-- DBMS: bigquery
CREATE TABLE `bigquery-public-data.usfs_fia.plot`
(
  plot_sequence_number INT64 OPTIONS(description="Foreign key linking the subplot record to the plot record"),
  survey_sequence_number INT64 OPTIONS(description="Foreign key linking the plot record to the survey record."),
  county_sequence_number INT64 OPTIONS(description="Foreign key linking the snapshot record to the county record."),
  previous_plot_sequence_number INT64 OPTIONS(description="Foreign key linking the plot record to the previous inventory's plot record for this location. Only populated on remeasurement plots."),
  plot_inventory_year INT64 OPTIONS(description="The year that best represents when the inventory data were collected. Under the annual inventory system, a group of plots is selected each year for sampling. The selection is based on a panel system. Inventory year is the year in which the majority of plots in that group were collected (plots in the group have the same panel and, if applicable, subpanel). Under periodic inventory, a reporting inventory year was selected, usually based on the year in which the majority of the plots were collected or the mid-point of the years over which the inventory spanned. For either annual or periodic inventory, Inventory year is not necessarily the same as measurement year."),
  plot_state_code INT64 OPTIONS(description="Bureau of the Census Federal Information Processing Standards (FIPS) two-digit code for each State. Refer to appendix B."),
  plot_state_code_name STRING OPTIONS(description="Bureau of the Census Federal Information Processing Standards (FIPS) two-digit code for each State. Refer to appendix B."),
  plot_survey_unit_code INT64 OPTIONS(description="Forest Inventory and Analysis survey unit identification number. Survey units are usually groups of counties within each State. For periodic inventories, Survey units may be made up of lands of particular owners. Refer to appendix B for codes."),
  plot_county_code INT64 OPTIONS(description="The identification number for a county, parish, watershed, borough, or similar governmental unit in a State. FIPS codes from the Bureau of the Census are used. Refer to appendix B for codes."),
  plot_phase_2_plot_number INT64 OPTIONS(description="An identifier for a plot. Along with tree state code, tree inventory year, tree survey unit code, Tree county code and/or some other combination of variables, tree phase 2 plot number may be used to uniquely identify a plot."),
  plot_status_code INT64 OPTIONS(description="A code that describes the sampling status of the plot. Blank (null) values may be present for periodic inventories."),
  plot_status_code_name STRING OPTIONS(description="A code that describes the sampling status of the plot. Blank (null) values may be present for periodic inventories."),
  plot_nonsampled_reason_code INT64 OPTIONS(description="For entire plots that cannot be sampled, one of the following reasons is recorded."),
  plot_nonsampled_reason_code_name STRING OPTIONS(description="For entire plots that cannot be sampled, one of the following reasons is recorded."),
  measurement_year INT64 OPTIONS(description="The year in which the plot was completed. Measurement year may differ from plot inventory year."),
  measurement_month INT64 OPTIONS(description="The month in which the plot was completed. May be blank (null) for periodic inventory or when plot status code = 3"),
  measurement_month_name STRING OPTIONS(description="The month in which the plot was completed. May be blank (null) for periodic inventory."),
  measurement_day INT64 OPTIONS(description="The day of the month in which the plot was completed. May be blank (null) for periodic inventory or when plot status code = 3."),
  remeasurement_period FLOAT64 OPTIONS(description="The number of years between measurements for remeasured plots. This attribute is null (blank) for new plots or remeasured plots that are not used for growth, removals, or mortality estimates. For data processed with NIMS, REMPER, remeasurement period, is the number of years between measurements (to the nearest 0.1 year). For data processed with systems other than NIMS, remeasurement period is based on the number of growing seasons between measurements. Allocation of parts of the growing season by month is different for each FIA work unit. Contact the appropriate FIA work unit for information on how this is done for a particular State."),
  sample_kind_code INT64 OPTIONS(description="A code indicating the type of plot installation. Database users may also want to examine plot design code to obtain additional information about the kind of plot being selected."),
  sample_kind_code_name STRING OPTIONS(description="A code indicating the type of plot installation. Database users may also want to examine plot design code to obtain additional information about the kind of plot being selected."),
  plot_design_code INT64 OPTIONS(description="A code indicating the type of plot design used to collect the data. Refer to appendix I for a list of codes and descriptions."),
  horizontal_distance_to_improved_road_code INT64 OPTIONS(description="The straight-line distance from plot center to the nearest improved road, which is a road of any width that is maintained as evidenced by pavement, gravel, grading, ditching, and/or other improvements. Populated for all forested plots using the National Field Guide protocols (MANUAL 1.0) and populated by some FIA work units for inventory plots collected where MANUAL <1.0."),
  horizontal_distance_to_improved_road_code_name STRING OPTIONS(description="The straight-line distance from plot center to the nearest improved road, which is a road of any width that is maintained as evidenced by pavement, gravel, grading, ditching, and/or other improvements. Populated for all forested plots using the National Field Guide protocols (MANUAL 1.0) and populated by some FIA work units for inventory plots collected where MANUAL <1.0."),
  water_on_plot_code INT64 OPTIONS(description="Water body <1 acre in size or a stream <30 feet wide that has the greatest impact on the area within the forest land portion of the four subplots. The coding hierarchy is listed in order from large permanent water to temporary water. Populated for all forested plots using the National Field Guide protocols (MANUAL 1.0) and populated by some FIA work units for inventory plots collected where MANUAL <1.0."),
  water_on_plot_code_name STRING OPTIONS(description="Water body <1 acre in size or a stream <30 feet wide that has the greatest impact on the area within the forest land portion of the four subplots. The coding hierarchy is listed in order from large permanent water to temporary water. Populated for all forested plots using the National Field Guide protocols (MANUAL 1.0) and populated by some FIA work units for inventory plots collected where MANUAL <1.0."),
  latitude FLOAT64 OPTIONS(description="The approximate latitude of the plot in decimal degrees using NAD 83 datum (these Pacific Islands plots use WSG84 datum - SURVEY.RSCD = 26 and SURVEY.STATECD = 60, 64, 66, 68, 69, or 70). Actual plot coordinates cannot be released because of a Privacy provision enacted by Congress in the Food Security Act of 1985. Therefore, this attribute is approximately +/- 1 mile and, for annual inventory data, most plots are within +/- ½ mile. Annual data have additional uncertainty for private plots caused by swapping plot coordinates for up to 20 percent of the plots. In some cases, the county centroid is used when the actual coordinate is not available."),
  longitude FLOAT64 OPTIONS(description="The approximate longitude of the plot in decimal degrees using NAD 83 datum (these Pacific Islands plots use WSG84 datum - SURVEY.RSCD = 26 and SURVEY.STATECD = 60, 64, 66, 68, 69, or 70). Actual plot coordinates cannot be released because of a Privacy provision enacted by Congress in the Food Security Act of 1985. Therefore, this attribute is approximately +/- 1 mile and, for annual inventory data, most plots are within +/- ½ mile. Annual data have additional uncertainty for private plots caused by swapping plot coordinates for up to 20 percent of the plots. In some cases, the county centroid is used when the actual coordinate is not available."),
  elevation INT64 OPTIONS(description="The distance the plot is located above sea level. Rounded to the nearest 10-foot category for certain FIA work units (SURVEY.RSCD = 23 or 24), and rounded to the nearest 100-foot category for other FIA work units (SURVEY.RSCD = 22, 26, 27, or 33). Negative values indicate distance below sea level."),
  type_of_annual_volume_growth_code INT64 OPTIONS(description="A code indicating how volume growth is estimated. Current annual growth is an estimate of the amount of volume that was added to a tree in the year before the tree was sampled, and is based on the measured diameter increment recorded when the tree was sampled or on a modeled diameter for the previous year. Periodic annual growth is an estimate of the average annual change in volume occurring between two measurements, usually the current inventory and the previous inventory, where the same plot is evaluated twice. Periodic annual growth is the increase in volume between inventories divided by the number of years between each inventory. This attribute is blank (null) if the plot does not contribute to the growth estimate."),
  type_of_annual_volume_growth_code_name STRING OPTIONS(description="A code indicating how volume growth is estimated. Current annual growth is an estimate of the amount of volume that was added to a tree in the year before the tree was sampled, and is based on the measured diameter increment recorded when the tree was sampled or on a modeled diameter for the previous year. Periodic annual growth is an estimate of the average annual change in volume occurring between two measurements, usually the current inventory and the previous inventory, where the same plot is evaluated twice. Periodic annual growth is the increase in volume between inventories divided by the number of years between each inventory. This attribute is blank (null) if the plot does not contribute to the growth estimate."),
  type_of_annual_mortality_volume_code INT64 OPTIONS(description="A code indicating how mortality volume is estimated. Current annual mortality is an estimate of the volume of trees dying in the year before the plot was measured, and is based on the year of death or on a modeled estimate. Periodic annual mortality is an estimate of the average annual volume of trees dying between two measurements, usually the current inventory and previous inventory, where the same plot is evaluated twice. Periodic annual mortality is the loss of volume between inventories divided by the number of years between each inventory. Periodic average annual mortality is the most common type of annual mortality estimated. This attribute is blank (null) if the plot does not contribute to the mortality estimate."),
  type_of_annual_mortality_volume_code_name STRING OPTIONS(description="A code indicating how mortality volume is estimated. Current annual mortality is an estimate of the volume of trees dying in the year before the plot was measured, and is based on the year of death or on a modeled estimate. Periodic annual mortality is an estimate of the average annual volume of trees dying between two measurements, usually the current inventory and previous inventory, where the same plot is evaluated twice. Periodic annual mortality is the loss of volume between inventories divided by the number of years between each inventory. Periodic average annual mortality is the most common type of annual mortality estimated. This attribute is blank (null) if the plot does not contribute to the mortality estimate."),
  phase_2_panel_number INT64 OPTIONS(description="The value for Phase 2 panel number ranges from 1 to 5 for annual inventories and is blank (null) for periodic inventories. A panel is a sample in which the same elements are measured on two or more occasions. FIA divides the plots in each State into 5 panels that can be used to independently sample the population."),
  phase_3_panel_number INT64 OPTIONS(description="A panel is a sample in which the same elements are measured on two or more occasions. FIA divides the plots in each State into 5 panels that can be used to independently sample the population. The value for Phase 3 panel number ranges from 1 to 5 for those plots where Phase 3 data were collected. If the plot is not a Phase 3 plot, then this attribute is left blank (null)."),
  ecological_subsection_code STRING OPTIONS(description="An area of similar surficial geology, lithology, geomorphic process, soil groups, subregional climate, and potential natural communities. Subsection boundaries usually correspond with discrete changes in geomorphology. Subsection information is used for broad planning and assessment. Subsection codes for the coterminous United States were developed as part of the \"Ecological Subregions: Sections and Subsections for the Conterminous United States\" (Cleland and others 2007). For Alaska, the ecological section codes are equivalent to the ecoregions designated by Nowacki and others in Ecoregions of Alaska: 2001. U.S. Geological Survey Open-File Report 02-297 (map). The ecological subsection code is based on fuzzed and swapped plot coordinates. This attribute is coded for the coterminous United States, southeast and south coastal Alaska, and is left blank (null) in all other instances"),
  congressional_district_code INT64 OPTIONS(description="A territorial division of a State from which a member of the U.S. House of Representatives is elected. The congressional district code assigned to a plot (regardless of when it was measured) is for the current Congress; the assignment is made based on the plot's approximate coordinates. CONGCD is a four-digit number. The first two digits are the State FIPS code and the last two digits are the congressional district number. If a State has only one congressional district, the congressional district number is 00. If a plot's congressional district assignment falls in a State other than the plot's actual State due to using the approximate coordinates, the congressional district code will be for the nearest congressional district in the correct State. This attribute is coded for the coterminous States and Alaska, and is left blank (null) in all other instances. For more information about the coverage used to assign this attribute, see National Atlas of the United States (2007)."),
  manual_version_number FLOAT64 OPTIONS(description="Version number of the Field Guide used to describe procedures for collecting data on the plot. The National FIA Field Guide began with version 1.0; therefore data taken using the National Field procedures will have PLOT.MANUAL 1.0. Data taken according to field instructions prior to the use of the National Field Guide have PLOT.MANUAL <1.0."),
  sample_kind_code_north_central INT64 OPTIONS(description="This attribute is populated through 2005 for the former North Central work unit (SURVEY.RSCD = 23) and is blank (null) for all other FIA work units."),
  quality_assurance_status INT64 OPTIONS(description="A code indicating the type of plot data collected. Populated for all forested subplots using the National Field Guide protocols (MANUAL 1.0). Codes 2-6 indicate additional quality assurance data that are not included in the FIADB."),
  quality_assurance_status_name STRING OPTIONS(description="A code indicating the type of plot data collected. Populated for all forested subplots using the National Field Guide protocols (MANUAL 1.0). Codes 2-6 indicate additional quality assurance data that are not included in the FIADB."),
  plot_created_by STRING OPTIONS(description="The employee who created the record. This attribute is intentionally left blank in download files."),
  plot_created_date DATE OPTIONS(description="The date the record was created."),
  plot_created_in_instance INT64 OPTIONS(description="The database instance in which the record was created. Each computer system has a unique database instance code and this attribute stores that information to determine on which computer the record was created."),
  plot_modified_by STRING OPTIONS(description="The employee who modified the record. This field will be blank (null) if the data have not been modified since initial creation. This attribute is intentionally left blank in download files."),
  plot_modified_date DATE OPTIONS(description="The date the record was last modified. This field will be blank (null) if the data have not been modified since initial creation."),
  plot_modified_in_instance INT64 OPTIONS(description="The database instance in which the record was modified. This field will be blank (null) if the data have not been modified since initial creation."),
  microplot_location STRING OPTIONS(description="Values are 'OFFSET' or 'CENTER.' The offset microplot center is located 12 feet due east (90 degrees) of subplot center. The current standard is that the microplot is located in the 'OFFSET' location, but some earlier inventories, including some early panels of the annual inventory, may contain data where the microplot was located at the 'CENTER' location. Populated for annual inventory and may be populated for periodic inventory."),
  declination FLOAT64 OPTIONS(description="The azimuth correction used to adjust magnetic north to true north. All azimuths are assumed to be magnetic azimuths unless otherwise designated. The Portland FIA work unit historically has corrected all compass readings for true north. This field is to be used only in cases where FIA work units are adjusting azimuths to correspond to true north; for FIA work units using magnetic azimuths, this field will always be set = 0 in the office. This field carries a decimal place because the USGS corrections are provided to the nearest half degree. DECLINATION is defined as: DECLINATION = (TRUE NORTH - MAGNETIC NORTH)"),
  emap_hexagon INT64 OPTIONS(description="The identifier for the approximately 160,000 acre Environmental Monitoring and Assessment Program (EMAP) hexagon in which the plot is located. EMAP hexagons are available to the public, cover the coterminous United States, and have been used in summarizing and aggregating data about numerous natural resources. Populated for annual inventory and may be populated for periodic inventory."),
  sample_method_code INT64 OPTIONS(description="A code indicating if the plot was observed in the field or remotely sensed in the office."),
  sample_method_code_name STRING OPTIONS(description="A code indicating if the plot was observed in the field or remotely sensed in the office."),
  subplots_examined_code INT64 OPTIONS(description="A code indicating the number of subplots examined. By default, plot status code = 1 plots have all 4 subplots examined."),
  subplots_examined_code_name STRING OPTIONS(description="A code indicating the number of subplots examined. By default, plot status code = 1 plots have all 4 subplots examined."),
  macroplot_breakpoint_diameter INT64 OPTIONS(description="A macroplot breakpoint diameter is the diameter (either DBH or DRC) above which trees are measured on the plot extending from 0.01 to 58.9 feet horizontal distance from the center of each subplot. Examples of different breakpoint diameters used by western FIA work units are 24 inches or 30 inches (Pacific Northwest), or 21 inches (Interior West). Installation of macroplots is core optional and is used to have a larger plot size in order to more adequately sample large trees. If macroplots are not being installed, this item will be left blank (null)."),
  intensity INT64 OPTIONS(description="A code used to identify federal base grid annual inventory plots and plots that have been added to intensify a particular sample. Under the federal base grid, one plot is collected in each theoretical hexagonal polygon, which is slightly more than 5,900 acres in size. Plots with INTENSITY = 1 are part of the federal base grid. In some instances, States and/or agencies have provided additional support to increase the sampling intensity for an area. Supplemental plots have INTENSITY set to higher numbers depending on the amount of plot intensification chosen for the particular estimation unit. Populated for annual inventory data only."),
  plot_inventory_cycle_number INT64 OPTIONS(description="A number assigned to a set of plots, measured over a particular period of time from which a State estimate using all possible plots is obtained. A cycle number >1 does not necessarily mean that information for previous cycles resides in the database. A cycle is relevant for periodic and annual inventories."),
  plot_inventory_subcycle_number INT64 OPTIONS(description="For an annual inventory that takes n years to measure all plots, subcycle shows in which of the n years of the cycle the data were measured. Subcycle is 0 for a periodic inventory. Subcycle 99 may be used for plots that are not included in the estimation process."),
  ecological_unit_pacific_northwest_research_station STRING OPTIONS(description="Plots taken by PNW FIA are assigned to the ecological unit in which they are located. Certain units have stocking adjustments made to the plots that occur on very low productivity lands, which thereby reduces the estimated potential productivity of the plot. More information can be found in MacLean (1973). Only collected by certain FIA work units (SURVEY.RSCD = 26 or 27)."),
  topographic_position_pacific_northwest_research_station INT64 OPTIONS(description="The topographic position that describes the plot area. Illustrations available in Plot section of the PNW field guide located at the web page for PNW FIA Field Manuals (http://www.fs.fed.us/pnw/fia/publications/fieldmanuals.shtml). Adapted from information found in Wilson (1900). Only collected by certain FIA work units (SURVEY.RSCD = 26)."),
  topographic_position_pacific_northwest_research_station_name STRING OPTIONS(description="The topographic position that describes the plot area. Illustrations available in Plot section of the PNW field guide located at the web page for PNW FIA Field Manuals (http://www.fs.fed.us/pnw/fia/publications/fieldmanuals.shtml). Adapted from information found in Wilson (1900). Only collected by certain FIA work units (SURVEY.RSCD = 26)."),
  nonforest_sampling_status_code INT64 OPTIONS(description="A code indicating whether or not the plot is part of a nonforest inventory. If Nonforest sampling status code = 1, then the entire suite of attributes that are measured on forest lands were measured."),
  nonforest_sampling_status_code_name STRING OPTIONS(description="A code indicating whether or not the plot is part of a nonforest inventory. If Nonforest sampling status code = 1, then the entire suite of attributes that are measured on forest lands were measured."),
  nonforest_plot_status_code INT64 OPTIONS(description="A code describing the sampling status of the nonforest plot"),
  nonforest_plot_status_code_name STRING OPTIONS(description="A code describing the sampling status of the nonforest plot"),
  nonforest_plot_nonsampled_reason_code INT64 OPTIONS(description="A code indicating the reason the nonforest plot was not sampled."),
  nonforest_plot_nonsampled_reason_code_name STRING OPTIONS(description="A code indicating the reason the nonforest plot was not sampled."),
  p2_vegetation_sampling_status_code INT64 OPTIONS(description="Level of detail (LOD). A code indicating whether data were collected for vegetation structure growth habits only, or for individual species (that qualify as most abundant) as well. If LOD = 3, then a tree species could be recorded twice, but it would have two different species growth habits."),
  p2_vegetation_sampling_status_code_name STRING OPTIONS(description="Level of detail (LOD). A code indicating whether data were collected for vegetation structure growth habits only, or for individual species (that qualify as most abundant) as well. If LOD = 3, then a tree species could be recorded twice, but it would have two different species growth habits."),
  p2_vegetation_sampling_level_detail_code INT64 OPTIONS(description="Level of detail (LOD). A code indicating whether data were collected for vegetation structure growth habits only, or for individual species (that qualify as most abundant) as well. If LOD = 3, then a tree species could be recorded twice, but it would have two different species growth habits."),
  p2_vegetation_sampling_level_detail_code_name STRING OPTIONS(description="Level of detail (LOD). A code indicating whether data were collected for vegetation structure growth habits only, or for individual species (that qualify as most abundant) as well. If LOD = 3, then a tree species could be recorded twice, but it would have two different species growth habits."),
  invasive_sampling_status_code INT64 OPTIONS(description="A code indicating whether Invasive plant data were recorded on the plot and the land class(es) on which the data were recorded."),
  invasive_sampling_status_code_name STRING OPTIONS(description="A code indicating whether Invasive plant data were recorded on the plot and the land class(es) on which the data were recorded."),
  invasive_specimen_rule_code INT64 OPTIONS(description="A code indicating if specimen collection was required."),
  invasive_specimen_rule_code_name STRING OPTIONS(description="A code indicating if specimen collection was required."),
  design_code_periodic_to_annual INT64 OPTIONS(description="The plot design for the periodic plots that were remeasured in the annual inventory (plot design code = 1). Refer to appendix I for a list of codes and descriptions."),
  manual_version_of_the_data FLOAT64 OPTIONS(description="Version of the National Field Guide used to describe procedures for collecting data on the plot. The data in the database have been standardized to this version. Versions of the national field guide are available on the FIA web site (http://www.fia.fs.fed.us/library/field-guides-methods-proc/index.php)."),
  subpanel INT64 OPTIONS(description="Annual inventory subpanel assignment for the plot for FIA work units using subpaneling. FIA uses a 5-panel system (see phase 2 panel number), but may further subdivide the 5 panels into subpanels. The following FIA work units subdivide each phase 2 panel number into 2 subpanels (SUBPANEL = 1 or 2), for a total of 10 subpanels. For these FIA work units, 1 subpanel is usually scheduled for measurement each year: RMRS (SURVEY.RSCD = 22); PNWRS (SURVEY.RSCD = 26 or 27); SRS (SURVEY.RSCD = 33, only for Oklahoma where UNITCD 3. Populated for all plots using the National Field Guide protocols (MANUAL 1.0)."),
  subpanel_name STRING OPTIONS(description="Annual inventory subpanel assignment for the plot for FIA work units using subpaneling. FIA uses a 5-panel system (see phase 2 panel number), but may further subdivide the 5 panels into subpanels. The following FIA work units subdivide each phase 2 panel number into 2 subpanels (SUBPANEL = 1 or 2), for a total of 10 subpanels. For these FIA work units, 1 subpanel is usually scheduled for measurement each year: RMRS (SURVEY.RSCD = 22); PNWRS (SURVEY.RSCD = 26 or 27); SRS (SURVEY.RSCD = 33, only for Oklahoma where UNITCD 3. Populated for all plots using the National Field Guide protocols (MANUAL 1.0)."),
  unique_plot STRING OPTIONS(description="It is a unique identifier with the combination of plot state code, plot inventory year, plot survey unit code, plot county code & plot phase 2 plot number."),
  colocated_code_rmrs STRING OPTIONS(description=""),
  condchng_code_rmrs STRING OPTIONS(description=""),
  futfor_code_rmrs STRING OPTIONS(description=""),
  manual_ncrs STRING OPTIONS(description=""),
  manual_ners STRING OPTIONS(description=""),
  manual_rmrs STRING OPTIONS(description=""),
  pac_island_pnwrs STRING OPTIONS(description=""),
  plot_season_ners STRING OPTIONS(description=""),
  precipitation STRING OPTIONS(description=""),
  prev_microplot_loc_rmrs STRING OPTIONS(description=""),
  prev_plot_status_code_rmrs STRING OPTIONS(description=""),
  reuse_code_1 STRING OPTIONS(description=""),
  reuse_code_2 STRING OPTIONS(description=""),
  reuse_code_3 STRING OPTIONS(description="")
)
OPTIONS(
  description="Description of the plot sampled on the ground. Note that locations are not exact, please see pg 1-6 of FIA documentation for full description. \n\nPages in FIA documentation: 1-6, 2-9"
);

INSERT INTO `bigquery-public-data.usfs_fia.plot` (plot_sequence_number, survey_sequence_number, county_sequence_number, previous_plot_sequence_number, plot_inventory_year, plot_state_code, plot_state_code_name, plot_survey_unit_code, plot_county_code, plot_phase_2_plot_number, plot_status_code, plot_status_code_name, plot_nonsampled_reason_code, plot_nonsampled_reason_code_name, measurement_year, measurement_month, measurement_month_name, measurement_day, remeasurement_period, sample_kind_code, sample_kind_code_name, plot_design_code, horizontal_distance_to_improved_road_code, horizontal_distance_to_improved_road_code_name, water_on_plot_code, water_on_plot_code_name, latitude, longitude, elevation, type_of_annual_volume_growth_code, type_of_annual_volume_growth_code_name, type_of_annual_mortality_volume_code, type_of_annual_mortality_volume_code_name, phase_2_panel_number, phase_3_panel_number, ecological_subsection_code, congressional_district_code, manual_version_number, sample_kind_code_north_central, quality_assurance_status, quality_assurance_status_name, plot_created_by, plot_created_date, plot_created_in_instance, plot_modified_by, plot_modified_date, plot_modified_in_instance, microplot_location, declination, emap_hexagon, sample_method_code, sample_method_code_name, subplots_examined_code, subplots_examined_code_name, macroplot_breakpoint_diameter, intensity, plot_inventory_cycle_number, plot_inventory_subcycle_number, ecological_unit_pacific_northwest_research_station, topographic_position_pacific_northwest_research_station, topographic_position_pacific_northwest_research_station_name, nonforest_sampling_status_code, nonforest_sampling_status_code_name, nonforest_plot_status_code, nonforest_plot_status_code_name, nonforest_plot_nonsampled_reason_code, nonforest_plot_nonsampled_reason_code_name, p2_vegetation_sampling_status_code, p2_vegetation_sampling_status_code_name, p2_vegetation_sampling_level_detail_code, p2_vegetation_sampling_level_detail_code_name, invasive_sampling_status_code, invasive_sampling_status_code_name, invasive_specimen_rule_code, invasive_specimen_rule_code_name, design_code_periodic_to_annual, manual_version_of_the_data, subpanel, subpanel_name, unique_plot, colocated_code_rmrs, condchng_code_rmrs, futfor_code_rmrs, manual_ncrs, manual_ners, manual_rmrs, pac_island_pnwrs, plot_season_ners, precipitation, prev_microplot_loc_rmrs, prev_plot_status_code_rmrs, reuse_code_1, reuse_code_2, reuse_code_3) VALUES (40220071010497, 41062044010497, 109010497, NULL, 2010, 41, 'Oregon', 2, 19, 69868, 1, 'Sampled - at least one accessible forest land condition present on plot', NULL, '', 2011, 8, 'August', 12, nan, 1, 'Initial installation of a National design plot', 1, 1, '100 ft or less', 0, 'None - no water sources within the accessible forest land condition class', 42.87273025512695, -122.73062896728516, 3700, NULL, '', NULL, '', 2, NULL, 'M242Bg', 4104, 4.0, NULL, 1, 'Standard production plot', NULL, '2012-08-10', 20004, NULL, '2019-08-22', 126144, 'OFFSET', 16.0, NULL, 1, 'Field visited, meaning a field crew physically examined the plot and recorded information at least about subplot 1 center condition (see SUBP_EXAMINE_CD below).', 4, 'All four subplots fully described (no assumptions/inferences)', 30, 201, 1, 10, NULL, 4, 'Side hill - middle 1/3, No rounding', NULL, '', NULL, '', NULL, '', NULL, '', NULL, '', 0, 'Not collecting invasive plant data', NULL, '', NULL, 8.0, 1, 'Subpanel1', '41201021969868', NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL), (40219989010497, 41062044010497, 109010497, NULL, 2010, 41, 'Oregon', 2, 19, 73205, 1, 'Sampled - at least one accessible forest land condition present on plot', NULL, '', 2011, 9, 'September', 11, nan, 1, 'Initial installation of a National design plot', 1, 4, '501 ft to 1000 ft', 0, 'None - no water sources within the accessible forest land condition class', 43.14338684082031, -122.59487915039062, 3700, NULL, '', NULL, '', 2, NULL, 'M242Bb', 4104, 4.0, NULL, 1, 'Standard production plot', NULL, '2012-08-10', 20004, NULL, '2019-08-22', 126144, 'OFFSET', 16.0, NULL, 1, 'Field visited, meaning a field crew physically examined the plot and recorded information at least about subplot 1 center condition (see SUBP_EXAMINE_CD below).', 4, 'All four subplots fully described (no assumptions/inferences)', 30, 202, 1, 10, NULL, 3, 'Side hill - upper 1/3, Convex', NULL, '', NULL, '', NULL, '', NULL, '', NULL, '', 0, 'Not collecting invasive plant data', NULL, '', NULL, 8.0, 1, 'Subpanel1', '41201021973205', NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL), (40220049010497, 41062044010497, 109010497, NULL, 2010, 41, 'Oregon', 2, 19, 69685, 1, 'Sampled - at least one accessible forest land condition present on plot', NULL, '', 2011, 9, 'September', 4, nan, 1, 'Initial installation of a National design plot', 1, 7, '1 to 3 miles', 0, 'None - no water sources within the accessible forest land condition class', 43.11918258666992, -122.76318359375, 3100, NULL, '', NULL, '', 2, NULL, 'M242Bb', 4104, 4.0, NULL, 1, 'Standard production plot', NULL, '2012-08-10', 20004, NULL, '2019-08-22', 126144, 'OFFSET', 16.0, NULL, 1, 'Field visited, meaning a field crew physically examined the plot and recorded information at least about subplot 1 center condition (see SUBP_EXAMINE_CD below).', 4, 'All four subplots fully described (no assumptions/inferences)', 30, 202, 1, 10, NULL, 3, 'Side hill - upper 1/3, Convex', NULL, '', NULL, '', NULL, '', NULL, '', NULL, '', 0, 'Not collecting invasive plant data', NULL, '', NULL, 8.0, 1, 'Subpanel1', '41201021969685', NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL), (40219996010497, 41062044010497, 109010497, NULL, 2010, 41, 'Oregon', 2, 19, 82186, 1, 'Sampled - at least one accessible forest land condition present on plot', NULL, '', 2011, 9, 'September', 10, nan, 1, 'Initial installation of a National design plot', 1, 6, '1/2 to 1 mile', 0, 'None - no water sources within the accessible forest land condition class', 43.16741180419922, -122.4600830078125, 5300, NULL, '', NULL, '', 2, NULL, 'M242Bb', 4104, 4.0, NULL, 1, 'Standard production plot', NULL, '2012-08-10', 20004, NULL, '2019-08-22', 126144, 'OFFSET', 16.0, NULL, 1, 'Field visited, meaning a field crew physically examined the plot and recorded information at least about subplot 1 center condition (see SUBP_EXAMINE_CD below).', 4, 'All four subplots fully described (no assumptions/inferences)', 30, 201, 1, 10, NULL, 3, 'Side hill - upper 1/3, Convex', NULL, '', NULL, '', NULL, '', NULL, '', NULL, '', 0, 'Not collecting invasive plant data', NULL, '', NULL, 8.0, 1, 'Subpanel1', '41201021982186', NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL), (216958051020004, 41062044010497, 4691107000666, NULL, 2010, 41, 'Oregon', 3, 31, 77946, 3, 'Nonsampled', 8, 'Skipped visit - Entire plot skipped. Used for plots that are not completed prior to the time a panel is finished and submitted for processing. This code is for office use only', 2010, 9, 'September', 1, nan, 1, 'Initial installation of a National design plot', 1, NULL, '', NULL, '', 44.58598709106445, -121.41309356689453, 2500, NULL, '', NULL, '', 2, NULL, ' 342Hb', 4102, 5.099999904632568, NULL, 1, 'Standard production plot', NULL, '2013-09-19', 20004, NULL, '2019-08-22', 126144, 'OFFSET', nan, NULL, 2, 'Remotely sensed, meaning a determination was made using some type of imagery that a field visit was not necessary. WHEN sample_method_code = the plot is sampled remotely, the number of subplots examined (SUBP_EXAMINE_CD) usually equals 1.', 1, 'Only subplot 1 center condition examined and all other subplots assumed (inferred) to be the same', 24, 202, 1, 10, NULL, NULL, '', NULL, '', NULL, '', NULL, '', NULL, '', NULL, '', NULL, '', NULL, '', NULL, 8.0, 1, 'Subpanel1', '41201033177946', NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL);