United States Department of the Interior

BUREAU OF RECLAMATION

Mid-Pacific Regional Office

2800 Cottage Way

IN p~p~y Sacramento. California 95825-1898

REFER TO:

MP-4 10

WTR-4.0O Q i~

To: All Central Valley Project (CVP) Interim Renewal Irrigation Contractors

All CVP Interim Renewal Municipal and Industrial (M&D Contractors

All CVP Irrigation Contractors Subject to Binding Agreement

All CVP M&I Contractors Subject to Binding Agreement

Subject: Informational Needs, Water Needs Analysis, Long-term CVP Contract Renewal

Dear Water Contractor:

Inpreparation forthe forthcoming long-term contract renewals, Reclamation will soon analyze

the historic and projected water demands and supplies to determine the potential CVP water

needs. The methodologies Reclamation proposesto use to assess water demands have been

presented and discussed at recent public workshops, were distributed to interested parties, and

have recently been posted on Reclamation’s website (www.mp.usbr.gov). Although

Reclamation recognizes the waterdemand methodologies are still in draft form and the comment

period has been extended to January 8, 1999, Reclamation believes the requested information

will likely be needed irrespective ofany changes to the methodologies. Please provide the

requested information to Ms. Mary Johannis, Bureau ofReclamation, MP-410, 2800 Cottage

Way, Sacramento, CA 95825 by February 19, 1999.

Ifany ofthe requested information is not available, please provide Reclamation with yourbest

estimate(s) and indicate the basis for the estimate(s). Ifany ofthe requested information is not

considered necessary, giYen your suggested revisions to one or both ofthe methodologies7please

notify Ms. Mary Johannis at (916) 978-5202 (TDD 978-5608) by January 8, 1999. Ifthese types

ofnotifications are limited in number, the suggested revisions will be handled on a case-by-case

basis. However, ifthere is widespread concern with either the water demand methodologies or

the information requested in this letter, some divisionwide meetings may need to be scheduled.

In addition, upon receipt ofall comments on the draftwater demand methodologies, Reclamation

will schedule meetings with the technical committeesto finalize the methodologies. Every effort

will be made to reconcile critical differences in information and assumptions.
2

Information Needed to Analyze Irrigation Water Demands:

An analysis ofcurrent and projected irrigation water demands will be made for each interim

renewal irrigation contractor and each irrigation contractorsubject to the binding agreement

executed pursuant to Section 3404(c)(3) ofthe Central Valley.Project Improvement Act(CVPIA)

(hereafter bothtypes ofcontractors are referred to as irrigation contractors). Two important

components ofsuch analyses are the historic and projected cropping patterns.

Reclamation has prepared a printout (Attachment A) for each irrigation contractor detailing the

types and acreages ofcrops growneach year during the period from 1979 through 1993 in the

contractor’s service area. Please confirm the accuracy ofthe enclosed data and correct, as

needed, anyerroneous data. Reclamation is currently tabulating cropping acreage \information

for the years 1994 through 1997 to document the most recent cropping rotational trends. When

these tabulations are complete, Reclamation will provide each irrigation contractor withthat

information with a similar request to confirm accuracy and correct any deficiencies.

Future irrigation water demands will be determined based on the final version ofthe “Irrigation

Water Demand Analysis” methodology. Using the table provided in Attachment B, please fill in

the district’s projected cropping pattern for the year 2025. Attachment B contains 22 categories

ofcrops and a fallowing category. Using the approach presented in Attachment C for

aggregating over 80 specificcrops into the 22 categories, please provide your information in the

aggregated format requested.

If after reviewing the “Irrigation Water Demand Analysis” methodology, youfind that some of

the assumptions made for other important parameters, for example average on-farm irrigation

efficiency (SE), are not reflective ofactual practices in your district, please provide us with

alternative value(s) for thoseparameters and documentation supporting those value(s). If

Attachment A is not enclosed herein, itis probably because our records indicate that all CVP

water delivered to your district is used for municipal and industrial purposes. In this case, please

disregard Attachments B and C.

Information Needed to Analyze M&I WaterDemands:

An analysis of current and projectedM&I water demands will be made for each interim renewal

M&I contractorand M&I contractor subject to the binding agreement executed pursuant to

Section 3404(c)(3) ofthe CVPIA (hereafter both types ofcontractors are referred to as M&I

contractors). As indicated in the proposed “M&I Water Demand Analysis” methodology, total

M&I water demand is assumed to be the sum oftotal residential demand, total nonresidential

demand and total distribution system demand. Using the tables provided in Attachment D,

please fill in current and projected annual M&I water demands; alsQ, please provide the monthly

pattern ofdelivery needed for the total M&I demand. Ifthe information is available, ~,lease

break down the total M&I demand into as many ofthe following components and

subcomponents as possible: (1) residential demand--total number ofresidents to allow for
3

calculation ofinterior demand, and number ofacresof irrigated residential landscape, reference

evapotranspiration and evapotranspiration factor to allow for calculation oflandscape demand;

(2) nonresidential demand—interior demand (commercial, institutional and industrial) and the

sameparameters forlandscape demand as underthe residential category; and (3) distribution

system demand—unaccounted beneficial use (firefighting, mainline flushing, etc.) and

distribution system losses.

As indicated in the proposed “M&I Water Demand Analysis” methodology, Reclamation

assumes a per capita factor of75 gallons per customerper day (~cd) to estimate current

residential demands and 55 gpcd to project future residential demands. Ifyou propose to use a

different per capita factorforcurrent and/or projected demands, please provide information to

justify this factor. Ifthere are other assumptions (e.g. evapotranspiration factor) that are not

reflective ofthe operationsin your district, please provide us with the specific information for

your district and documentation justifying the difference(s).

Contractors with both Irrigation and M&I Demands:

If your district delivers water for both irrigation and M&I purposes, please review the total

number ofacres historically receiving irrigation and M&I CVP water to ascertain any shifts

towards, or away from, acreage dedicated to irrigated agriculture. Please project any shifts in

district acreage towards, or away from, irrigated agriculture by the year 2025. These shifts

should be incorporated into the water demand information requested above.

Information Needed to Analyze Water Needs:

In order forReclamation to ascertain the potential CVP irrigation and/orM&I waterneed(s) of

each contractor, Reclamationrequests comprehensive information on your district’s surface and

groundwater supplies. Please use Attachment E as a template for providing surface water supply

information. Whenproviding surface water information, please indicate whether supply is for

irrigation orM&I purposes. Ifit is forboth purposes, please provide the percentage used for

irrigation and M&I. Please use Attachment F as a template for providing ground-water supply -

information. Again, it is importantto distinguish between those ground-water supplies used to

meet irrigation demands and those used to meet M&L demands. Itis recognized that some ofthis

informationmay be available from the contractors’ WaterManagement Plans. However, given

the difference in planning horizons forthis effort and that required by the Standard Criteria, the

information in the Water Management Plans may not be sufficient forthis effort. The Standard

Criteria is the standardized tool used to evaluate water management plans forthe CVPIA.

Ifyou have general questions related to the information requested in this letter, orthe proposed:

water demand methodologies, please direct them to Mary Johannis at (916) 978-5202. Ifyou

have detailed questions regarding the irrigation-related informationrequested, orthe “Irrigation
4

Water Demand Analysis” methodology, please contact Mr. Joel Zander at (916) 978-5270. If

you have detailed questions regarding the M&I-related information requested, orthe “M&I

Water Demand Analysis” methodology, please contact Ms. Marsha Prillwitz at (916) 978-5213

(TDD 978-5608).

Robert F. Stackhouse

Regional Resources Manager

Attachments
ATTACHMENT B

District Name Year 2025

Crop Group Name Average Acres FDR # % ofTotal

Alfalfa 1

Almonds 2

Barley 3

Beans (Dry) 4

Corn (Field) 5

Cotton 6

Deciduous Orchard 7

Grain Sorghum (Milo) 8

Grains 9

Melons 10

Misc. Truck/Field Crops(High) 11

Misc. Truck/Field Crops (Low) 12

Misc. Truck/Field Crops (Mcd) 13

Nursery/Lettuce 14

Pasture (Improved) 15

Potatoes 16

Rice 17

Subtropical Orchard 18

SugarBeets 19

Tomatoes 20

Vineyard 21

Wheat 22

Fallow
ATTACHMENT C

0 10100 10 100

) 0 0 0r0 ~

0 0 01010 0 0 0 C~0O e’j C’J0 01010

o~ojd 6 djdid 6 6~6~6 o 6~6 o ~— ojd !d

~ Lfl~1f)i10 ‘0 10 10 10 10 10 10110 10 10 10110 10 10 10 10 10 101

r— j...1g...!g—. j... ~... i-..ir~. r—. ~ r— t~—1i—d~— I~—. ~—i—~r’— t— r—~

I.

— I I U, I

H K i

1L.

p

0 1.. L.

~ ~ 0)0. ~ 0.

~ ~ ~ 0

~ ~~== =0 L~

=== 0 = 0.0.0.

~ 0.0. 0. 0. L.L I~ 00.0400. Q0.Q)COCD~ (I)

0) 0 00000

.~ B

uu flU U IL LL U.. m coJm1m uw10m

00010 CD CD~10IC0CO&CN.10

LuI.....’ . I

0(fl 0C’~~ ~-10 .it0co 0~- CD~- t’- r’-’.-. 1— cdCD 0‘~i 10c’.j 0 r—~- 10~- 10~- 0co r— 0~, 10N 0I’- u) c~- .1’10 co0

•0

. . I

I

4

C

Cu

000 v

~ ~

oE 0

LL tLLL~0. 0

0000)E

0) 0) ~

~ ‘—Li: ~ 0.~m0~ CU ci>~ U~ ~ =

~ ~o 0) E~.~~.cc00 00 ~ —~ ~ 0)

~ .~‘CU 0) 000) 2 2 ~ ~ n~ E ~‘

...

~- ‘— N C~) ~ 10 (0 t’-. CD 0) 0 ~- N c~) ‘~ 10 CD ~- CD 0) 0 ~- N

‘ ~ ~ ‘ ~ ~ ~ N (‘.4 N
11 tHarvested cropland and pasture jN/A

12 Cropland not harvested N/A

13 Acres irrigated N/A 14 Fallow or idle

15 Total area in irrig. rotation N/A

16 Dry cropped, idle, fallow or grazed N/A

17 Farrnsteads, roads, ditches, drains N/A

18 Total area not in irrig. rotation N/A

19 Urban and suburban area N/A

20 Total inigable area for service JN/A

21 Total inigable area not for service N/A

22 Total irrigable area N/A

23 Class 6 - Temporarily irrigated fN/A

51 Barley 52 Corn jCorn (Field) 53 Oats

~54 ~sorgi~w~ Rice IGrain ~Grains lRice Sorghum (Milo)

Wheat

Cereals Grains

~AlfalfaHay ‘fAlfalfa

3

5

1798

Other Hay Grains

Irrigated Pasture Pasture (Improved) 15

Silage or Ensilage Corn (Field) 5

7OIOther Forage 1~(Field)

81fBeans, dry and edible IBeans (Dry)

5

ottnn

82 Cotton, lint (Upland) ~C

83 Cotton, seed (Upland) J Cotton

..—.——.—————-. . .—.. .—.—

84 Cotton, lint (American-Pima) Cotton

85lCotton, seed (American-Pima) ICotton

Hops Misc. Truck’Field Crops (Med)

1

1

1

1

13

I

19

4

13

11

13

13

12

1211

131

1211

131’..

13

13

87 Peppermint Alfalfa

88 Spearmint Alfalfa

89 Sugar Beets Sugar Beets

................~ ............ I — — ...... 90 Soybeans Beans (Dry)

91 Other field crops jMisc. Truck/Field Crops (Med)

101 Asparagus Misc Truck/Field Crops (High)

102 Beans (processing) ~MiscTruck/Field Crops (Med)

103 Beans (fresh market) jMisc. Truck/Field Crops (Med)

104 Broccoli lMisc. Truck/Field Crops (Low)

105 Cabbage j Misc. Truck/Field Crops (Low)

106 Carrots Misc Truck/Field Crops (Med)

107 Cauliflower Misc. Truck/Field Crops (Low)

108 Celery Misc. Truck/Field Crops (Med)

109 Corn, sweet (processing) Misc. Truck/Field Crops (Med)

fM 110Icorn, sweet (fresh market) 9:1~ck/F~d Crops (Med)
• ~yj 1 ~

.~JGreens (kala, etc.) jMisc. Truck/Field Crops (Low) 12~

113 Lettuce Nursery/Lettuce —.—.......—.—..—..—...—...—..—......—.—.—......—.—.——.—...—....—......—......—.—.. .—.....—— —........... 114 Cantalope, etc. Melons

....~ ~ — ~

115 Honey Ball, Honeydew, etc. Melons

14 ...— ... 10

10

116 Watermelon Melons

117 Onions, dry JMisc. Truck/Field Crops (Med)

118 Onions, green Misc. Truck/Field Crops (Low)

119 Peas, green (processing) Misc. Truck/Field Crops (Low)

120 Peas, green (fresh market) ~Misc.Truck/Field Crops (Low)

10

13

124

12

12

121 Peppers (all kinds) Misc. Truck/Field Crops (Med)

-.---.——-...—— .-----. ------..- -. —.-—-— —-.-. —.----- --

122 Potatoes, early Potatoes 16

123 Potatoes, late Potatoes 16

124 Squash Melons . 10

~5 Tomatoes (canning) ~Tomatoes

126 Tomatoes (fresh market) -. Misc. Truck/Field Crops (Low)

i37jNursery 127 Other vegetables 1Misc. Truck/Field Crops (Low) Nursery/Lettuce

20

12

12’ 14~ 141 Alfalfa seed IMiso. Truck/Field Crops (High) J... 142 Clover seed (all kinds) Misc. Truck/Field Crops (High)

143 Corn seed IMisc. Truck/Field Crops (Med)

144 Grass seed (all kinds) lMisc. Truck/Field Crops (High)

11

11

13i

11

1451 Lettuce seed IM sc. Truck/Field Crops (Low) 12

146 Onion seed ~Misc.Truck/Field Crops (Low)

1471Pea seed Misc. Truck/Field Crops (Low)

148 Potatoe seed (all kinds) Potatoes

12

12’

16

149 Sugar beet seed ISugar Beets 19

150 Other seed lMisc. Truck/Field Crops (Low)

Apples ~DeciduousOrchard

Deciduous Orchard

1631Berries (all kinds) IVineyard

12

7

71

164 Cherries I Deciduous Orchard ....... — C—. ..~. ~ — ..........

165 Grapefruit fSubtropical Orchard

211

7

181

18

181 18

21

21

21

211

18! 1818

18

13

7

2

166 Lemons and Limes fSubtropical Orchard - -

167~Oranges and Tangerines ~Subtropical Orchard ——.... —.— .—. — —. i —....——..——.—————.—.——.—.————.— ~

168 Dates ~Subtropical Orchard

169~Grapes, table jVineyard

170 Grapes, wine j Vineyard

171 Grapes, raisin Vineyard

172 Grapes, other Vineyard

~1731Peaches Olives ~ fSubtropical Subtropical ~ Orchard Orchard 175 Pears . Subtropical Orchard

176 Prunes and Plums Subtropical_Orchard

177 Strawberries Misc. Truck/Field Crops (Med)

178 Other fruits Deciduous Orchard

l8ifAlmonds fAJmonds
182 Pecans ~DeciduousOrchard

Walnuts JDeciduous Orchard

7

1837

184 Pistachios Deciduous Orchard

185 Other nuts Deciduous Orchard7

193 Double Cropped IN/A

194 Total_harvested cropland and JN/A
ATTACHMENT D

I District Name: Base Year (1997)j

Residential Demand: [1000AF]

Interior Demand Landscape Demand

# of Per Capita J Subtotal2 Irrigated ETo ET Subtotal4 Total

Residents Factor’ Acreage Factor

75 1.0

Nonresidential Demand: [1000 AFJ

InteriorDemand Landscape Demand

Industrial5 J Commerciali J Subtotal Irrigated E’fo ET j Subtotal4 Total

Institutional Acreage Factor

1.0

Distribution System Demand:

Unaccounted Beneficial Use7 Total

Total M&I Demand=Residential + Nonresidential +Distribution System =

thly Pattern for M&I Demand: II%I

!JI F Mj AIM! ~ I ~ I~I S~ 0! N ID! Total

100

‘The “M&I Water Demand Analysis” methodology assumes per capita factors of 75 gallons per customer

per day (gpcd) and 55 gpcd to estimate current (1995) and future (2020) residentialdemands, respectively.

2 The formula forinterior residential demand is:

[(#ofresidents)x(per capita factor in gpcd)x(365 days/year)x(TAF/1000 ac-ft)I/325,851(gallons per ac-ft).

Evapotranspiration=annual reference evapotranspiration in inches/yr(Eto)x(ET factor)/12 inchesi’ft;

where ET factor is assumed to be 1.0 in the baseyear and 0.8 by the year 2020.

“Landscape demand=total irrigated acreagex evapotranspirationx(TAF/l000 ac-ft).

‘The “M&I Water Demand Analysis” methodology suggests using the month of Februaiy demand x 12

months to estimate interior nonresidential demandwhere landscape water demands are notmetered separately;

however, for industrieswith seasonalpeak demands, this suggestion will resultin underestimating the demand.

6Eiffier actual data for suchuses as firefighting, mainline flushing, stormdrain flushing, sewer and street

cleaning, construction siteuse, water quality, and testing or average of 1-2% oftotal metered use forprevious 5 yrs.

~ Either actual data for leaks, evaporation and and water theft or less than 7% of average total metered use

for previous 5 yrs.
District Name: Year 2025

Residential Demand: [1000 AFI

Interior Demand Landscape Demand

# of I Per Capita Subtotal2

Residents Factor’ I

Irrigated E~’o I ET I Sub total4

Acreage I I Factor I

Total

55 0.8

Nonresidential Demand: [1000 AFI

Interior Demand Landscape Demand

Industrial5 I Commercial! Subtotal

nstitutional I

Irrigated Efo I ET I Subtotal”

Acreage I I Factor I

Total

0.8

Distribution System Demand: [1000 API

Distribution System Losses6 Unaccounted Beneficial Use7 Total

Total M&I Demand=Residential + Nonresidential + Distribution System =

Monthly Pattern forM&I Demand: [%J

~ IF! M IA! MI J J IA! S 0 I N D Total

100

The “M&I Water Demand Analysis” methodology assumes per capita factors of75 gallons per customer

per day (gpcd) and 55 gpcd to estimate current(1995) and future (2020) residential demands, respectively.

2 The formula forinterior residential demand is:

[(#ofresidents)x(per capita factorin gpcd)x(365 days/year)x(TAF/1 000 ac-ft)]/325,851(gallonsper ac-ft)

~‘ Evapotranspiration=annual reference evapotranspiration in inches/yr(Eto)x(ET factor)!12 inches/fr

where ET factoris assumed to be 1.0 in the base year and 0.8 by the year 2020.

“Landscape demand=total irrigated acreagex evapotranspirationx(TAF/l 000 ac-ft).

~The “M&I Water Demand Analysis” methodology suggests using the month ofFebruary demand x 12

months to estimate interior nonresidential demandwhere landscape water demands are not metered separately;

however, forindustries with seasonal peak demands, this suggestion will resultin underestimating the demand.

6Either actual data for such uses as firefighting, mainline flushing, stormdrain flushing, sewer and street

cleaning, construction site use, water quality, and testing or average of1-2% oftotal metered use forprevious 5 yrs.

~ Either actual data for leaks, evaporation and and water theft or less than 7% ofaverage total metered use

for previous 5 yrs.
ATTACHMENT E

Year SWP—M&I SWP--Ag Local/Other Water Supply Total

Contract #QuantityContract #Quan- Description’

tity

Quan

tity

1978

1979

1980

1981

1982

Historical, Current & Future Surface Water Supplies [1000 AF]

1983

Specity, as applicable, quantities from (a) Statements of Water Diversion and Use, Progress Reports by

Permitee, and Reports of Licensee filed with the State WaterResources Control Board; (b) Reports flIed withcourt

ofjurisdiction by a watermaster appointed by that court; (c) Reports filed with the California D~partment of Water

Resources (DWR) by a watermaster appointed by DWR. Include titles and descriptions ofreports and statements,

identities ofwatermasters, and names ofthe involved courts. Please identity any and all other deliverfes and

provide the associated quantities. Please differentiate between supplies to meet M&I and agricultural demands.
I - Historical, Current & Future Surface Water Supplies [1000 AFJ

Year SWP—M&I SWP—Ag Local/Other Water Supply Total

Contract #QuantityContract #QuantityDescription’ Quan

tity

1984

1985

1986

1987

1988

1989

Specify, as applicable, quantities from (a) Statements of Water Diversion and Use, Progress Reports by

Permitee, and Reports of Licensee filed with the State Water Resources Control Board; (b) Reports filed with court

ofjurisdiction by a watermaster appointed by that court; (c) Reportsfiled with the California Department of Water

Resources (DWR) by a watermaster appointed by DWR. Include titles and descriptions ofreports and statements,

identities of watermasters, and names ofthe involved courts. Please identity any and all other deliveries and

provide the associated quantities. Please differentiate between supplies to meet M&I and agricultural demands.
Year Historical, Current & Future Surface Water Supplies •[lOOo AFI

SWP--M&I SWP—Ag Local/Other Water Supply Total

Con- Quan- Con- Quan- Description1 Quan

tract # tity tract U tity tity

1990

1996

Specify, as applicable, quantities from (a) Statements of WaterDiversion and Use, Progress Reports by

Permitee, and Reports of Licensee filed with the State Water Resources ControlBoard; (b) Reports filed with court

ofjurisdiction by a watermaster appointed by that court; (c) Reports filed with the California Departmentof Water

Resources (DWR) by a watermaster appointed by DWR. Include titles and descriptions ofreports and statements,

identities of watermasters, and names ofthe involved courts. Please identify any and all other deliveries and

provide the associated quantities. Please differentiate between supplies to meetM&I and agricultural demands.

1991

1992

1993

1994

1995

4
2025

Historical, Current & Future Surface Water Supplies - [1000 AFJ~~

Year SWP--M&I SWP--Ag Local/Other Water Supply Total

Con- Quantract II tityCon- Quan- Description’ Quan

tract # tity tity

1997

f Monthly Distribution Patterns -~ [%]

Type of

Surface J F M A M J J A 5 0 N D

Supply

SWPM&I

SWP--Ag

LocalM&I

Local--Ag

Other--

M&I

Other--Ag

Specify, as applicable, quantities from (a) Statements of Water Diversion and Use, Progress Reports by

Permitee, and Reports ofLicensee filed with the State Water Resources Control Board; (b) Reports filed withcourt

ofjurisdiction by a watermaster appointed by that court; (c) Reports filed with the California Department of Water

Resources (DWR) by a watermaster appointed by DWR. Include titles and descriptions ofreports and statements,

identities ofwatermasters, and names ofthe involved courts. Please identify any and all other deliveries and

provide the associated quantities. Please differentiate between supplies to meet M&I and agricultural demands.
ATTACHMENT F

Please provide the following groundwater information that corresponds to the groundwater

pumping done to meet current and future water demands in your district. Please make a copy of

this attachment if groundwater pumping is expected to change from the current level and check

the appropriate box to indicate whether the pumping information is associated withthe current,

or future, level of demand. If groundwater pumping is not expected to change, please check both

the current level and year 2025 box.

Some questions maynot pertain to your district and/or the answers to some questions may

presently be unknown. Ifthis is the case, please so indicate. We appreciate whatever help you

can provide in helping to determine your district’s perennial safe groundwater supply. Ifyou

have previously submitted information that corresponds to some of the categories and do not

wish to resubmit that information, please reference the document and the page number that

contains the information, e.g., page __ ofthe district’s Water Management Plan.

District Name: 0 CurrentLevel 0 Year 2025

Recent Groundwater/Geology Reports:

GW Pumping into District’s Distribution System [1000 AF]

for Agricultural Purposes % forM&I Purposes

YearType J F M A M J J A 5 0 N D Total

Normal

Wet

Dry

GW Pumping by Individual Farmers [1000AF]

YearType J F M A M J J A 5 0 N D Total

Normal

Wet

Dry

1
I

Areas ofpoor groundwater quality within district (map if available). Please designate type and

level of quality problem.

Groundwater recharge facilities (map and capacity if available)

.

I

District Name: 0 CurrentLevel 0 Year 2025

Domestic, M&I Pumping [1000 AF]

-

YearType J F MA M J J A SON D Total

Normal

Wet

Dry —.______

Amounts Recharged [1000 AF]

YearType J F MA M J J A S O.N D Total

Normal

Wet

Dry

Exports of GW to other Areas outside the District [1000AF]

YearType J F MA M J J A SON D Total

Normal

Wet

Dry

Exchanges of surface or GW with other Districts

YearType J F M A M J J A 5 0 N D Total

Normal

Wet

Dry

2
District Name: 0 Current Level 0 Year 2025

Surface Water Wheeled through District whereby % is lost to GW [1000 AFI

YearType J F MA M J J A SON D Total

Normal

Wet

Dry

Recent Evidence ofsubsidence within your district. Describe. (Map showing area and

magnitude if available)

3