventional, organic, and transitioning to organic producers.  For organic land, chemical applications must be OMRI approved chemicals.
672 | Building Envelope Improvement | Building Envelope - Attic Insulation | Square Feet | 0.58 | Add at least 4 inches depth of cellulose insulation (or equivalent) in the attic or ceiling of an agricultural building.   An energy audit is required prior to contract for CPS 672.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Measurement is by the area of attic insulated, in square feet.
672 | Building Envelope Improvement | Building Envelope - Wall Insulation | Square Feet | 1.45 | Add insulation to sidewalls and endwalls of an agricultural building, from ceiling to floor.  Minimum additional insulation value to be added is [NAME].  Includes physical protective barrier on the lower portion of the wall, as needed.   An energy audit is required prior to contract for CPS 672.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit. Measurement is by the area of wall insulated, in square feet.
672 | Building Envelope Improvement | Building Envelope - Sealant | Feet | 1.25 | Seal gaps between walls, gables, ceiling, etc. in an agricultural building.  Sealing is to be performed by a professional contractor rather than using spray foam from a can.  An energy audit is required prior to contract for CPS 672.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Measurement is by the length of gap sealed, in linear feet.
672 | Building Envelope Improvement | Building Envelope - Greenhouse Screens | Square Feet | 1.38 | Install a mechanical automated controlled energy screen installed truss-to-truss or gutter-to-gutter in a greenhouse, with side screens as necessary, reducing heat loss and/or gain.  Includes drive motor, support cables, controls and shade material.  An energy audit is required prior to contract for CPS 672.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Measurement is by the finished area of shade material installed, in square feet.
672 | Building Envelope Improvement | Building Envelope - Greenhouse Unglazed Wall Insulation | Square Feet | 0.21 | Install insulation in greenhouse to address energy loss. The insulation can be either of the cellulose or bubble type (or equivalent).  An energy audit is required prior to contract for CPS 672.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Measurement is by the area of wall insulated, in square feet.
672 | Building Envelope Improvement | Building Envelope - Insulated Door Upgrade | Square Feet | 8.08 | Replace an existing door with an insulated door. An energy audit is required prior to contract for CPS 672.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Measurement is by the area that the replacement door will cover, in square feet.
672 | Building Envelope Improvement | Building Envelope - Insulated Curtain Upgrade | Square Feet | 1.88 | Install an insulated curtain with an R‐ value of at least 3 to replace an existing non‐insulated curtain in a livestock or other headquarters building.  An energy audit is required prior to contract for CPS 672.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Payment is by the finished area of curtain replaced, in square feet.
672 | Building Envelope Improvement | Building Envelope - Curtain Wall Conversion | Square Feet | 2.74 | [NAME] part or all of a curtain wall to solid insulated wall or cover with R- value of at least 7 in a livestock or other headquarters building. An energy audit is required prior to contract for CPS 672.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Measurement is by the area of curtain wall that will be converted, in square feet.
317 | Composting Facility | Concrete Slab Under Concrete Bin Dividers | [NAME] | 1.63 | Composting facility for manure or other by-products where implementation will be with bins only, or with an approved in-vessel composting device along with secondary bins.   Where needed, use 561 - Heavy Use Area Protection for an access pad in front of bins (and in-vessel composter, if planned) (limited to a 12 ft width running the length of the facility); 367 - Roofs and Covers for a roof and 558 - Roof Runoff Structure for gutter/downspout system.     The composting system must be designed by an Engineer licensed in Illinois, and the licensed engineer must also provide leadership at the preconstruction conference and certify the final construction of the practice. The manure composting system will not be designed by NRCS. No EQIP dollars will be allowed for the Technical Assistance costs to design the composting system.   Measurement is by the volume of storage in the composter, in cubic feet, taking into account the angle of repose of the material in the bins.  Include extra volume for storage of raw carbon source (limited to one extra [NAME]), if planned in the design.  If an in-vessel composter is planned, use the volume of storage that would have been required for a system where all composting takes place in bins.  Not to be used for animal mortality composting or for deep bed pack buildings. All animal mortality composting will be done using Practice Standard 316 ‐ Animal Mortality Facility. Deep bed pack buildings will be done using Practice Standard 313 - Waste Storage Facility.
317 | Composting Facility | Compacted Earth Pad | Square Feet | 0.18 | Composting facility for manure or other by-products where implementation will be with an impervious pad and managed in windrows.  Where needed, use 362 - Diversion to prevent clean water run-on and/or to direct runoff from the pad to a collection area utilizing 634 - Waste Transfer and/or 313 - Waste Storage Facility.     The composting system must be designed by an Engineer licensed in Illinois, and the licensed engineer must also provide leadership at the preconstruction conference and certify the final construction of the practice. The manure composting system will not be designed by NRCS. No EQIP dollars will be allowed for the Technical Assistance costs to design the composting system.   Measurement is by the area of composting pad in square feet, and may include up to 12 feet access space around the perimeter of the composting area and up to 12 feet between windrows, if included in the design.  Not to be used for animal mortality composting or for deep bed pack buildings. All animal mortality composting will be done using Practice Standard 316 ‐ Animal Mortality Facility. Deep bed pack buildings will be done using Practice Standard 313 - Waste Storage Facility.
102 | Comprehensive Nutrient Management Plan | Non-Dairy Operation Less Than 300 AU with Land Application | Number | 5923.07 | A CAP-CNMP for a small non-dairy Animal Feeding Operation (AFO) of less than 300 animal units (1,000-lb AU) is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  This scenario is for when most of the manure and wastewater is land applied on fields that are controlled by the AFO producer.  The producer may export (material transferred to another owner with written documentation of the transfer) up to 50% of the manure or organic products from the farm and still qualify for this scenario.
102 | Comprehensive Nutrient Management Plan | Dairy Operation Less Than 300 AU with Land Application | Number | 7440.42 | A CAP-CNMP for a small dairy Animal Feeding Operation (AFO) of less than 300 animal units (1,000-lb AU) is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  This scenario is for when most of the manure and wastewater is land applied on fields that are controlled by the AFO producer.  The producer may export (material transferred to another owner with written documentation of the transfer) up to 50% of the manure or organic products from the farm and still qualify for this scenario.
102 | Comprehensive Nutrient Management Plan | Non-Dairy Operation Greater Than or Equal to 300 AU and Less Than 700 AU with Land Application | Number | 7534.54 | A CAP-CNMP for a medium non-dairy Animal Feeding Operation (AFO) of 300 - 700 animal units (1,000-lb AU) is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  This scenario is for when most of the manure and wastewater is land applied on fields that are controlled by the AFO producer.  The producer may export (material transferred to another owner with written documentation of the transfer) up to 50% of the manure or organic products from the farm and still qualify for this scenario.
102 | Comprehensive Nutrient Management Plan | Dairy Operation Greater Than or Equal to 300 AU and Less Than 700 AU with Land Application | Number | 8413.42 | A CAP-CNMP for a medium dairy Animal Feeding Operation (AFO) of 300 - 700 animal units (1,000-lb AU) is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  This scenario is for when most of the manure and wastewater is land applied on fields that are controlled by the AFO producer.  The producer may export (material transferred to another owner with written documentation of the transfer) up to 50% of the manure or organic products from the farm and still qualify for this scenario.
102 | Comprehensive Nutrient Management Plan | Non-Dairy Operation Greater Than or Equal to 700 AU with Land Application | Number | 9011.3 | A CAP-CNMP for a large non-dairy Animal Feeding Operation (AFO) of greater than 700 animal units (1,000-lb AU) is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  This scenario is for when most of the manure and wastewater is land applied on fields that are controlled by the AFO producer.  The producer may export (material transferred to another owner with written documentation of the transfer) up to 50% of the manure or organic products from the farm and still qualify for this scenario.
102 | Comprehensive Nutrient Management Plan | Dairy Operation Greater Than or Equal to 700 AU with Land Application | Number | 9272.28 | A CAP-CNMP for a large dairy Animal Feeding Operation (AFO) of greater than 700 animal units (1,000-lb AU) is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  This scenario is for when most of the manure and wastewater is land applied on fields that are controlled by the AFO producer.  The producer may export (material transferred to another owner with written documentation of the transfer) up to 50% of the manure or organic products from the farm and still qualify for this scenario.
102 | Comprehensive Nutrient Management Plan | Livestock Operation Less Than 300 AU without Land Application | Number | 5675.05 | A CAP-CNMP for a small Animal Feeding Operation (AFO) of less than 300 animal units (1,000-lb AU) is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  This scenario is for any type of small AFO (dairy or non-dairy), where more than 50% of the manure and wastewater is exported (material transferred to another owner with written documentation of the transfer).
102 | Comprehensive Nutrient Management Plan | Livestock Operation Greater Than 300 AU without Land Application | Number | 7017.86 | A CAP-CNMP for a medium or large Animal Feeding Operation (AFO) of greater than or equal to 300 animal units (1,000-lb AU) is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  This scenario is for any type of medium or large AFO (dairy or non-dairy), where more than 50% of the manure and wastewater is exported (material transferred to another owner with written documentation of the transfer).
327 | Conservation Cover | Introduced Grass | Acre | 546.89 | Establishment of a perennial introduced species cover to control erosion and benefit wildlife.  Fertilizer will be applied, as needed, prior to seeding.  Includes seedbed preparation, seed, nurse crop, and all required fertilizer.
327 | Conservation Cover | [NAME] | Acre | 631.48 | Establishment of a perennial native species cover to control erosion and benefit wildlife.  Includes seedbed preparation and seed.
327 | Conservation Cover | Organic Introduced Mix | Acre | 606.88 | Establishment of a perennial introduced species cover on organically managed land to control erosion and benefit wildlife.  Fertilizer will be applied, as needed, prior to seeding.  Includes seedbed preparation, seed, nurse crop, and all required fertilizer.
327 | Conservation Cover | Organic Native Mix | Acre | 574.61 | Establishment of a perennial native species cover on organically managed land to control erosion and benefit wildlife.  Includes seedbed preparation and seed.
327 | Conservation Cover | Pollinator Habitat | Acre | 659.61 | Establishment of permanent vegetation, including mix of native grasses, legume, forbs (mix may also include non-native species), established on any land needing permanent vegetative cover that provides a mix of  a minimum of 3 species each of early, mid, and late season forbs, as well as habitat for pollinators.
327 | Conservation Cover | Organic Pollinator Habitat | Acre | 707.42 | Establishment of permanent vegetation, including mix of native grasses, legume, forbs (mix may also include non-native species), established on organically managed land needing permanent vegetative cover that provides a mix of  a minimum of 3 species each early, mid, and late season forbs, as well as habitat for pollinators.
328 | Conservation Crop Rotation | Add Small Grain to Rotation | Acre | 79.61 | A typical crop rotation (corn-soybeans) be changed by adding a small grain to improve water quality, disrupt pest cycles, and control erosion. This applies to both organic and conventionally managed land.
138 | Conservation Plan Supporting Organic Transition | Conservation Plan Supporting Organic Transition CAP | Number | 1632.52 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
138 | Conservation Plan Supporting Organic Transition | Conservation Plan Supporting Organic Transition CAP No Local TSP | Number | 2548.32 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  Non-local means there is no qualified TSP within 300 miles of the site.
656 | [NAME] | [NAME], [NAME] | Acre | 9724.75 | Construct a wetland to reduce the pollution potential of runoff and wastewater.  Includes basic earthwork and wetland vegetation needed to treat effluent from a drainage system high in nutrients or contaminated agricultural runoff.  Hydric soils are not required.   As needed, use 356 - Dike for the embankments, 587 - Structure for Water Control to implement an outlet pipe structure, 410 - Grade Stabilization Structure to implement a lined open spillway, 606 - Subsurface Drain for rerouting of drainage tile to the constructed wetland, 342 - Critical Area Planting and 484 - Mulching for vegetation on the embankment, and 393 - Filter Strip for stabilizing the area upstream of the wetland.  Measurement is by the acre of treatment pool suitable for the wetland plants that will be doing the treatment.
656 | [NAME] | [NAME], Light Planting | Acre | 7358.83 | Construct a wetland to reduce the pollution potential of runoff and wastewater, where natural regeneration of wetland plants will be a major contributor to the working vegetation.  Includes basic earthwork and incidental wetland vegetation needed to treat effluent from a drainage system high in nutrients or contaminated agricultural runoff.  As needed, use 356 - Dike for the embankments, 587 - Structure for Water Control to implement an outlet pipe structure, 410 - Grade Stabilization Structure to implement a lined open spillway, 606 - Subsurface Drain for rerouting of drainage tile to the constructed wetland, 342 - Critical Area Planting and 484 - Mulching for vegetation on the embankment, and 393 - Filter Strip for stabilizing the area upstream of the wetland.  Measurement is by the acre of treatment pool suitable for the wetland plants that will be doing the treatment.
332 | [NAME] | Introduced Grass | Acre | 460.02 | Narrow strips of permanent, herbaceous vegetative cover established around the hill slope and alternated down the slope with wider cropped strips in between that are farmed on the contour.    Practice includes seedbed prep and planting of introduced species (scenario includes non-native grass/legume species) and foregone income for the area of the buffer strip that is taken out of production.
332 | [NAME] | [NAME] | Acre | 631.48 | Narrow strips of permanent, herbaceous, native vegetative cover established around the hill slope and alternated down the slope with wider cropped strips in between that are farmed on the contour. Practice includes seedbed prep and planting of native species (scenario includes native grass/legume/forbs species) and foregone income for the area of the buffer strip that is taken out of production.
332 | [NAME] | Pollinator Habitat | Acre | 665.97 | Narrow strips of permanent, herbaceous vegetative cover including mix of grasses, legumes and/or forbs that provides a mix of a minimum of threes species each of early, mid, and late season blooming forbs for pollinator habitat. The strips are arranged around the hill slope and alternated down the slope with wider cropped strips in between that are farmed on the contour.  Practice includes seedbed prep and planting of pollinator species.  The area of the buffer strip is taken out of production.
332 | [NAME] | Introduced Grass, Organic | Acre | 512.88 | Narrow strips of permanent, herbaceous vegetative cover established around the hill slope and alternated down the slope with wider cropped strips in between that are farmed on the contour.  This practice applies to all organic cropland.  Practice includes seedbed prep and planting of introduced species (scenario includes non-native grass/legume species) and foregone income for the area of the buffer strip that is taken out of production.
332 | [NAME] | [NAME], Organic | Acre | 578.97 | Narrow strips of permanent, herbaceous vegetative cover established around the hill slope and alternated down the slope with wider cropped strips in between that are farmed on the contour.  This practice applies to all organic cropland.  Practice includes seedbed prep and planting of native species (scenario includes native grass/legume/forbs species) and foregone income for the area of the buffer strip that is taken out of production.
332 | [NAME] | Pollinator Habitat, Organic | Acre | 722.5 | Narrow strips of permanent, herbaceous vegetative cover including mix of grasses, legumes and/or forbs that provides a mix of a minimum of threes species each of early, mid, and late season blooming forbs for pollinator habitat. Established around the hill slope and alternated down the slope with wider cropped strips in between that are farmed on the contour.  This practice applies to all organic cropland.  Practice includes seedbed prep and planting of pollinator species.  The area of the buffer strip is taken out of production
330 | [NAME] | [NAME] | Acre | 5.95 | Row orientation will be changed from up and down hill orientation to a row orientation that is nearly perpendicular to the flow of runoff.
340 | Cover Crop | Chemical or Mechanical [NAME] | Acre | 58.81 | A single species grass/legume/brassica or mixed grass/legume/brassica cover will be planted as a cover crop immediately after harvest of a row crop (within 30 days), and will be followed by a row crop that will utilize fixed nitrogen and cover crop biomass as a mulch. The scenario assumes that seed will be planted with a no‐till drill. Legume seeds must be inoculated with the proper inoculant prior to planting. The cover crop should be allowed to reach early to mid‐bloom before it is terminated, using approved chemical and/or mechanical methods, in order to maximize nitrogen fixation. The legume will promote biological nitrogen fixation and reduce energy use by reducing the need for commercial nitrogen fertilizer in following crops.
340 | Cover Crop | Winter Kill Species | Acre | 42.58 | Typically a small grain or small grain-brassica mix (may also use forage sorghum, legumes, buckwheat, etc.) will be planted as a cover crop immediately after harvest of a row crop, and will be followed by a row crop that will utilize the residue as a mulch. The cover crop species established under this scenario will winter kill, meaning no species termination is required.
340 | Cover Crop | 2 Species or [NAME] | Acre | 69.15 | This scenario reflects the establishment of a diverse mix of cover crops consisting of two or more species which can include a combination of grasses, legumes, forbs, or other herbaceous plants. Cover crop will be planted immediately after harvest of a row crop, and will be followed by a row crop that will utilize the residue as a mulch.  The cover crop should be allowed to generate as much biomass as possible, without delaying planting of the following crop.  The cover crop will be terminated using approved chemical and/or mechanical methods.
340 | Cover Crop | 3 Species or More Mix | Acre | 74.06 | This scenario reflects the establishment of a diverse mix of cover crops consisting of three or more species which can include a combination of grasses, legumes, forbs, or other herbaceous plants. Cover crop will be planted immediately after harvest of a row crop, and will be followed by a row crop that will utilize the residue as a mulch.  The cover crop should be allowed to generate as much biomass as possible, without delaying planting of the following crop.  The cover crop will be terminated using approved chemical and/or mechanical methods.
340 | Cover Crop | Organic Cover Crop | Acre | 122.8 | Typically a small grain or small grain-legume mix (may also use forage sorghum, radishes, turnips, buckwheat, etc.) will be planted as a cover crop immediately after harvest of an organically grown crop, and will be followed by an organically grown crop that will utilize the residue as a mulch.  The cover crop should be allowed to generate as much biomass as possible, without delaying planting of the following crop.  The cover crop will be terminated using a mechanical kill method (mowing, rolling, undercutting, etc.), a minimum of 3 weeks prior to planting the subsequent crop. This scenario REQUIRES use of Certified Organic Seed.
342 | Critical Area Planting | [NAME] or Grass/legume mix-normal tillage | Acre | 194.12 | Establishment of permanent vegetation on a site that is void or nearly void of vegetation due to a natural occurrence or a newly constructed conservation practice.  Costs include seedbed preparation with typical tillage implements, grass/legume seed, companion crop, and fertilizer and lime with application.   Use this scenario for the seeding portion of 412 - Grassed Waterway.
342 | Critical Area Planting | [NAME] or Grass/legume mix-moderate grading | Acre | 676.3 | Establishment of permanent vegetation on a site that is void or nearly void of vegetation due to a natural or human disturbance.  Costs include a dozer for grading and shaping of small gullies, seedbed preparation with typical tillage implements, grass/legume seed, companion crop, and fertilizer and lime with application.
342 | Critical Area Planting | Organic Grass or Grass/legume mix-normal tillage | Acre | 170.5 | Establishment of permanent vegetation on a site that is void or nearly void of vegetation due to a natural occurrence or a newly constructed conservation practice.  Costs include seedbed preparation with typical tillage implements, grass/legume seed, companion crop, and fertilizer and lime with application.  Certified organic seed and fertilizer based upon NOP approved fertilizer inputs will be used where available.   Use this scenario for the seeding portion of 412 - Grassed Waterway on [NAME] managed land.
342 | Critical Area Planting | Organic Grass or Grass/legume mix-moderate grading | Acre | 473.17 | Establishment of permanent vegetation on a site that is void or nearly void of vegetation due to a natural or human disturbance.  Costs include a dozer for grading and shaping of small gullies, seedbed preparation with typical tillage implements, grass/legume seed, companion crop, and fertilizer and lime with application. Certified organic seed and fertilizer based upon NOP approved fertilizer inputs will be used where available.
747 | Denitrifying Bioreactor | Denitrifying Bioreactor | [NAME] | 43.96 | Install a structural system to intercept subsurface drain (tile) flow and reduce the concentration of nitrate‐nitrogen. The bioreactor utilizes wood chips as a carbon source, separated from the soil using geotextile fabric and/or plastic.  The installation includes piping to convey water to and from the bioreactor and to distribute the flow within the treatment chamber, and water control structures as needed to direct the flow of the water being treated.  The bioreactor chamber may be covered with soil or topped with extra wood chips, as per the design.  As needed, utilize 342 - Critical Area Planting and 484 - Mulching to vegetate any disturbed non-crop area, 606 - Subsurface Drain for any additional tile needed to connect the bioreactor to the tile drain system, and 554 - Drainage Water Management if the producer will also be managing the structure to accomplish DWM upstream of the bioreactor.
356 | Dike | Dike | [NAME] | 3.49 | Construct an embankment to be used for a wetland or to support a Structure for Water Control.  Select this scenario as a supporting practice where directed in the payment schedule.  Measurement is in cubic yards of compacted earthfill, not including settlement allowance.
362 | Diversion | Small, <2 CY/FT | Linear Feet | 2.59 | Earthwork for diversion channel and ridge, typically used to exclude clean water from waste handling and storage facilities or to provide separation between a vegetated treatment area and the surrounding land.  If needed, use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  606 - Subsurface Drain and 620 - Underground Outlet may also be needed.  Select small, medium or large size diversion depending on the planned scope of diversion earthwork per unit length.
362 | Diversion | Medium, 2 - 2.9 CY/FT | Linear Feet | 5.56 | Earthwork for diversion channel and ridge, typically used to exclude clean water from waste handling and storage facilities or to provide separation between a vegetated treatment area and the surrounding land.  If needed, use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  606 - Subsurface Drain and 620 - Underground Outlet may also be needed.  Select small, medium or large size diversion depending on the planned scope of diversion earthwork per unit length.
362 | Diversion | Large, ≥3 CY/FT | Linear Feet | 7.53 | Earthwork for diversion channel and ridge, typically used to exclude clean water from waste handling and storage facilities or to provide separation between a vegetated treatment area and the surrounding land.  If needed, use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  606 - Subsurface Drain and 620 - Underground Outlet may also be needed.  Select small, medium or large size diversion depending on the planned scope of diversion earthwork per unit length.
554 | Drainage Water Management | Drainage Water Management With Training | Each | 98.31 | First year control and management of water surface elevation, including adjustment of water control device according to Drainage Water Management plan.  Includes training of the operator on proper management.  Installation of any structural measures identified in the plan will be done using 587 - Structure for Water Control.  Measurement is by the number of structures in the system that will need to be operated.
130 | Drainage Water Management Plan | DWMP - Tile Map Available | Number | 1691.41 | This scenario applies to a site where a map of the tile drain system is available.  The DWM plan will apply to all of the land proposed for drainage water management that is under the same ownership and shares a common tile drain system, regardless of how the area may be divided into fields for farming purposes.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
130 | Drainage Water Management Plan | DWMP - No Tile Map Available | Number | 2124.61 | This scenario applies to a site where there is no map of the tile drain system available, so the TSP will need to locate the tiles using probing or other techniques.  The DWM plan will apply to all of the land proposed for drainage water management that is under the same ownership and shares a common tile drain system, regardless of how the area may be divided into fields for farming purposes.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
130 | Drainage Water Management Plan | DWMP (PE) - Tile Map Available | Number | 1812.2 | This scenario applies to a site where a map of the tile drain system is available.  The DWM plan will apply to all of the land proposed for drainage water management that is under the same ownership and shares a common tile drain system, regardless of how the area may be divided into fields for farming purposes.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  For this plan, the services of a Licensed Professional Engineer are required.
130 | Drainage Water Management Plan | DWMP (PE) - No Tile Map Available | Number | 2245.4 | This scenario applies to a site where there is no map of the tile drain system available, so the TSP will need to locate the tiles using probing or other techniques.  The DWM plan will apply to all of the land proposed for drainage water management that is under the same ownership and shares a common tile drain system, regardless of how the area may be divided into fields for farming purposes.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  For this plan, the services of a Licensed Professional Engineer are required.
647 | Early Successional Habitat Development and Management | Disking | Acre | 72.99 | Provides early successional habitat by setting back succession and manipulating species composition by disking vegetation and exposing bare ground. See job sheet 647A for details.
647 | Early Successional Habitat Development and Management | Mowing and Disking | Acre | 156.87 | Provides early successional habitat by setting back succession and manipulating species composition by mowing tall dense vegetation and then a light disking to expose bare ground.  See job sheet 647A for details.
647 | Early Successional Habitat Development and Management | Mowing and Heavy Disking | Acre | 164.79 | Provides early successional habitat by setting back succession and manipulating species composition by mowing tall dense vegetation and then a heavy disking (multiple passes) to expose bare ground. See job sheet 647A for details.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Surface Year 1-QAPP | Each | 16808.76 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Surface Year 1 - NO  QAPP | Each | 12002.25 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Surface Year 2+ | Each | 12002.25 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Surface Last Year | Each | 14357.25 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Tile Year 1-QAPP | Each | 33402.66 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Tile Year 1 - NO QAPP | Each | 28596.15 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Tile Year 2+ | Each | 28596.15 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Tile Last Year | Each | 30951.15 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Surface Year 1-QAPP with two treatment Sites | Each | 22979.71 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Surface Year 1 less QAPP (pre-install information) with two treatment sites | Each | 16947.45 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Surface Year 2+ with two treatment sites | Each | 16947.45 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Surface Last Year with two treatment sites | Each | 20479.95 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Tile Year 1 with two treatment sites and QAPP | Each | 46110.69 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Tile Year 1 less QAPP (pre-install information) with two treatment sites | Each | 40078.43 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Tile Year 2+ with two treatment sites | Each | 40078.43 | IMPORTANT: Can only be used with permission from the State Office.
201 | Edge of Field Water Quality Monitoring Data Collection and Evaluation | Data Collect Tile Last Year with two treatment sites | Each | 43610.93 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Surface | Each | 15943.88 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Surface Cold Climate | Each | 16975.12 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Tile | Each | 29048.25 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Tile Cold Climate | Each | 30079.5 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Above&Below | Each | 28223.25 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Above&Below cold climate | Each | 30285.75 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Retrofit 1 | Each | 2602.57 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Retrofit 2 | Each | 6460.88 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Retrofit 3 | Each | 9410.78 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Retrofit Above and Below 1 | Each | 3844.65 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Retrofit Above 2 | Each | 11561.25 | IMPORTANT: Can only be used with permission from the State Office.
202 | Edge of Field Water Quality System Installation | System Installation-Retrofit Above 3 | Each | 17461.05 | IMPORTANT: Can only be used with permission from the State Office.
374 | Farmstead Energy Improvement | Ventilation - Exhaust | Each | 965.44 | Install a high volume, low speed, efficient exhaust fan to replace a conventional exhaust fan.  Fan being installed should be a model which has been tested by the BESS Lab or the Air Movement and Control Association and be in the top 20th percentile of fans tested.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.
374 | Farmstead Energy Improvement | Ventilation - Horizontal Air Flow/Stir Fan | Each | 166.32 | Install a replacement system of fans to create a horizontal air circulation pattern; the new system promotes efficient heat and moisture distribution in a greenhouse.  The fan performance must meet Energy Audit efficiency criteria as tested by AMCA or BESS Labs.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.
374 | Farmstead Energy Improvement | Refrigeration - Plate Cooler | Each | 3533.74 | Install a replacement high efficiency milk cooling system designed to pre-cool the milk rather than doing the cooling in the bulk tank.   An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.
374 | Farmstead Energy Improvement | Refrigeration - Scroll Compressor | Horsepower | 397.38 | Replace an inefficient reciprocating compressor in a mild cooling system with a high efficiency scroll compressor.   An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.
374 | Farmstead Energy Improvement | Controller - Variable Speed Drive for ≤1 HP Motor | Horsepower | 2972.74 | Add a variable speed drive (VSD) to control a constant speed motor.   Includes all appurtenances such as hook-ups, control panels, wiring, etc.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.
374 | Farmstead Energy Improvement | Controller - Variable Speed Drive for >1 to <10 HP Motor | Horsepower | 786.19 | Add a variable speed drive (VSD) to control a constant speed motor.   Includes all appurtenances such as hook-ups, control panels, wiring, etc.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.
374 | Farmstead Energy Improvement | Controller - Variable Speed Drive for 10 to <50 HP Motor | Horsepower | 511.02 | Add a variable speed drive (VSD) to control a constant speed motor.   Includes all appurtenances such as hook-ups, control panels, wiring, etc.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.
374 | Farmstead Energy Improvement | Controller - Variable Speed Drive for [NAME] 50 HP Motor | Horsepower | 89.25 | Add a variable speed drive (VSD) to control a constant speed motor.   Includes all appurtenances such as hook-ups, control panels, wiring, etc.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.
374 | Farmstead Energy Improvement | Motor - ≤ 1 HP Electric Motor Upgrade | Horsepower | 448.1 | Replace an existing electric motor with a new, high efficiency motor.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.  Measurement is based on the horsepower requirement of the existing system that will be driven by the new motor.
374 | Farmstead Energy Improvement | Motor - > 1 to <10 HP Electric Motor Upgrade | Horsepower | 130.76 | Replace an existing electric motor with a new, high efficiency motor.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.  Measurement is based on the horsepower requirement of the existing system that will be driven by the new motor.
374 | Farmstead Energy Improvement | Motor - 10 - <50 HP Electric Motor Upgrade | Horsepower | 108.44 | Replace an existing electric motor with a new, high efficiency motor.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.  Measurement is based on the horsepower requirement of the existing system that will be driven by the new motor.
374 | Farmstead Energy Improvement | Motor - ≥ 50 HP Electric Motor Upgrade | Horsepower | 57.9 | Replace an existing electric motor with a new, high efficiency motor.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.  Measurement is based on the horsepower requirement of the existing system that will be driven by the new motor.
374 | Farmstead Energy Improvement | Motor - Variable Speed Electric (Split Phase) | Horsepower | 183.68 | Replace an existing electric motor with a new, variable speed high efficiency motor (any horsepower).  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.  Measurement is based on the horsepower requirement of the existing system that will be driven by the new motor.  Use the appropriate Controller - Variable Speed Drive scenario along with this motor.
374 | Farmstead Energy Improvement | Heating - Radiant Systems | Each | 1067.93 | Replace an existing pancake style brood heater in a poultry house with a radiant tube heater.  Includes materials and labor to remove existing heating system, re-plumb gas lines, cables, etc.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.
374 | Farmstead Energy Improvement | Heating - Building | 1,000 BTU/ Hour | 6.83 | Replace an existing heating system for an agricultural building or boiler with a new, high efficiency system.  The high efficiency system will have an efficiency rating of at least 80% for fuel oil and at least 90% for natural gas or propane.    Implementing this scenario may also include addition of a climate control system with electronic temperature controls with 1 degree F differential to reduce the annual run time, instead of replacing the heater.   An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.   Measurement is by the power rating of the new heater, in thousands of BTU per hour.
374 | Farmstead Energy Improvement | Heating - Attic Heat Recovery Vents | Each | 129 | Install actuated inlets or automatic latching gravity inlets that draw warmer, drier air from the attic to assist with moisture and heat control when ventilation fans are being operated in poultry houses and swine barns. In certain situations it may be necessary to also upgrade the ventilation system in addition to the vent upgrades. Other systems to transfer heat, as detailed in ASABE S612‐compliant energy audit may also be used. Measurement is by the number of inlets installed.
374 | Farmstead Energy Improvement | [NAME] | Bushel per Hour | 65.29 | Replace an existing grain dryer with a high efficiency drying system to reduce overdrying and total run time.  An energy audit is required prior to contract for CPS 374.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.  Any audit recommendations for which a specific NRCS Conservation Practice Standard exists will be implemented under that standard instead of through 374.   Measurement is by the rated capacity of the new system, in WET bushels per hour.
108 | Feed Management Plan | Feed Management Plan Less Than 100 Acres | Number | 736.44 | This scenario applies to livestock operations where the nutrient management plan or CNMP demonstrates an acreage need for land application of manure in the given range.  The operation must have an existing nutrient management plan or CNMP which will be updated to include the feed management plan.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
108 | Feed Management Plan | Feed Management Plan 100 to Less Than 1500 Acres | Number | 1933.16 | This scenario applies to livestock operations where the nutrient management plan or CNMP demonstrates an acreage need for land application of manure in the given range.  The operation must have an existing nutrient management plan or CNMP which will be updated to include the feed management plan.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
108 | Feed Management Plan | Feed Management Plan 1500 - 5000 Acres | Number | 3221.93 | This scenario applies to livestock operations where the nutrient management plan or CNMP demonstrates an acreage need for land application of manure in the given range.  The operation must have an existing nutrient management plan or CNMP which will be updated to include the feed management plan.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
108 | Feed Management Plan | Feed Management Plan Greater Than 5000 Acres | Number | 4142.48 | This scenario applies to livestock operations where the nutrient management plan or CNMP demonstrates an acreage need for land application of manure in the given range.  The operation must have an existing nutrient management plan or CNMP which will be updated to include the feed management plan.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
382 | Fence | Confinement | Feet | 5.56 | Installation of permanent fence for livestock such as elk or deer that require taller fencing for containment.
382 | Fence | Permanent Barbed Wire Multi Strand | Feet | 1.66 | Installation of a permanent multi strand barbed wire fence for livestock.
382 | Fence | Permanent High Tensile Electric 2-3 Strand | Feet | 1.18 | Installation of a permanent high tensile electric fence for livestock of either 2 or 3 strands.
382 | Fence | Permanent High Tensile Electric Single Strand | Feet | 0.75 | Installation of a permanent high tensile electric single strand fence for livestock.
382 | Fence | Permanent High Tensile, Minimum 4 Strand, Posts 16ft Centers, Double H | Feet | 1.8 | Installation of permanent electric high tensile or non-electric fence for livestock. Fence is designed using 7 or more strands with a maximum post spacing of 30 foot centers using double H bracing.  Use double H bracing where soil limitations exist.
382 | Fence | Permanent High Tensile, Minimum 4 Strand, Posts 20ft Centers, Single H | Feet | 1.24 | Installation of permanent electric high tensile fence for livestock.  Fence is designed using 4 to 6 strands with a maximum post spacing of 30 foot centers.  Use single H bracing.
382 | Fence | Permanent Woven Wire | Feet | 1.85 | Installation of woven wire fence for sheep or goats
382 | Fence | Safety | Feet | 4.06 | Installation of a safety fence around an NRCS constructed waste impoundment according to engineering design plans.
386 | [NAME] | Introduced Grass | Acre | 460.02 | A strip of permanent vegetation consisting of introduced species established at the edge or around the perimeter of a field to control erosion and provide wildlife habitat.  Includes seedbed preparation, seed, nurse crop, and all required fertilizer.
386 | [NAME] | [NAME] | Acre | 631.48 | A strip of permanent vegetation consisting of native species established at the edge or around the perimeter of a field to control erosion and provide wildlife habitat.  Includes seedbed preparation and seed.
386 | [NAME] | Pollinator Habitat | Acre | 659.61 | A strip of permanent vegetation consisting of native species established at the edge or around the perimeter of a field to control erosion, benefit pollinators, and provide wildlife habitat.  Includes a mix of native grasses, legume, forbs (mix may also include non-native species) with a minimum of 3 species each of early, mid, and late blooming forbs.
386 | [NAME] | Organic Pollinator Habitat | Acre | 707.42 | A strip of permanent vegetation on organically managed land consisting of native species established at the edge or around the perimeter of a field to control erosion, benefit pollinators, and provide wildlife habitat.  Includes a mix of native grasses, legume, forbs (mix may also include non-native species) with a minimum of 3 species each of early, mid, and late blooming forbs.
386 | [NAME] | Organic Introduced Grass | Acre | 512.88 | A strip of permanent vegetation consisting of introduced species established at the edge or around the perimeter of a field on organically managed land.
386 | [NAME] | Organic Native Grass | Acre | 574.61 | A strip of permanent vegetation consisting of native species established at the edge or around the perimeter of a field on organically managed land.
393 | Filter Strip | Native species, No Fertility Required | Acre | 543.29 | A strip or area of native herbaceous vegetation situated between cropland, grazing land or disturbed land and sensitive areas. Current soil test indicates that fertility is not necessary for vegetation establishment.   Practice includes seedbed prep, planting of native species and foregone income for land removed from production.
393 | Filter Strip | Native species with Fertility | Acre | 569.49 | A strip or area of native herbaceous vegetation situated between cropland, grazing land or disturbed land and sensitive areas.  Practice includes seedbed prep, planting of native species, fertilizer and foregone income for land remove from production.
393 | Filter Strip | Native species, No Fertility Required - Organic | Acre | 574.61 | A strip or area of native herbaceous vegetation situated between organically managed cropland, grazing land or disturbed land and sensitive areas. Current soil test indicates that fertility is not necessary for vegetation establishment. Practice includes seedbed prep, planting of native species and forgone income for land removed from production. .
393 | Filter Strip | Native species, with Fertility - Organic | Acre | 599.68 | A strip or area of native herbaceous vegetation situated between organically managed cropland, grazing land or disturbed land and sensitive areas. Current soil test indicates that fertility is not necessary for vegetation establishment. Practice includes seedbed prep, planting of native species, fertility, and forgone income for land removed from production.
393 | Filter Strip | Introduced species, No Fertility Required | Acre | 495.72 | A strip or area of Introduced herbaceous vegetation situated between cropland, grazing land or disturbed land and sensitive areas.  Current soil test indicates that fertility is not necessary for vegetation establishment. Practice includes seedbed prep planting of introduced species and foregone income for land removed from production.
393 | Filter Strip | Introduced species, No Fertility Required - Organic | Acre | 565.79 | A strip or area of Introduced herbaceous vegetation situated between organically managed cropland, grazing land or disturbed land and sensitive areas. Current soil test indicates that fertility is not necessary for vegetation establishment. Practice includes seedbed prep, planting of introduced species and foregone income for land removed from production. .
393 | Filter Strip | Introduced Species, with Fertility - Organic | Acre | 608.9 | A strip or area of herbaceous vegetation, introduced species, situated between organically managed cropland, grazing land or disturbed land and sensitive areas.  Practice includes seedbed prep, land shaping and planting of approved species. Planting of introduced species, fertility and foregone income for land removed from production.
393 | Filter Strip | Filter Strip, [NAME] | Acre | 543.03 | A strip or area of native herbaceous vegetation on [NAME] soils, situated between cropland, grazing land or disturbed land and sensitive areas.  Practice includes seedbed prep and planting of native species.
393 | Filter Strip | Introduced species, with Fertility | Acre | 544.04 | A strip or area of herbaceous vegetation, introduced species,  situated between cropland, grazing land or disturbed land and sensitive areas.  Practice includes seedbed prep, planting of introduced species, fertility and foregone income for land removed from production.
394 | Firebreak | Vegetated permanent firebreak | Feet | 0.12 | Establishment of 20 foot wide strip of permanent vegetation that will serve as a green firebreak around a prescribed burn unit in preparation for periodic prescribed burns in the future.  Scenario includes clearing the site, preparing the seedbed, seeding (typically cool season grasses and/or legumes), and applying needed soil amendments.   This scenario does not include follow-up maintenance operations such as weed control. mowing, etc.  Additional associated practices may include: 338 Prescribed Burning.
142 | Fish and Wildlife Habitat Management Plan | Fish and Wildlife Habitat Management CAP | Number | 2224.53 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
512 | Forage and Biomass Planting | Interseeding Legumes and/or forbs | Acre | 127.37 | Interseed legumes and/or forbs into an existing grass stand for the purpose of increasing plant diversity, soil quality and fertility, and plant health and enhancing the quality of forage.  Scenario is appropriate for conventional production.  Payment includes seed, seeding and fertility for interseeding establishment.
512 | Forage and Biomass Planting | Interseed Legumes and/or forbs Organic | Acre | 137.41 | Interseed legumes and/or forbs into an existing grass stand for the purpose of increasing plant diversity, soil quality and fertility, and plant health and enhancing the quality of forage.  Scenario is appropriate for organic production.   Payment includes seed, seeding and fertility for interseeding establishment.
512 | Forage and Biomass Planting | Introduced Grass Establishment or Renovation | Acre | 182.28 | Establishing a new stand or renovating a poor stand to introduced grass, or grass with legumes and/or forbs to improve or maintain livestock/wildlife nutrition and health, extend the length of the grazing season, and provide soil cover to reduce erosion.  Scenario is appropriate for conventional production.  Payment includes site preparation, seed, seeding fertilizer, lime, and foregone income for loss of production during establishment/renovation
512 | Forage and Biomass Planting | Introduced Grass Establishment or Renovation Organic | Acre | 205.54 | Establishing a new stand or renovating a poor stand to introduced grass, or grass with legumes and/or forbs to improve or maintain livestock/wildlife nutrition and health, extend the length of the grazing season, and provide soil cover to reduce erosion.  Scenario is appropriate for organic production.  Payment includes site preparation, seed, seeding fertilizer, lime, and foregone income for loss of production during establishment/renovation.
512 | Forage and Biomass Planting | Native Grass Establishment or Renovation - no fertility | Acre | 309.08 | Establishing a new stand or renovating a poor stand to native grass, or grass with legumes and/or forbs to improve or maintain livestock/wildlife nutrition and health, extend the length of the grazing season, and provide soil cover to reduce erosion.  Scenario is appropriate for conventional  production on sites where fertility for establishment is adequate or it is determined that lime is all that is needed to enhance available nutrients.  Payment includes site preparation, seed, seeding, lime, and foregone income for loss of production during establishment/renovation.
512 | Forage and Biomass Planting | Native Grass Establishment or Renovation - no fertility Organic | Acre | 320.67 | Establishing a new stand or renovating a poor stand to native grass, or grass with legumes and/or forbs to improve or maintain livestock/wildlife nutrition and health, extend the length of the grazing season, and provide soil cover to reduce erosion.  Scenario is appropriate for organic production on sites where fertility for establishment is adequate or it is determined that lime is all that is needed to enhance available nutrients.  Payment includes site preparation, seed, seeding, lime and foregone income for loss of production during establishment/renovation.
512 | Forage and Biomass Planting | Native Grass Establishment or Renovation - with fertility | Acre | 335.56 | Establishing a new stand or renovating a poor stand to native grass, or grass with legumes and/or forbs to improve or maintain livestock/wildlife nutrition and health, extend the length of the grazing season, and provide soil cover to reduce erosion.  Scenario is appropriate for conventional production on sites where fertilizer is needed for establishment.  Payment includes site preparation, seed, seeding, fertilizer, lime and foregone income for loss of production during establishment/renovation.
512 | Forage and Biomass Planting | Native Grass Establishment or Renovation - with fertility Organic | Acre | 359.34 | Establishing a new stand or renovating a poor stand to native grass, or grass with legumes and/or forbs to improve or maintain livestock/wildlife nutrition and health, extend the length of the grazing season, and provide soil cover to reduce erosion.  Scenario is appropriate for organic production on sites where fertilizer is needed for establishment.  Payment includes site preparation, seed, seeding, fertilizer, lime and foregone income for loss of production during establishment/renovation.
512 | Forage and Biomass Planting | Pasture Renovation Utilizing Interim Seeding | Acre | 251.43 | Renovation of an existing pasture where an interim stand is established for one year prior to the perennial stand being established. Scenario is appropriate for renovating an existing stand of endophyte infected fescue using the spray ‐ smother ‐ spray technique (spray existing grass before heading in early spring, plant a smother crop, spray smother crop in the fall, plant new grass stand into the stubble). Scenario is also appropriate for situations where any interim species is established and then the perennial is seeded after. Payment includes chemical operations, interim crop establishment and termination, and seeding of new renovated grass stand, including fertilizer and lime needed for a successful establishment.
511 | Forage Harvest Management | Improved Forage Quality | Acre | 6.65 | Improved cultural practices and recordkeeping result in better forage quality and better livestock performance.
511 | Forage Harvest Management | Preemptive Harvest | Acre | 6.65 | Preemptive harvest of forage crops to prevent damage from insects (such as leafhopper on alfalfa) or other pests results in better forage quality and better livestock performance.
511 | Forage Harvest Management | Perennial Crops - Delayed Mowing | Acre | 7.42 | In perennial forage crops, delaying the harvest of the first cutting to promote the reproduction of ground nesting birds.  The delayed harvest results in a decrease in overall forage quality (33% reduction assumed), making the forage crop less palatable and lower in relative feed value.  The selected fields should be large enough to promote ground nesting birds.  After young have fledged the field will be harvested for dry forages.
106 | Forest Management Plan | FMP Less Than or Equal to 50 acres | Number | 676.98 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
106 | Forest Management Plan | FMP 51 to 100 acres | Number | 959.05 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
106 | Forest Management Plan | FMP 101 to 200 acres | Number | 1466.79 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
106 | Forest Management Plan | FMP 201 to 400 acres | Number | 2200.19 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
106 | Forest Management Plan | FMP 401 to 600 acres | Number | 3102.82 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
106 | Forest Management Plan | FMP 601 to 1000 acres | Number | 4005.47 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
106 | Forest Management Plan | FMP Greater Than 1000 acres | Number | 4795.27 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
666 | Forest Stand Improvement | Forest Stand Improvement, Light | Acre | 99.1 | All materials and labor required to manipulate species composition, stand structure and stocking on forestland.  Light forest stand improvement will: Reduce basal area by 10 - 29 square feet per acre (or) Cut and/or kill 50 - 199 trees per acre (or) Release 10 - 20 crop trees per acre (and/or) kill any vines growing on crop trees by an approved method such as  "cut stump"  with herbicide to prevent resprouting.   Use a current and approved Forest Management Plan for estimated basal area to be removed, number of trees needing to be cut and/or killed, crop trees needing to be released, and/or vines needing killed.  [Amend FMP (or) Use FSI - Light when an existing Forest Management Plan recommends improvement cutting (TSI) and does not provide a detailed level of treatment.  A minimum level of treatment outlined within the Scenario Description must be achieved during application.]
666 | Forest Stand Improvement | Forest Stand Improvement, Medium | Acre | 121.26 | All materials and labor required to manipulate species composition, stand structure and stocking on forestland.  Medium forest stand improvement will: Reduce basal area by 30-40 square feet per acre (or) Cut and/or kill 200 - 400 trees per acre (or) Release 21 - 40 crop trees per acre and kill any vines growing on crop trees by an approved method such as  "cut stump"  with herbicide to prevent resprouting.   Use a current and approved Forest Management Plan for estimated basal area to be removed, number of trees needing to be cut and/or killed, crop trees needing to be released, and/or vines needing killed.
666 | Forest Stand Improvement | Forest Stand Improvement, Heavy | Acre | 153.16 | All materials and labor required to manipulate species composition, stand structure and stocking on forestland.  Heavy forest stand improvement will: Reduce basal area by 41 or more square feet per acre (or) Cut and/or kill over 400 trees per acre (or) Release 41 or more crop trees per acre and kill any vines growing on crop trees by an approved method such as  "cut stump"  with herbicide to prevent resprouting.   Use a current and approved Forest Management Plan for estimated basal area to be removed, number of trees needing to be cut and/or killed, crop trees needing to be released, and/or vines needing killed.
410 | Grade Stabilization Structure | Embankment, 4in-6in Pipe | [NAME] | 3.28 | Install a canopy or hood inlet pipe, or wascob-style grade stabilization structure, including earthwork and principal spillway outlet structure with all appurtenances.  Use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  Use the scenarios under 638 – Water and Sediment Control Basin instead of this scenario when the purpose of the structure is for stabilizing ephemeral gully erosion (as per CPS 638) rather than for stabilizing a grade or classic gully.  Measurement is by volume of earthfill in the embankment, not including settlement allowance.
410 | Grade Stabilization Structure | Embankment, 8in-12in Pipe | [NAME] | 3.42 | Install a canopy or hood inlet pipe grade stabilization structure, including earthwork and principal spillway outlet structure with all appurtenances.  Use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  Measurement is by volume of earthfill in the embankment, not including settlement allowance.
410 | Grade Stabilization Structure | Embankment, >12in | [NAME] | 3.59 | Install a canopy or hood inlet pipe grade stabilization structure, including earthwork and principal spillway outlet structure with all appurtenances.  Use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  Measurement is by volume of earthfill in the embankment, not including settlement allowance.
410 | Grade Stabilization Structure | [NAME], Smooth Steel or CMP | Square Feet | 9.79 | Install a pipe drop grade stabilization structure, including earthwork and principal spillway outlet structure with all appurtenances, such as anti-seep collars, pipe support, antivortex baffle, trash rack, etc.  Use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  Measurement is in square feet, accomplished by multiplying the weir length (circumference) of the riser inlet (in feet) times the length of the barrel (total feet including riser stub) .
410 | Grade Stabilization Structure | Open Flow Drop Spillway | Square Feet | 113.8 | Install a toewall, box or straight overfall grade stabilization structure, including earthwork and principal spillway outlet structure with all appurtenances.  Use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  Measurement is in square feet, accomplished by multiplying the weir length (in feet) times the overfall (in feet) .
410 | Grade Stabilization Structure | [NAME] | [NAME] | 46.94 | Install a riprap-lined chute grade stabilization structure, including earthwork, geotextile, riprap, and any associated materials such as grout, as applicable.  Use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.    Measurement is by the volume of riprap in cubic yards.
410 | Grade Stabilization Structure | Concrete Block Chute | Square Feet | 7.45 | Install a chute grade stabilization structure lined with concrete blocks or other approved materials (such as turf reinforcement mat, grouted riprap, articulated concrete blocks, or gabions) which can withstand a more compact, steep (3:1) chute slope design.  Includes earthwork, geotextile, and all materials used to line the chute.  Use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  Measurement is in square feet of lined area, which in the case of concrete blocks can be calculated by multiplying the number of blocks times the top area (width x length) of each block.
412 | [NAME] | <35 foot top width | Acre | 2553.91 | Construct channel for a grassed waterway - earthwork only.  Use 342 - Critical Area Planting for grass establishment.  As needed, use 484 - Mulching for mulch or erosion control blanket and 620 - Underground Outlet to safely route trickle flow into a subsurface drain at the upstream end of the channel.  As needed, use 606 - Subsurface Drain not to exceed a 6" diameter, to drain the channel adequately to grow grass.  Use this scenario when the waterway length divided by the number of planned checks is greater than 200 ft.
412 | [NAME] | 35-55 foot topwidth | Acre | 2712.4 | Construct channel for a grassed waterway - earthwork only.  Use 342 - Critical Area Planting for grass establishment.  As needed, use 484 - Mulching for mulch or erosion control blanket and 620 - Underground Outlet to safely route trickle flow into a subsurface drain at the upstream end of the channel.  As needed, use 606 - Subsurface Drain not to exceed a 6" diameter, to drain the channel adequately to grow grass.  Use this scenario when the waterway length divided by the number of planned checks is greater than 200 ft.
412 | [NAME] | >55 foot topwidth | Acre | 3339.33 | Construct channel for a grassed waterway - earthwork only.  Use 342 - Critical Area Planting for grass establishment.  As needed, use 484 - Mulching for mulch or erosion control blanket and 620 - Underground Outlet to safely route trickle flow into a subsurface drain at the upstream end of the channel.  As needed, use 606 - Subsurface Drain not to exceed a 6" diameter, to drain the channel adequately to grow grass.  Use this scenario when the waterway length divided by the number of planned checks is greater than 200 ft.
412 | [NAME] | <35 foot topwidth with checks | Acre | 3263.71 | Construct channel for a grassed waterway, including earthwork along with fabric or rock checks to temporarily protect the channel during the vegetative establishment period.  Use 342 - Critical Area Planting for grass establishment.  As needed, use 484 - Mulching for mulch or erosion control blanket and 620 - Underground Outlet to safely route trickle flow into a subsurface drain at the upstream end of the channel.  As needed, use 606 - Subsurface Drain not to exceed a 6" diameter, to drain the channel adequately to grow grass.  Use this scenario when the waterway length divided by the number of planned checks equals 200 feet or less.
412 | [NAME] | 35-55 foot topwidth with checks | Acre | 3515.95 | Construct channel for a grassed waterway, including earthwork along with fabric or rock checks to temporarily protect the channel during the vegetative establishment period.  Use 342 - Critical Area Planting for grass establishment.  As needed, use 484 - Mulching for mulch or erosion control blanket and 620 - Underground Outlet to safely route trickle flow into a subsurface drain at the upstream end of the channel.  As needed, use 606 - Subsurface Drain not to exceed a 6" diameter, to drain the channel adequately to grow grass.  Use this scenario when the waterway length divided by the number of planned checks equals 200 feet or less.
412 | [NAME] | >55 foot topwidth with checks | Acre | 4096.01 | Construct channel for a grassed waterway, including earthwork along with fabric or rock checks to temporarily protect the channel during the vegetative establishment period.  Use 342 - Critical Area Planting for grass establishment.  As needed, use 484 - Mulching for mulch or erosion control blanket and 620 - Underground Outlet to safely route trickle flow into a subsurface drain at the upstream end of the channel.  As needed, use 606 - Subsurface Drain not to exceed a 6" diameter, to drain the channel adequately to grow grass.  Use this scenario when the waterway length divided by the number of planned checks equals 200 feet or less.
412 | [NAME] | <35 foot top width, crop seasonal construction | Acre | 3413.27 | Construct channel for a grassed waterway - earthwork only, with construction occurring during the cropping season and resulting in crop loss.  Use 342 - Critical Area Planting for grass establishment.  As needed, use 484 - Mulching for mulch or erosion control blanket and 620 - Underground Outlet to safely route trickle flow into a subsurface drain at the upstream end of the channel.  As needed, use 606 - Subsurface Drain not to exceed a 6" diameter, to drain the channel adequately to grow grass.  Use this scenario when the waterway length divided by the number of planned checks is greater than 200 ft.
412 | [NAME] | <35 foot topwidth with checks, crop seasonal construction | Acre | 4123.07 | Construct channel for a grassed waterway, with construction occurring during the cropping season and resulting in crop loss.  Includes earthwork along with fabric or rock checks to temporarily protect the channel during the vegetative establishment period.  Use 342 - Critical Area Planting for grass establishment.  As needed, use 484 - Mulching for mulch or erosion control blanket and 620 - Underground Outlet to safely route trickle flow into a subsurface drain at the upstream end of the channel.  As needed, use 606 - Subsurface Drain not to exceed a 6" diameter, to drain the channel adequately to grow grass.  Use this scenario when the waterway length divided by the number of planned checks equals 200 feet or less.
412 | [NAME] | 35-55 foot topwidth, crop seasonal construction | Acre | 4001.44 | Construct channel for a grassed waterway - earthwork only, with construction occurring during the cropping season and resulting in crop loss.  Use 342 - Critical Area Planting for grass establishment.  As needed, use 484 - Mulching for mulch or erosion control blanket and 620 - Underground Outlet to safely route trickle flow into a subsurface drain at the upstream end of the channel.  As needed, use 606 - Subsurface Drain not to exceed a 6" diameter, to drain the channel adequately to grow grass.  Use this scenario when the waterway length divided by the number of planned checks is greater than 200 ft.
412 | [NAME] | 35-55 foot topwidth with checks, crop seasonal construction | Acre | 4804.99 | Construct channel for a grassed waterway, with construction occurring during the cropping season and resulting in crop loss.  Includes earthwork along with fabric or rock checks to temporarily protect the channel during the vegetative establishment period.  Use 342 - Critical Area Planting for grass establishment.  As needed, use 484 - Mulching for mulch or erosion control blanket and 620 - Underground Outlet to safely route trickle flow into a subsurface drain at the upstream end of the channel.  As needed, use 606 - Subsurface Drain not to exceed a 6" diameter, to drain the channel adequately to grow grass.  Use this scenario when the waterway length divided by the number of planned checks equals 200 feet or less.
110 | Grazing Management Plan | Grazing Management Plan Less Than 100 Acres | Number | 736.44 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
110 | Grazing Management Plan | Grazing Management Plan 100 to Less Than 1500 Acres | Number | 1933.16 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
110 | Grazing Management Plan | Grazing Management Plan 1500 - 5000 Acres | Number | 3221.93 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
110 | Grazing Management Plan | Grazing Management Plan Greater Than 5000 Acres | Number | 4142.48 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
561 | Heavy Use Area Protection | Concrete HUA | Square Feet | 2.74 | Install a concrete heavy use pad to provide vehicular and equipment access to waste storage or certain types of composting facilities.  For deep bed pack buildings, contract quantity for the access pad is limited to a 12 foot width running the length of the stacking area in the building.  For [NAME] or in-vessel composting facilities, contract quantity is limited to a 12 ft width running the length of the facility.
561 | Heavy Use Area Protection | Winter Feeding station with gravel | Square Feet | 4.27 | The concrete portion of a Winter Feeding Station, including the gravel heavy use area around the concrete.  The roof portion of the WFS is specified under 367 - Roofs and Covers.  Measurement is by the total area covered by the concrete and gravel.  Using the IL-ENG standard drawings, the following sizes apply: 30 animals - 3,088 sq.ft. 40 animals - 3,632 sq.ft. 50 animals - 4,324 sq.ft. 60 animals - 4,720 sq.ft. 70 animals - 5,392 sq.ft. 80 animals - 5,808 sq.ft. 90 animals - 6,480 sq.ft. 100 animals - 6,896 sq.ft.
561 | Heavy Use Area Protection | Access Ramp | Square Feet | 1.49 | Install an access ramp to provide a stable, non-eroding surface for areas frequently used by livestock for limited access to drinking water from a pond or stream.  Includes earthwork, geotextile, and gravel, as well as any other surfacing materials that might be part of the design, as well as small diversion berm to protect the ramp from concentrated overland flow.  Seeding of berms and construction areas is to be specified using 342 - Critical Area Planting, and 484 - Mulching.  Use 382 - Fence to limit livestock access.  Measurement is by the area of lined ramp surface, including the exit section, in square feet.
561 | Heavy Use Area Protection | Gravel with Geotextile, [NAME] | Square Feet | 1.06 | Install a heavy use pad (any material that meets the standard) to provide a stable, non-eroding surface around and under troughs, or for grazed livestock feeding areas.  Also use this scenario if a gravel heavy use pad is planned for vehicular and equipment access to waste storage or certain composting facilities.  For deep bed pack buildings, contract quantity for the access pad is limited to a 12 foot width running the length of the stacking area in the building.  For [NAME] or in-vessel composting facilities, contract quantity is limited to a 12 ft width running the length of the facility.
422 | [NAME] | 3 row hedgerow, container planting stock | Feet | 2.57 | Three rows of bare-root trees, shrubs or a combination of trees and shrubs are planted for wildlife habitat (corridor), pollinator habitat, reduction of particulate matter, chemical drift, or odor movement, and boundary delineation and contour guidelines. The herbaceous component if needed will be established according to  327 - Conservation Cover.
422 | [NAME] | 1 row hedgerow, container trees planting stock | Feet | 0.79 | One row of container trees planted for wildlife habitat (corridor), pollinator habitat, reduction of particulate matter, chemical drift, or odor movement, and boundary delineation and contour guidelines.  The herbaceous component if needed will be established according to  327 - Conservation Cover. Multiple rows may be planned and payment quantity based on total feet in all rows.
422 | [NAME] | 1 row hedgerow, container shrubs planting stock | Feet | 1.27 | One row of container shrubs planted for wildlife habitat (corridor), pollinator habitat, reduction of particulate matter, chemical drift, or odor movement, and boundary delineation and contour guidelines. The herbaceous component if needed will be established according to  327 - Conservation Cover. Multiple rows may be planned and payment quantity based on total feet in all rows.
422 | [NAME] | 3 row hedgerow, bare-root seedling planting stock | Feet | 1.15 | Three rows of bare-root trees, shrubs or a combination of trees and shrubs are planted for wildlife habitat (corridor), pollinator habitat, reduction of particulate matter, chemical drift, or odor movement, and boundary delineation and contour guidelines. The herbaceous component if needed will be established according to  327 - Conservation Cover.
422 | [NAME] | 1 row hedgerow, bare-root tree seedling planting stock | Feet | 0.3 | One row of bare-root trees planted for wildlife habitat (corridor), pollinator habitat, reduction of particulate matter, chemical drift, or odor movement, and boundary delineation and contour guidelines. The herbaceous component if needed will be established according to  327 - Conservation Cover. Multiple rows may be planned and payment quantity based on total feet in all rows.
422 | [NAME] | 1 row hedgerow, bare-root shrub seedling planting stock | Feet | 0.39 | One row of bare-root shrubs planted for wildlife habitat (corridor), pollinator habitat, reduction of particulate matter, chemical drift, or odor movement, and boundary delineation and contour guidelines.  The herbaceous component if needed will be established according to  327 - Conservation Cover. Multiple rows may be planned and payment quantity based on total feet in all rows.
315 | [NAME] | Light Spot Treatments | Acre | 22.5 | Light spot treatment herbaceous weed control is used on non-cropland acres (including forestland, pasture, and wildlife areas) where less than 10% canopy coverage across the treatment area is in undesirable herbaceous cover, or a specific area spot treatment is needed such as creating open ground under a wildlife habitat structure .  Payment is based on impacted acres only.  The practice entails the treatment of weeds using small equipment (such as an ATV with sprayer) to apply chemicals, or using hand tools (such as axes, shovels, hoes, nippers) to remove or cut off herbaceous plants at or below the root collar.  Cost represents typical situations for conventional, organic, and transitioning to organic producers.  For organic land, chemical applications must be OMRI approved chemicals.
315 | [NAME] | Medium Spot Treatments | Acre | 63.18 | Medium spot treatment herbaceous species management is used on non-cropland acres (including forestland, pasture, and wildlife areas) where greater than 10% canopy coverage across the treatment area is in undesirable herbaceous cover, and spot treatment is preferred over blanket treatment to maintain the persistence of desirable broadleaf and legumes within the treatment area.  Payment is based on impacted acres only.  The practice entails the treatment of weeds using small equipment (such as an ATV with sprayer) to apply chemicals, or using applicable mechanical methods such as hand tools (such as axes, shovels, hoes, nippers) to remove or cut off herbaceous plants at or below the root collar, and/or spot mowing.  Cost represents typical situations for conventional, organic, and transitioning to organic producers.  For organic land, chemical applications must be OMRI approved chemicals.
315 | [NAME] | Blanket Treatment One Pass | Acre | 48.2 | Blanket treatment one pass herbaceous weed control is used on non-cropland acres (including forestland, pasture, and wildlife areas) where a blanket treatment approach is acceptable and the non-desirable weeds can be controlled with one treatment.  Payment is based on impacted acres only.  The practice entails the treatment of weeds using a blanket chemical application or mechanical brush hog operation.  Cost represents typical situations for conventional, organic, and transitioning to organic producers.  For organic land, chemical applications must be OMRI approved chemicals.
315 | [NAME] | Blanket Treatment Multi Pass | Acre | 104.12 | Blanket treatment multi pass herbaceous weed control is used on non-cropland acres (including forestland, pasture, and wildlife areas) where a blanket treatment approach is acceptable and multiple passes or approaches are needed to control the non-desirable weeds.  Payment is based on impacted acres only.  The practice entails the treatment of weeds using multiple blanket chemical applications or multiple mechanical brush hog operations, or a combination of chemical and mechanical.  Cost represents typical situations for conventional, organic, and transitioning to organic producers.  For organic land, chemical applications must be OMRI approved chemicals.
315 | [NAME] | Tree & Shrub Post-planting Weed Control | Acre | 101.02 | Application of chemical weed control to tree/shrub plantations with grass and weed competition.    Application will treat all rows and create a weed-free area of at least 2 feet in all directions from the planted stock for a full growing season following application.  Treatment application will consist of pre-emergent or post-emergent or combinations of, in accordance with label directions.  Organic mulches and weed fabric may be substituted for chemical control around trees.  Payment is based on impacted acres only.  Supporting Practices: Mulching (484)
315 | [NAME] | Aquatic [NAME] | Acre | 213.42 | Control of aquatic weed infestations, such as phragmites, reeds canary grass, or cattails, in wetland areas using multiple chemical applications. Due to moist soil conditions, herbicide is applied with an ATV and spot sprayer to avoid excessive disturbance to the site. Cost represents typical situations for conventional, organic, and transitioning to organic producers. Payment is based on impacted acres only.
603 | [NAME] | Perennial species | Linear Feet | 0.08 | Perennial warm season grass herbaceous barriers are installed to reduce wind velocities and wind-borne particulate matter. Plant materials shall be selected for local adaptation and climatic conditions and are resistant to lodging and are non-spreading in their habit. Barriers will be designed as close to perpendicular to prevailing winds as practical. Barrier direction, spacing, and composition needed to achieve the desired purpose shall be designed using the currently approved wind erosion technology.
595 | Integrated Pest Management | Basic IPM Field 1RC | Acre | 8.67 | A basic IPM plan with LGU-approved pest monitoring techniques and pest thresholds (where available) is applied in Large Scale Field/Forage Crops to address one identified resource concern (e.g. Water Quality - Impacts to Human Drinking Water) with either risk prevention (e.g. planned pesticides have no risk to the identified resource concern) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Agronomy Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings).  Note: "RC" is [NAME].
595 | Integrated Pest Management | Basic IPM Field >1RC | Acre | 13 | A basic IPM plan with LGU-approved pest monitoring techniques and pest thresholds (where available) is applied in Small Farm/ Diversified Systems (e.g. [NAME], organic, etc.) to address multiple identified resource concerns (e.g. Water Quality - Impacts to Human Drinking Water and Pollinator Impacts) with either risk prevention (e.g. planned pesticides have no risk to the identified resource concerns) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Agronomy Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings). This scenario attempts to capture the higher cost/acre of planning and implementing IPM techniques on smaller acreages with very diverse cropping systems. This scenario describes implementation of 595 and accounts for the economy of scale on a smaller operation with the unit of "each."  Note: "RC" is [NAME].
595 | Integrated Pest Management | Advanced IPM Field All RCs | Acre | 24.47 | A comprehensive IPM plan with LGU-approved pest prevention, avoidance and monitoring techniques and pest thresholds (where available) is applied in Large Scale Field/Forage Crops to address all identified resource concerns with either risk prevention (e.g. planned pesticides have no risk to the identified resource concerns) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Agronomy Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings).  Note: "RC" is [NAME].
595 | Integrated Pest Management | Basic IPM Fruit/Veg 1RC | Acre | 65.37 | A basic IPM plan with LGU-approved pest monitoring techniques and pest thresholds (where available) is applied in Large Scale Small Fruit/Vegetable Crops to address one identified resource concern (e.g. Water Quality - Impacts to Human Drinking Water) with either risk prevention (e.g. planned pesticides no risk to the identified resource concern) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Agronomy Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings).  Note: "RC" is [NAME].
595 | Integrated Pest Management | Basic IPM Fruit/Veg >1RC | Acre | 134.71 | A comprehensive IPM plan with LGU-approved pest prevention, avoidance and monitoring techniques and pest thresholds (where available) is applied in Large Scale Small Fruit/Vegetable Crops to address more than one resource concerns with either risk prevention (e.g. planned pesticides have no risk to the identified resource concerns) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings).  Note: "RC" is [NAME].
595 | Integrated Pest Management | Advanced IPM Fruit/Veg All RCs | Acre | 187.79 | A comprehensive IPM plan with LGU-approved pest prevention, avoidance and monitoring techniques and pest thresholds (where available) is applied in Large Scale Small Fruit/Vegetable Crops to address all identified resource concerns with either risk prevention (e.g. planned pesticides have no risk to the identified resource concerns) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings).  Note: "RC" is [NAME].
595 | Integrated Pest Management | Basic IPM Orchard 1RC | Acre | 148.97 | A basic IPM plan with LGU-approved pest monitoring techniques and pest thresholds (where available) is applied in Large Scale Orchard/Specialty Crops to address one identified resource concern (e.g. Water Quality - Impacts to Human Drinking Water) with either risk prevention (e.g. planned pesticides have no risk to the identified resource concern) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Agronomy Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings).  Note: "RC" is [NAME].
595 | Integrated Pest Management | Basic IPM Orchard >1RC | Acre | 175.51 | A basic IPM plan with LGU-approved pest monitoring techniques and pest thresholds (where available) is applied in Large Scale Orchard/Specialty Crops to address multiple identified resource concerns (e.g. Water Quality - Impacts to Human Drinking Water and Pollinator Impacts) with either risk prevention (e.g. planned pesticides have no risks to identified resource concerns) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Agronomy Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings).  Note: "RC" is [NAME].
595 | Integrated Pest Management | Advanced IPM Orchard All RCs | Acre | 212.35 | A comprehensive IPM plan with LGU-approved pest prevention, avoidance and monitoring techniques and pest thresholds (where available) is applied in Large Scale Orchard/Specialty Crops to address all identified resource concerns with either risk prevention (e.g. planned pesticides have no risk to identified resource concerns) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Agronomy Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings).  Note: "RC" is [NAME].
595 | Integrated Pest Management | IPM S-Farm 1RC | Each | 530.88 | A basic IPM plan with LGU-approved pest monitoring techniques and pest thresholds (where available) is applied in Small Farm/Diversified Systems (e.g. [NAME], organic, etc.) to address one identified resource concern (e.g. Water Quality - Impacts to Human Drinking Water) with either risk prevention (e.g. planned pesticides have no risk to the identified resource concern) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Agronomy Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings). This scenario attempts to capture the higher cost/acre of planning and implementing IPM techniques on smaller acreages with very diverse cropping systems. This scenario describes implementation of 595 and accounts for the economy of scale on a smaller operation with the unit of "each."    Note: "RC" is [NAME].
595 | Integrated Pest Management | IPM S-Farm >1RC | Each | 919.11 | A basic IPM plan with LGU-approved pest monitoring techniques and pest thresholds (where available) is applied in Small Farm/ Diversified Systems (e.g. [NAME], organic, etc.) to address multiple identified resource concerns (e.g. Water Quality - Impacts to Human Drinking Water and Pollinator Impacts) with either risk prevention (e.g. planned pesticides have no risk to the identified resource concerns) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Agronomy Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings). This scenario attempts to capture the higher cost/acre of planning and implementing IPM techniques on smaller acreages with very diverse cropping systems. This scenario describes implementation of 595 and accounts for the economy of scale on a smaller operation with the unit of "each."  Note: "RC" is [NAME].
595 | Integrated Pest Management | Advanced IPM S-Farm All RCs | Each | 2123.52 | A comprehensive IPM plan with LGU-approved pest prevention, avoidance and monitoring techniques and pest thresholds (where available) is applied in Small Farm/Diversified Systems (e.g. [NAME], Organic, etc.) to address all identified resource concerns with either risk prevention (e.g. planned pesticides have no risk to the identified resource concerns) or risk mitigation (e.g. planned pesticides have appropriate mitigation planned from Agronomy Technical Note 5 for “Intermediate”, “High” or “Extra High” WIN-PST Final Hazard Ratings. This scenario attempts to capture the higher cost/acre of planning and implementing IPM techniques on smaller acreages with very diverse cropping systems. This scenario describes implementation of 595 and accounts for the economy of scale on a smaller operation with the unit of "each."  Note: "RC" is [NAME].
595 | Integrated Pest Management | Risk Prevention IPM All RCs | Acre | 117.37 | A comprehensive IPM plan based primarily on LGU-approved pest prevention and avoidance techniques is applied to prevent negative impacts on all identified resource concerns. LGU-approved pest monitoring techniques and pest thresholds may also be included, but suppression techniques cannot pose any hazards to identified resource concerns.  This type of system is very difficult to achieve, but may be most commonly achieved in Organic Systems that already rely heavily on prevention and avoidance techniques.  Note: "RC" is [NAME].
114 | Integrated Pest Management Plan | IPM Management [NAME] Less Than 50 Acres | Number | 1471.88 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
114 | Integrated Pest Management Plan | IPM Management CAP Medium 51 - 250 Acres | Number | 1884 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
114 | Integrated Pest Management Plan | IPM Management [NAME] Than 250 Acres | Number | 2943.75 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
441 | Irrigation System, Microirrigation | Seasonal High Tunnel Micro Irrigation System | Each | 507.06 | Drip irrigation in a seasonal high tunnel, converting from other means of less efficient irrigation.  "Soaker hose" or the replacement of an existing microirrigation system is not eligible.   This practice is only applicable on land that has been irrigated 2 of the past 5 years.  An IWM plan must be completed prior to implementation of the microirrigation system.   Includes on-ground mainline and drip tape, fittings and appurtenances.  As needed, use 533 - Pumping Plant and 430 - Irrigation Pipeline for the pump and supply line, or use existing equipment.
449 | Irrigation Water Management | IWM for row crops | Acre | 9.35 | Implementation of the producer's irrigation water management plan on a row crop operation, accounting for crop grown, soil moisture conditions prior to irrigation, dates of irrigation start and stop, depths of irrigation applied, duration of irrigations, and amount of rainfall.  Measurement is by the number of acres irrigated.
449 | Irrigation Water Management | IWM for Seasonal High Tunnels | Each | 329.7 | Implementation of the producer's irrigation water management plan for crops grown in a Seasonal High Tunnel, accounting for crop grown, soil moisture conditions prior to irrigation, dates of irrigation start and stop, depths of irrigation applied, duration of irrigations, and amount of rainfall.  Measurement is by the high tunnel being irrigated.
449 | Irrigation Water Management | Soil Moisture Sensors | Each | 976.28 | Install soil moisture sensors to determine real time soil moisture by depth, which will supply the producer with information to determine irrigation scheduling, as part of the implementation of an Irrigation Water Management Plan. The installation includes the purchase of soil moisture meters and sensors, installation equipment, and labor to install and read sensors or meter.
449 | Irrigation Water Management | IWM for microirrigation systems and specialty crops | Acre | 21.98 | Implementation of the producer's irrigation water management plan on a specialty crop operation (or an operation utilizing microirrigation), accounting for crop grown, soil moisture conditions prior to irrigation, dates of irrigation start and stop, depths of irrigation applied, duration of irrigations, and amount of rainfall.  Measurement is by the number of acres irrigated.
118 | Irrigation Water Management Plan | Irrigation Water Management Conservation Activity Plan CAP | Number | 2113.91 | This scenario applies to the entire acreage served by an existing irrigation system.  [NAME] is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
670 | Lighting System Improvement | Lighting - CFL | Each | 13 | Install dimmable compact fluorescent (CFL) bulbs to replace incandescent bulbs.  An energy audit is required prior to contract for CPS 670.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.
670 | Lighting System Improvement | Lighting - LED | Each | 16.54 | Install dimmable light-emitting diode (LED) bulbs to replace incandescent bulbs.  An energy audit is required prior to contract for CPS 670.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.
670 | Lighting System Improvement | Lighting - Linear Fluorescent | Each | 248.15 | Install linear fluorescent fixtures to replace incandescent lighting.  An energy audit is required prior to contract for CPS 670.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.
670 | Lighting System Improvement | Lighting - Outdoor/High Bay | Each | 206.28 | Install new, higher efficiency outdoor/high bay lighting such as, but not limited to, pulse‐start metal halide (PSMH) lamps with matched ballast.  An energy audit is required prior to contract for CPS 670.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.
670 | Lighting System Improvement | Controller - Automatic Controller System | Each | 1092.07 | Add an automated control system to an existing manually controlled agricultural irrigation system.   Includes all appurtenances such as wiring, sensors, data logger, logic controller, software, switches, etc.  An energy audit is required prior to contract for CPS 670.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.
468 | Lined Waterway or Outlet | [NAME] | Square Feet | 0.61 | Install a waterway lined with Turf Reinforcement Mat, where velocity is too high or saturated soil conditions preclude the use of a grassed waterway.  Includes earthwork and TRM, with all appurtenances.  If needed, use 342 - Critical Area Planting for vegetative establishment.  Measurement is by square feet of lined area.
468 | Lined Waterway or Outlet | [NAME]in | Square Feet | 2.3 | Install a waterway lined with rock at least 12" thick, where velocity is too high or saturated soil conditions preclude the use of a grassed waterway.  Includes earthwork, rock and geotextile.  If needed, use 342 - Critical Area Planting for vegetative establishment.  Measurement is by square feet of lined area.
516 | Livestock Pipeline | Buried Pipeline, < 2in Plastic | Linear Feet | 1.86 | Stockwatering pipeline - typical installation. This scenario applies to all pipe materials and sizes that meet the standard.   Includes trenching, quick couplers, backflow prevention, and other appurtenances as needed.  Water supply to the pipeline is specified under 533 - Pumping Plant; hydrants and tanks are specified under 614 - Watering Facility.
516 | Livestock Pipeline | Bedded Pipeline | Linear Feet | 3.12 | Stockwatering pipeline in an area that requires special bedding considerations due to rocky soil, including installation under a stream channel.  This scenario applies to all pipe materials that meet the standard.  Includes trenching, quick couplers, backflow prevention, and other appurtenances as needed.  Water supply to the pipeline is specified under 533 - Pumping Plant; hydrants and tanks are specified under 614 - Watering Facility.
516 | Livestock Pipeline | Cased Pipeline with Boring | Linear Feet | 54.81 | Stockwatering pipeline in a location that requires installation under a roadbed or stream channel. This scenario applies to all pipe materials that meet the standard.  Includes boring.  This scenario should only be used for the length of pipeline needed to go under the roadbed or stream channel.  Additional pipeline needed for the system should be specified under a different 516 scenario.  Water supply to the pipeline is specified under 533 - Pumping Plant;  hydrants and tanks are specified under 614 - Watering Facility.
484 | Mulching | Natural Material, Vegetation Establishment | Acre | 222.82 | Apply straw mulch or other  approved natural material.  Use in conjunction with 342 - Critical Area Planting, where needed to facilitate establishment of vegetative cover on sites such as waterway or diversion channels, embankments and auxiliary spillways.
484 | Mulching | Natural Material, [NAME] | Acre | 296.06 | Application of straw mulch or other state approved natural material (such as wood chips, compost, or hay) to reduce erosion, moderate soil temperature and suppress weeds. Typically used to provide partial coverage (either in‐row or between rows) to suppress weeds competing with tree/shrub plantings, irrigated orchards or vineyards, or annual and perennial specialty crops. Mulches applied around growing plants or prior to weed seedling development shall have 100 % ground cover. Thickness of the mulch shall be adequate to prevent emergence of targeted weeds. Payment based on total acres mulched, assuming 3‐5 ft. [NAME] and 10‐12 ft. row spacing.
484 | Mulching | Erosion Control Blanket, Vegetation Establishment | Acre | 5342.67 | Install erosion control blanket in concentrated flow areas where the designer with engineering job approval authority determines that typical straw or natural mulch material will not be adequate to stabilize the area during vegetative establishment.  Use in conjunction with 342 - Critical Area Planting.
484 | Mulching | Synthetic Material, [NAME] | Acre | 1148.28 | Installation of geotextile, biodegradable plastic, polyethylene plastic, or other state approved synthetic mulch to conserve soil moisture, moderate soil temperature, suppress weed growth and provide erosion control. Typically used in‐row with tree/shrub plantings, irrigated orchards or vineyards, or annual and perennial specialty crops. Payment based on actual area covered by mulching material.
484 | Mulching | Tree and [NAME], [NAME] | Each | 1.66 | Weed barrier fabric or other suitable natural or synthetic mulch is installed with a new tree and shrub planting . Planting material may not be planted in rows, thus requiring each tree or shrub to be treated individually. Typically used to prevent weed competition during the installation of conservation practices. Rate is per tree/shrub and assumes 1 square yard of weed barrier fabric and 5 staples/tree. Typical scenario is an installation of 100 native trees and shrubs to enhance wildlife habitat.
484 | Mulching | Erosion Control Blanket for Endangered Species, Vegetation Establishment | Acre | 6620.91 | Install erosion control blanket in concentrated flow areas while preventing entanglement or entrapment of an endangered snake species, where the designer with engineering job approval authority determines that typical straw or natural mulch material will not be adequate to stabilize the area during vegetative establishment.  Use in conjunction with 342 - Critical Area Planting.
484 | Mulching | Synthetic Material, [NAME], Seasonal High Tunnel | Square Feet | 0.05 | Installation of geotextile, biodegradable plastic, polyethylene plastic, or other state approved synthetic mulch to conserve soil moisture, moderate soil temperature, suppress weed growth and provide erosion control within a Seasonal High Tunnel. Typically used to suppress weeds competing with annual and perennial crops crown in the high tunnel. Payment based on actual area covered by mulching material.
484 | Mulching | Natural Material, [NAME], Seasonal High Tunnel | Square Feet | 0.02 | Application of straw mulch or other state approved natural material (such as wood chips, compost, or hay) to reduce erosion, moderate soil temperature and suppress weeds within a Season High Tunnel. Typically used to provide 100% coverage (in‐row and between rows) to suppress weeds competing with annual and perennial crops crown in the high tunnel. Mulches applied around growing plants or prior to weed seedling development shall have 100 % ground cover. Thickness of the mulch shall be adequate to prevent emergence of targeted weeds. Payment based on total area (square feet) mulched.
590 | Nutrient Management | Specialty Crop NM | Each | 1253.86 | Small farm/diversified systems include CSA's (community supported agriculture), truck crop farms, market gardens, orchards, etc., where numerous variable crops are grown on small acreages. This scenario attempts to capture the higher cost/acre of nutrient management planning and implementation on smaller production areas (usually between 0.25‐10 acres) with multiple crops, often times with multiple harvests per year, that require intense and diversified nutrient management. The planned NM system for this organic or conventional production system will meet current 590 Nutrient Management criteria. Payment for implementation of this scenario is to defray the costs of soil testing, manure and/or compost analysis, and consultant services that provide nutrient management recommendations, associated nutrient budgets, and recordkeeping. Records demonstrating implementation of the 4 R's of NM will be required.
590 | Nutrient Management | Basic NM | Acre | 12.57 | Nutrient Management will be applied according to NRCS FOTG and U of I Agronomy Handbook requirements.   The Nutrient Management must only be planned on the acres where the nutrients are actually applied.
590 | Nutrient Management | Basic NM with Manure | Acre | 19.15 | Nutrient Management will be applied according to NRCS FOTG and U of I Agronomy Handbook requirements.  Current manure tests will be used to determine the nutrient content of the manure being utilized. The Nutrient Management must only be planned on the acres where the nutrients are actually applied.
590 | Nutrient Management | Enhanced NM with Manure | Acre | 38.18 | Land apply manure and nutrients according to a CNMP or NMP, where the nutrient management represents a positive change to previous nutrient application on the land.  All commercial Nitrogen must be spring applied for spring planted crops. Manure can be applied in the fall.  This scenario applies where one or more of the following enhancements is to be newly implemented: -----Grid or zone soil testing with variable rate nutrient application. -Use chlorophyll reader technology (e.g. [NAME]) to vary nitrogen application. -Use controlled release N fertilizer. -Use a pre-sidedress nitrogen test.  Measurement is based on the acres where the nutrients are actually applied
590 | Nutrient Management | Enhanced NM with Tissue Testing | Acre | 52.14 | This scenario describes the implementation of an advanced precision nutrient management system on cropland. The planned NM system will meet the current 590 standard. Payment for implementation is to defray the costs of soil testing, analysis, consultant services, skilled labor and specialized nutrient application that provide nutrient proper recommendations based on Land Grant University (LGU) recommendations or crop removal rates and an associated nutrient budget, recordkeeping, and monitoring on a precision level that includes split applications, Normalized Differential Vegetation Index (NDVI) sensing, and aerial imaging. Records are kept demonstrating implementation of the 4 R's of the NM plan. The scenario can improve efficiency and effectiveness of nutrient management by utilizing specialized precision techniques and tools (variable rate applicators, NDVI, aerial photography, yield monitoring, plant tissue testing, or on the go chlorophyll sensors). Precision nutrient management techniques ensure that the right rate, proper timing, and proper placement of nutrients minimize non‐point source pollution and provide proper amounts of nutrients to the crop where it is needed and not applying where it is not needed.
590 | Nutrient Management | Adaptive NM | Each | 1569.17 | The practice scenario is for the implementation of nutrient management where outcomes of different nutrient management techniques are evaluated and measured.  The scenario includes implementing replicated treatments on small plots or strips to evaluate, identify and implement various nutrient use efficiency improvement methods for timing, rate, method of application, or source of nutrients.
590 | Nutrient Management | Enhanced NM w Deep Placement | Acre | 44.13 | This scenario describes a conventional cropping system where either no nutrient management or only a basic level of nutrient management is being practiced. An enhanced nutrient management system includes activities such as split applications, multiple nutrient concentration tests (other than only soil tests) and methods that more concisely enable scheduling of appropriate fertilizer applications. Manure and/or fertilizer phosphorus is injected or placed below the soil surface at least 4 inches deep.  [NAME] fertilizer may be injected 2 inches deep.  Nutrients are transported to surface waters through runoff or wind erosion in quantities that degrade water quality and limit use of intended purposes. Inefficient energy utilization occurs due to traditional methods and forms of fertilizer applications.
104 | Nutrient Management Plan | Nutrient Management CAP Less Than or Equal to 100 Acres | Number | 1665.53 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
104 | Nutrient Management Plan | Nutrient Management CAP 101 - 300 Acres | Number | 1982.36 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
104 | Nutrient Management Plan | Nutrient Management CAP Greater Than 300 Acres | Number | 2397.89 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
146 | Pollinator Habitat Enhancement Plan | Pollinator Habitat Enhancement Plan CAP | Number | 2224.53 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
146 | Pollinator Habitat Enhancement Plan | Pollinator Habitat Enhancement Plan CAP - No Local TSP | Number | 3230.86 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.  Non-local means there is no qualified TSP within 300 miles of the site.
378 | Pond | Embankment, 4in-6in Pipe | [NAME] | 3.28 | Install a pond as a source for livestock water in a grazing system where no other water source is available or feasible.  Includes earthwork and principal spillway outlet structure with all appurtenances.  Use this scenario for any excavated ponds as well as for embankment ponds with small pipes.  Use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  As needed, use 516 - Livestock Pipeline and 614 - Watering Facility to supply stockwater with a pipe through the dam, 533 - Pumping Plant to supply stockwater using a sump, or 561 - Heavy Use Area Protection and 382 - Fence to provide a controlled access area for livestock watering.   For an embankment pond, measurement is by volume of earthfill in the embankment, not including settlement allowance.  For an excavated pond, measurement is by volume of excavation.
378 | Pond | Embankment, 8in-12in Pipe | [NAME] | 3.42 | Install a pond as a source for livestock water in a grazing system where no other water source is available or feasible.  Includes earthwork and principal spillway outlet structure with all appurtenances.  Use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  As needed, use 516 - Livestock Pipeline and 614 - Watering Facility to supply stockwater with a pipe through the dam, 533 - Pumping Plant to supply stockwater using a sump, or 561 - Heavy Use Area Protection and 382 - Fence to provide a controlled access area for livestock watering.   For an embankment pond, measurement is by volume of earthfill in the embankment, not including settlement allowance.  For an excavated pond, measurement is by volume of excavation.
378 | Pond | Embankment, >12in Pipe | [NAME] | 3.6 | Install a pond as a source for livestock water in a grazing system where no other water source is available or feasible.  Includes earthwork and principal spillway outlet structure with all appurtenances.  Use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  As needed, use 516 - Livestock Pipeline and 614 - Watering Facility to supply stockwater with a pipe through the dam, 533 - Pumping Plant to supply stockwater using a sump, or 561 - Heavy Use Area Protection and 382 - Fence to provide a controlled access area for livestock watering.   For an embankment pond, measurement is by volume of earthfill in the embankment, not including settlement allowance.  For an excavated pond, measurement is by volume of excavation.
521D | [NAME] or Lining, Compacted Clay Treatment | Compacted Earth Liner | [NAME] | 5.13 | Construction of a compacted clay liner, to reduce seepage from an impoundment or waste stacking structure. Includes compaction of the soil liner under proper moisture conditions to the designed liner thickness, and soil cover to protect the finished liner if included in the design.  Use 313 - Waste Storage Facility, 634 - Waste Transfer, or other appropriate practice for construction of the structure from which seepage is to be reduced.  Measurement is by the finished volume of compacted clay liner, in cubic yards.
338 | Prescribed Burning | Grassland > 10 acres | Acre | 26.52 | Applying a prescribed burn in grassland burn units greater than 10 acres in size according to approved burn plan and NRCS Prescribed Burning (338) standard and specifications. Burned firebreaks used to achieve total firebreak width are part of these burns. The scenario covers one burn event for the total acres within the burn unit.  Supporting Practice: Firebreak (394)
338 | Prescribed Burning | Grassland, Small acreage (≤10 acres) | Acre | 30.69 | Applying a prescribed burn in grassland burn units  10 acres or less in size according to approved burn plan and NRCS Prescribed Burning (338) standard and specifications. Burned firebreaks used to achieve total firebreak width are part of these burns. The scenario covers one burn event for the total acres within the burn unit.  Supporting Practice: Firebreak (394)
338 | Prescribed Burning | Woodland >10 acres | Acre | 71.05 | Applying a prescribed burn in woodland burn units greater than 10 acres in size according to approved burn plan and NRCS Prescribed Burning (338) standard and specifications. Burned firebreaks used to achieve total firebreak width are part of these burns. The scenario covers one burn event for the total acres within the burn unit.  Supporting Practice: Firebreak (394)
338 | Prescribed Burning | Woodland, Small acreage (≤10 acres) | Acre | 98.79 | Applying a prescribed burn in woodland burn units  10 acres or less in size according to approved burn plan and NRCS Prescribed Burning (338) standard and specifications. Burned firebreaks used to achieve total firebreak width are part of these burns. The scenario covers one burn event for the total acres within the burn unit.  Supporting Practice: Firebreak (394)
112 | Prescribed Burning Management Plan | Prescribed Burning Plan Less Than or Equal to 20 Acres | Number | 282.08 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
112 | Prescribed Burning Management Plan | Prescribed Burning Plan 21-100 Acres | Number | 451.32 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
112 | Prescribed Burning Management Plan | Prescribed Burning Plan 101-250 Acres | Number | 676.98 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
112 | Prescribed Burning Management Plan | Prescribed Burning Plan 251-500 Acres | Number | 902.64 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
112 | Prescribed Burning Management Plan | Prescribed Burning Plan 501-1000 Acres | Number | 1128.3 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
112 | Prescribed Burning Management Plan | Prescribed Burning Plan Greater Than 1000 Acres | Number | 1353.96 | CAP is to be developed by a certified Technical Service Provider (TSP) and meet the technical criteria in Section III of the FOTG.
528 | Prescribed Grazing | Low Intensity, > 7 Day Rotation Frequency | Acre | 21.8 | Design and implementation of a grazing system that will enhance pasture condition and ecosystem function as well as optimize efficiency and economic return through monitoring (ex: photo points, stubble height after grazing, etc.) & record keeping. Livestock graze each pasture for more than seven (7) days in rotation and adequate rest is provided for the forages. A minimum of 3 pastures with a maximum 10 days grazing and 20 days rest per pasture.
528 | Prescribed Grazing | Medium Intensity, 7-3 Days Rotation Frequency | Acre | 36.67 | Design and implementation of a grazing system that will enhance pasture condition and ecosystem function as well as optimize efficiency and economic return through monitoring (ex: photo points, stubble height after grazing, etc.) & record keeping. Livestock graze each pasture from three (3) to seven (7) days in rotation. Rotation is based on monitoring livestock demand and supply.
528 | Prescribed Grazing | High Intensity, ≤2 Day Rotation Frequency | Acre | 50.6 | Design and implementation of a grazing system that will enhance pasture condition and ecosystem function as well as optimize efficiency and economic return through monitoring ( points, stubble height after grazing, etc.) & record keeping. Livestock graze each pasture/paddock from no more than two (2) days in rotation. Rotation is based on monitoring livestock demand and supply.   Includes extending the grazing season at least 60 days through the use of annuals, stockpiling, or grazing crop aftermath.
528 | Prescribed Grazing | Enhanced - Strip Grazing | Acre | 59.07 | Design and implementation of a grazing system that will enhance pasture condition and ecosystem function as well as optimize efficiency and economic return through monitoring (points, stubble height after grazing, etc.) & record keeping. Livestock graze each pasture/paddock from no more than three (3) days in rotation. Includes extending the grazing season at least 90 days through utilization of management techniques such as annuals, grazing crop aftermath, or stockpiling/stripgrazing to assist in extending the grazing season and improve animal demand and supply efficiency and improvement of soil health by maintaining and/or improving ideal cover, plant diversity, organic matter and soil temperatures favorable for sustained microbial life.
528 | Prescribed Grazing | High Density Grazing | Acre | 66.21 | An improved grazing management system where livestock are grazed on pasture for at least 300 days per calendar year and managed at a stock density of at least 50,000 lbs for 75% of the grazing days. Pastures will be managed for a livestock utilization rate of 60% or less per grazing event.
528 | Prescribed Grazing | Deferment for Wildlife | Acre | 54.15 | [NAME] grazing of the pasture for a minimum of 90 days to manage for any of the following purposes: invasive weed control; improve the health of the forage plants; or provide cover for wildlife species. Keep records of dates out and monitor to determine when desired objectives of deferment are met. Does not include the purpose of deferment for the establishment of forages.
528 | Prescribed Grazing | Long Term Deferment | Acre | 72.97 | Defer the pasture for 210 days and up to a growing season to manage for invasive weeds when necessary, to improve the health of the plants and/or provide nesting habitat for wildlife species. Keep records of dates out and monitor to determine when desired objectives of deferment are met. Does not include the purpose of deferment for the establishment of forages.
528 | Prescribed Grazing | Biological Control with Grazing Animals | Acre | 568.76 | The removal, reduction or manipulation of non-herbaceous plants on non-cropland using biological management in the form of grazing with sheep, goats, or other grazing animal that will graze on the undesirable non-herbaceous species. Payment is based on impacted acres only.  Payment is based on the use of goats for moderate brush problems where a stocking rate equivalent of 100 goats can adequately clear 1 acre of brush in one day (or equivalent stocking; for example 15 goats for 1 week to clear an acre of brush), or equivalent number of other livestock. Costs are related to transportation of livestock, setting up temporary fencing and/or watering system. Cost represents typical situations for conventional, organic, and transitioning to organic producers.
533 | Pumping Plant | [NAME] < 1 Hp | Each | 937.99 | Install an electric pump or PTO-driven pump for transferring manure and wastewater on a confinement livestock site.  Use this scenario also for cases where pumping is required for the outlet of a perimeter drainage system.  Includes all appurtenances needed to mount and connect the pump to the piping system, along with controls for the pump.  Electric service and connection must be supplied by the producer.  As needed, use 634 - Waste Transfer for the piping system and any associated reception tank, 635 - Vegetated Treatment Area for distribution systems associated with a VTA and 606 - Subsurface Drain for perimeter drainage systems.
533 | Pumping Plant | Wastewater Pump 1-5 Hp | Each | 2719.24 | Install an electric pump or PTO-driven pump for transferring manure and wastewater on a confinement livestock site.  Includes all appurtenances needed to mount and connect the pump to the piping system, along with controls for the pump.  Electric service and connection must be supplied by the producer.  As needed, use 634 - Waste Transfer for the piping system and any associated reception tank, 635 - Vegetated Treatment Area for distribution systems associated with a VTA.
533 | Pumping Plant | Manure Pump >5 Hp | Each | 5439.05 | Install an electric pump or PTO-driven pump for transferring manure and wastewater on a confinement livestock site.  Includes all appurtenances needed to mount and connect the pump to the piping system, along with controls for the pump.  Electric service and connection must be supplied by the producer.  As needed, use 634 - Waste Transfer for the piping system and any associated reception tank, 635 - Vegetated Treatment Area for distribution systems associated with a VTA.
533 | Pumping Plant | Small Wastewater Fuel Driven Pump ≤ 50 Hp | Each | 17117.35 | Install a fuel or PTO-driven pump for transferring manure and wastewater from a confinement livestock site to an offsite location for field application, or from one location to another on the headquarters site.  Includes all appurtenances needed to mount and connect the pump to the piping system.  As needed, use 634 - Waste Transfer for the piping system and any associated reception tank.
533 | Pumping Plant | Large Wastewater Fuel Driven Pump > 50 Hp | Each | 22121.32 | Install a fuel or PTO-driven pump for transferring manure and wastewater from a confinement livestock site to an offsite location for field application, or from one location to another on the headquarters site.  Includes all appurtenances needed to mount and connect the pump to the piping system.  As needed, use 634 - Waste Transfer for the piping system and any associated reception tank.
533 | Pumping Plant | Solar Pump for Well | Each | 1795.06 | Install a solar pumping unit for livestock watering, in locations where standard electric power is unavailable (regardless of depth to water).  All appurtenances needed to connect the pump to the pipeline system, including pressure tank and drop pipe, along with solar panels, mounts, inverter, wiring, are included.  The producer is responsible for supplying battery storage of electrical power, if needed.  As needed, use 516 - Livestock Pipeline to connect the pump to the storage tank, 614 - Watering Facility for storage tank and 642 - Water Well to provide a source from which to pump water.
533 | Pumping Plant | Livestock Water, Shallow Well Pump (≤ 25 ft deep) | Each | 992.66 | Pump for livestock watering where depth to water is less than or equal to 25 feet, no matter what type of pump is selected for the design.  Includes all appurtenances needed to connect the pump to the pipeline system, including pressure tank.  The producer is responsible for supplying electrical power to the pump.  Typical implementation would also utilize 642 - Water Well, 516 - Pipeline and 614 - Watering Facility.
533 | Pumping Plant | Livestock Water, Shallow Well Pump (≤ 25 ft deep) with Buried Pump House | Each | 2935.25 | Pump for livestock watering where depth to water is less than or equal to 25 feet, and where there is not an existing sheltered location for the pump to be installed.  Includes all appurtenances needed to connect the pump to the pipeline system, including pressure tank, along with installing a small pump house (buried or above ground).  The producer is responsible for supplying electrical power to the pump.  Typical implementation would also utilize 642 - Water Well, 516 - Pipeline and 614 - Watering Facility.
533 | Pumping Plant | Livestock Water, Deep Well Pump (>25 ft deep) | Each | 1270.66 | Pump for livestock watering where depth to water is greater than 25 feet, no matter what type of pump is selected for the design.  Includes all appurtenances needed to connect the pump to the pipeline system, including pressure tank.  The producer is responsible for supplying electrical power to the pump.  Typical implementation would also utilize 642 - Water Well, 516 - Pipeline and 614 - Watering Facility.
533 | Pumping Plant | Livestock Water, Deep Well Pump (> 25 ft deep) with Buried Pump House | Each | 3207.48 | Pump for livestock watering where depth to water is greater than 25 feet, and where there is not an existing sheltered location for the pump to be installed.  Includes all appurtenances needed to connect the pump to the pipeline system, including pressure tank, along with installing a small pump house (buried or above ground).  The producer is responsible for supplying electrical power to the pump.  Typical implementation would also utilize 642 - Water Well, 516 - Pipeline and 614 - Watering Facility.
533 | Pumping Plant | Pump with Sump | Each | 2957.04 | Pump for livestock watering from a surface water source or spring development, where no other water source is available.  Included are all appurtenances needed to connect the pump to the pipeline system including pressure tank, along with all materials and labor to construct the sump.  The producer is responsible for supplying electrical power to the pump.  Typical implementation would also utilize 516 - Pipeline and 614 - Watering Facility.
533 | Pumping Plant | Milk Transfer Pump | Each | 410.45 | Install a 1 HP motor and transfer pump with appurtances, used in a dairy milking system to transfer milk from the milk receiver to the bulk tank. The motor will be used in conjunction with a VSD controller, found under 374 - Farmstead Energy Improvement. This practice is to be used exclusively for implementing recommendations from an on‐farm energy audit.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.
533 | Pumping Plant | [NAME] | Each | 3757.67 | Install a 10 HP motor and vacuum pump with appurtances, used in a dairy milking system to transfer the milk from the animal to the milk receiver. The motor will be used in conjunction with a VSD controller, found under 374 - Farmstead Energy Improvement. This practice is to be used exclusively for implementing recommendations from on‐farm energy audits.  The energy audit must be no more than 4 years old, and must meet the criteria for a Type 2 audit under ASABE Standard S612 – Performing On-Farm Energy Audits.  CAP 122 – [NAME] will suffice for the energy audit.
345 | Res. & Tillage Mgt, Mulch-till | Mulch Till Basic | Acre | 3.96 | Incorporating mulch till as a management practice on the operation in place of conventional clean till.   Applies to organic and conventional fields.
329 | Residue and Tillage Management - No-Till/ Strip Till/ D | No-Till/Strip-Till | Acre | 14.28 | This practice typically involves conversion from a clean or mulch-tilled (conventional tilled) system to no-till or strip-till (conservation tilled) system on cropland. This involves managing the amount, orientation and distribution of crop and other plant residue on the soil surface year round while limiting soil-disturbing activities used to grow and harvest crops in systems.
329 | Residue and Tillage Management - No-Till/ Strip Till/ D | Organic No-Till/Strip-Till | Acre | 14.28 | This practice typically involves conversion from a clean or mulch tilled (conventional tilled) system to no-till or strip-till (conservation tilled) system on organic cropland. This involves managing the amount, orientation and distribution of crop and other plant residue on the soil surface year round while limiting soil-disturbing activities used to grow and harvest crops in systems.
346 | Residue and Tillage Management - Ridge Till | Ridge Till | Acre | 27.62 | Field operation will be converted from conventional or full width tillage to ridge till in order to address erosion and other resource concerns.  Applies to organic and conventional fields.
344 | Residue Management, Seasonal | Residue Management, Seasonal | Acre | 3.24 | Managing the amount, orientation, and distribution of crop and other plant residues on the soil surface during a specific period of time.    Applies to organic and non-organic fields.
643 | Restoration and Management of Rare and Declining Habitat | Monitoring, & Management, Low Intensity | Acre | 3.69 | One monitoring effort will be used to assess dynamic site conditions in order to implement adaptive management strategies needed to successfully implement the practice. Monitoring activities include but are not limited to: evaluation of vegetative response to management treatments, photo points taken, use documentation by livestock, regeneration/breeding success, documenting wildlife sightings, documenting location and species of invasive plants. Using monitoring data, adaptive management treatments/actions are taken to improve habitat to meet or exceed quality criteria for the practice.
643 | Restoration and Management of Rare and Declining Habitat | Monitoring & Management, Medium Intensity | Acre | 6.82 | Two monitoring efforts will be used to assess dynamic site conditions in order to implement adaptive management strategies needed to successfully implement the practice. Monitoring activities include but are not limited to: evaluation of vegetative response to management treatments, photo points taken, use documentation by livestock, regeneration/breeding success, documenting wildlife sightings, documenting location and species of invasive plants. Using monitoring data, adaptive management treatments/actions are taken to improve habitat to meet or exceed quality criteria for the practice.
643 | Restoration and Management of Rare and Declining Habitat | Monitoring, Management, High Intensity | Acre | 9.96 | Three monitoring efforts will be used to assess dynamic site conditions in order to implement adaptive management strategies needed to successfully implement the practice. Monitoring activities include but are not limited to: evaluation of vegetative response to management treatments, photo points taken, use documentation by livestock, regeneration/breeding success, documenting wildlife sightings, documenting location and species of invasive plants. Using monitoring data, adaptive management treatments/actions are taken to improve habitat to meet or exceed quality criteria for the practice.
643 | Restoration and Management of Rare and Declining Habitat | Topographic Feature Creation, Low Complexity & Intensity | Acre | 728.29 | The construction of shallow excavated depressions that average 0.5 in depth, where the site has a slope gradient of less than two percent and predominant soils are not excessively drained. The depressions result in low intensity and low complexity topographic features that will provide for diverse soil hydrologic conditions needed to treat the degraded plant condition and/or inadequate habitat for rare and declining species. This scenario is for earthwork, not associated with habitat structures or any other national standard (e.g. Wetland Restoration (657), Wetland Enhancement (659), Wetland Creation (658), and [NAME] (356)). Facilitating practices may include Structure for Water Control (587).
643 | Restoration and Management of Rare and Declining Habitat | Topographic Feature Creation, High Complexity & Intensity | Acre | 1365.23 | The construction of shallow excavated depressions that average 0.5 in depth along with placement and compaction of fill in low (less than 2 foot) berms capable of adding to ponded water in swells and depressions. Used on sites that have a slope gradient of less than two percent and predominant soils are not excessively drained. Depressions and berms result high intensity and high complexity topographic features will provide for diverse soil hydrologic conditions needed to treat the degraded plant condition and/or inadequate habitat for rare and declining species. The construction of micro and macro topographic features will require the use of shallow excavations and compacting the fill in strategic areas. This scenario is for earthwork, not associated with habitat structures or any other national standard (e.g. Wetland Restoration (657), Wetland Enhancement (659), Wetland Creation (658), and [NAME] (356)). Facilitating practices may include Structure for Water Control (587).
391 | [NAME] | Direct Seeding | Acre | 721.76 | Establishment of a buffer of trees and/or shrubs through direct seeding to restore riparian plant communities and associated benefits.  The buffer will be located adjacent to and up-gradient from a watercourse or water body and extend the minimum required width.   Planting rate will be approximately 3000-4800 seeds per acre.  Payment includes tree seed, equipment and labor to seed, and foregone income for the land taken out of crop production to install the riparian buffer.  Site preparation is implemented through associated practice 490 Tree/Shrub Site Preparation.  [NAME] (393) scenario if a filter strip is needed/planned in zone 3.   Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
391 | [NAME] | Bare-root trees and shrubs | Acre | 747.01 | Establishment of a buffer of bare-root trees and shrubs to restore riparian plant communities and associated benefits.  The buffer will be located adjacent to and up-gradient from a watercourse or water body and extend the minimum required width.  The planting will consist of machine planted bare-root shrubs and trees at spacings recommended in a tree/shrub planting plan.  Payment includes trees, equipment and labor to plant, and foregone income for the land taken out of crop production to install the riparian buffer.  Site preparation is implemented through associated practice 490 Tree/Shrub Site Preparation.   [NAME] (393) scenario if a filter strip is needed/planned in zone 3.   Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
391 | [NAME] | Bare-root trees, each | Each | 1.57 | Establishment of a buffer of bare-trees into a suitably prepared site to restore riparian plant communities and associated benefits. The buffer will be located adjacent to and up‐gradient from a watercourse or water body and extend the minimum required width. The planting will consist of machine planted bare‐root trees at spacings recommended in a tree/shrub planting plan. Payment includes trees, equipment and labor to plant, and foregone income for the land taken out of crop production to install the riparian buffer. Site preparation is implemented through associated practice 490 Tree/Shrub Site Preparation. Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
391 | [NAME] | Bare-root shrubs, each | Each | 1.06 | Establishment of a buffer of bare-root shrubs, in conjunction with planted or existing trees, into a suitably prepared site to restore riparian plant communities and associated benefits. The buffer will be located adjacent to and up‐gradient from a watercourse or water body and extend the minimum required width. The planting will consist of machine planted bare‐root shrubs at spacings recommended in a tree/shrub planting plan. Payment includes shrubs, equipment and labor to plant, and foregone income for the land taken out of crop production to install the riparian buffer. Site preparation is implemented through associated practice 490 Tree/Shrub Site Preparation. Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
390 | [NAME] | [NAME] | Acre | 627.93 | Establishment of a perennial herbaceous species cover to control erosion and benefit wildlife.  Includes seedbed preparation and seed.
390 | [NAME] | Pollinator | Acre | 590.97 | Establishment of grasses and 9 or more species of forbs and/or shrubs, adapted to the site, that are highly beneficial for pollinators with at least 3 species that bloom in each growing season. Includes seedbed preparation, seed, nurse crop if needed, and weed control. Can be seeded by conventional or no-till methods. Can be applied to either conventional or organic operations.
558 | [NAME] | RoofGutter,Small | Linear Feet | 6.91 | Install a gutter system with downspouts at designed intervals.  The drainage area to the gutter is less than 2,000 square feet.  Measurement is by the running foot of roof to be drained, not including lengths of downspouts.  As needed, use 620 - Underground Outlet and/or 362 - Diversion to capture flow from downspouts and route away from contaminated areas.
558 | [NAME] | RoofGutter,Med | Linear Feet | 23.34 | Install a gutter system with downspouts at designed intervals.  The drainage area to the gutter is 2,000 to 10,000 square feet.  Measurement is by the running foot of roof to be drained, not including lengths of downspouts.  As needed, use 620 - Underground Outlet and/or 362 - Diversion to capture flow from downspouts and route away from contaminated areas.
558 | [NAME] | RoofGutter,Large | Linear Feet | 25.41 | Install a gutter system with downspouts at designed intervals.  The drainage area to the gutter is greater than 10,000 square feet.  Measurement is by the running foot of roof to be drained, not including lengths of downspouts.  As needed, use 620 - Underground Outlet and/or 362 - Diversion to capture flow from downspouts and route away from contaminated areas.
558 | [NAME] | RockTrenchDrain | Linear Feet | 6.5 | Install an aggregate-filled infiltration trench lined with geotextile adjacent to a hoop style building or other structure where typical gutters are not feasible to install.  In situations where the roof runoff will not properly infiltrate the soil, use 606 - Subsurface Drain to drain the infiltration trench.  Measurement is by running foot of roof to be drained.
367 | Roofs and Covers | [NAME], less than 30 feet Wide | Square Feet | 6.49 | Install a roof structure and supporting foundation, where the span (total width) of the roof is less than 30 feet.  This scenario applies to any style of roof structure, including approved  hoop buildings.  Where needed, use 558 - Roof Runoff Structure for gutter/downspout system.  [NAME] size is specified as the horizontal footprint covered by the roof, as identified on the engineering drawing.  For any roof structure which is not a standard IL NRCS design, the design will be done by an Engineer licensed in Illinois and the licensed engineer shall also provide leadership at the preconstruction conference and certify the final construction of the practice.    Contract quantity for a roof over feedlot is limited to the square feet of existing feedlot that will be covered, regardless of whether the producer intends to enlarge the roof for expansion of the livestock operation or other purposes.  The roof may be used to cover waste and/or feed storage areas that are incidental to the feedlot.  Resource concerns from any remaining outdoor area that will be used by livestock will need to be properly dealt with using 634 - Waste Transfer, 362 - Diversion, or 313 - Waste Storage Facility.  EQIP funds will not be used to construct roofs over feedstock storage areas, except where these areas are incidental to the roof over feedlot.  EQIP funds may be used towards a roof over new building that is not located on the existing feedlot, as long as there is a resource concern associated with the existing feedlot that will be addressed by moving those animals into the new building.  The new structure must be within 1/4 mile of the current facility.  The existing feedlot must be abandoned, EXCEPT that in the case of dairy operations which require outdoor areas to facilitate milking activities, and outdoor lot area no greater than 40 square feet per milking cow may be retained.  Resource concerns from any remaining outdoor area that will be used by livestock will need to be properly dealt with using 634 - Waste Transfer, 362 - Diversion, or 313 - Waste Storage Facility.  Contract quantity for a roof over a bedpack barn, other dry stack waste storage facility, or composting facility is limited to the square feet of storage or composting area, plus up to 2 feet of overhang if included in the design.
367 | Roofs and Covers | [NAME], 30 feet to 60 feet Wide | Square Feet | 5.06 | Install a roof structure and supporting foundation, where the span (total width) of the roof is 30-60 feet.  This scenario applies to any style of roof structure, including approved  hoop buildings.  Where needed, use 558 - Roof Runoff Structure for gutter/downspout system.  [NAME] size is specified as the horizontal footprint covered by the roof, as identified on the engineering drawing.  For any roof structure which is not a standard IL NRCS design, the design will be done by an Engineer licensed in Illinois and the licensed engineer shall also provide leadership at the preconstruction conference and certify the final construction of the practice.    Contract quantity for a roof over feedlot is limited to the square feet of existing feedlot that will be covered, regardless of whether the producer intends to enlarge the roof for expansion of the livestock operation or other purposes.  The roof may be used to cover waste and/or feed storage areas that are incidental to the feedlot.  Resource concerns from any remaining outdoor area that will be used by livestock will need to be properly dealt with using 634 - Waste Transfer, 362 - Diversion, or 313 - Waste Storage Facility.  EQIP funds will not be used to construct roofs over feedstock storage areas, except where these areas are incidental to the roof over feedlot.  EQIP funds may be used towards a roof over new building that is not located on the existing feedlot, as long as there is a resource concern associated with the existing feedlot that will be addressed by moving those animals into the new building.  The new structure must be within 1/4 mile of the current facility.  The existing feedlot must be abandoned, EXCEPT that in the case of dairy operations which require outdoor areas to facilitate milking activities, and outdoor lot area no greater than 40 square feet per milking cow may be retained.  Resource concerns from any remaining outdoor area that will be used by livestock will need to be properly dealt with using 634 - Waste Transfer, 362 - Diversion, or 313 - Waste Storage Facility.  Contract quantity for a roof over a bedpack barn, other dry stack waste storage facility, or composting facility is limited to the square feet of storage or composting area, plus up to 2 feet of overhang if included in the design. Contract quantity for winter feeding station roof is as follows: [30 animals - 2,132 sq.ft.]  [40 animals - 2,589 sq.ft.]   [50 animals - 3,199 sq.ft.] [60 animals - 3,503 sq.ft.]  [70 animals - 4,113 sq.ft.]   [80 animals - 4,417 sq.ft.] [90 animals - 5,027 sq.ft.]  [100 animals - 5,331 sq.ft.]
367 | Roofs and Covers | [NAME], more than 60 feet Wide | Square Feet | 5.5 | Install a roof structure and supporting foundation, where the span (total width) of the roof is greater than 60 feet.  This scenario applies to any style of roof structure, including approved  hoop buildings.  Where needed, use 558 - Roof Runoff Structure for gutter/downspout system.  [NAME] size is specified as the horizontal footprint covered by the roof, as identified on the engineering drawing.  For any roof structure which is not a standard IL NRCS design, the design will be done by an Engineer licensed in Illinois and the licensed engineer shall also provide leadership at the preconstruction conference and certify the final construction of the practice.    Contract quantity for a roof over feedlot is limited to the square feet of existing feedlot that will be covered, regardless of whether the producer intends to enlarge the roof for expansion of the livestock operation or other purposes.  The roof may be used to cover waste and/or feed storage areas that are incidental to the feedlot.  Resource concerns from any remaining outdoor area that will be used by livestock will need to be properly dealt with using 634 - Waste Transfer, 362 - Diversion, or 313 - Waste Storage Facility.  EQIP funds will not be used to construct roofs over feedstock storage areas, except where these areas are incidental to the roof over feedlot.  EQIP funds may be used towards a roof over new building that is not located on the existing feedlot, as long as there is a resource concern associated with the existing feedlot that will be addressed by moving those animals into the new building.  The new structure must be within 1/4 mile of the current facility.  The existing feedlot must be abandoned, EXCEPT that in the case of dairy operations which require outdoor areas to facilitate milking activities, and outdoor lot area no greater than 40 square feet per milking cow may be retained.  Resource concerns from any remaining outdoor area that will be used by livestock will need to be properly dealt with using 634 - Waste Transfer, 362 - Diversion, or 313 - Waste Storage Facility.  Contract quantity for a roof over a bedpack barn, other dry stack waste storage facility, or composting facility is limited to the square feet of storage or composting area, plus up to 2 feet of overhang if included in the design.
367 | Roofs and Covers | Flexible Membrane Cover | Square Feet | 21.06 | Install a flexible-impermeable membrane to cover a waste impoundment, including the membrane and any appurtenances or fittings needed for installation.  Measurement is by the area to be covered, not including additional material for retention of the cover, in square feet.
367 | Roofs and Covers | Modular Floating Cover | Square Feet | 4.76 | Deploy a permeable, modular floating cover on the liquid surface of a waste storage facility.  The cover utilizes fabricated shapes or tiles that fit together to cover at least 90% of the liquid surface.  The waste storage volume must be documented in the CNMP as adequate to store the waste product along with rainfall on the surface of the facility for the intended period, without any credit for evaporative loss.  Measurement is by the area to be covered at the maximum design elevation, in square feet.
798 | Seasonal High Tunnel for Crops | Seasonal High Tunnel | Square Feet | 3.75 | This scenario includes materials and labor to install a high tunnel, including high tunnel kit, along with an aggregate-filled infiltration trench, if needed, to control runoff.  Installation may also include 606 - Subsurface Drain and 558 - Roof Runoff Structure.
350 | Sediment Basin | Embankment earthen basin with pipe | [NAME] | 5.5 | Install a sediment basin, including earthwork and principal spillway outlet structure with all appurtenances.  Use this scenario for embankment or excavated basin types.  Use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  For an embankment basin (greater than 3 ft effective dam height), measurement is by volume of earthfill in the embankment.  For an excavated basin, measurement is by volume of excavation.
646 | Shallow Water Development and Management | Management, Low Level | Acre | 23.77 | Management of shallow water habitat for wildlife such as shorebirds, waterfowl, wading birds, mammals, fish, reptiles, amphibians, and other species that require shallow water for at least part of their life cycle.  Sites are flooded up to a depth of 18" with an average depth of 9" or less during the season needed by the target wildlife species.  Water is provided by natural flooding and/or precipitation. Water levels may need to be manipulated by the operation of existing water control structures or other means. Does not include the construction on shallow water areas or the installation of water control devices.
646 | Shallow Water Development and Management | Management, High Level | Acre | 135.71 | Management of shallow water habitat for wildlife such as shorebirds, waterfowl, wading birds, mammals, fish, reptiles, amphibians, and other species that require shallow water for at least part of their life cycle.  Sites are flooded up to a depth of 18" with an average depth of 9" or less during the season needed by the target wildlife species.  Water is provided annually for target species by pumping or purchase of water from another source. Water levels may need to be manipulated by the operation of existing water control structures or other means. Does not include the construction on shallow water areas or the installation of water control devices.
574 | Spring Development | Horizontal Pipe with Collection Box | Each | 1739.08 | Construct a spring development, including excavating and exposing the water source, and installing a collection system including trench with sand/gravel envelope, geotextile, perforated pipe, and cutoff curtain, along with a collection box with all associated connections and appurtenances.  As needed, use 516 - Pipeline and 614 - Watering Facility for gravity flow stockwatering systems, along with 533 - Pumping Plant for systems requiring water to be pumped.
578 | Stream Crossing | [NAME] | Square Feet | 2.39 | Install a ford type stream crossing at a stable location along the stream. Includes earthwork, geotextile, and gravel, as well as any other surfacing materials that might be part of the design, as well as a small diversion berm to protect the ramp from concentrated overland flow.  Use 342 - Critical Area Planting, and 484 - Mulching to revegetate areas disturbed by construction.  Use 382 - Fence to limit livestock access.  Use 584 - Channel Bed Stabilization as needed.  Use 560 - Access Road or 575 - Animal Trails and [NAME] as needed (depending on the purpose) to complete the travel way system leading up to the stream crossing.  Measurement is by the area of the travel surface, in square feet, with a roadway width not to exceed 12 feet.
578 | Stream Crossing | [NAME] installation | Diameter Inch Foot | 2.64 | Install a culvert type stream crossing at a stable location along the stream. Includes earthwork, culvert pipe, bedding and any riprap protection needed.  Aggregate roadway surface is also included.   Use 342 - Critical Area Planting, and 484 - Mulching to revegetate areas disturbed by construction.  Use 382 - Fence to limit livestock access.  Use 584 - Channel Bed Stabilization as needed.  Use 560 - Access Road or 575 - Animal Trails and [NAME] as needed to complete the travel way system leading up to the stream crossing.  Measurement is by multiplying the culvert diameter in inches times the length in feet of the embankment crossing the stream.
395 | Stream Habitat Improvement | Instream rock placement | Acre | 9543.95 | Install boulders, boulder clusters, or rock structures in or adjacent to the stream channel as habitat components.  Engineering job approval authority for 580 - Streambank and Shoreline Protection applies, to ensure that the habitat measures do not negatively impact bank stability.  Measurement is by area of stream receiving treatment, calculated by multiplying the bankfull width times the length of the reach, in acres.
580 | Streambank and Shoreline Protection | Structural | [NAME] | 37.07 | Install full bank armor on a streambank, where typical techniques such as stone toe protection or stream barbs are not feasible due to proximity to infrastructure, etc.  Includes earthwork, riprap and geotextile.  Measurement is by volume of riprap, in cubic yards.  EQIP dollars will be authorized for Streambank and Shoreline Protection projects with a drainage area of 300 square miles or less.
580 | Streambank and Shoreline Protection | [NAME]Longitudinal Peaked Stone Toe Protection-small Streams | Linear Feet | 26.37 | Install bank protection on a stream with less than 100 square miles drainage area, using longitudinal peaked stone toe along with any stream barbs or bendway weirs that might be needed.   Includes earthwork and riprap.  Measurement is by the linear foot of streambank protected. In the case of stream barbs or bendway weirs, the length of streambank (ft.) is determined as the distance between upstream and downstream keys (linear feet), plus the length of the upstream-most barb or weir. EQIP dollars will be authorized for Streambank and Shoreline Protection projects with a drainage area of 300 square miles or less.
580 | Streambank and Shoreline Protection | [NAME] stream | Linear Feet | 50.7 | Install bank protection on a stream with 100 -300 square mile  drainage area, using stream barbs or bendway weirs along with any longitudinal peaked stone toe that might be needed.   Measurement is by the linear foot of streambank protected. In the case of stream barbs or bendway weirs, the length of streambank (ft.) is determined as the distance between upstream and downstream keys (linear feet), plus the length of the upstream-most barb or weir. EQIP dollars will be authorized for Streambank and Shoreline Protection projects with a drainage area of 300 square miles or less.
580 | Streambank and Shoreline Protection | Weir/Riffle Small | Each | 2372.56 | Install a rock riffle structure on a small stream, having average bottom width of 10 feet or less.  Includes earthwork and riprap. EQIP dollars will be authorized for Streambank and Shoreline Protection projects with a drainage area of 300 square miles or less.
580 | Streambank and Shoreline Protection | Weir/Riffle Medium | Each | 4671.03 | Install a rock riffle structure on a stream, having average bottom width of 11-25 feet.  Includes earthwork and riprap. EQIP dollars will be authorized for Streambank and Shoreline Protection projects with a drainage area of 300 square miles or less.
580 | Streambank and Shoreline Protection | Weir/Riffle Large | Each | 6112.33 | Install a rock riffle structure on a stream, having average bottom width of greater than 25 feet.  Includes earthwork and riprap. EQIP dollars will be authorized for Streambank and Shoreline Protection projects with a drainage area of 300 square miles or less.
585 | Stripcropping | Stripcropping - water erosion | Acre | 3.45 | The planned stripcropping system will result in alternating strips of erosion susceptible crops with erosion resistant crops.  The practice may be used in conjunction with [NAME] (330).
587 | Structure for Water Control | Commercial Inline WCS, 6in-10in Pipe | Each | 1977.62 | Install an inline water control structure with flash boards, including inlet/outlet pipe and all appurtenances such as trash rack and animal guard.  Includes only a small amount of earthwork as needed to install the structure in an existing embankment.  As needed, use 356 - Dike for embankments, and 342 - Critical Area Planting and 484 - Mulching to vegetate the embankment.   Associated practices also include 656 - Constructed Wetland, 657 - Wetland Restoration, 658 - Wetland Creation and 659 - Wetland Enhancement.
587 | Structure for Water Control | Commercial Inline WCS, 12in-18in Pipe | Each | 2725.79 | Install an inline water control structure with flash boards, including inlet/outlet pipe and all appurtenances such as trash rack and animal guard.  Includes only a small amount of earthwork as needed to install the structure in an existing embankment.  As needed, use 356 - Dike for embankments, and 342 - Critical Area Planting and 484 - Mulching to vegetate the embankment.   Associated practices also include 656 - Constructed Wetland, 657 - Wetland Restoration, 658 - Wetland Creation and 659 - Wetland Enhancement.
587 | Structure for Water Control | Commercial Inline WCS, >18in Pipe | Each | 5353.79 | Install an inline water control structure with flash boards, including inlet/outlet pipe and all appurtenances such as trash rack and animal guard.  Includes only a small amount of earthwork as needed to install the structure in an existing embankment.  As needed, use 356 - Dike for embankments, and 342 - Critical Area Planting and 484 - Mulching to vegetate the embankment.   Associated practices also include 656 - Constructed Wetland, 657 - Wetland Restoration, 658 - Wetland Creation and 659 - Wetland Enhancement.
587 | Structure for Water Control | Drainage Water Management, <=10in pipe | Each | 1228.22 | Install an inline water control structure with flash boards, including a solid section of pipe upstream and downstream of the structure, into an existing drainage tile line.  Select the appropriate scenario based on the diameter of the tile line into the water control structure.  Includes earthwork and all appurtenances.  As needed, use  342 - Critical Area Planting and 484 - Mulching to vegetate non crop areas disturbed during construction.   Associated practices also include 554 - Drainage Water Management.
587 | Structure for Water Control | Drainage Water Management, >=12in pipe | Each | 1693.58 | Install an inline water control structure with flash boards, including a solid section of pipe upstream and downstream of the structure, into an existing drainage tile line.  Select the appropriate scenario based on the diameter of the tile line into the water control structure.  Includes earthwork and all appurtenances.  As needed, use  342 - Critical Area Planting and 484 - Mulching to vegetate non crop areas disturbed during construction.   Associated practices also include 554 - Drainage Water Management.
587 | Structure for Water Control | Straight Pipe, <=10in | Feet | 32.95 | Install a straight pipe structure and all appurtenances such as trash rack and animal guard.  Includes only a small amount of earthwork as needed to install the structure in an existing embankment.  As needed, use 356 - Dike for embankments, and 342 - Critical Area Planting and 484 - Mulching to vegetate the embankment.   Associated practices also include 656 - Constructed Wetland, 657 - Wetland Restoration, 658 - Wetland Creation and 659 - Wetland Enhancement.  Measurement is by the length of pipe, in feet.
587 | Structure for Water Control | Straight Pipe, >=12in | Feet | 39.92 | Install a straight pipe structure and all appurtenances such as trash rack and animal guard.  Includes only a small amount of earthwork as needed to install the structure in an existing embankment.  As needed, use 356 - Dike for embankments, and 342 - Critical Area Planting and 484 - Mulching to vegetate the embankment.   Associated practices also include 656 - Constructed Wetland, 657 - Wetland Restoration, 658 - Wetland Creation and 659 - Wetland Enhancement.  Measurement is by the length of pipe, in feet.
606 | Subsurface Drain | ≤ 5in CPP | Feet | 1.54 | Install an approved plastic pipe conduit, perforated or non-perforated.  Includes all appurtenances, such as connectors, outlet pipe and animal guard.  Typically used along grassed waterways or diversions in wet soils to facilitate vegetative growth, and to drain infiltration trenches where the natural soil will not drain quickly enough.  Also used in conjunction with a perimeter drain for an ag waste facility, to provide a stable outlet.  Measurement is by the length of conduit, in feet.
606 | Subsurface Drain | 6in CPP | Feet | 1.85 | Install an approved plastic pipe conduit, perforated or non-perforated.  Includes all appurtenances, such as connectors, outlet pipe and animal guard.  Typically used along grassed waterways or diversions in wet soils to facilitate vegetative growth, and to drain infiltration trenches where the natural soil will not drain quickly enough.  Also used in conjunction with a perimeter drain for an ag waste facility, to provide a stable outlet.  Measurement is by the length of conduit, in feet.
606 | Subsurface Drain | 8in CPP | Feet | 4.27 | Install an approved plastic pipe conduit, perforated or non-perforated.  Includes all appurtenances, such as connectors, outlet pipe and animal guard.  Typically used along grassed waterways or diversions in wet soils to facilitate vegetative growth, and to drain infiltration trenches where the natural soil will not drain quickly enough.  Also used in conjunction with a perimeter drain for an ag waste facility, to provide a stable outlet.  Measurement is by the length of conduit, in feet.
606 | Subsurface Drain | 10in CPP | Feet | 5.65 | Install an approved plastic pipe conduit, perforated or non-perforated.  Includes all appurtenances, such as connectors, outlet pipe and animal guard.  Typically used along grassed waterways or diversions in wet soils to facilitate vegetative growth, and to drain infiltration trenches where the natural soil will not drain quickly enough.  Also used in conjunction with a perimeter drain for an ag waste facility, to provide a stable outlet.  Measurement is by the length of conduit, in feet.
606 | Subsurface Drain | 12in CPP | Feet | 6.35 | Install an approved plastic pipe conduit, perforated or non-perforated.  Includes all appurtenances, such as connectors, outlet pipe and animal guard.  Typically used along grassed waterways or diversions in wet soils to facilitate vegetative growth, and to drain infiltration trenches where the natural soil will not drain quickly enough.  Also used in conjunction with a perimeter drain for an ag waste facility, to provide a stable outlet.  Measurement is by the length of conduit, in feet.
606 | Subsurface Drain | >/= 15in CPP | Feet | 8.61 | Install an approved plastic pipe conduit, perforated or non-perforated.  Includes all appurtenances, such as connectors, outlet pipe and animal guard.  Typically used along grassed waterways or diversions in wet soils to facilitate vegetative growth, and to drain infiltration trenches where the natural soil will not drain quickly enough.  Also used in conjunction with a perimeter drain for an ag waste facility, to provide a stable outlet.  Measurement is by the length of conduit, in feet.
606 | Subsurface Drain | Enveloped Corrugated Plastic Pipe (CPP), Single-Wall, ≤ 6in | Feet | 3.34 | Install a perimeter drain tile around a waste storage facility.  Includes drain tile, monitoring port, geotextile fabric, aggregate, and all necessary connectors.  Use other subsurface drain scenarios as needed to provide a suitable outlet for the perimeter drain.  Measurement is by the length of conduit in the gravel envelope, in feet.
600 | Terrace | Broadbase with Topsoiling | Feet | 3.12 | Install system of broadbase terraces where channel and berm are farmed.  Topsoil is stripped and stockpiled during construction.  As needed, provide a stable outlet for the terraces using 412 - Grassed Waterway or 620 - Underground Outlet.  Measurement is by the linear foot of terrace ridge, including the length of any necessary blocks.
600 | Terrace | Broadbase no Topsoiling | Feet | 1.94 | Install system of broadbase terraces where channel and berm are farmed, where soils are such that topsoil stockpiling is not necessary.   As needed, provide a stable outlet for the terraces using 412 - Grassed Waterway or 620 - Underground Outlet.  Measurement is by the linear foot of terrace ridge, including the length of any necessary blocks.
600 | Terrace | Broadbase with Topsoiling, Crop Season Construction | Feet | 5.18 | Install system of broadbase terraces where channel and berm are farmed, with construction occurring during the cropping season and resulting in crop loss.  Topsoil is stripped and stockpiled during construction.  As needed, provide a stable outlet for the terraces using 412 - Grassed Waterway or 620 - Underground Outlet.  Measurement is by the linear foot of terrace ridge, including the length of any necessary blocks.
600 | Terrace | Narrowbase ≤9% Slopes with topsoiling | Feet | 2.77 | Install system of narrow base terraces on land with average slope 9% or less.  Topsoil is stripped and stockpiled during construction.  Vegetate using 342 - Critical Area Planting and 484 - Mulching as needed.  As needed, provide a stable outlet for the terraces using 412 - Grassed Waterway or 620 - Underground Outlet.  Measurement is by the linear foot of terrace ridge, including the length of any necessary blocks.
600 | Terrace | Narrowbase ≤9% Slopes with topsoiling, Crop Season Construction | Feet | 4.83 | Install system of narrow base terraces on land with average slope 9% or less, with construction occurring during the cropping season and resulting in crop loss.  Topsoil is stripped and stockpiled during construction.  Vegetate using 342 - Critical Area Planting and 484 - Mulching as needed.   As needed, provide a stable outlet for the terraces using 412 - Grassed Waterway or 620 - Underground Outlet.  Measurement is by the linear foot of terrace ridge, including the length of any necessary blocks.
600 | Terrace | Narrowbase ≤9% Slopes, no topsoiling | Feet | 1.6 | Install system of narrow base terraces on land with average slope greater than 9%, and where soils are such that topsoil stockpiling is not necessary.  Vegetate using 342 - Critical Area Planting and 484 - Mulching as needed.   As needed, provide a stable outlet for the terraces using 412 - Grassed Waterway or 620 - Underground Outlet.  Measurement is by the linear foot of terrace ridge, including the length of any necessary blocks.
600 | Terrace | Narrowbase >9% Slopes with Topsoiling | Feet | 3 | Install system of narrow base terraces on land with average slope greater than 9%.  Topsoil is stripped and stockpiled during construction.  Vegetate using 342 - Critical Area Planting and 484 - Mulching as needed.   As needed, provide a stable outlet for the terraces using 412 - Grassed Waterway or 620 - Underground Outlet.  Measurement is by the linear foot of terrace ridge, including the length of any necessary blocks.
600 | Terrace | Narrowbase >9% Slopes with topsoiling, Crop Season Construction | Feet | 5.06 | Install system of narrow base terraces on land with average slope greater than 9%, with construction occurring during the cropping season and resulting in crop loss.  Topsoil is stripped and stockpiled during construction.  Vegetate using 342 - Critical Area Planting and 484 - Mulching as needed.   As needed, provide a stable outlet for the terraces using 412 - Grassed Waterway or 620 - Underground Outlet.  Measurement is by the linear foot of terrace ridge, including the length of any necessary blocks.
600 | Terrace | Narrowbase >9% Slopes, no topsoiling | Feet | 1.83 | Install system of narrow base terraces on land with average slope greater than 9%, and where soils are such that topsoil stockpiling is not necessary.  Vegetate using 342 - Critical Area Planting and 484 - Mulching as needed.   As needed, provide a stable outlet for the terraces using 412 - Grassed Waterway or 620 - Underground Outlet.  Measurement is by the linear foot of terrace ridge, including the length of any necessary blocks.
612 | Tree & Shrub Establishment | Hardwood Establishment, Direct Seeding | Acre | 721.76 | Establishment of trees and shrubs through direct seeding in cropland/pastureland, after the site has been prepared for seedling growth and establishment. Planting rate will be approximately 3000-4800 seeds per acre.  Payment includes tree seed, equipment and labor to seed, and foregone income for the land taken out of crop production.  Site preparation is implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
612 | Tree & Shrub Establishment | Hardwood Establishment, Direct Seeding, no Foregone Income | Acre | 292.08 | Establishment of trees and shrubs through direct seeding after the site has been prepared for seedling growth and establishment. Planting rate will be approximately 3000-4800 seeds per acre.  Payment includes tree seed, equipment and labor to seed.  Site preparation is implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
612 | Tree & Shrub Establishment | Hardwood Establishment, [NAME] | Acre | 672.6 | Establishment of a minimum 436 bare-root hardwood tree seedlings per acre (10' X 10' spacing) in cropland/pastureland after the site has been prepared for seedling growth and establishment.    Payment includes bare-root seedlings, equipment and labor to plant, and foregone income for the land taken out of crop production.  Site preparation is implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
612 | Tree & Shrub Establishment | [NAME], [NAME] | Acre | 1260.56 | Establishment of a minimum 1089  bare-root hardwood shrub seedlings per acre (5' X 8' spacing) in cropland/pastureland after the site has been prepared for seedling growth and establishment.    Payment includes bare-root seedlings, equipment and labor to plant, and foregone income for the land taken out of crop production.  Site preparation is implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
612 | Tree & Shrub Establishment | [NAME] and Shrubs, Each | Each | 0.56 | Establishment of individual bare-root trees and/or shrubs to be planted/interplanted/underplanted to establish woody plants in any area where they can be grown for wildlife, erosion control, water quality improvement, carbon sequestration, forest products, and aesthetics.   Payment includes bare-root seedlings, and equipment and labor to plant trees/shrubs.  Scenario may be applied in forestland planting or partial and/or whole field planting at rates within CPS 612.  This scenario does not include foregone income.  Site preparation is implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
612 | Tree & Shrub Establishment | [NAME] and Shrubs with tree shelters, Each | Each | 2.49 | Establishment of individual bare-root trees and/or shrubs to be planted/interplanted/underplanted to establish woody plants in any area where they can be grown for wildlife, erosion control, water quality improvement, carbon sequestration, forest products, and aesthetics.   Seedlings are protected from deer browsing by installing tree tube shelters. Payment includes bare-root seedlings, tree shelters, and equipment and labor to plant and install shelters.  Scenario may be applied in forestland planting or integrated within whole field plantings to protect up to 100 evenly distributed seedlings per acre. This scenario does not include foregone income.  Site preparation is implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
612 | Tree & Shrub Establishment | Container Trees and Shrubs (3 gallon), Each | Each | 8.61 | Establishment of individual >1gal. containerized trees and/or shrubs to be planted/interplanted/underplanted to establish woody plants in any area where they can be grown for wildlife, erosion control, water quality improvement, carbon sequestration, forest products, and aesthetics.  Payment includes 2-3 gal. containerized plants, and equipment and labor to plant and install trees.  Scenario may be applied in forestland planting or partial and/or whole field plantings at rates within [NAME].  This scenario does not include foregone income.  Site preparation is implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
612 | Tree & Shrub Establishment | Container Trees and Shrubs (3 gallon) with tree shelters, Each | Each | 12.34 | Establishment of individual >1gal. containerized trees and/or shrubs to be planted/interplanted/underplanted to establish woody plants in any area where they can be grown for wildlife, erosion control, water quality improvement, carbon sequestration, forest products, and aesthetics.  [NAME] are protected from deer browsing by installing tree tube shelters.   Payment includes 2-3 gal. containerized plants, tree shelters, and equipment and labor to plant and install shelters.  Scenario may be applied in forestland planting or partial and/or whole field plantings at rates within CPS 612.  This scenario does not include foregone income.  Site preparation is implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
612 | Tree & Shrub Establishment | Hardwood Establishment, Free Bareroot Seedlings | Acre | 489.48 | Establishment of trees/shrubs/seed in cropland/pastureland that were received at no cost to the landowner and meet specification requirements for stock and planting rates in 612 Tree/Shrub Establishment.  Payment includes equipment and labor to plant and foregone income for the land taken out of crop production.  Site preparation is implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
490 | Tree & Shrub Site Preparation | Chemical Application | Acre | 37.66 | Use of various herbicides applied using ground‐based machinery in order to remove undesirable vegetation and improve site conditions for establishing trees and/or shrubs. Typical sites include abandoned fields, pastures, rangelands, agricultural fields or forestland that was recently harvested. This practice is typically used to address the following resource concerns: degraded plant condition ‐ undesirable plant productivity and health and inadequate structure and composition. Additional associated practices may include: 612 Tree and [NAME], 315 [NAME], 660 Tree/Shrub Pruning, 484 Mulching.
490 | Tree & Shrub Site Preparation | Light Mechanical | Acre | 40.67 | Use of light/moderate machinery (chainsaw/[NAME] hog/disk) to clear above ground vegetation and rip/cut/lift underground root systems in order to improve site conditions for establishing trees and/or shrubs.  Typical sites include abandoned fields, pastures, rangelands, agricultural fields or forestlands that have been harvested or will be supplementally planted.   Additional associated practices may include: 612 Tree and [NAME], 315 [NAME], 660 Tree/Shrub Pruning, 484 Mulching.
490 | Tree & Shrub Site Preparation | Light Mechanical with Chemical | Acre | 78.34 | Use of light/moderate machinery (chainsaw/[NAME] hog/disk)to clear above ground vegetation and to also rip/cut/lift underground root systems followed by appropriate herbicide application  in order to improve site conditions for establishing trees and/or shrubs.  Typical sites include small trees (<2" dbh) and brush cover on less than 60% of area that is not appropriate to the site or providing the desired condition for the landowner.   Additional associated practices may include: 612 Tree and [NAME], 315 [NAME], 660 Tree/Shrub Pruning, 484 Mulching.
490 | Tree & Shrub Site Preparation | Heavy Mechanical with Chemical | Acre | 239.47 | Use of heavy machinery (flail mowers/ tree sheers/dozer/chippers) to clear above ground vegetation and to also rip/cut/lift underground root systems followed by appropriate herbicide application  in order to improve site conditions for establishing trees and/or shrubs. Typical sites include large trees(>2"dbh) and brush cover on 60% or more of area that is not appropriate to the site or providing the desired condition for the landowner.   Additional associated practices may include: 612 Tree and [NAME], 315 [NAME], 660 Tree/Shrub Pruning, 484 Mulching.
620 | Underground Outlet | ≤ 5in Diameter Pipe with Risers | Feet | 2.2 | Install an approved plastic pipe conduit to convey stormwater from one location to a suitable and stable outlet.  Includes pipe, perforated PVC riser inlet, trench excavation, and trench backfill, along with any needed connections, relief wells, and other appurtenances.  This practice is often installed in conjunction with terraces and wascobs.  Measurement is by the length of conduit, in feet.
620 | Underground Outlet | 6in Diameter Pipe with Risers | Feet | 2.56 | Install an approved plastic pipe conduit to convey stormwater from one location to a suitable and stable outlet.  Includes pipe, perforated PVC riser inlet, trench excavation, and trench backfill, along with any needed connections, relief wells, and other appurtenances.  This practice is often installed in conjunction with terraces and wascobs.  Measurement is by the length of conduit, in feet.
620 | Underground Outlet | 8in Diameter Pipe with Risers | Feet | 3.34 | Install an approved plastic pipe conduit to convey stormwater from one location to a suitable and stable outlet.  Includes pipe, perforated PVC riser inlet, trench excavation, and trench backfill, along with any needed connections, relief wells, and other appurtenances.  This practice is often installed in conjunction with terraces and wascobs.  Measurement is by the length of conduit, in feet.
620 | Underground Outlet | 10in Diameter Pipe with Risers | Feet | 6.59 | Install an approved plastic pipe conduit to convey stormwater from one location to a suitable and stable outlet.  Includes pipe, perforated PVC riser inlet, trench excavation, and trench backfill, along with any needed connections, relief wells, and other appurtenances.  This practice is often installed in conjunction with terraces and wascobs.  Measurement is by the length of conduit, in feet.
620 | Underground Outlet | ≥12in Diameter Pipe with Risers | Feet | 8.75 | Install an approved plastic pipe conduit 12" diameter or larger, to convey stormwater from one location to a suitable and stable outlet.  Includes pipe, perforated PVC riser inlet, trench excavation, and trench backfill, along with any needed connections, relief wells, and other appurtenances.  This practice is often installed in conjunction with terraces and wascobs.  Measurement is by the length of conduit, in feet.
620 | Underground Outlet | Blind Inlet | Feet | 43.45 | Install a rock-lined surface inlet to direct surface flow into a "main line" or subsurface drain – includes implementations such as trickle flow collectors or scour basins with or without a riser.  Typically installed at the upper end of a waterway to protect the vegetation of the waterway from prolonged surface flow.  Includes perforated collection pipe, excavation, geotextile and rock.  This practice is often installed in conjunction with waterways or similar practices.  Connect the perforated collection pipe to a drain tile using 606 - Subsurface Drain.  Unit quantity is the length of rock-lined area measured perpendicular to waterway flow direction.
645 | Upland Wildlife Habitat Management | Habitat Nesting Structure, Small | Each | 66.83 | One structure is provided to support the nesting and rearing of targeted species such as pollinators or song birds. These structures are designed to meet targeted species biology and life history needs.  Each structure includes predator guards and support post if needed.
645 | Upland Wildlife Habitat Management | Habitat Nesting Structure, Large | Each | 125.1 | One structure is provided to support the nesting and rearing of targeted species such as pollinators or large birds. These structures are designed to meet targeted species biology and life history needs.  Each structure includes predator guards if needed.  Due to the type and/or size of the structure additional support and/or mounting height is necessary.
645 | Upland Wildlife Habitat Management | [NAME], Rock Pile | Each | 844.19 | Rock piles built to provide shelter and basking and hibernating areas for amphibians and reptiles such as frogs, lizards, salamanders and snakes.  Typical rock piles are 10' by 10' by 3' in height.  Materials for rock piles are purchased locally. See job sheet 645C for details.
645 | Upland Wildlife Habitat Management | Downed Wildlife Tree Structures | Each | 200.34 | Downed tree structures will be created to provide shrubby/woody escape cover for wildlife by  felling of select trees and placement in selected locations to provide wildlife cover in accordance with Job Sheet 645E. Minimum 30' x 50' area for structure covered by interlocking limbs of trees.
645 | Upland Wildlife Habitat Management | Edgefeathering, heavy | Acre | 707.87 | The border of woodland adjacent to cropland, pasture or idle land is thinned to create a transition zone of dense woody cover between woodland and the adjacent landuse in accordance with Job Sheet 645D. Overstory trees to be thinned are large and require a tractor or other power equipment to move trees felled with a chainsaw into position.
645 | Upland Wildlife Habitat Management | Edgefeathering, light | Acre | 355.16 | The border of woodland adjacent to cropland, pasture or idle land is thinned to create a transition zone of dense woody cover between woodland and the adjacent landuse in accordance with Job Sheet 645D. Overstory trees to be thinned are small enough that after felling with a chainsaw additional power equipment is not required.
635 | Vegetated Treatment Area | VTA-Constructed Vegetative Area with Flow Distribution | Acre | 5506.64 | Install a vegetated treatment area, including grading and shaping for the filter strip area, a distribution pipe from the settling basin, and a level spreader system.  Use 362 - Diversion to exclude runoff water not to be treated, and establish vegetation using 342 - Critical Area Planting and 484 - Mulching as needed.  Because CPS 342 does not address seeding for vegetated treatment areas, use seed type and rate as specified in Conservation Practice Standard 635 - Vegetated Treatment Area.  Measurement is by the acre of vegetated treatment area.
630 | Vertical Drain | Sinkhole, small | Each | 3957.48 | Install a pipe conduit from the ground surface to porous, underground strata to provide a stable outlet for stormwater at a sinkhole with a drainage area of 5 acres or less.  Includes earthwork, pipe, trash rack, and concrete or riprap and geotextile.  Use 342 - Critical Area Planting to vegetate a stable inlet around the pipe.
630 | Vertical Drain | Sinkhole, Medium | Each | 5092.6 | Install a pipe conduit from the ground surface to porous, underground strata to provide a stable outlet for stormwater at a sinkhole with a drainage area of 5.1 to 12 acres.  Includes earthwork, pipe, trash rack, and concrete or riprap and geotextile.  Use 342 - Critical Area Planting to vegetate a stable inlet around the pipe.
630 | Vertical Drain | Sinkhole, large | Each | 7692.93 | Install a pipe conduit from the ground surface to porous, underground strata to provide a stable outlet for stormwater at a sinkhole with a drainage area of 12.1 acres or greater.  Includes earthwork, pipe, trash rack, and concrete or riprap and geotextile.  Use 342 - Critical Area Planting to vegetate a stable inlet around the pipe.
360 | Waste Facility Closure | Demolition of Concrete Waste Storage Structure | [NAME] | 1.9 | Includes all materials and labor to demolish the concrete pit (not including any slats, beams, columns, or aboveground building components), remove the concrete and earthfill the site.  Where needed, use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment, and 590 - Nutrient Management for proper land application of waste material.  Measurement is by the volume of concrete to be removed, in cubic feet. EQIP funds for Waste Facility Closure will be allowed when converting a confinement operation to a grazing operation, where a waste facility is not functioning properly, or where livestock will no longer be produced.
360 | Waste Facility Closure | Earthen Basin Closure with Sludge Removal | [NAME] | 0.74 | Includes all materials and labor to remove accumulated sludge and contaminated soil, and regrade/ earthfill the site.  Where needed, use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment, and 590 - Nutrient Management for proper land application of waste material.  Measurement is by the volume of sludge and contaminated soil to be removed, in cubic feet. EQIP funds for Waste Facility Closure will be allowed when converting a confinement operation to a grazing operation, where a waste facility is not functioning properly, or where livestock will no longer be produced.
632 | Waste Separation Facility | Earthen Settling Structure | [NAME] | 0.22 | Install an earthen settling basin to capture and separate a portion of the solids from a liquid stream from a feedlot or confinement facility.  Includes a concrete pad on the bottom of the basin and around outlet structures to facilitate cleanout, and a weeping wall or other outlet structure.  As needed, use 342 - Critical Area Planting and 521D - Pond Sealing or Lining, Compacted Clay Treatment to complete the structure.  Use 634 - Waste Transfer or 635 - Vegetated Treatment Area for piping or alleyways to move waste material to and from the basin.  Measurement is by volume of total storage including freeboard, in cubic feet.
632 | Waste Separation Facility | Concrete Basin | [NAME] | 2.85 | Install a concrete settling basin to capture and separate a portion of the solids from a liquid stream from a feedlot or confinement facility.  Includes a weeping wall or other outlet structure.  As needed, use 634 - Waste Transfer or 635 - Vegetated Treatment Area for piping or alleyways to move waste material to and from the basin.  Measurement is by volume of total storage including freeboard, in cubic feet.
632 | Waste Separation Facility | Concrete Sand Settling Lane | Square Feet | 4.85 | Install a concrete sand settling lane with curbs.  As needed, use 634 - Waste Transfer for piping, alleyways or reception pit for portions of the waste handling system other than the sand settling lane.  Measurement is by the inside area of the settling lane, in square feet.
313 | Waste Storage Facility | Earthen Storage Facility, Onsite Borrow | [NAME] | 0.15 | Construct an earthen holding pond - typical scenario, where significant excavation will need to be done to form the storage.  Where needed, use 521D - Pond Sealing or Lining, Compacted Clay Treatment for a clay liner, 382 - Fence for safety fencing, 606 - Subsurface Drain for perimeter drain, and 342 - Critical Area Planting and 484 - Mulching for vegetation establishment.   Where vehicular and equipment access is needed, use the "Concrete HUA" scenario of 561 - Heavy Use Area Protection for an equipment pad; use the "Concrete Channel with Push-off Wall" scenario under 634 - Waste Transfer if the design contains a push-off ramp or access ramp into the storage facility.  Measurement is by the design storage volume in [NAME], including the volume of manure and wastewater to be stored, normal precipitation less evaporation on the surface area, and the rainfall/runoff from the 25-year, 24-hour event.  The factors not to be included in determining contract volume of the holding pond are any additional freeboard and permanent sludge volume that will not be regularly cleaned out.
313 | Waste Storage Facility | Earthen Natural Storage | [NAME] | 0.07 | Construct an earthen holding pond, where most of the storage volume will be formed by placing a dam across a natural low spot.  Where needed, use 521D - Pond Sealing or Lining, Compacted Clay Treatment for a clay liner, 382 - Fence for safety fencing, 606 - Subsurface Drain for perimeter drain, and 342 - Critical Area Planting and 484 - Mulching for vegetation establishment.   Where vehicular and equipment access is needed, use the "Concrete HUA" scenario of 561 - Heavy Use Area Protection for an equipment pad; use the "Concrete Channel with Push-off Wall" scenario under 634 - Waste Transfer if the design contains a push-off ramp or access ramp into the storage facility.  Measurement is by the design storage volume in [NAME], including the volume of manure and wastewater to be stored,  normal precipitation less evaporation on the surface area, and the rainfall/runoff from the 25-year, 24-hour event The factors not to be included in determining contract volume of the holding pond are any additional freeboard and permanent sludge volume that will not be regularly cleaned out.
313 | Waste Storage Facility | Dry Stack Facility, Earthen Floor with Concrete Side Walls | [NAME] | 1.33 | Construct a dry stack facility (implemented as a deep bed pack building or as a standalone dry stack) with earthen floor and concrete walls.  Where needed, use 367 - Roofs and Covers for the roof, 558 - Roof Runoff Structure for gutter/downspout system, and 521D - Pond Sealing or Lining, Compacted Clay Treatment for a clay liner. Use 561 - Heavy Use Area Protection for vehicular and equipment access (limited to a 12 ft width running the length of the stacking area).   Measurement is by the design storage volume of stackable waste material in cubic feet, taking into account the angle of repose of the material in the stack and not including any freeboard.
313 | Waste Storage Facility | Dry Stack Facility, Concrete Floor with Concrete Side Walls | [NAME] | 1.86 | Construct a dry stack facility (implemented as a deep bed pack building or as a standalone dry stack) with concrete floor and concrete walls.  Where needed, use 367 - Roofs and Covers for the roof, 558 - Roof Runoff Structure for gutter/downspout system, and 521D - Pond Sealing or Lining, Compacted Clay Treatment for a clay liner. Use 561 - Heavy Use Area Protection for vehicular and equipment access (limited to a 12 ft width running the length of the stacking area).   Measurement is by the design storage volume of stackable waste material in cubic feet, taking into account the angle of repose of the material in the stack and not including any freeboard.
313 | Waste Storage Facility | Concrete Tank Open Top, <5,000 Cu Ft Storage | [NAME] | 3.53 | Construct a tank or pit made of concrete, whether under a building or not, or a prefabricated, glass-fused steel tank.  Where needed, use 606 - Subsurface Drain for perimeter drain and 382 - Fence for safety fencing.   Measurement is by the design storage volume in [NAME], including  the volume of manure and wastewater to be stored and any rainfall on the surface of the tank.  The factors not to be included in determining contract volume of the holding pond are freeboard, clearance for slats, and permanent sludge volume that will not be regularly cleaned out.
313 | Waste Storage Facility | Concrete Tank Open Top, 5,000 - 14,999 Cu Ft Storage | [NAME] | 1.85 | Construct a tank or pit made of concrete, whether under a building or not, or a prefabricated, glass-fused steel tank.  Where needed, use 606 - Subsurface Drain for perimeter drain and 382 - Fence for safety fencing.   Measurement is by the design storage volume in [NAME], including the volume of manure and wastewater to be stored, normal precipitation less evaporation on the surface area, and the rainfall/runoff from the 25-year, 24-hour event.  The factors not to be included in determining contract volume of the tank are any additional freeboard, clearance for ventilation under slats, and permanent sludge volume that will not be regularly cleaned out.
313 | Waste Storage Facility | Concrete Tank Open Top, 15,000 - 24,999 Cu Ft Storage | [NAME] | 1.33 | Construct a tank or pit made of concrete, whether under a building or not, or a prefabricated, glass-fused steel tank.  Where needed, use 606 - Subsurface Drain for perimeter drain and 382 - Fence for safety fencing.   Measurement is by the design storage volume in [NAME], including the volume of manure and wastewater to be stored, normal precipitation less evaporation on the surface area, and the rainfall/runoff from the 25-year, 24-hour event.  The factors not to be included in determining contract volume of the tank are any additional freeboard, clearance for ventilation under slats, and permanent sludge volume that will not be regularly cleaned out.
313 | Waste Storage Facility | Concrete Tank Open Top, 25,000 - 49,999 Cu Ft Storage | [NAME] | 1.27 | Construct a tank or pit made of concrete, whether under a building or not, or a prefabricated, glass-fused steel tank.  Where needed, use 606 - Subsurface Drain for perimeter drain and 382 - Fence for safety fencing.   Measurement is by the design storage volume in [NAME], including the volume of manure and wastewater to be stored, normal precipitation less evaporation on the surface area, and the rainfall/runoff from the 25-year, 24-hour event.  The factors not to be included in determining contract volume of the tank are any additional freeboard, clearance for ventilation under slats, and permanent sludge volume that will not be regularly cleaned out.
313 | Waste Storage Facility | Concrete Tank Open Top, 50,000 - 74,999 Cu Ft Storage | [NAME] | 0.99 | Construct a tank or pit made of concrete, whether under a building or not, or a prefabricated, glass-fused steel tank.  Where needed, use 606 - Subsurface Drain for perimeter drain and 382 - Fence for safety fencing.  Measurement is by the design storage volume in [NAME], including the volume of manure and wastewater to be stored, normal precipitation less evaporation on the surface area, and the rainfall/runoff from the 25-year, 24-hour event.  The factors not to be included in determining contract volume of the tank are any additional freeboard, clearance for ventilation under slats, and permanent sludge volume that will not be regularly cleaned out.
313 | Waste Storage Facility | Concrete Tank Open Top, 75,000 - 109,999 Cu Ft Storage | [NAME] | 0.89 | Construct a tank or pit made of concrete, whether under a building or not, or a prefabricated, glass-fused steel tank.  Where needed, use 606 - Subsurface Drain for perimeter drain and 382 - Fence for safety fencing.   Measurement is by the design storage volume in [NAME], including the volume of manure and wastewater to be stored, normal precipitation less evaporation on the surface area, and the rainfall/runoff from the 25-year, 24-hour event.  The factors not to be included in determining contract volume of the tank are any additional freeboard, clearance for ventilation under slats, and permanent sludge volume that will not be regularly cleaned out.
313 | Waste Storage Facility | Concrete Tank Open Top, ≥110,000 [NAME] | [NAME] | 0.8 | Construct a tank or pit made of concrete, whether under a building or not, or a prefabricated, glass-fused steel tank.  Where needed, use 606 - Subsurface Drain for perimeter drain and 382 - Fence for safety fencing.  Measurement is by the design storage volume in [NAME], including the volume of manure and wastewater to be stored, normal precipitation less evaporation on the surface area, and the rainfall/runoff from the 25-year, 24-hour event.  The factors not to be included in determining contract volume of the tank are any additional freeboard, clearance for ventilation under slats, and permanent sludge volume that will not be regularly cleaned out.
634 | [NAME] | Wastewater catch basin, less than 1000 gal. | [NAME] | 4.41 | This scenario applies to all reception pits, regardless of size or material.  Includes appurtenances such as curbs, screens, manholes, sumps, or catch basins.  As needed, use 533 - Pumping Plant to move material out of the reception pit, 634 - Waste Transfer pipeline scenarios for gravity or pressurized pipes from the reception pit, 382 - Fence for safety fencing, 521D - Pond Sealing or Lining, Compacted Clay Treatment if a clay liner is needed in an earthen reception pit, and 342 - Critical Area Planting and 484 - Mulching for vegetative establishment on an earthen embankment.  Measurement is by working volume of the reception pit, not including freeboard, in gallons.
634 | [NAME] | Concrete Channel, no footers | Square Feet | 5.95 | Install a system of reinforced concrete scrape alleys with curbs.  Measurement is by the surface area of the bottom of the scrape alley or channel (not including area taken up by the curbing), in square feet.  Where curbing is added to existing concrete to control runoff from lots and feed storage areas, calculate contract quantity by multiplying the running length of curb by 0.7 ft to obtain an area in square feet.
634 | [NAME] | Concrete Channel with push-off wall at pond and safety gate | Square Feet | 9.22 | Install a system of reinforced concrete scrape alleys with curbs that includes a push-off ramp with safety gate into a holding facility.  Measurement is by the surface area of the bottom of the scrape alley or channel (not including area taken up by the curbing or push-off ramp), in square feet.  When using this scenario for a planned access ramp into a waste storage pit for vehicular traffic to remove manure and waste materials, use the square footage of the ramp surface as measured along the slope of the ramp, not including any side curbs or walls.
634 | [NAME] | 8 inch PVC pipeline, gravity or low pressure flow | Feet | 11.17 | Install a gravity or low pressure pipeline 8" diameter or smaller, regardless of material.  Includes all appurtenances such as fittings, clean out risers, etc.  Where needed, use 533-Pumping Plant for pump used in this piping system.
634 | [NAME] | Gravity or Low pressure 24 in Dual Wall pipeline. | Feet | 42.51 | Install a gravity or low pressure pipeline 10" diameter or greater, regardless of material.  Includes all appurtenances such as fittings, clean out risers, etc.  Where needed, use 533-Pumping Plant for pump used in this piping system.
634 | [NAME] | PVC Pressure Distribution Pipeline. | Feet | 11.78 | Install a pressurized pipeline (force main), regardless of size or material.  Includes all appurtenances such as fittings, air vents, relief valves, thrust blocks, risers, inline valves, etc.  Where needed, use 533-Pumping Plant for pump used in this piping system.
634 | [NAME] | Agitator, small, mixing contents of a reception pit that is no more than 10 ft. deep. | Each | 8595.02 | Install an agitator to facilitate pumping from a storage facility less than 10 feet deep. Also applies to agitator/pump typically used in a prefabricated glass-fused steel tank.
634 | [NAME] | Agitator, medium, mixing contents of a reception pit that is 10 ft to 15 ft. deep. | Each | 13177.3 | Install an agitator to facilitate pumping from a storage facility 10-15 feet deep. Also applies to agitator/pump typically used in a prefabricated glass-fused steel tank.
634 | [NAME] | Agitator, large, mixing contents of a reception pit that is over 15 ft. deep. | Each | 19207.15 | Install an agitator to facilitate pumping from a storage facility greater than 15 feet deep. Also applies to agitator/pump typically used in a prefabricated glass-fused steel tank.
359 | Waste Treatment Lagoon | Waste Treatment Lagoon | [NAME] | 0.11 | Construct an earthen waste treatment lagoon.  Where needed, use 521D - Pond Sealing or Lining, Compacted Clay Treatment for a clay liner, 382 - Fence for safety fencing, 606 - Subsurface Drain for perimeter drain, and 342 - Critical Area Planting and 484 - Mulching for vegetation establishment.   Where vehicular and equipment access is needed, use the "Concrete HUA" scenario of 561 - Heavy Use Area Protection for an equipment pad; use the "Concrete Channel with Push-off Wall" scenario under 634 - Waste Transfer if the design contains a push-off ramp or access ramp into the storage facility.  Measurement is by the design storage volume in [NAME], including  sludge and waste accumulation, treatment volume, normal precipitation less evaporation on the surface area over the treatment period, and the rainfall/runoff from the 25-year, 24-hour event.
638 | Water & Sediment Control Basin | Base | [NAME] | 2.17 | Install a water-and-sediment-control basin 5 ft high or greater, where soils are such that topsoil stockpiling is not necessary.   Use 620 - Underground Outlet to provide a stable outlet.  As needed, use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  Measurement is by the volume of embankment, measured in cubic yards, not including settlement allowance.
638 | Water & Sediment Control Basin | Topsoil | [NAME] | 2.4 | Install a water-and-sediment-control basin 5 ft high or greater, where soils are such that topsoil stockpiling is necessary.   Use 620 - Underground Outlet to provide a stable outlet.  As needed, use 342 - Critical Area Planting and 484 - Mulching for vegetative establishment.  Measurement is by the volume of embankment, measured in cubic yards, not including settlement allowance.
638 | Water & Sediment Control Basin | Narrow Base | Feet | 1.8 | Install a narrow base water-and-sediment-control basin less than 5 ft high.   Use 620 - Underground Outlet to provide a stable outlet.  Use 342 - Critical Area Planting and 484 - Mulching as needed for vegetative establishment.  Measurement is by the linear feet of embankment, including the length of any necessary blocks.
638 | Water & Sediment Control Basin | Farmable | Feet | 4.41 | Install a broadbase water-and-sediment-control basin less than 5 ft high.   Use 620 - Underground Outlet to provide a stable outlet.    Measurement is by the linear feet of embankment, including the length of any necessary blocks.
642 | Water Well | Shallow Drilled Well, ≤ 100 feet, ≤6in [NAME] | Linear Feet | 28.72 | Install a well, where sufficient water is known to occur within 100 feet of the ground surface, regardless of diameter. The well shall be drilled, dug, driven, bored, jetted or otherwise constructed to an aquifer for water supply.   Use 533 - Pumping Plant as needed.  Measurement is by feet of casing installed below natural ground.
642 | Water Well | Deep Drilled Well, > 100 Feet | Linear Feet | 12.79 | Install a well, where sufficient water is known to occur deeper than 100 feet of the ground surface. The well shall be drilled, dug, driven, bored, jetted or otherwise constructed to an aquifer for water supply.   Use 533 - Pumping Plant as needed.  Measurement is by feet of casing installed below natural ground.
351 | Water Well Decommissioning | Hand Dug | Linear Feet | 132.07 | Well will be  cleared of all equipment and materials, disinfected, and permanently sealed according to regulations.  If vegetation is needed to stabilize the area after decommissioning, use 342 - Critical Area Planting and 484 - Mulching.  Measurement is by the depth of well casing, in feet.
351 | Water Well Decommissioning | Drilled >100ft | Linear Feet | 5.79 | Well will be  cleared of all equipment and materials, disinfected, and permanently sealed according to regulations.  If vegetation is needed to stabilize the area after decommissioning, use 342 - Critical Area Planting and 484 - Mulching.  Measurement is by the depth of well casing, in feet.
351 | Water Well Decommissioning | Drilled ≤100 ft | Each | 803.58 | Well will be  cleared of all equipment and materials, disinfected, and permanently sealed according to regulations.  If vegetation is needed to stabilize the area after decommissioning, use 342 - Critical Area Planting and 484 - Mulching.  Measurement is by the depth of well casing, in feet.
614 | Watering Facility | Permanent Tank, <450 gallons | Each | 380.48 | Install a permanent, non-portable tank (less than 500 gallons) that provides adequate water and access for the livestock in a grazing system.  Includes appurtenances such as float valve, wildlife escape ramp, freeze proof hydrant, and measures to protect the float valve and other appurtenances from livestock.  As needed, use 561 - Heavy Use Area Protection to protect the area around the tank and to provide a stable base for the tank.
614 | Watering Facility | Portable Tank | Each | 140.55 | Install a portable tank that provides adequate water and access for the livestock in a grazing system.  Includes appurtenances such as float valve, wildlife escape ramp, freeze proof hydrant, and measures to protect the float valve and other appurtenances from livestock.  As needed, use 561 - Heavy Use Area Protection to protect the area around the tank and to provide a stable base for the tank.
614 | Watering Facility | Large Permanent Tank, 500-1000 gallons, or Fountain | Each | 947.31 | Install a permanent, non-portable watering facility (a tank 500 gallons or larger including tire tank, or a fountain) that provides adequate water and access for the livestock in a grazing system.  Includes appurtenances such as float valve, wildlife escape ramp, freeze proof hydrant, and measures to protect the float valve and other appurtenances from livestock.  As needed, use 561 - Heavy Use Area Protection to protect the area around the tank and to provide a stable base for the tank.
614 | Watering Facility | Above Ground Storage, 1,000 - 3,000 gallons | Each | 1638.8 | Install an above ground storage tank with 1,000 to 3,000 gallons capacity for use where a lower capacity water supply source such as a spring or solar pump is the only feasible water source and backup capacity is needed during peak water demand periods.  As needed, use 516 - Livestock Pipeline for overflow pipe and 561 - Heavy Use Area Protection for stabilized area under and around the tank.
614 | Watering Facility | Above Ground Storage, >3,000 gallons | Each | 2670.14 | Install an above ground storage tank with greater than 3,000 gallons capacity for use where a lower capacity water supply source such as a spring or solar pump is the only feasible water source and backup capacity is needed during peak water demand periods.  As needed, use 516 - Livestock Pipeline for overflow pipe and 561 - Heavy Use Area Protection for stabilized area under and around the tank.
658 | Wetland Creation | Excavated | Acre | 3080.99 | A wetland is created on a flat mineral upland at a location where surface runoff may be intercepted and ponded by excavation.
658 | Wetland Creation | Embankment | Acre | 3584.58 | A wetland is created on a flat mineral upland at a location where surface runoff may be intercepted and ponded by excavation and with an embankment. Facilitating practices may include Structure for Water Control (587).
659 | Wetland Enhancement | Mineral Flat, Tile Removal | Acre | 444.9 | Enhance a wetland by removing or disabling drainage tile.   Natural revegetation is planned.  Measurement is by the area of the tract on which tile exploration will occur.
659 | Wetland Enhancement | Depression, Sediment Removal and Ditch Plug | Acre | 2452.31 | Enhance a wetland on a site in a natural depression area fed by surface runoff.  Includes ditch plugs and removal of accumulated sediments in the wetland area.  As needed, use 587 - Structure for Water Control for pipe spillway structures,  410 - Grade Stabilization Structure to implement a lined open spillway, 356 - Dike for any planned embankments not involving a ditch plug, and 327 - Conservation Cover for planting in the wetland area.
659 | Wetland Enhancement | Riverine, Levee Removal, ditch plugs and floodplain features | Acre | 1116.32 | Enhance a wetland on a floodplain site with existing levee(s) and ditch(es).  Includes ditch plugs, grading/shaping of macrotopography and levee removal where required. Construction of open spillways armored with riprap or other stable material are not included.  As needed, use 587 - Structure for Water Control for pipe spillway structures,  410 - Grade Stabilization Structure to implement a lined open spillway, and vegetate embankments with 342 - Critical Area Planting and 484 - Mulching; use 612 - Tree /Shrub Establishment for planting bottomland hardwood species in the wetland area.
657 | Wetland Restoration | Depression Sediment Removal and Ditch Plug | Acre | 2452.31 | Restore a wetland on a site in a natural depression area fed by surface runoff.  Includes ditch plugs and removal of accumulated sediments in the wetland area.  As needed, use 587 - Structure for Water Control for pipe spillway structures,  410 - Grade Stabilization Structure to implement a lined open spillway, 356 - Dike for any planned embankments not involving a ditch plug, and 327 - Conservation Cover for planting in the wetland area.
657 | Wetland Restoration | Mineral Flat, Tile Removal | Acre | 444.9 | Restore a wetland by removing or disabling drainage tile.   Natural revegetation is planned.  Measurement is by the area of the tract on which tile exploration will occur.
657 | Wetland Restoration | Riverine Levee Removal, ditch plugs and floodplain features | Acre | 1116.32 | Restore a wetland on a floodplain site with existing levee(s) and ditch(es).  Includes ditch plugs, grading/shaping of macrotopography and levee removal where required. Construction of open spillways armored with riprap or other stable material are not included.  As needed, use 587 - Structure for Water Control for pipe spillway structures,  410 - Grade Stabilization Structure to implement a lined open spillway, and vegetate embankments with 342 - Critical Area Planting and 484 - Mulching; use 612 - Tree /Shrub Establishment for planting bottomland hardwood species in the wetland area.
644 | Wetland Wildlife Management | Nesting structure | Each | 142.82 | One structure is provided to support the nesting and rearing of targeted waterfowl species such as wood ducks. These structures are designed to meet targeted species biology and life history needs.
644 | Wetland Wildlife Management | Topographic Feature Creation, High | Acre | 1365.23 | Excavate shallow micro and macrotopographic features (averaging 0.5 ft excavation depth over the acreage to be treated) to provide diverse hydrologic soil conditions for wetland plants and adequate habitat for wetland wildlife.  Spoil is compacted in strategic areas, less than 2 ft high.  This scenario is intended for use without any additional supporting practices, except that 587 - Structure for Water Control may be used to facilitate water management, and the compacted spoil should be vegetated using 342 - Critical Area Planting and 484 - Mulching as needed.
644 | Wetland Wildlife Management | Topographic Feature Creation, Low | Acre | 728.29 | Excavate shallow microtopographic features (averaging 0.5 ft excavation depth on the acreage to be treated) to provide diverse hydrologic soil conditions for wetland plants and adequate habitat for wetland wildlife.  Spoil is shaped but not compacted.  This scenario is intended for use without any additional supporting practices, except that 587 - Structure for Water Control may be used to facilitate water management.
380 | Windbreak/Shelterbelt Est. | 3 row windbreak, containerized planting stock | Feet | 3.16 | Establishment of 3 or more rows of >1gal. containerized trees/shrubs for at least one of the purposes provided in CPS 380.  This practice is typically applied on cropland at field edges, around homesteads or around confinement facilities.  Payment includes materials, labor and equipment needed to hand plant the stock and foregone income for land removed from crop production where windbreak is installed.  Site preparation is not included and would be implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
380 | Windbreak/Shelterbelt Est. | 3 row windbreak, bare-root seedling planting stock | Feet | 1.09 | Establishment of 3 or more rows of bare-root trees/shrubs for at least one of the purposes provided in CPS 380.  This practice is typically applied on cropland at field edges, around homesteads or around confinement facilities.  Payment includes materials, labor and equipment needed to hand plant the stock and foregone income for land removed from crop production where windbreak is installed.  Site preparation is not included and would be implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
380 | Windbreak/Shelterbelt Est. | 1 row windbreak, containerized tree planting stock | Feet | 0.65 | Establishment of 1 row of >1gal. containerized [NAME] trees for at least one of the purposes provided in CPS 380.  This practice is typically applied on cropland at field edges, around homesteads or around confinement facilities.  Payment includes materials, labor and equipment needed to hand plant the stock and foregone income for land removed from crop production where windbreak is installed.  Site preparation is not included and would be implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
380 | Windbreak/Shelterbelt Est. | 1 row windbreak, containerized shrub planting stock | Feet | 1.94 | Establishment of 1 row of >1gal. containerized shrubs planted for at least one of the purposes provided in CPS 380.  This practice is typically applied on cropland at field edges, around homesteads or around confinement facilities.  Payment includes materials, labor and equipment needed to hand plant the stock and foregone income for land removed from crop production where windbreak is installed.  Site preparation is not included and would be implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
380 | Windbreak/Shelterbelt Est. | 1 row windbreak, bare-root tree seedling planting stock | Feet | 0.35 | Establishment of 1 row bare-root hardwood and/or conifer trees for at least one of the purposes provided in CPS 380.  This practice is typically applied on cropland at field edges, around homesteads or around confinement facilities.  Payment includes materials, labor and equipment needed to hand plant the stock and foregone income for land removed from crop production where windbreak is installed.  Site preparation is not included and would be implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
380 | Windbreak/Shelterbelt Est. | 1 row windbreak, bare-root shrub seedling planting stock | Feet | 0.48 | Establishment of 1 row of bare-root shrubs planted for at least one of the purposes provided in CPS 380.  This practice is typically applied on cropland at field edges, around homesteads or around confinement facilities.  Payment includes materials, labor and equipment needed to hand plant the stock and foregone income for land removed from crop production where windbreak is installed.  Site preparation is not included and would be implemented through supporting practice 490 Tree/Shrub Site Preparation.  Additional associated practices may include: 315 Herbaceous Weed Control, 660 Tree/Shrub Pruning, 484 Mulching.
650 | Windbreak/Shelterbelt Renovation | Thinning | Linear Feet | 0.47 | Renovation of an existing windbreak through the removal of overstocked, degraded or inappropriate trees and/or shrubs within a windbreak. Treatment may include coppicing, branch pruning, removal of entire rows,  removal of roots and stumps, weeding of unwanted plants, application of herbicide to prevent resprouting, thinning to improve the health of the remaining rows, removal of selected trees/shrubs in order to prepare for the necessary planting of a replacement row within the windbreak and/or allow for supplemental planting to expand or supplement the windbreak. Utilize current NRCS job sheet JS-IL650 to document treatment methods and practice specifications.
650 | Windbreak/Shelterbelt Renovation | Within Row Replacement, Containerized Planting Stock | Linear Feet | 1.14 | Supplemental planting of >1 gal. containerized trees/shrubs within existing rows or establishment of an additional row to improve the effectiveness and longevity of the windbreak.   Utilize current NRCS job sheet JS-IL650 to document treatment methods and planting specifications.   Additional associated practices may include: 490 Tree/Shrub Site Preparation, 612 Tree/Shrub Establishment, 315 [NAME], 660 Tree/Shrub Pruning, 484 Mulching.
650 | Windbreak/Shelterbelt Renovation | Within Row Replacement, [NAME]-root Planting Stock | Linear Feet | 0.29 | Supplemental planting of bare-root trees/shrubs within existing rows or establishment of an additional row to improve the effectiveness and longevity of the windbreak.   Utilize current NRCS job sheet JS-IL650 to document treatment methods and planting specifications.    Additional associated practices may include: 490 Tree/Shrub Site Preparation, 612 Tree/Shrub Establishment, 315 [NAME], 660 Tree/Shrub Pruning, 484 Mulching.
384 | Woody Residue Treatment | Woody residue treatment following catastrophic events | Acre | 666.91 | Treatment of woody residue/slash resulting from catastrophic events such as fire, wind, severe pest outbreak, ice storm, etc.  Treatment may include methods of lopping, scattering, crushing, chipping or shredding  to a depth not to exceed 24 inches or moved off site.    Utilize current NRCS job sheet JS-IL384 to document treatment methods and practice specifications.