2013 Final Water Transfer Report - Butte County, California€¦ · · 2014-09-042013 Final Water...

2013 Final Water Transfer Report

———— Prepared for

Glenn-Colusa Irrigation District

May 2014

550-00-13-03

Table of Contents

i Glenn-Colusa Irrigation District May 2014 2013 Final Water Transfer Report N\C\550\00-13-03\WP\BK_Water Transfer Report

1.0 Introduction ....................................................................................................................................... 1 Purpose ...................................................................................................................................... 1 1.1 Background ................................................................................................................................ 1 1.2 Water Transfer Authorization ..................................................................................................... 1 1.3 Scope ......................................................................................................................................... 1 1.4

2.0 Project Description ........................................................................................................................... 1

3.0 Monitoring Network ........................................................................................................................... 4 Groundwater Production Monitoring .......................................................................................... 4 3.13.1.1 Methods ............................................................................................................................ 4 3.1.2 Frequencies ...................................................................................................................... 4

Power Consumption Monitoring ................................................................................................. 7 3.23.2.1 Methods ............................................................................................................................ 7 3.2.2 Frequencies ...................................................................................................................... 7

Groundwater Level Monitoring ................................................................................................... 7 3.33.3.1 Methods ............................................................................................................................ 7 3.3.2 Frequencies ...................................................................................................................... 8

Water Quality Monitoring ........................................................................................................... 8 3.43.4.1 Methods ............................................................................................................................ 8 3.4.2 Frequencies ...................................................................................................................... 8

4.0 Project Results.................................................................................................................................. 8 Groundwater Production ............................................................................................................ 8 4.1 Water Levels .............................................................................................................................. 9 4.24.2.1 Production Wells ............................................................................................................... 9 4.2.2 Observation Wells Screened from Zero to 200 Feet Deep ............................................ 11 4.2.3 Observation Wells Screened from 200 to 700 Feet Deep .............................................. 11 4.2.4 Observation Wells Screened from 700 to 1,400 Feet Deep ........................................... 12 4.2.5 Regional Water Level Trends ......................................................................................... 13

Water Quality ........................................................................................................................... 13 4.3

5.0 Conclusions .................................................................................................................................... 13

6.0 References ..................................................................................................................................... 16

List of Appendices

Appendix A: Field Data Sheets

Appendix A.1: Water Production Field Data Sheets

Appendix A.2: Power Meter Field Data Sheets

Appendix A.3: Water Quality and Water Level Field Data Sheets

Appendix B: DWR Seller Groundwater Data Forms

Appendix C: Groundwater Level Hydrographs

Appendix D: Groundwater Level Contour Maps

Appendix E: DWR Change in Groundwater Elevation Maps, Spring 2013 to Spring 2014

Table of Contents

ii Glenn-Colusa Irrigation District May 2014 2013 Final Water Transfer Report N\C\550\00-13-03\WP\BK_Water Transfer Report

List of Tables

Table 1. Well Construction Details ......................................................................................................... 5

Table 2. Groundwater Production Results, ac-ft .................................................................................... 9

Table 3. Production Well Water Levels ................................................................................................ 10

Table 4. Average Change in Groundwater Elevation, Spring 2013 to Spring 2014 ............................. 13

List of Figures

Figure 1. Location Map ........................................................................................................................... 2

Figure 2. Site Map .................................................................................................................................. 3

Figure 3. Monitoring Network ................................................................................................................. 6

Figure 4. GCID Production Well Depth to Groundwater....................................................................... 10

Figure 5. Production Well Specific Conductance ................................................................................. 14


1 Glenn-Colusa Irrigation District May 2014 2013 Final Water Transfer Report N\C\550\00-13-03\WP\BK_Water Transfer Report

1.0 INTRODUCTION

Purpose 1.1

The purpose of this 2013 Final Water Transfer Report (report) is to document the groundwater-substitution water transfer (water transfer) conducted by Glenn-Colusa Irrigation District (GCID) in the summer of 2013, and to evaluate the effects of the water transfer on local groundwater and surface water conditions. GCID pumped groundwater from July to September 2013 to make water available for transfer to the San Luis & Delta Mendota Water Authority (SLDMWA). Groundwater was pumped in lieu of diverting surface water under its pre-1914 water right and its Settlement Contract No. 14-06-200-855A-R-1 with the United States Bureau of Reclamation (USBR).

Background 1.2

GCID is located in the northern Sacramento Valley, approximately 80 miles north of Sacramento, California (Figure 1). GCID’s service area covers approximately 175,000 acres.

Water Transfer Authorization 1.3

The groundwater substitution water transfer was performed pursuant to State of California Department of Water Resources (DWR) State Water Project Analysis Office (SWPAO) 2013 Transfer Water Agreement #13-710 (SWPAO, 2013), entered into by GCID, SLDMWA, and DWR. The agreement allowed a gross amount of 5,000 acre-feet (ac-ft), or net amount of 4,400 ac-ft, of water to be transferred from GCID to SLDMWA between July 1, 2013 and September 30, 2013.

Scope 1.4

This report satisfies the requirements of the Groundwater Pumping, Monitoring and Reporting Plan (MRP) (GCID, 2013) included as an exhibit in 2013 Transfer Water Agreement #13-710. The report documents groundwater production and groundwater monitoring activities performed in support of the water transfer. All groundwater production, groundwater level, and groundwater quality data collected during the water transfer is included in the report. Additionally, the pre-transfer and post-transfer groundwater level monitoring data has been incorporated, so each well dataset spans from March 2013 through March 2014. The report also evaluates the effects of the water transfer on nearby groundwater and surface water supplies and local groundwater users.

2.0 PROJECT DESCRIPTION

From July 1, 2013 to September 25, 2013, GCID performed a groundwater substitution water transfer by pumping groundwater from five production wells located within the GCID service area. Production well locations are displayed on Figure 2. The point of transfer, located at River Mile 206 near GCID’s Hamilton City Pump Station, is also displayed on Figure 2. The points of discharge for the pumped groundwater are located in the GCID Main Canal, adjacent to each production well. The places of use for groundwater pumped during the water transfer were locations within the GCID service area.

0 2010

Miles

LEGEND

GCID Service Area

Last Saved: 5/2/2014 3:11:23 PM bkaasa; N:\Clients\550 Glenn-Colusa Irrigation District\00-13-03 Wtr Tran Monitor & Report\GIS\Figures\Figure 1 Location Map.mxd

FIGURE 1Glenn-Colusa Irrigation District


LOCATION MAP

"6

"6

"6

"6

"6

#0GCID 1

GCID 2

GCID 3

GCID 4

GCID 5(Jacinto)

DiversionPoint

0 10.5

Miles

LEGEND

GCID Service Area

GCID Main Canal

"6 GCID Production Well

#0 Water Transfer Diversion Point

Last Saved: 5/6/2014 10:38:02 AM bkaasa; N:\Clients\550 Glenn-Colusa Irrigation District\00-13-03 Wtr Tran Monitor & Report\GIS\Figures\Figure 2 Site Map.mxd

Note:1. Water pumped from all production wells wasdischarged directly into the GCID Main Canal.



SITE MAP



GCID pumped groundwater to make water available for transfer to SLDMWA in lieu of diverting surface water under its pre-1914 water right and its Settlement Contract No. 14-06-200-855A-R-USBR. The gross volume of water pumped was 5,000 ac-ft. An assumed depletion loss of 12 percent, or 600 ac-ft, was applied to the total volume pumped, resulting in a net amount of 4,400 ac-ft of transferred water.

During the water transfer, GCID collected pumping volume, pumping rate, power usage, water level, and water quality data from the production wells. Additional groundwater level data was obtained from DWR’s California Statewide Groundwater Elevation Monitoring (CASGEM) online database.

3.0 MONITORING NETWORK

The monitoring network is displayed on Figure 3 and listed in Table 1. Table 1 also includes well construction details for the wells in the monitoring network. The monitoring network consists of the five GCID production wells and a total of 39 DWR observation wells. The 39 DWR observation wells are primarily nested monitoring wells, with up to four different wells at each site varying with depth. As seen on Figure 3, there are 12 observation well locations for the 39 observation wells. Please note that monitoring well 21N01W24B001M was only monitored four times by DWR during the transfer monitoring period. Therefore, it is not included in the report analysis; however, the groundwater level data was included in Appendix B.

Groundwater Production Monitoring 3.1

3.1.1 Methods

Flow meters installed at each production well were used to measure instantaneous flow rate and total cumulative volume pumped during the water transfer. Prior to beginning the water transfer, a State of California Licensed Professional Engineer certified that each flow meter was properly installed and calibrated. The initial flow totalizer value for each flow meter was recorded before pumping began. During pumping, GCID recorded the instantaneous flow rate in gallons per minute and cumulative volume pumped in ac-ft from each flow meter. Total volume pumped was calculated by subtracting the initial flow totalizer value from the most recently recorded value up to the cessation of transfer pumping. This production data was recorded on field data sheets included in Appendix A.1 and subsequently transferred electronically to the DWR Seller Groundwater Data Form, which comprises Appendix B.

3.1.2 Frequencies

As required by the MRP, water production data from the GCID production wells was obtained at a minimum weekly frequency during the water transfer period. Instantaneous flow rate and total volume pumped were reported monthly to the appropriate review contacts identified in Article 21.a-b and the Glenn County Department of Agriculture Water Resource Coordinator, Lisa Hunter, per Article 4.e of the Water Transfer Agreement (SWPAO, 2013).

Well Name State Well Number Latitude LongitudeTotal Depth,

feetScreened Interval(s),

feet bgsTotal Screen Length, feet

Reference Point Elevation, feet mean sea level

Power Source

GCID 1 22N02W02J001M 39.7873 -122.0494 1,320800 to 820, 840 to 870,

900 to 1,240, 1,270 to 1,300420 164.00 Electric

GCID 2 22N01W19K005M 39.7474 -122.0219 1,250 920 to 1,230 310 154.21 ElectricGCID 3 21N01W05D001M 39.7099 -122.0080 1,248 782 to 1,228 446 150.70 ElectricGCID 4 21N01W31H001M 39.6821 -122.0115 1,261 799 to 1,241 442 143.89 ElectricGCID 5 (Jacinto) 21N02W36A001M 39.6351 -122.0329 720 190 to 500, 600 to 710 420 134.70 Electric

20N02W11A001M 20N02W11A001M 39.6087 -122.0456 90 70 to 90 20 125.90 NA(b)

20N02W11A002M 20N02W11A002M 39.6087 -122.0456 160 140 to 160 20 125.40 NA20N02W11A003M 20N02W11A003M 39.6087 -122.0456 510 490 to 510 20 125.90 NA

21N01W11A001M 21N01W11A001M 39.6943 -121.9410 1,311810 to 820, 960 to 970,

1,050 to 1,060, 1,270 to 1,28040 133.82 NA

21N01W11A002M 21N01W11A002M 39.6943 -121.9410 200 125 to 135, 175 to 185 20 133.56 NA21N01W11A003M 21N01W11A003M 39.6943 -121.9410 104 30 to 50 20 133.23 NA21N01W13J001M 21N01W13J001M 39.6730 -121.9206 830 780 to 820 40 128.94 NA21N01W13J002M 21N01W13J002M 39.6730 -121.9206 610 570 to 591 21 129.21 NA21N01W13J003M 21N01W13J003M 39.6730 -121.9206 400 355 to 385 30 129.46 NA21N02W01F001M 21N02W01F001M 39.7044 -122.0383 600 547 to 557 10 162.13 NA21N02W01F002M 21N02W01F002M 39.7044 -122.0383 385 297 to 307 10 162.28 NA21N02W01F003M 21N02W01F003M 39.7044 -122.0383 119 109 to 119 10 162.28 NA21N02W01F004M 21N02W01F004M 39.7044 -122.0383 80 55 to 65 10 163.22 NA21N02W04G002M 21N02W04G002M 39.7033 -122.0910 964 928 to 938 10 180.21 NA21N02W04G003M 21N02W04G003M 39.7033 -122.0910 715 674 to 684, 693 to 704 21 180.51 NA21N02W04G004M 21N02W04G004M 39.7033 -122.0910 327 165 to 175, 269 to 279 20 180.31 NA21N02W04G005M 21N02W04G005M 39.7033 -122.0910 99 57 to 67 10 181.16 NA21N02W36A002M 21N02W36A002M 39.6351 -122.0332 145 120 to 140 20 137.49 NA

22N01W29N001M 22N01W29N001M 39.7263 -122.0106 1,204859 to 879, 990 to 1,010,

1,116 to 1,13659 150.95 NA

22N01W29N002M 22N01W29N002M 39.7263 -122.0106 670549 to 559, 595 to 605,

631 to 64130 150.68 NA

22N01W29N003M 22N01W29N003M 39.7263 -122.0106 400189 to 199, 255 to 265, 320 to 330, 370 to 380

40 149.99 NA

22N01W29N004M 22N01W29N004M 39.7263 -122.0106 120 89 to 99 10 149.06 NA22N02W01N001M 22N02W01N001M 39.7836 -122.0462 1,100 810 to 820, 1,040 to 1,050 20 161.07 NA22N02W01N002M 22N02W01N002M 39.7836 -122.0462 730 700 to 710 10 161.31 NA22N02W01N003M 22N02W01N003M 39.7836 -122.0462 440 210 to 220, 360 to 370 20 161.50 NA22N02W01N004M 22N02W01N004M 39.7836 -122.0462 108 70 to 80 10 161.65 NA22N02W15C002M 22N02W15C002M 39.7634 -122.0771 825 760 to 781 21 192.37 NA22N02W15C003M 22N02W15C003M 39.7634 -122.0771 422 370 to 380 10 192.01 NA22N02W15C004M 22N02W15C004M 39.7634 -122.0771 258 210 to 220 10 192.25 NA22N02W15C005M 22N02W15C005M 39.7634 -122.0771 100 60 to 70 10 192.71 NA

23N01W28M002M 23N01W28M002M 39.8188 -121.9912 1,044791 to 801, 881 to 891, 951 to

961, 1,011 to 1,02140 160.33 NA

23N01W28M003M 23N01W28M003M 39.8188 -121.9912 696 640 to 650, 660 to 670 20 160.57 NA23N01W28M004M 23N01W28M004M 39.8188 -121.9912 217 120 to 130, 155 to 165 20 160.70 NA23N01W28M005M 23N01W28M005M 39.8188 -121.9912 72 30 to 50 20 161.05 NA23N01W31M001M 23N01W31M001M 39.8028 -122.0294 1,200 969 to 979, 1,020 to 1,030 20 162.86 NA23N01W31M002M 23N01W31M002M 39.8028 -122.0294 616 545 to 555, 590 to 600 20 162.76 NA23N01W31M003M 23N01W31M003M 39.8028 -122.0294 245 140 to 150, 191 to 201 20 162.68 NA23N01W31M004M 23N01W31M004M 39.8028 -122.0294 106 66 to 76 10 162.58 NA

Monitoring Wells (a)

Table 1. Well Construction Details

(a)Monitoring well construction details were obtained from the California Department of Water Resources CASGEM database. (b)NA - Not applicable.

Production Wells

N\C\550\00-13-03\WP\BK_Water Transfer Report\TablesLast Revised: 05-09-14

Glenn-Colusa Irrigation District2013 Final Water Transfer Report

@A@A@A@A

@A@A@A

@A@A@A

@A@A@A@A@A@A@A@A

@A

@A@A@A@A

@A@A@A@A"/

"/

"/

"/

"/

@A@A@A@A

@A@A@A@A

@A@A@A

22N02W15C002-5M

21N01W11A001-3M

21N01W13J001-3M

21N02W01F001-4M21N02W04G002-5M

21N02W36A002M

22N01W29N001-4M

22N02W01N001-4M

GCID 1

GCID 2

GCID 3

GCID 4

GCID 5 (Jacinto)

23N01W28M002-5M

23N01W31M001-4M

20N02W11A001-3M

0 21

Miles

LEGEND

GCID Service Area

GCID Main Canal

"/ GCID Production Well

@A DWR Observation Well

Last Saved: 5/6/2014 2:26:20 PM bkaasa; N:\Clients\550 Glenn-Colusa Irrigation District\00-13-03 Wtr Tran Monitor & Report\GIS\Figures\Figure 3 Monitoring Network.mxd

Notes:1. Observation well locations and state wellnumbers were obtained from the DWR CASGEMonline database2. A total of 38 DWR observation wells are includedin the monitoring network.3. Nested observation wells are denoted with theuse of hypens indicating the range of well names ateach location.



MONITORING NETWORK



Power Consumption Monitoring 3.2

3.2.1 Methods

All five GCID production wells were operated using electric power during the water transfer. GCID staff collected electric meter readings of power consumption for the production wells during the water transfer. Power consumption was measured in kilowatt-hours (kWh). Power meter readings were recorded on the field data sheets included in Appendix A.2.

Power consumption data for production well GCID 1 was not available during the water transfer. GCID 1 obtains power from the nearby Hamilton City Pump Station and does not have a dedicated electric meter. Also of note, the electric meter on production well GCID 5 resets after a value of 999.99 kWh. Electric meter readings collected from GCID 5 are not accurate representations of the total power consumption. Total power consumption for GCID 5 will be obtained from the monthly power company invoices, when available.

3.2.2 Frequencies

As required by the MRP, power consumption data from the GCID production wells was obtained at a minimum weekly frequency while the wells were pumping. Power consumption data was reported on a monthly basis to the appropriate review contacts identified in the Water Transfer Agreement (SWPAO, 2013).

Groundwater Level Monitoring 3.3

3.3.1 Methods

GCID collected depth to groundwater measurements in each of the production wells listed in Table 1 using an electronic water level sounder. Depth to water was measured from the top of the sounding tube to the water surface and recorded to the nearest tenth of a foot (0.1 foot) for each well. The elevation for the top of each sounding tube, measured by a State of California licensed professional land surveyor, was used to convert the depth to groundwater measurements into groundwater surface elevations. Each production well was also equipped with an In-Situ, Inc. LevelTROLL pressure transducer/data logger (LevelTROLL). The LevelTROLL datasets were included to supplement the manual measurements used to create the hydrographs in Appendix C, Figures C-1 to C-5. Manual water level data were recorded on field data sheets included in Appendix A.3 and reported electronically to the appropriate review contacts identified in the Water Transfer Agreement (SWPAO, 2013) on a monthly basis from the start of the transfer through March 2014.

Water level measurements for the observation wells listed in Table 1 were collected by DWR. The DWR observation wells were equipped with LevelTROLL pressure transducers, which recorded water level measurements on one-hour intervals. GCID downloaded the water level data for the observation wells from DWR’s CASGEM online database.



3.3.2 Frequencies

As required by the MRP, monthly water level measurements were obtained from the wells listed in Table 1 from March 2013 until prior to the start of the transfer. Weekly water level measurements were collected during the transfer period and for one month after the end of the transfer, after which readings were collected on a monthly cycle.

Water Quality Monitoring 3.4

3.4.1 Methods

GCID collected field water quality measurements from each of the five production wells listed in Table 1 using a Horiba U-52 Multi Parameter Water Quality Meter. The water quality meter was calibrated by GCID on a weekly basis for both pH and specific conductance. Water quality monitoring was not required for the DWR observation wells.

As part of the MRP, GCID was only required to record measurements of specific conductance; however, additional water quality parameters (e.g., pH, temperature, dissolved oxygen, turbidity, oxidation reduction potential and total dissolved solids) were also occasionally recorded. Field water quality parameters recorded during the water transfer are included on the field data sheets in Appendix A.3.

3.4.2 Frequencies

GCID collected water quality measurements from each production well at a minimum monthly frequency throughout the water transfer period, and also at the beginning and ending of pumping, as required by the MRP.

4.0 PROJECT RESULTS

All manually collected water production, power consumption, water level, and water quality data were recorded on field data sheets, which are included in Appendix A. Tabulated data, provided electronically to the appropriate review contacts identified in of the Water Transfer Agreement (SWPAO, 2013) on a monthly basis, are included in Appendix B. Water level hydrographs for the production wells and observations wells listed in Table 1 are included in Appendix C. Groundwater elevation contour maps, displaying groundwater elevation contours from before pumping, at the end of pumping, and after recovery, are included in Appendix D.

Groundwater Production 4.1

Table 2 lists the groundwater production results for each of the production wells used in the water transfer. As seen in the table, each well pumped approximately 1,000 ac-ft of water during the transfer period of July 1, 2013 to September 25, 2013, for a total of 5,000 ac-ft. A net total of 4,400 ac-ft of transferable water was calculated after subtracting an assumed 12 percent depletion loss.



Table 2. Groundwater Production Results, ac-ft

Well Name

July August September Total by Well

07/01/13 to 08/01/13

08/01/13 to 08/29/13

08/29/13 to 09/25/13

07/01/13 to 09/25/13

GCID 1 403.1 365.3 301.5 1,070

GCID 2 351.1 322.6 286.2 960

GCID 3 354.2 328.5 330.4 1,013

GCID 4 343.6 316.5 289.8 950

GCID 5 360.6 340.9 305.9 1,007

Total Water Pumped

1,813 1,674 1,514 5,000

Total Transferrable Water(a)

1,595 1,473 1,332 4,400

(a) Total transferrable water calculated as total water pumped minus 12 percent depletion losses.

Water Levels 4.2

Water level measurements collected from the production wells during the water transfer are listed in the field data sheets in Appendix A.3 and in the DWR Seller Groundwater Data Form, included as Appendix B. Water level data for the observation wells in the monitoring network were downloaded from the CASGEM online database, and are listed in Appendix B. Hydrographs for the production wells and observation wells listed in Table 1 are included in Appendix C. For observation well locations with multiple nested monitoring well completions, all hydrographs created for the respective nested monitoring well are displayed on the same figure. Groundwater elevation contour maps for the project area are included in Appendix D.

4.2.1 Production Wells

Depth to groundwater for the GCID production wells from March 2013 to March 2014 is shown on Figure 4. Individual hydrographs for the GCID production wells are shown on Figures C-1 to C-5 in Appendix C. Drawdown within the GCID production wells during the water transfer period ranged from approximately 20 feet in GCID 5 to 240 feet in GCID 2 by the end of the transfer period. Table 3 lists the water level elevations for the pumping wells for select time periods.



Table 3. Production Well Water Levels

Well Name

Water Surface Elevation, feet msl Change in

Groundwater Elevation March 2013 to March

2014 March 2013 June 2013 September 2013 March 2014

GCID 1 140.00 129.80 -63.30 130.30 -9.70

GCID 2 129.11 NA(a) -116.33 117.61 -11.50

GCID 3 119.00 111.44 -47.80 110.70 -8.30

GCID 4 113.99 107.14 -70.51 106.29 -7.70

GCID 5 105.40 95.06 77.3 103.40 -2.00

(a) Water level data not available.

Figure 4. GCID Production Well Depth to Groundwater



As seen in Table 3, March 2014 water level elevations in GCID 3 and GCID 4 recovered to within one foot of their June 2013 elevations. Water level elevations in GCID 1 and GCID 5 were higher in March 2014 than the June 2013 pre-pumping elevations. As seen on Figure 4, water level trends stabilize toward pre-transfer March 2013 levels during the post-transfer recovery period.

4.2.2 Observation Wells Screened from Zero to 200 Feet Deep

Hydrographs for the DWR observation wells are shown on Figures C-6 to C-16 in Appendix C. Observation wells screened from zero to 200 feet deep are displayed in green or orange colors. Review of the hydrographs for wells screened between zero and 200 feet deep indicates that pumping from the GCID production wells had no discernible effect on the water levels. Water level declines for wells screened from zero to 200 feet deep typically begin before the start of water transfer pumping and then stabilize and begin recovery before then end of water transfer pumping.

Contour maps for wells screened from zero to 200 feet deep for June 2013, September 2013, and March 2014 are displayed on Figure D-1, D-2 and D-3, respectively, in Appendix D. These contour maps display water level elevations before the start of pumping, at the end of pumping, and after water levels had recovered. As seen on Figure D-1 and D-2, there is a decline in the groundwater level for wells screened from zero to 200 feet deep of about five feet from June 2013 to September 2013. March 2014 recovered groundwater levels, displayed on Figure D-3, show that groundwater level elevations, at a minimum, recovered to within a few feet of the June 2013 pre-pumping water levels, or in some cases exceeded the pre-pumping water levels. Groundwater elevations typically reach their maximum annual values for any given year in the March-April timeframe. These maximum elevations occur near the end of the wet-season in response to recharge and before the onset of the growing season when groundwater pumping increases. The fact that some March 2014 groundwater elevations were greater than some June 2013 groundwater elevations is consistent with this typical annual pattern. Longer term changes in precipitation also affected the groundwater levels measured before and after the transfer. The winter of 2013-2014 was extremely dry. The low levels of precipitation and runoff resulted in limited groundwater recharge and generally lower groundwater elevations throughout the Sacramento Valley. Given these annual and longer term trends, the groundwater elevations measured before and after the transfer demonstrate that the groundwater elevations recovered to levels consistent with regional trends by March 2014.

4.2.3 Observation Wells Screened from 200 to 700 Feet Deep

Hydrographs for observation wells screened from 200 to 700 feet deep are displayed in red or purple colors on Figure C-6 through C-16 in Appendix C. As seen on the hydrographs, the majority of observation wells screened between 200 and 700 feet deep do not display water level declines related directly to the project pumping. Water level declines for wells screened from 200 to 700 feet deep typically begin before the start of water transfer pumping and then stabilize and begin recovery before the end of water transfer pumping.



As seen on Figure C-12, observation well 22N01W29N002M is the only well screened between 200 and 700 feet deep that appears to be affected by the water transfer pumping. Observation well 22N01W29N002M is located between GCID 2 and GCID 3, so it is likely affected by the cumulative drawdown of both pumping wells, in addition to pumping from any private wells nearby. The pre-pumping June 2013 water level in observation well 22N01W29N002M was approximately 111 feet mean sea level (msl). The water surface elevation in September 2013 reached a low of approximately 97 feet msl. Water level recovered to approximately 120 feet msl by March 2014, about nine feet higher than the pre-pumping water level. A total of 14 feet of drawdown was observed between the pre-pumping water level and end-of-pumping water level. The majority of privately owned water wells in the area are screened from 200 to 700 feet deep, and only a portion of the drawdown in observation well 22N01W29N002M is likely attributable to the GCID pumping.

Contour maps for wells screened from 200 to 700 feet deep for June 2013, September 2013, and March 2014 are displayed on Figure D-4, D-5 and D-6, respectively, in Appendix D. These contour maps display water level elevations before the start of pumping, at the end of pumping, and after water levels have recovered. As seen on Figure D-4 and D-5, there is a decline in the water level for wells screened from 200 to 700 feet deep of about five to 15 feet from June 2013 to September 2013. March 2014 recovered water levels, displayed on Figure D-6, show that water level elevations generally recovered to higher values than the June 2013 pre-pumping water levels.

4.2.4 Observation Wells Screened from 700 to 1,400 Feet Deep

Hydrographs for observation wells screened from 700 to 1,400 feet deep are displayed in blue on Figure C-6 through C-16 in Appendix C. Observation wells 21N01W13J001M and 23N01W28M002M, did not display any groundwater level declines attributable to the GCID pumping. The remaining observation wells screened from 700 to 1,400 feet deep displayed groundwater level declines likely attributable to the pumping from the GCID production wells. Groundwater level declines ranged from approximately nine feet to 85 feet at distances of 3.8 to 0.3 miles, respectively.

Contour maps for wells screened from 700 to 1,400 feet deep for June 2013, September 2013, and March 2014 are displayed on Figure D-7, D-8 and D-9, respectively, in Appendix D. These contour maps display water level elevations before the start of pumping, at the end of pumping, and after water levels have recovered. As seen on Figures D-7 and D-8, there is a large decline in the water level for observation wells screened from 700 to 1,400 feet deep from June 2013 to September 2013. March 2014 recovered water levels, displayed on Figure D-9, show that water level elevations generally recovered to within a five feet of the June 2013 pre-pumping water levels, or in some cases climbed above the pre-pumping water levels.



4.2.5 Regional Water Level Trends

The lack of precipitation and subsequent increase in groundwater pumping due to diminishing surface water supplies during the winter of 2013-2014 likely resulted in the spring 2014 groundwater levels not recovering to their spring 2013 levels in many wells throughout the Sacramento Valley. Change in groundwater elevation maps for the Northern Sacramento Valley from the spring of 2013 to the spring of 2014 (DWR, 2014), included in Appendix E, indicate that groundwater levels have decreased throughout the region for the majority of wells, no matter the depth. Table 4, created using data obtained from the DWR groundwater elevation maps (DWR, 2014), lists the average changes in groundwater elevations in the region. Given the unusually dry conditions during the winter of 2013-2014 and these regional trends, the groundwater elevations measured before, during and after the transfer demonstrate that the groundwater elevations recovered to levels consistent with regional trends by March 2014.

Table 4. Average Change in Groundwater Elevation, Spring 2013 to Spring 2014(a)

Well Depth Northern Sacramento Valley Glenn County

Shallow (Less than 200 Feet Deep)

-3.4 -4.4

Intermediate (Between 200 and 600 Feet Deep)

-2.9 -2

Deep (Greater than 600 Feet Deep)

-5.9 -9.1

(a) Data obtained from DWR Change in Groundwater Elevation Maps, Spring 2013 to Spring 2014 (DWR, 2014).

Water Quality 4.3

Specific conductance measurements collected during the water transfer can be found in the field data sheets in Appendix A.3 and in the DWR Seller Groundwater Data Form, included as Appendix B. Figure 5 displays the specific conductance measurements versus time in graphical format. As seen on Figure 5, specific conductance in the production wells remains relatively stable throughout the transfer period and did not exceed the agricultural water quality goal of 700 microsiemens per centimeter (µS/cm).

5.0 CONCLUSIONS

The groundwater-substitution water transfer conducted by GCID from July 2013 to September 2013 resulted in a total of 5,000 ac-ft of groundwater pumped from five GCID production wells. With an assumed depletion loss of 12 percent, a net amount of 4,400 ac-ft of water was transferred to SLDMWA. The water transfer began on July 1, 2013 and ended on September 25, 2013.

Figure 5Glenn-Colusa Irrigation District


PRODUCTION WELL SPECIFIC CONDUCTANCE

0

100

200

300

400

500

600

700

800

7/1/13 7/8/13 7/15/13 7/22/13 7/29/13 8/5/13 8/12/13 8/19/13 8/26/13 9/2/13 9/9/13 9/16/13 9/23/13 9/30/13

Specific Co

nductance (µS/cm

)

DateGCID 1 GCID 2 GCID 3 GCID 4 GCID 5



The majority of water level declines caused by pumping from the GCID production wells during the 2013 water transfer were observed in observation wells screened at depths greater than 700 feet below ground surface (bgs). Though there were substantial declines in the water levels for these observation wells, there are no known water users with wells screened at similar depth intervals located within the area of influence of the GCID production wells. Additionally, water levels in the GCID production wells and observation wells screened greater than 700 feet bgs generally recovered to within a few feet of their pre-pumping water levels, and in some instances surpassed their pre-pumping water levels by March 2014.

The majority of water users in the project area have wells screened between 200 and 700 feet bgs. Pumping from the GCID production wells during the water transfer appeared to induce additional drawdown in only one observation well screened between 200 and 700 feet bgs, well 22N01W29N002M. These results are consistent with results from a long-term aquifer performance test conducted by the Stony Creek Fan Partners (West Yost, 2012). The drawdown observed in observation well 22N01W29N002M from June 2013 to September 2013 was approximately 14 feet. However, only a portion of that drawdown is likely attributable to pumping from the GCID production wells because other parties were probably operating wells producing from the same interval. Additionally, water levels for every observation well screened between 200 and 700 feet bgs in the monitoring network recovered to elevations higher than their respective pre-pumping water levels by March 2014.

Observation wells screened from zero to 200 feet bgs displayed no additional drawdown caused by pumping from the GCID production wells. These results are consistent with results from a long-term aquifer performance test conducted by the Stony Creek Fan Partners (West Yost, 2012). Additionally, because water levels in wells screened from zero to 200 feet bgs were not affected by GCID’s pumping during the water transfer, it is highly unlikely that the GCID’s pumping had any effect on surface water in the vicinity of the project.

Groundwater levels have declined throughout the region from the spring of 2013 to the spring of 2014, as indicated on the DWR change in groundwater elevation maps (DWR, 2014). These groundwater level declines are likely due to the lack of precipitation and subsequent increase in groundwater pumping throughout the Sacramento Valley. The year-to-year declines were observed in the majority of wells, no matter the depth (DWR, 2014). These regional trends likely had an effect on the groundwater level drawdowns observed during the water transfer and the subsequent recovery, but the groundwater level measurements made before, during, and after the transfer demonstrate that post-transfer groundwater elevations recovered to levels consistent with regional trends.

Pumping from the GCID production wells for the water transfer did not cause a recognizable deterioration in water quality. Specific conductance was measured from each production well were collected on a minimum weekly basis. Specific conductance remained relatively stable throughout the pumping period, and did not exceed the agricultural water quality goal of 700 µs/cm.



6.0 REFERENCES

DWR, 2014, Change in Groundwater Elevation Maps, Spring 2013 to Spring 2014, Shallow Aquifer Zone, http://www.water.ca.gov/groundwater/data_and_monitoring/northern_region/ GroundwaterLevel/GWLevelMonitReports/ShallowSpring2013to2014.pdf

DWR, 2014, Change in Groundwater Elevation Maps, Spring 2013 to Spring 2014, Intermediate Aquifer Zone, http://www.water.ca.gov/groundwater/data_and_monitoring/northern_region/ GroundwaterLevel/GWLevelMonitReports/IntermediateSpring2013to2014.pdf

DWR, 2014, Change in Groundwater Elevation Maps, Spring 2013 to Spring 2014, Deep Aquifer Zone, http://www.water.ca.gov/groundwater/data_and_monitoring/northern_region/ GroundwaterLevel/GWLevelMonitReports/DeepSpring2013to2014.pdf

DWR, 2014, State of California Department of Water Resources California Statewide Groundwater Elevation Monitoring Database, http://www.water.ca.gov/groundwater/ casgem/online_system.cfm

GCID, 2013, Glenn-Colusa Irrigation District 2013 Water Transfer Groundwater Pumping, Monitoring, and Reporting Plan

SWPAO, 2013, State Water Project Analysis Office 2013 Water Transfer Agreement # 13-710

West Yost Associates, 2012, Stony Creek Fan Partners Aquifer Performance Testing Report

APPENDIX A Field Data Sheets

A.1 Water Production Field Data Sheets

A.2 Power Meter Field Data Sheets

A.3 Water Quality and Water Level Field Data Sheets

APPENDIX A.1 Water Production Field Data Sheets

i? :f)

.y l3CiC )ate

July

Rcidinti

Daily Flow Meter Readings Form

2013

August

Duff. Pifl Date Readina Duff. ah Date

Location: Deep Well #1

Month:

September

Reading Duff. CA

JI31 1969.93 30131 30/31 .

2 225S2 21 3 1i% 20b 3

4 2 -11 75

5 i:O2\ 7 34zv 5 1 V 5

6 2o3, 3oo.’ 6 6

7 7 7

8 2-10b 8 8

9 1’t 3O $ 9

10 10

12 12 2i

9S0 13 13

j421’-1022 2 - 14 14

15cLc1’ 15 15

16 7ftjf75 16 16

17 i!7ij

___

oO 17: 17

18 18 2 18 1 -

19 2ot1fl 19 T 19

20 20 20

21 21 21

22 22 :::’! 22

23 :

oe’ 23 23

24 - 24 24

25 25 25

26 22qI 7 2To 26 26

27q, 27 27

28 28

29 L725,1 29

30 30 30

31 ___ 31 -. ____ ___ 31

i I3. c5 July

Oate Reading Duff.

.aI31 2112.177

I 2iiziii

2 4O �

3

4

5

6 i1-i/3 �

7

8 2A32

9 iot3 - 10 2tiu.

11 -Z

12

13

14 a 16-0 ai w

Lt 16


2013

August

r Date Reading Duff. CFr’.

30/31

2 27co 25I

3 2 q lj527

4Z9L!t

0 5

6T’:*

8

_91 _

4 10 -sc-

117 1- 1 1

12

13

’- 14

15

16

-


Month:

September

Date Reading Duff. pp’

30/31

2 7

3

4

5 .

7 7

86.

9 5 ___ 1HiL1

12

13

14i

15

16

17 , �’ __________ ____ 4-’- -- -* ____ ____ _____ - ____ ____

18 z5t5 18 __________ ____ ____ 18

t2:’:1IK-J - 19’i-7,y ___ L3 19 ________ ___ 19

20 20 20

21 zo 21 21

22 22 __ 22

23 ç 23 23

24 24 24

25 2jji3 25 25

26 257 26 __ __ 26

27 LC 27 27

28 28 ___ 28

29 29 29

30 -- 30 30

31

Daily Flow Meter Readings Form Location: Deep Well #3

2013 Month:

August September

Duff. OPP, Date Readinci Duff. tPi Date Readinq Duff.

1)

7, L) o’126 July Date Readinci

40I31 2500.645 30131 30/31

I Z5c6’U Mq I 2q I

2 252-iZ3 2So 2 çiç’ 2,O( 2

3 2Si 24° 3 Z%T1D 3

4 4 Z% 2! 251 4 :

5 1sg;i $Jg 5 5

6 2S7,703 6 . : 6

7 25&: 71 7 :s7 7 �I: :�� ___

8 2S1fl ___ i5° 8 8

. 5t-1i 25q? 9 9

10 10 ;YE: 10

11 55iI ____ 11 . : ____ � :: 11 ____ ____

12 12

13 13

14 14 14

15: 17, 15 15

16 2

’, 16 : 16

17 2-575 173ç: 17

18 18

19 Z 19 19 7

20T 20Q - j 20

21 21 21

22 22 22

23 23 23

24 � 24 24

25 ZjCb 25 a 25

26 M65 KW

Z7Ot 26 26

27 - 27 27

28 a:: 28 28

29 29T 25 29

30 30 30

31 ______ - 31 __ __ 31


Location: Deep Well #

JPiEb

2013

Month:

1&5c July August

September

Date Readina Duff. wm Date Readina Duff. orn Date Readina Duff. Gwr

.0/31 2091.638 30/31 30/31

I 29T 25O I ___

2 1 24 02 . ZSjc, 2 -N3w

3z!13 373

4 TL 4

5 w; 5 :7Z 5

6ijqq9 52 6 6

7 ?& O)/O 5 7 T: y

8 8

9 ’1i711Tf i3 91j Ti 9 TT

10 10 :i::- \ ’ 10

-i 11 .

12 �_ z: :: 12 12 -

13 13 13

14 14_________

15 a- 15 15

16 %oc 16 -

17 7- 21 o7 17 17

18 7 ’ 18 18

19 lit 19 19

20 20 20

21 21 21

227c 22 22

23 i5- f 23 23

24 24 24

25 2?B7 5O 25 25

26 7 ___ 2~r, 26 ___ ___ 26

27 27 27

28 :’ 28

29 /Oj1 29

30 3 30 30

31 31 ___ 31



2013

Month:

4 11 e, I 0c5 July

August

September

fliff c’ Date Readina Duff. QPin Date

Readina Duff. CJ’jr’,

.0I31 0 30131 30131

2 2 1 3 2

! 2 / 2&b 3 Ty 3

z i 4 4

9t tO1 5 ;::

- 6 6

Ck 7

8 q, It 2J iO 8

9 9L 1-9 it �2tY 9 ;: 9 3U3

10 Zc;3 10 _____ ___ T 10 ;c)\%(

I I -- ’ 7 D .

12 12

13 IO 13 13

14 ISL iS9 :2!fPO 14 -r- 14

15 15 15

16 16 16

17 JqL,% 2iO 17 17 H1

18 18 18

19 Tj:L 19

20 Rc1

20 20 ?

21 -: 21 C1 21

22 22 22

2315L-� 237 Zi 23

247c 24 24

25 23 25 - 25

26 2Lf 26 26

27 zi. 27 27

28 28c(; 28

29 29 (g 29

30 7.co 30 30

31 ___ 7c 31 ___ 31

APPENDIX A.2 Power Meter Field Data Sheets

July

te Readinq


2013 KWH

August

Duff. cfs Date Readina Duff. cfs Date

cD Location; Deep Well #2

Month:

September

Readina Duff. cfs

30/31 30131 30/31

1 1 1

2 ffrj 2 2

3 3 3

4 4 4

5 5 5

6 6 : ThT 6

7 7 7

8 8 8

9 9

10 10 10

12 12 12

13 13 13

14 14 14

15 15

16 16 16

17 17 17

18 18 18

19 19 19

20 20 20

21 21 21

22 22 22

23 23 23

24 24 24

25 25 25

26 26 26

27 27 27

28 28

29 29 29

30 ______ __ __ 30 11 L 31 31 I ___ 1

IL tncTt Daily Flow Meter Readings Form


2013 KWH

Month:

July August

September

Date Readina Duff. cfs Date Readina 01ff. cfs Date Readina Duff. cfs

30131 - 30/31 30131

I

2 C 2

3 3 3

4 4 4

5 5 5

6 6:i 6 7 7 7

8 8

9 9

10

12

131 1-

_______ __ 14

15 16 17 18

19

20

21 ---

10 10

12 12

13

14

15

__-- 14

15

16 16 17 17 18 18 19 19

21

22

20

21

22 22 23

24 25

26

27 _ _

29

30

31

24

25

26

27

28

29

31

23 23

24

25

26

27

28

29

IE rncrf

Daily Flow Mater Readings Form Location ; Deep Well #Ej

2013 KWH

Month:

July August September

nate Readina Duff. cfs Date Readina Duff. cfs Date

Readina Duff.. cf

30/31 30131 30/31

1 1 1

2 2

3 3 3

4 4 4

5 5 5

6 6 6

7 _ 7 8 8 8 9 9 9

10 10 10

12 12 12 13 13 13 14 14 14 15 15 15 16 16 16 17 17 17 18 18 18 19 19 19 20 20 20 21 21 21 22 22 22 23 iT 23 23 24 24 24 25 25 25 26 26 26 27 27 27

28 28 29 29 ____ ____ 29

30 30 31 ____ ____ 31

TE iETI Daily Flow Meter Readings Form


2013 KWH

Month:

July August

September

- Date Reading Duff. cfs Date Readina Duff. cfs Date Readina 01ff. cfs

.i0131 30/31 30/31

1 I 1

2

-

2 2

3

4

81 _

12 12 __ I -

- I

15 14

14 14

16 16

15 15

17 17

18 18

19 19

20 20 L/!

21 21

22 23

23 23 24

24

26 26

26 27 27

27 28 28

28 29 29

29 30

30 31

31

APPENDIX A.3 Water Quality and Water Level Field Data Sheets

Water Quality San ig Field Data Sheet Page -

Project Name: GCID Water Transfer Date: 7/1/2013 WEST ’(OS I

A S S 0 C I A I F S

Project Number: Time:

Well Name: Field Staff: Barrett Kaasa

Sampling Event: July 2013 - Beginning of Transfer Equipment Type: WQ Meter, WL Meter

Total Depth of Well (Feet): Water Column (Feet): 2 Well: 0.16 gal/ft 4 Well 0.65 gal/ft

Static Depth to Water (Feet): One Casing Volume (Gallons): 2.5 Well: 0.25 gal /ft 6 Well 1.5 gal/ft

Time H S, C.

(mS/CM) Temp.

( ° C) D.O.

(mg/1) Turbidity

(NTU) ORP (my)

__________

TDS (mg/1)

__________

Comments

______________________________________ Gati&2 �-thgs

i -7 (2. 7

ii 20 t

17 ,(c 7.? 3 J ,

Sample ID: Time Sample Collected: Analytical Laboratory:

Notes: oj

WATER QUALITY FIELD DATA SHEET

Project Name: GCID 2013 Water Tansfer IDate: IField Staff: g.ul Notes:

Well No. Time DTW* Pump 0

gpm

Total Vol

Ac.-ft. pH

S.C.

(mS/CM)

Temp.

(°C)

D.O.

(mg/1)

Turbidity

NTU ORP (mV) TDS (mg/1) Coments

G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\SLDMWA_WeIIDataxlsx


Project Name: GCID 2013 Water Tansfer IDate: 7 IField Staff: /. / i�v�21 :n::~,

Notes:

Well No. Time DTW* Pump Q

gpm

Total Vol

Ac.-ft.

S.C./

(mS/CM)

Temp.

(°C)

D.O.

(mg/1)

Turbidity

NTU ORP (mV)

7 TDS (rn/l) /(/ Coments

/

147 4

_____ //4. . ... .. .

/ :.�7 . .

.......

...+O.5 N C1 iL)i

G:\OId I Driv\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\SLDMWAWeIIData.xlsx


Project Name: GClD2Ol3 Water Tansfer IDate: lnemstaff :

Notes:

Pump Q Total Vol S.C. Temp. D.O. Turbidity ORP (mV) TDS (g/I)

PowerpH Coments Well No. Time DTW*

gpm Ac.-ft. (MS/CM) (°C) (mg/1) NTU (kw-hr)

_______ _______ _______ :r’� _______ _______ _______ _______ _______ ______ _______ _______ _______ _______________

* DTVV=Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Mon itoring\SLDMWA_WeIIData.xIsx


Project Name: GOD 2013 Water Tansfer IDate: 7 /7 /7 IField Staff: :n,Notes:

Pump Q Total Vol S.C. Temp. D.O. T ’Turbidity Power Well No. Time DTW* pH ORP (mV) TDS (g/l) Coments

gpm Ac.-ft. (mS/CM) (°C) (mg/ 1 ) NTU (kw-hr)

______

* DTW=Depth to Water G:\Old I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WeIIData.xlsx


Project Name: GCID 2013 Water Tansfer TD ate: Field Staff: /

Notes:


gpm

Total Vol

Ac.-ft. pH

S.C.

(mS/CM)

Temp.

(°C)

D.O.

(mg/ 1 )

T ’Turbidity

NTU ORP (mV) TDS (g/I)

Power

(kw-hr) Coments

*DTW=Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WeIlData.xlsx


Project Name: GOD 2013 Water Tansfer IDate: IField Staff: -- - RIX- Notes:

Pump Q Total Vol S.C. Temp. D.C. Turbidity Power Well No. Time DTW* pH ORP (mV) TDS (g/l) Coments

gpm Ac-ft. (MS/CM) (IC) (mg/ 1 ) NTU (kw-hr)

. . .. .�

_____________________________________ ___________________________________ ___________________________________ ..�� ..��. .-��

______ ..� � -�

. _________________________________ _______________________________ _________________________________ _________________________________ _________________________________ �

(:. �. . z� .. ________ ________ ________ ________ ________ ________ ________ ________ _________ ________

* DTW=Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WeIIData.xlsx


Project Name: GOD 2013 Water Tansfer IDate: .: IField Staff: f 1 I Il Notes:

Pump 0 Total Vol S.C. Temp. D.O. Turbidity Power Well No. Time DTW* pH ORP (mV) TDS (g/l) Coments

gpm Ac-ft. (mS/CM) ( C) (mg/ 1 ) NTU (kw-hr)

* DTW= Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWAWelIData.xlsx


Project Name: GCID2Ol3 Water Tansfer Date: Field Staff: -- R _ r,_ 1 J_I Notes:

Pump Q Total Vol S.C. Temp. D.C. Turbidity Power Well No. Time DTW* pH ORP (mV) TDS (g/l) Coments

gpm Ac-ft. (mS/CM) (°C) (mg/ 1 ) NTU (kw-hr)

* DTW=Depth to Water G:\Old I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWAWeIIData.xlsx


Project Name: GOD 2013 Water Tansfer IDate: 51 / IField Staff: . = a% m%in Notes:


gpm

Total Vol

Ac-ft. pH

S.C.

(ms/cm)

Temp.

( 1 C)

D.O.

(mg/1)

Turbidity

NTU ORP (mV) TDS (g/l)

Power

(kw-hr) Coments

- . .,. 1/ -�4

.. .. ..., ...

. . . ;........ .. =.. =�� . !. .

* DTW= Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WeIIData.xlsx


Project Name: GOD 2Ol3 Water Tansfer IDate: Field Staff: n I Notes:

Pump Q Total Vol S.C. Temp. D.O. Turbidity Power Well No. Time DTW* pH ORP (my) TDS (g/l) Coments

gpm Ac. -ft. (mS/CM) (*C) (mg/1) NTU (kw-hr)

/

--

* DTW=Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WelIData.xlsx


Project Name: GCID 2013 Water Tansfer IDate: IField Staff:

N co-em %-,- i n otes:

Pump Q Total Vol S.C. Temp. D.O. Turbidity Power Well No. Time DTW* pH ORP (mV) TDS (g/l) Coments

gpm Ac.-ft. (mS/CM) ( 1 C) (mg/ 1 ) NTU (kw-hr)

.....� �. . . .� ��H. .�� ... ..

* DTW= Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WeIlData.xlsx


Project Name: GCID 2013 Water Tansfer Date: Field Staff:

Notes:


gpm

Total Vol

Ac.-ft. pH

S.C.

(mS/CM)

Temp.

(°C)

D.O.

(mg/1)

Turbidity


Power

(kw-hr) Coments

*DTWDepth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WelIData.xlsx


Project Name: GOD 2013 Water Tansfer Date: &)// IField Staff:

Notes:

ORP (my) TDS (g 1)

Pump 0 Total Vol S.C. Temp. D.O. Turbidity Power

pH Well No. Time DTW* gpm Ac-ft. (MS/CM) (°C) (mg/ 1 ) NTU (kw-hr)

Coments

c... . �. �/. _____ _____ _____ _____ __________

/

* DTW= Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weeldy Monitoring\SLDMWA_WeIlData.xlsx


Project Name: GCID 2013 Water Tansfer bate: IField Staff:

Notes:


gpm Ac-ft. (MS/CM) ( 1 C) (mg/ 1 ) NTU (kw-hr)

* DTW= Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_Weiloata.xlsx

Water Quality Sampling Field Data Sheet Page of

Project Name: Date: 0 (2Lj WEST YOST

.ASSOCATES

Project Number: Time:

Well Name: Field Staff:

Sampling Event: r- Equipment Type:

Total Depth of Well (Feet): Water Column (Feet): 2 Well: 0.16 gal/ft

Static Depth to Water (Feet): One Casing Volume (Gallons): 2.5 Well: 0.25 gal/ft

Time

Total Volume Withdrawn S.C. Temp.

(°C) Gallons

D.O. (mg/1)

Turbidity (NTU)

Comment

0 0

231 0.

o.5Y 2H0 (.St

Sample ID:

Time Sample Collected:

Notes:


Project Name: GCID 2013 Water Tansfer IDate: IField Staff: 7

Notes:


gpm

Total Vol

Ac.-ft. pH

S.C.

(MS/CM)

Temp.

(°C)

D.O.

(mg/ 1 )

Turbidity


Power

(kw-hr) Coments

- - -- -, I

* DTW= Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Mon itoring\SLDMWAWeIIData.xlsx


Project Name: GCID 2013 Water Tansfer IDate: JField Staff: hin Notes:


gpm

Total Vol

Ac-ft. pH

S.C.

(MS/CM)

Temp.

(°C)

D.O.

(ng/l)

Turbidity

NTU ORP mV/

/ TDS’ ’I’

Power

(kw-hr) omen C ts

I - ) / /

/c6

* DTW=De pth to Water G:\Old I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWAWeIIDaLa.xlsx


Project Name: i/:/: IField Staff: - Notes:

ilk r- ,.- r%- i n Well No. Time DTW*

Pump Q

gpm

Total Vol

Ac.-ft. pH

S.C.

(MS/CM)

Temp.

(’C)

D.O.

(mg/ 1 )

Turbidity


Power

(kw-hr) Coments

eo

-

...

* DTW=Depth to Water G:\OId I Drive\Zac\Water Trarisfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WellData.xlsx


Project Name: GCID2Ol3 Water Tansfer Date: p/i Field Staff. .. I’l J’l Notes:


gpm Ac-ft. (mS/CM) (*C) (mg/ 1 ) NTU (kw_ hr)

* DTW=Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - eIta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WeIIData.xlsx


Project Name: GCID 2013 Water Tansfer

Notes:

Well No. Time DTW* Pump Q Total Vol

gpm Ac.-ft.

> /1

Date: IField Staff:

S.C. Temp. D ORP (mV) TDS (g/I)

O. Turbidity Power pH

(mS/CM) (°C) (mg/1) NTU I I I (kw-hr) Coments

* DTWDe pth to Water G:\Old I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Mon itoring\SLDMWAWeIIData.xlsx

Project Name: GCID 2013 Water Tansfer

Notes:

Well No. Time DTW* Pump 0 Total Vol

gpm Ac.-ft.


Date://7i Ije1d Staff: ni S.C. Temp. D.O. Turbidity Power

pH (mS/CM) (°C) (mg/I) NTU

ORP (mV) TDS (g/l) (kw-hr)

Coments

*DTWDepth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoririg\SLDMWAWeIIData.xlsx


Project Name: GCID 2013 Water Tansfer IDate: ///// IField Staff: r: Ri,’ i 1’l Notes:


gpm Ac-ft. (MS/CM) ( ,C) (mg/ 1 ) NTU (kw-hr)

ZL-

. /



Project Name: GCID 2013 Water Tansfer Date: Z . . Field Staff: R, IMI! Notes:

Well No. Time DTW* Pump 0

gpm

Total Vol pH

S.C.

(mS/CM)

Temp.

(°C)

D.O.

(mg/ 1 )

Turbidity


Power

(kw-hr) Coments

* DTW=Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WellData.xlsx


Project Name: GCID 2013 Water Tansfer IDate: Field Staff: gm%- 1 n

Notes:


gpm Ac.-ft. (MS/CM) (*C) (mg/1) NTU (kw-hr)

I i

* DTW=Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WeIlData.xlsx


Project Name: GCID 2013 Water Tansfer Date: I Field Staff:

N n._

otes:


gpm Ac.-ft. (MS/CM) ( C) (mg/ 1 ) NTU (kw-hr)

. ___ _ ______ ___ ________



Project Name: GCID2Ol3 Water Tansfer Date: IField Stall: Notes:


gpm Ac.-ft. (mS/CM) (°C) mg/1 NTU (kw-hr)

* DTW=Depth to Water G:\OId I Drive\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWA_WeIIDataxlsx


Project Name: GCID 2013 WaterTf a te: 1 r I fl Notes:

Pump Q Total Vol S.C. Temp. D.O. Turbidity Power Well No. Time DTW* pH ORP (my) TDS (g/l) i>; Coments

gpm Ac.-ft. (mS/CM) ( C) (mg/ 1 ) NTU (kw-hr)

* DTW=Depth to Water G:\OId I Drivc\Zac\Water Transfers\2013\San Luis - Delta Mendota Water Authority\Monitoring Data\Weekly Monitoring\SLDMWAWeIIData.xlsx

APPENDIX B DWR Seller Groundwater Data Forms

Directions: Key in data from the "Seller Groundwater Data Collection Form" into the applicable input columns in green below.

State/Agency Well Number

Production Well Name

MeasuringAgency

Measurement Date

Measure Time (24 Hour

Time)

Water Level(Feet Below Reference

Point)

Reference Point*(ex. Top of Casing, Sounding

Tube, etc.)

Specific Conductance

Units(µS/cm)

pH (pH units)

Temperature

(ºF or ºC)Instantaneous

Flow RateFlow Rate Units

(gpm or cfs)Totalizer Reading

Cumulative Totalizer Volume

Totalizer Units(Gallons,

Acre-Feet, etc.)

Power Reading

Power Consumption

Power Units (KWH or hours of operation)

22N02W02J001M GCID 1 GCID 3/1/13 0:00 24.00 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 4/1/13 0:00 23.70 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 5/1/13 0:00 25.60 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 6/1/13 0:00 30.00 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 6/30/13 0:00 N/D 164.00 (Sounding Tube) 1969.93 Note: Initial Prepumping Value22N02W02J001M GCID 1 GCID 7/1/13 10:00 144.15 164.00 (Sounding Tube) 412 µS/cm 8.12 23.33 3000 gpm 1970.67 0.74 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 7/2/13 10:18 180.70 164.00 (Sounding Tube) µS/cm N/D N/D 3000 gpm 1983.05 13.12 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 7/11/13 10:18 204.70 164.00 (Sounding Tube) 524 µS/cm 7.99 25.77 3000 gpm 2104.64 134.71 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 7/15/13 14:56 208.30 164.00 (Sounding Tube) µS/cm N/D N/D 3000 gpm 2156.6 186.67 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 7/18/13 11:15 213.13 164.00 (Sounding Tube) 457 µS/cm 8.34 28.88 3000 gpm 2193.25 223.32 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 7/25/13 13:09 217.70 164.00 (Sounding Tube) 545 µS/cm 7.65 27.19 3000 gpm 2285.43 315.5 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 8/1/13 8:19 220.90 164.00 (Sounding Tube) 479 µS/cm 7.28 23.37 3000 gpm 2373.04 403.11 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 8/8/13 8:13 223.60 164.00 (Sounding Tube) 527 µS/cm 7.56 23.1 3000 gpm 2462.4 492.47 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 8/15/13 9:17 225.60 164.00 (Sounding Tube) 522 µS/cm 7.27 23.84 3000 gpm 2551.79 581.86 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 8/22/13 8:54 226.90 164.00 (Sounding Tube) 503 µS/cm 7.84 23.78 3000 gpm 2639.85 669.92 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 8/29/13 8:10 224.90 164.00 (Sounding Tube) 485 µS/cm 7.47 24.32 3000 gpm 2738.35 768.42 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 9/5/13 9:39 225.60 164.00 (Sounding Tube) 467 µS/cm 6.41 23.85 2750 gpm 2812.28 842.35 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 9/12/13 8:18 227.30 164.00 (Sounding Tube) 504 µS/cm 7.30 23.26 2750 gpm 2897.42 927.49 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 9/19/13 8:03 213.50 164.00 (Sounding Tube) 528 µS/cm 7.20 22.6 2750 gpm 2966.8 996.87 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 9/25/13 11:55 218.58 164.00 (Sounding Tube) 471 µS/cm 8.46 23.59 2750 gpm 3039.8 1069.87 Acre-Feet N/D N/D KWH22N02W02J001M GCID 1 GCID 10/3/13 9:57 70.90 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 10/10/13 9:21 63.30 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 10/17/13 8:22 58.70 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 10/21/13 8:41 56.70 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 10/31/13 9:40 52.80 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 11/25/13 13:11 45.00 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 12/27/13 10:12 39.70 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 1/29/14 12:21 37.00 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 2/27/14 10:27 38.50 164.00 (Sounding Tube)22N02W02J001M GCID 1 GCID 3/27/14 12:28 33.70 164.00 (Sounding Tube)

2013 Water Transfer Program

Comments such as water quality meter calibration information, unusual site conditions,

etc…

STATE OF CALIFORNIATHE NATURAL RESOURCES AGENCYDEPARTMENT OF WATER RESOURCES

Seller Groundwater Data Electronic Reporting Form

General Seller and Well Information Production Well Flow, Volume, and Energy UsageWater Quality

Required OptionalGroundwater LevelsDate/Time




MeasuringAgency

Measurement Date


Time)


Point)


Tube, etc.)


Units(µS/cm)

pH (pH units)

Temperature






Acre-Feet, etc.)

Power Reading

Power Consumption




etc…





22N01W19K005M GCID 2 GCID 3/1/13 0:00 25.10 154.21 (Sounding Tube)22N01W19K005M GCID 2 GCID 6/30/13 0:00 N/D 154.21 (Sounding Tube) 2112.78 Note: Initial Prepumping Value22N01W19K005M GCID 2 GCID 7/1/13 12:30 206.05 154.21 (Sounding Tube) 413 µS/cm 8.17 26.69 gpm Acre-Feet N/D KWH22N01W19K005M GCID 2 GCID 7/2/13 10:51 227.70 154.21 (Sounding Tube) µS/cm N/D N/D 2700 gpm 2124.75 11.97 Acre-Feet N/D KWH22N01W19K005M GCID 2 GCID 7/11/13 14:15 244.01 154.21 (Sounding Tube) 438 µS/cm 8.36 27.9 2577 gpm 2230.27 117.49 Acre-Feet N/D KWH22N01W19K005M GCID 2 GCID 7/15/13 14:38 248.30 154.21 (Sounding Tube) µS/cm N/D N/D 2500 gpm 2275.69 162.91 Acre-Feet 12149 KWH22N01W19K005M GCID 2 GCID 7/18/13 11:45 249.00 154.21 (Sounding Tube) 467 µS/cm 7.92 29.01 2500 gpm 2308.061 195.28 Acre-Feet 12321 13,760 KWH22N01W19K005M GCID 2 GCID 7/25/13 13:38 252.60 154.21 (Sounding Tube) 445 µS/cm 8.03 29.21 2500 gpm 2386.946 274.17 Acre-Feet 12745 47,680 KWH22N01W19K005M GCID 2 GCID 8/1/13 8:48 261.90 154.21 (Sounding Tube) 444 µS/cm 8.32 23.69 2500 gpm 2463.868 351.09 Acre-Feet 13153 80,320 KWH22N01W19K005M GCID 2 GCID 8/8/13 8:34 264.70 154.21 (Sounding Tube) 441 µS/cm 8.38 24.21 2500 gpm 2542.247 429.47 Acre-Feet 13573 113,920 KWH22N01W19K005M GCID 2 GCID 8/15/13 9:44 266.50 154.21 (Sounding Tube) 449 µS/cm 8.16 25.6 2500 gpm 2621.141 508.36 Acre-Feet 13573 113,920 KWH22N01W19K005M GCID 2 GCID 8/22/13 8:58 267.90 154.21 (Sounding Tube) 450 µS/cm 8.19 24.47 2500 gpm 2698.32 585.54 Acre-Feet 14416 181,360 KWH22N01W19K005M GCID 2 GCID 8/29/13 8:41 269.20 154.21 (Sounding Tube) 435 µS/cm 8.28 25.1 2500 gpm 2786.482 673.70 Acre-Feet 14894 219,600 KWH22N01W19K005M GCID 2 GCID 9/5/13 10:08 269.90 154.21 (Sounding Tube) 434 µS/cm 8.28 25.08 2500 gpm 2853.081 740.30 Acre-Feet 15256 248,560 KWH22N01W19K005M GCID 2 GCID 9/12/13 8:44 270.40 154.21 (Sounding Tube) 448 µS/cm 8.21 24.21 2500 gpm 2929.065 816.29 Acre-Feet 15671 281,760 KWH22N01W19K005M GCID 2 GCID 9/19/13 8:26 270.80 154.21 (Sounding Tube) 440 µS/cm 8.2 23.13 2500 gpm 3005.461 892.68 Acre-Feet 16089 315,200 KWH22N01W19K005M GCID 2 GCID 9/25/13 11:17 270.54 154.21 (Sounding Tube) 433 µS/cm 8.41 23 2501 gpm 3073 959.94 Acre-Feet 16456 34456022N01W19K005M GCID 2 GCID 10/3/13 10:18 76.00 154.21 (Sounding Tube)22N01W19K005M GCID 2 GCID 10/10/13 9:34 68.10 154.21 (Sounding Tube)22N01W19K005M GCID 2 GCID 10/17/13 8:36 62.70 154.21 (Sounding Tube)22N01W19K005M GCID 2 GCID 10/21/13 9:05 59.90 154.21 (Sounding Tube)22N01W19K005M GCID 2 GCID 10/31/13 10:20 55.10 154.21 (Sounding Tube)22N01W19K005M GCID 2 GCID 11/25/13 13:34 47.00 154.21 (Sounding Tube)22N01W19K005M GCID 2 GCID 12/27/13 9:47 41.40 154.21 (Sounding Tube)22N01W19K005M GCID 2 GCID 1/29/14 12:10 38.60 154.21 (Sounding Tube)22N01W19K005M GCID 2 GCID 2/27/14 10:12 41.40 154.21 (Sounding Tube)22N01W19K005M GCID 2 GCID 3/27/14 12:15 36.60 154.21 (Sounding Tube)




MeasuringAgency

Measurement Date


Time)


Point)


Tube, etc.)


Units(µS/cm)

pH (pH units)

Temperature






Acre-Feet, etc.)

Power Reading

Power Consumption




etc…





21N01W05D001M GCID 3 GCID 3/1/13 0:00 31.70 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 4/1/13 0:00 31.20 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 5/1/13 0:00 32.15 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 6/1/13 0:00 35.60 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 6/30/13 0:00 N/D 150.70 (Sounding Tube) 2500.65 Note: Initial Prepumping Value21N01W05D001M GCID 3 GCID 7/1/13 11:00 126.10 150.70 (Sounding Tube) 478 µS/cm 8.14 26.65 2700 gpm 2502.02 1.37 Acre-Feet N/D KWH21N01W05D001M GCID 3 GCID 7/2/13 11:15 139.50 150.70 (Sounding Tube) µS/cm N/D N/D 2600 gpm 2513.88 13.23 Acre-Feet N/D KWH21N01W05D001M GCID 3 GCID 7/11/13 11:01 155.40 150.70 (Sounding Tube) 483 µS/cm 8.33 27.04 2600 gpm 2618.71 118.06 Acre-Feet N/D KWH21N01W05D001M GCID 3 GCID 7/15/13 14:25 158.60 150.70 (Sounding Tube) µS/cm N/D N/D 2500 gpm 2664.165 163.52 Acre-Feet 11282 KWH21N01W05D001M GCID 3 GCID 7/18/13 12:59 160.60 150.70 (Sounding Tube) 446 µS/cm 8.43 28.75 2500 gpm 2697.383 196.73 Acre-Feet 11450 13,440 KWH21N01W05D001M GCID 3 GCID 7/25/13 14:00 197.60 150.70 (Sounding Tube) 480 µS/cm 8.42 29.14 2700 gpm 2774.25 273.60 Acre-Feet 11822 43,200 KWH21N01W05D001M GCID 3 GCID 8/1/13 9:31 194.60 150.70 (Sounding Tube) 488 µS/cm 8.36 23.69 2600 gpm 2854.89 354.24 Acre-Feet 12232 76,000 KWH21N01W05D001M GCID 3 GCID 8/8/13 8:57 194.10 150.70 (Sounding Tube) 458 µS/cm 8.34 23.58 2600 gpm 2935.624 434.97 Acre-Feet 12651 109,520 KWH21N01W05D001M GCID 3 GCID 8/15/13 10:07 195.30 150.70 (Sounding Tube) 459 µS/cm 8.24 25.01 2600 gpm 3015.417 514.77 Acre-Feet 13076 143,520 KWH21N01W05D001M GCID 3 GCID 8/22/13 9:22 196.30 150.70 (Sounding Tube) 462 µS/cm 8.16 24.1 2500 gpm 3093.808 593.16 Acre-Feet 13494 176,960 KWH21N01W05D001M GCID 3 GCID 8/29/13 9:08 197.10 150.70 (Sounding Tube) 450 µS/cm 8.38 24.44 2500 gpm 3183.344 682.69 Acre-Feet 13967 214,800 KWH21N01W05D001M GCID 3 GCID 9/5/13 10:30 197.60 150.70 (Sounding Tube) 453 µS/cm 8.33 24.35 2500 gpm 3251.23 750.58 Acre-Feet 14326 243,520 KWH21N01W05D001M GCID 3 GCID 9/12/13 9:13 198.10 150.70 (Sounding Tube) 467 µS/cm 8.24 23.55 2500 gpm 3329.124 828.47 Acre-Feet 14738 276,480 KWH21N01W05D001M GCID 3 GCID 9/19/13 8:51 198.50 150.70 (Sounding Tube) 466 µS/cm 8.20 23.34 2500 gpm 3407.458 906.81 Acre-Feet 15152 309,600 KWH21N01W05D001M GCID 3 GCID 9/25/13 11:17 196.39 150.70 (Sounding Tube) 476 µS/cm 9.09 21.1 2501 gpm 3513.695 1013.05 Acre-Feet 15510 338,240 KWH21N01W05D001M GCID 3 GCID 10/3/13 10:29 70.70 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 10/10/13 9:45 63.50 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 10/17/13 8:47 59.10 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 10/21/13 9:05 57.10 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 10/31/13 10:30 53.60 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 11/25/13 13:34 49.20 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 12/27/13 9:32 44.20 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 1/29/14 11:59 42.60 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 2/27/14 9:57 44.00 150.70 (Sounding Tube)21N01W05D001M GCID 3 GCID 3/27/14 12:00 40.00 150.70 (Sounding Tube)




MeasuringAgency

Measurement Date


Time)


Point)


Tube, etc.)


Units(µS/cm)

pH (pH units)

Temperature






Acre-Feet, etc.)

Power Reading

Power Consumption




etc…





21N01W31H001M GCID 4 GCID 3/1/13 0:00 29.90 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 4/1/13 0:00 29.20 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 5/1/13 0:00 30.35 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 6/1/13 0:00 33.30 143.89 (Sounding Tube)21N01W31H001M GCID 5 GCID 6/30/13 0:00 N/D 143.89 (Sounding Tube) 2091.64 Note: Initial Prepumping Value21N01W31H001M GCID 4 GCID 7/1/13 11:20 156.40 143.89 (Sounding Tube) 546 µS/cm 8.22 25.59 2500 gpm 2092.82 1.18 Acre-Feet N/D KWH21N01W31H001M GCID 4 GCID 7/2/13 11:27 174.90 143.89 (Sounding Tube) µS/cm N/D N/D 2500 gpm 2103.758 12.12 Acre-Feet N/D KWH21N01W31H001M GCID 4 GCID 7/11/13 11:41 192.90 143.89 (Sounding Tube) 445 µS/cm 6.77 28.92 2500 gpm 2205.171 113.53 Acre-Feet N/D KWH21N01W31H001M GCID 4 GCID 7/15/13 14:12 196.10 143.89 (Sounding Tube) µS/cm N/D N/D 2500 gpm 2248.826 157.19 Acre-Feet 11677 KWH21N01W31H001M GCID 4 GCID 7/18/13 13:28 200.30 143.89 (Sounding Tube) 542 µS/cm 8.44 29.35 2500 gpm 2281.521 189.88 Acre-Feet 11852 14,000 KWH21N01W31H001M GCID 4 GCID 7/25/13 14:29 203.30 143.89 (Sounding Tube) 558 µS/cm 8.39 28.89 2500 gpm 2360.123 268.48 Acre-Feet 12271 47,520 KWH21N01W31H001M GCID 4 GCID 8/1/13 10:02 205.30 143.89 (Sounding Tube) 582 µS/cm 8.30 23.14 2500 gpm 2435.252 343.61 Acre-Feet 12674 79,760 KWH21N01W31H001M GCID 4 GCID 8/8/13 9:25 207.00 143.89 (Sounding Tube) 579 µS/cm 8.32 23.32 2500 gpm 2511.624 419.98 Acre-Feet 13088 112,880 KWH21N01W31H001M GCID 4 GCID 8/15/13 10:38 208.00 143.89 (Sounding Tube) 579 µS/cm 8.23 24.85 2500 gpm 2588.616 496.98 Acre-Feet 13508 146,480 KWH21N01W31H001M GCID 4 GCID 8/22/13 9:55 208.80 143.89 (Sounding Tube) 562 µS/cm 8.17 23.66 2500 gpm 2664.563 572.92 Acre-Feet 13921 179,520 KWH21N01W31H001M GCID 4 GCID 8/29/13 9:37 212.10 143.89 (Sounding Tube) 572 µS/cm 8.30 24.2 2500 gpm 2751.707 660.07 Acre-Feet 14393 217,280 KWH21N01W31H001M GCID 4 GCID 9/5/13 11:02 213.30 143.89 (Sounding Tube) 577 µS/cm 8.22 23.7 2500 gpm 2819.145 727.51 Acre-Feet 14754 246,160 KWH21N01W31H001M GCID 4 GCID 9/12/13 9:46 213.50 143.89 (Sounding Tube) 538 µS/cm 8.32 23.2 2500 gpm 2896.368 804.73 Acre-Feet 15168 279,280 KWH21N01W31H001M GCID 4 GCID 9/19/13 9:22 214.00 143.89 (Sounding Tube) 584 µS/cm 8.23 22.14 2500 gpm 2973.968 882.33 Acre-Feet 15583 312,480 KWH21N01W31H001M GCID 4 GCID 9/25/13 10:47 214.40 143.89 (Sounding Tube) 620 µS/cm 6.70 19.8 2501 gpm 3041.529 949.89 Acre-Feet 15944 341,360 KWH21N01W31H001M GCID 4 GCID 10/3/13 10:46 63.50 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 10/10/13 9:58 57.40 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 10/17/13 9:01 53.90 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 10/21/13 8:58 52.20 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 10/31/13 10:51 49.30 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 11/25/13 13:44 45.00 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 12/27/13 9:17 41.50 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 1/29/14 11:51 40.00 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 2/27/14 9:46 40.70 143.89 (Sounding Tube)21N01W31H001M GCID 4 GCID 3/27/14 11:48 37.60 143.89 (Sounding Tube)




MeasuringAgency

Measurement Date


Time)


Point)


Tube, etc.)


Units(µS/cm)

pH (pH units)

Temperature






Acre-Feet, etc.)

Power Reading

Power Consumption




etc…





21N02W36A001M GCID 5 GCID 3/1/13 0:00 29.30 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 4/1/13 0:00 29.50 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 5/1/13 0:00 37.70 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 6/1/13 0:00 37.70 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 6/30/13 0:00 N/D 134.70 (Sounding Tube) 0 Note: Initial Prepumping Value21N02W36A001M GCID 5 GCID 7/1/13 12:00 57.15 134.70 (Sounding Tube) 355 µS/cm 7.84 22.26 2600 gpm Acre-Feet N/D KWH21N02W36A001M GCID 5 GCID 7/2/13 11:46 58.80 134.70 (Sounding Tube) µS/cm N/D N/D 2600 gpm 12.44 12.44 Acre-Feet N/D KWH21N02W36A001M GCID 5 GCID 7/11/13 15:20 58.80 134.70 (Sounding Tube) 408 µS/cm 7.95 25.36 2600 gpm 118.74 118.74 Acre-Feet N/D KWH21N02W36A001M GCID 5 GCID 7/15/13 13:56 60.40 134.70 (Sounding Tube) µS/cm N/D N/D 2600 gpm 164.187 164.19 Acre-Feet 139.15 KWH21N02W36A001M GCID 5 GCID 7/18/13 13:51 57.90 134.70 (Sounding Tube) 397 µS/cm 8.01 26.75 2600 gpm 199.072 199.07 Acre-Feet 914.13 KWH21N02W36A001M GCID 5 GCID 7/25/13 14:50 58.60 134.70 (Sounding Tube) 425 µS/cm 8.00 26.21 2600 gpm 280.962 280.96 Acre-Feet 468.58 KWH21N02W36A001M GCID 5 GCID 8/1/13 10:29 55.60 134.70 (Sounding Tube) 443 µS/cm 7.83 21.23 2600 gpm 360.633 360.63 Acre-Feet 590.77 58,751 KWH21N02W36A001M GCID 5 GCID 8/8/13 9:05 52.20 134.70 (Sounding Tube) 454 µS/cm 7.81 21.73 2600 gpm 442.464 442.46 Acre-Feet 203.97 KWH21N02W36A001M GCID 5 GCID 8/15/13 11:04 54.90 134.70 (Sounding Tube) 464 µS/cm 7.72 23.32 2600 gpm 525.238 525.24 Acre-Feet 973.21 KWH21N02W36A001M GCID 5 GCID 8/22/13 10:19 55.30 134.70 (Sounding Tube) 488 µS/cm 7.72 22.18 2600 gpm 607.343 607.34 Acre-Feet 541.12 KWH21N02W36A001M GCID 5 GCID 8/29/13 10:01 55.60 134.70 (Sounding Tube) 462 µS/cm 7.67 22.61 2600 gpm 701.522 701.52 Acre-Feet 916.66 KWH21N02W36A001M GCID 5 GCID 9/5/13 11:25 54.50 134.70 (Sounding Tube) 477 µS/cm 7.54 21.72 2600 gpm 773.123 773.12 Acre-Feet 513.59 KWH21N02W36A001M GCID 5 GCID 9/12/13 10:10 57.40 134.70 (Sounding Tube) 492 µS/cm 7.80 21.51 2600 gpm 854.97 854.97 Acre-Feet 27.61 KWH21N02W36A001M GCID 5 GCID 9/19/13 9:40 54.80 134.70 (Sounding Tube) 481 µS/cm 7.95 20.59 2600 gpm 937.198 937.20 Acre-Feet 581.14 KWH21N02W36A001M GCID 5 GCID 9/25/13 7:26 50.00 134.70 (Sounding Tube) 515 µS/cm 6.36 18.65 2700 gpm 1007.38 1007.38 Acre-Feet N/D KWH21N02W36A001M GCID 5 GCID 10/3/13 10:59 31.80 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 10/10/13 13:55 34.00 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 10/17/13 9:13 33.40 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 10/21/13 8:41 33.90 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 10/31/13 11:03 33.00 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 11/25/13 13:58 32.23 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 11/25/13 13:58 32.23 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 12/27/13 9:05 33.10 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 1/29/14 11:38 35.60 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 2/27/14 9:30 32.30 134.70 (Sounding Tube)21N02W36A001M GCID 5 GCID 3/27/14 11:30 31.30 134.70 (Sounding Tube)



Monitoring Well NameMeasuring

AgencyMeasurement

Date


Time)


Point)

Reference Point(ex. Top of

Casing, Sounding Tube, etc.)

20N02W11A001M 20N02W11A001M DWR 3/18/13 0:00 10.02 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 5/23/13 0:00 7.00 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 6/26/13 0:00 4.66 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 7/3/13 0:00 3.94 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 7/9/13 0:00 3.75 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 7/16/13 0:00 5.80 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 7/24/13 0:00 5.20 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 7/29/13 0:00 4.87 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 8/6/13 0:00 3.20 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 8/13/13 0:00 3.76 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 8/20/13 0:00 3.30 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 9/4/13 0:00 4.78 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 9/12/13 0:00 6.00 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 9/18/13 0:00 7.16 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 10/8/13 0:00 8.03 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 10/15/13 0:00 7.39 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 10/25/13 0:00 5.20 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 11/21/13 0:00 9.16 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 12/18/13 0:00 11.60 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 1/15/14 0:00 12.92 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 2/19/14 0:00 13.02 125.90 (TOC)20N02W11A001M 20N02W11A001M DWR 3/17/14 0:00 9.75 125.90 (TOC)



21N01W11A001M 21N01W11A001M DWR 3/21/13 0:00 15.00 133.82 (TOC)21N01W11A001M 21N01W11A001M BC-DW&RC 5/23/13 0:00 22.05 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 6/26/13 0:00 24.72 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 7/3/13 0:00 26.32 133.82 (TOC)21N01W11A001M 21N01W11A001M BC-DW&RC 7/8/13 0:00 27.10 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 7/9/13 0:00 27.40 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 7/16/13 0:00 29.55 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 7/24/13 0:00 30.98 133.82 (TOC)21N01W11A001M 21N01W11A001M BC-DW&RC 7/30/13 0:00 32.20 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 8/6/13 0:00 33.20 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 8/13/13 0:00 33.29 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 8/20/13 0:00 33.40 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 9/4/13 0:00 33.42 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 9/12/13 0:00 33.20 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 9/18/13 0:00 32.35 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 10/8/13 0:00 29.21 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 10/17/13 0:00 27.97 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 10/25/13 0:00 27.50 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 11/22/13 0:00 25.31 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 12/18/13 0:00 23.20 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 1/15/14 0:00 23.53 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 2/19/14 0:00 23.07 133.82 (TOC)21N01W11A001M 21N01W11A001M DWR 3/17/14 0:00 20.70 133.82 (TOC)

21N01W11A002M 21N01W11A002M DWR 3/21/13 0:00 18.50 133.56 (TOC)21N01W11A002M 21N01W11A002M BC-DW&RC 5/23/13 0:00 18.75 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 6/26/13 0:00 19.22 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 7/3/13 0:00 19.58 133.56 (TOC)21N01W11A002M 21N01W11A002M BC-DW&RC 7/8/13 0:00 19.30 133.56 (TOC)

Comments such as water quality meter calibration information, unusual site conditions, etc…

General Seller and Well Information Date/Time Groundwater Level

STATE OF CALIFORNIA

THE NATURAL RESOURCES AGENCY

DEPARTMENT OF WATER RESOURCES






AgencyMeasurement

Date


Time)


Point)





STATE OF CALIFORNIA





21N01W11A002M 21N01W11A002M DWR 7/9/13 0:00 19.60 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 7/16/13 0:00 19.10 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 7/24/13 0:00 18.96 133.56 (TOC)21N01W11A002M 21N01W11A002M BC-DW&RC 7/30/13 0:00 20.30 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 8/6/13 0:00 19.70 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 8/13/13 0:00 18.19 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 8/20/13 0:00 19.70 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 9/4/13 0:00 20.33 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 9/12/13 0:00 21.25 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 9/18/13 0:00 20.01 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 10/8/13 0:00 20.86 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 10/17/13 0:00 20.31 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 10/25/13 0:00 21.40 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 11/22/13 0:00 20.27 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 12/18/13 0:00 20.30 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 1/15/14 0:00 20.54 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 2/19/14 0:00 19.97 133.56 (TOC)21N01W11A002M 21N01W11A002M DWR 3/17/14 0:00 19.10 133.56 (TOC)

21N01W11A003M 21N01W11A003M DWR 3/21/13 0:00 18.30 133.23 (TOC)21N01W11A003M 21N01W11A003M BC-DW&RC 5/23/13 0:00 17.80 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 6/26/13 0:00 17.22 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 7/3/13 0:00 17.61 133.23 (TOC)21N01W11A003M 21N01W11A003M BC-DW&RC 7/8/13 0:00 17.50 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 7/9/13 0:00 17.45 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 7/16/13 0:00 17.70 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 7/24/13 0:00 17.59 133.23 (TOC)21N01W11A003M 21N01W11A003M BC-DW&RC 7/30/13 0:00 17.90 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 8/6/13 0:00 18.20 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 8/13/13 0:00 19.58 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 8/20/13 0:00 18.45 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 9/4/13 0:00 19.02 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 9/12/13 0:00 19.05 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 9/18/13 0:00 18.99 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 10/8/13 0:00 19.25 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 10/17/13 0:00 19.51 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 10/25/13 0:00 19.70 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 11/22/13 0:00 19.57 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 12/18/13 0:00 19.70 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 1/15/14 0:00 19.97 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 2/19/14 0:00 19.43 133.23 (TOC)21N01W11A003M 21N01W11A003M DWR 3/17/14 0:00 18.80 133.23 (TOC)

21N01W13J001M 21N01W13J001M DWR 3/21/13 0:00 14.70 128.94 (TOC)21N01W13J001M 21N01W13J001M BC-DW&RC 5/23/13 0:00 25.80 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 6/26/13 0:00 25.02 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 7/3/13 0:00 29.38 128.94 (TOC)21N01W13J001M 21N01W13J001M BC-DW&RC 7/8/13 0:00 29.40 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 7/9/13 0:00 29.10 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 7/16/13 0:00 31.95 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 7/24/13 0:00 31.27 128.94 (TOC)21N01W13J001M 21N01W13J001M BC-DW&RC 7/30/13 0:00 32.90 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 8/6/13 0:00 31.40 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 8/13/13 0:00 31.05 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 8/20/13 0:00 29.70 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 8/27/13 0:00 29.10 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 9/4/13 0:00 29.92 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 9/12/13 0:00 28.50 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 9/18/13 0:00 28.44 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 10/8/13 0:00 26.02 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 10/17/13 0:00 25.80 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 10/25/13 0:00 26.00 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 11/22/13 0:00 24.55 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 12/18/13 0:00 22.60 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 1/15/14 0:00 22.97 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 2/19/14 0:00 21.69 128.94 (TOC)21N01W13J001M 21N01W13J001M DWR 3/17/14 0:00 20.30 128.94 (TOC)

21N01W13J002M 21N01W13J002M DWR 3/21/13 0:00 14.75 129.21 (TOC)21N01W13J002M 21N01W13J002M BC-DW&RC 5/23/13 0:00 25.45 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 6/26/13 0:00 23.44 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 7/3/13 0:00 27.74 129.21 (TOC)21N01W13J002M 21N01W13J002M BC-DW&RC 7/8/13 0:00 27.30 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 7/9/13 0:00 28.00 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 7/16/13 0:00 31.80 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 7/24/13 0:00 28.96 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 8/6/13 0:00 28.50 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 8/13/13 0:00 28.76 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 8/20/13 0:00 27.50 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 8/27/13 0:00 27.05 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 9/4/13 0:00 27.99 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 9/12/13 0:00 26.85 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 9/18/13 0:00 27.79 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 10/8/13 0:00 24.73 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 10/17/13 0:00 24.51 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 10/25/13 0:00 25.20 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 11/22/13 0:00 23.55 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 12/18/13 0:00 21.90 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 1/15/14 0:00 22.26 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 2/19/14 0:00 21.08 129.21 (TOC)21N01W13J002M 21N01W13J002M DWR 3/17/14 0:00 20.10 129.21 (TOC)

21N01W13J003M 21N01W13J003M DWR 3/21/13 0:00 14.80 129.46 (TOC)21N01W13J003M 21N01W13J003M BC-DW&RC 5/23/13 0:00 25.55 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 6/26/13 0:00 22.35 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 7/3/13 0:00 26.11 129.46 (TOC)21N01W13J003M 21N01W13J003M BC-DW&RC 7/8/13 0:00 25.60 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 7/9/13 0:00 35.15 129.46 (TOC)




AgencyMeasurement

Date


Time)


Point)





STATE OF CALIFORNIA





21N01W13J003M 21N01W13J003M DWR 7/16/13 0:00 40.40 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 7/24/13 0:00 27.15 129.46 (TOC)21N01W13J003M 21N01W13J003M BC-DW&RC 7/30/13 0:00 38.95 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 8/6/13 0:00 26.70 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 8/13/13 0:00 27.11 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 8/20/13 0:00 25.95 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 8/27/13 0:00 25.70 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 9/4/13 0:00 26.46 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 9/12/13 0:00 25.70 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 9/18/13 0:00 35.97 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 10/8/13 0:00 23.90 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 10/17/13 0:00 23.75 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 10/25/13 0:00 24.60 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 11/22/13 0:00 22.97 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 12/18/13 0:00 21.55 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 1/15/14 0:00 21.82 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 2/19/14 0:00 20.72 129.46 (TOC)21N01W13J003M 21N01W13J003M DWR 3/17/14 0:00 20.00 129.46 (TOC)

21N01W24B001M 21N01W24B001M DWR 3/20/13 11:09 16.08 127.96 (TOC)21N01W24B001M 21N01W24B001M DWR 7/31/13 7:27 34.19 127.96 (TOC)21N01W24B001M 21N01W24B001M DWR 10/16/13 7:23 27.28 127.96 (TOC)

21N02W01F001M 21N02W01F001M DWR 3/21/13 0:00 30.85 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 5/23/13 0:00 45.10 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 6/26/13 0:00 53.13 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 7/3/13 0:00 54.29 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 7/9/13 0:00 55.30 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 7/16/13 0:00 56.70 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 7/24/13 0:00 58.52 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 7/30/13 0:00 59.74 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 8/6/13 0:00 60.85 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 8/13/13 0:00 61.25 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 8/20/13 0:00 60.20 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 8/27/13 0:00 59.80 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 9/4/13 0:00 58.00 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 9/12/13 0:00 57.30 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 9/18/13 0:00 57.10 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 10/8/13 0:00 51.75 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 10/16/13 0:00 51.11 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 10/25/13 0:00 50.30 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 11/21/13 0:00 45.78 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 12/18/13 0:00 42.30 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 1/15/14 0:00 43.07 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 2/19/14 0:00 42.49 162.13 (TOC)21N02W01F001M 21N02W01F001M DWR 3/20/14 0:00 40.26 162.13 (TOC)



21N02W01F004M 21N02W01F004M DWR 3/21/13 0:00 27.36 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 5/23/13 0:00 33.40 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 6/26/13 0:00 37.05 163.22 (TOC)




AgencyMeasurement

Date


Time)


Point)





STATE OF CALIFORNIA





21N02W01F004M 21N02W01F004M DWR 7/3/13 0:00 38.26 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 7/9/13 0:00 38.35 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 7/16/13 0:00 40.10 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 7/24/13 0:00 40.44 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 7/30/13 0:00 40.23 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 8/6/13 0:00 40.55 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 8/13/13 0:00 40.48 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 8/20/13 0:00 40.50 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 8/27/13 0:00 40.45 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 9/4/13 0:00 39.47 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 9/12/13 0:00 39.80 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 9/18/13 0:00 40.21 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 10/8/13 0:00 38.91 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 10/16/13 0:00 38.93 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 10/25/13 0:00 39.50 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 11/21/13 0:00 37.99 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 12/18/13 0:00 37.80 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 1/15/14 0:00 39.45 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 2/19/14 0:00 39.00 163.22 (TOC)21N02W01F004M 21N02W01F004M DWR 3/20/14 0:00 37.56 163.22 (TOC)

21N02W04G002M 21N02W04G002M DWR 3/21/13 0:00 62.53 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 5/23/13 0:00 63.50 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 6/26/13 0:00 69.39 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 7/3/13 0:00 70.14 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 7/9/13 0:00 71.70 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 7/16/13 0:00 74.30 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 7/24/13 0:00 78.33 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 7/30/13 0:00 81.68 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 8/6/13 0:00 85.40 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 8/13/13 0:00 88.73 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 8/20/13 0:00 92.20 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 8/27/13 0:00 94.80 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 9/4/13 0:00 97.51 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 9/12/13 0:00 100.15 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 9/18/13 0:00 101.51 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 10/1/13 0:00 103.92 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 10/8/13 0:00 103.41 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 10/16/13 0:00 101.59 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 10/25/13 0:00 98.85 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 11/21/13 0:00 90.14 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 12/18/13 0:00 83.50 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 1/15/14 0:00 79.42 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 2/19/14 0:00 78.32 180.21 (TOC)21N02W04G002M 21N02W04G002M DWR 3/19/14 0:00 75.88 180.21 (TOC)



21N02W04G005M 21N02W04G005M DWR 3/21/13 0:00 31.49 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 5/23/13 0:00 40.90 181.16 (TOC)




AgencyMeasurement

Date


Time)


Point)





STATE OF CALIFORNIA





21N02W04G005M 21N02W04G005M DWR 6/26/13 0:00 45.97 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 7/3/13 0:00 47.54 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 7/9/13 0:00 48.75 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 7/16/13 0:00 49.60 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 7/24/13 0:00 50.20 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 7/30/13 0:00 50.57 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 8/6/13 0:00 51.20 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 8/13/13 0:00 51.22 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 8/20/13 0:00 50.80 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 8/27/13 0:00 50.55 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 9/4/13 0:00 50.75 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 9/12/13 0:00 50.35 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 9/18/13 0:00 49.79 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 10/1/13 0:00 47.47 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 10/8/13 0:00 47.46 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 10/16/13 0:00 48.26 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 10/25/13 0:00 47.40 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 11/21/13 0:00 45.27 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 12/18/13 0:00 44.20 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 1/15/14 0:00 45.03 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 2/19/14 0:00 44.18 181.16 (TOC)21N02W04G005M 21N02W04G005M DWR 3/19/14 0:00 41.59 181.16 (TOC)

21N02W36A002M 21N02W36A002M DWR 3/18/13 0:00 27.29 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 5/23/13 0:00 29.40 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 6/26/13 0:00 27.49 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 7/3/13 0:00 34.33 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 7/9/13 0:00 31.00 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 7/16/13 0:00 31.00 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 7/24/13 0:00 34.16 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 7/29/13 0:00 29.22 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 8/6/13 0:00 31.60 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 8/13/13 0:00 28.53 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 8/20/13 0:00 30.20 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 8/27/13 0:00 29.50 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 9/4/13 0:00 28.68 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 9/12/13 0:00 30.95 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 9/18/13 0:00 32.08 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 10/1/13 0:00 27.74 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 10/8/13 0:00 29.74 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 10/15/13 0:00 29.85 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 10/25/13 0:00 28.95 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 11/21/13 0:00 28.38 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 12/18/13 0:00 30.30 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 1/15/14 0:00 34.68 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 2/19/14 0:00 29.80 137.49 (TOC)21N02W36A002M 21N02W36A002M DWR 3/20/14 0:00 28.56 137.49 (TOC)

22N01W29N001M 22N01W29N001M DWR 3/18/13 0:00 25.93 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 5/23/13 0:00 29.40 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 6/26/13 0:00 34.02 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 7/3/13 0:00 37.11 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 7/9/13 0:00 48.30 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 7/16/13 0:00 56.20 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 7/24/13 0:00 61.94 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 7/29/13 0:00 66.92 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 8/6/13 0:00 71.80 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 8/13/13 0:00 74.66 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 8/20/13 0:00 76.95 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 8/27/13 0:00 78.50 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 9/4/13 0:00 79.88 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 9/12/13 0:00 81.00 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 9/18/13 0:00 81.40 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 10/1/13 0:00 72.07 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 10/8/13 0:00 63.46 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 10/20/13 0:00 58.95 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 10/25/13 0:00 53.20 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 11/21/13 0:00 44.97 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 12/18/13 0:00 40.60 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 1/15/14 0:00 38.17 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 2/19/14 0:00 41.63 150.95 (TOC)22N01W29N001M 22N01W29N001M DWR 3/19/14 0:00 35.84 150.95 (TOC)





AgencyMeasurement

Date


Time)


Point)





STATE OF CALIFORNIA





22N01W29N003M 22N01W29N003M DWR 3/18/13 0:00 23.76 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 5/23/13 0:00 35.50 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 6/26/13 0:00 33.06 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 7/3/13 0:00 45.77 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 7/9/13 0:00 39.10 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 7/16/13 0:00 41.10 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 7/24/13 0:00 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 7/29/13 0:00 40.77 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 8/6/13 0:00 39.45 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 8/13/13 0:00 36.05 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 8/20/13 0:00 37.15 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 8/27/13 0:00 37.35 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 9/4/13 0:00 35.23 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 9/12/13 0:00 34.50 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 9/18/13 0:00 32.50 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 10/1/13 0:00 28.03 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 10/8/13 0:00 29.61 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 10/20/13 0:00 31.67 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 10/25/13 0:00 32.80 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 11/21/13 0:00 27.24 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 12/18/13 0:00 29.20 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 1/15/14 0:00 29.95 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 2/19/14 0:00 26.34 149.99 (TOC)22N01W29N003M 22N01W29N003M DWR 3/19/14 0:00 24.87 149.99 (TOC)



22N02W01N002M 22N02W01N002M DWR 3/19/13 0:00 18.76 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 5/23/13 0:00 40.95 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 6/26/13 0:00 50.62 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 7/3/13 0:00 55.69 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 7/9/13 0:00 63.00 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 7/16/13 0:00 64.70 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 7/24/13 0:00 67.94 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 7/30/13 0:00 68.50 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 8/6/13 0:00 74.40 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 8/13/13 0:00 68.44 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 8/20/13 0:00 64.30 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 8/27/13 0:00 70.15 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 9/4/13 0:00 65.25 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 9/12/13 0:00 66.80 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 9/18/13 0:00 61.62 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 10/1/13 0:00 50.71 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 10/8/13 0:00 46.25 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 10/20/13 0:00 45.70 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 10/25/13 0:00 45.65 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 11/22/13 0:00 34.07 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 12/18/13 0:00 31.25 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 1/15/14 0:00 33.68 161.31 (TOC)22N02W01N002M 22N02W01N002M DWR 2/19/14 0:00 30.02 161.31 (TOC)




AgencyMeasurement

Date


Time)


Point)





STATE OF CALIFORNIA





22N02W01N002M 22N02W01N002M DWR 3/19/14 0:00 25.13 161.31 (TOC)



22N02W15C002M 22N02W15C002M DWR 3/20/13 10:13 60.27 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 5/23/13 0:00 62.00 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 7/3/13 0:00 67.75 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 7/9/13 0:00 73.70 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 7/16/13 0:00 81.50 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 7/24/13 0:00 88.90 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 7/31/13 0:00 94.31 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 8/6/13 0:00 98.30 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 8/13/13 0:00 102.58 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 8/20/13 0:00 105.95 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 8/27/13 0:00 105.65 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 9/4/13 0:00 111.30 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 9/12/13 0:00 113.40 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 9/18/13 0:00 114.65 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 10/1/13 0:00 113.35 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 10/8/13 0:00 107.68 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 10/15/13 7:30 102.00 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 10/25/13 0:00 97.20 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 11/22/13 0:00 86.52 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 12/18/13 0:00 80.25 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 1/15/14 0:00 76.49 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 2/19/14 0:00 78.68 192.37 (TOC)22N02W15C002M 22N02W15C002M DWR 3/18/14 7:08 73.43 192.37 (TOC)

22N02W15C003M 22N02W15C003M DWR 3/20/13 9:40 45.46 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 5/23/13 0:00 78.25 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 6/26/13 0:00 85.81 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 7/3/13 0:00 96.83 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 7/9/13 0:00 97.70 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 7/16/13 0:00 101.55 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 7/24/13 0:00 101.06 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 7/31/13 0:00 99.72 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 8/6/13 0:00 103.50 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 8/13/13 0:00 92.13 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 8/20/13 0:00 81.50 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 8/27/13 0:00 80.10 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 9/4/13 0:00 80.53 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 9/12/13 0:00 83.90 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 9/18/13 0:00 77.35 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 10/1/13 0:00 61.06 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 10/8/13 0:00 62.75 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 10/15/13 7:12 62.00 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 10/25/13 0:00 68.20 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 11/22/13 0:00 56.90 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 12/18/13 0:00 6.70 192.01 (TOC) Data point was verified with DWR Northern Region22N02W15C003M 22N02W15C003M DWR 1/15/14 0:00 57.60 192.01 (TOC)




AgencyMeasurement

Date


Time)


Point)





STATE OF CALIFORNIA





22N02W15C003M 22N02W15C003M DWR 2/19/14 0:00 50.50 192.01 (TOC)22N02W15C003M 22N02W15C003M DWR 3/18/14 7:27 48.94 192.01 (TOC)

22N02W15C004M 22N02W15C004M DWR 3/20/13 9:50 47.67 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 5/23/13 0:00 77.15 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 6/26/13 0:00 69.97 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 7/3/13 0:00 98.74 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 7/9/13 0:00 104.45 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 7/16/13 0:00 102.30 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 7/24/13 0:00 94.48 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 7/31/13 0:00 101.49 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 8/6/13 0:00 104.20 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 8/13/13 0:00 79.14 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 8/20/13 0:00 76.35 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 8/27/13 0:00 80.05 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 9/4/13 0:00 73.85 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 9/12/13 0:00 88.20 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 9/18/13 0:00 75.02 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 10/1/13 0:00 57.72 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 10/8/13 0:00 58.75 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 10/15/13 7:16 58.77 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 10/25/13 0:00 65.55 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 11/22/13 0:00 48.16 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 12/18/13 0:00 58.80 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 1/15/14 0:00 60.53 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 2/19/14 0:00 47.75 192.25 (TOC)22N02W15C004M 22N02W15C004M DWR 3/18/14 7:32 46.66 192.25 (TOC)

22N02W15C005M 22N02W15C005M DWR 3/20/13 9:50 27.75 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 5/23/13 0:00 36.85 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 6/26/13 0:00 39.98 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 7/3/13 0:00 41.67 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 7/9/13 0:00 42.65 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 7/16/13 0:00 43.05 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 7/24/13 0:00 42.91 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 7/31/13 0:00 44.10 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 8/6/13 0:00 43.60 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 8/13/13 0:00 42.62 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 8/20/13 0:00 42.95 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 8/27/13 0:00 42.60 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 9/4/13 0:00 41.77 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 9/12/13 0:00 42.35 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 9/18/13 0:00 41.60 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 10/1/13 0:00 39.20 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 10/8/13 0:00 38.42 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 10/15/13 7:23 38.17 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 10/25/13 0:00 38.00 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 11/22/13 0:00 35.59 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 12/18/13 0:00 36.55 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 1/15/14 0:00 38.11 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 2/19/14 0:00 39.27 192.71 (TOC)22N02W15C005M 22N02W15C005M DWR 3/18/14 7:35 38.49 192.71 (TOC)

23N01W28M002M 23N01W28M002M DWR 3/20/13 0:00 12.35 160.33 (TOC)23N01W28M002M 23N01W28M002M BC-DW&RC 5/24/13 0:00 20.50 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 6/26/13 0:00 24.44 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 7/3/13 0:00 25.75 160.33 (TOC)23N01W28M002M 23N01W28M002M BC-DW&RC 7/8/13 0:00 27.20 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 7/9/13 0:00 27.20 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 7/16/13 0:00 29.35 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 7/24/13 0:00 31.66 160.33 (TOC)23N01W28M002M 23N01W28M002M BC-DW&RC 7/30/13 0:00 33.80 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 8/6/13 0:00 35.20 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 8/13/13 0:00 36.30 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 8/20/13 0:00 36.60 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 8/27/13 0:00 36.90 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 9/4/13 0:00 37.42 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 9/12/13 0:00 37.95 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 9/18/13 0:00 37.64 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 10/1/13 0:00 35.81 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 10/8/13 0:00 34.14 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 10/16/13 0:00 32.80 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 10/25/13 0:00 31.90 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 11/22/13 0:00 26.75 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 12/18/13 0:00 24.50 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 1/15/14 0:00 24.38 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 2/19/14 0:00 23.22 160.33 (TOC)23N01W28M002M 23N01W28M002M DWR 3/17/14 0:00 20.25 160.33 (TOC)

23N01W28M003M 23N01W28M003M DWR 3/20/13 0:00 13.40 160.57 (TOC)23N01W28M003M 23N01W28M003M BC-DW&RC 5/24/13 0:00 23.55 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 6/26/13 0:00 27.89 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 7/3/13 0:00 30.10 160.57 (TOC)23N01W28M003M 23N01W28M003M BC-DW&RC 7/8/13 0:00 30.70 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 7/9/13 0:00 30.70 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 7/16/13 0:00 32.10 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 7/24/13 0:00 33.91 160.57 (TOC)23N01W28M003M 23N01W28M003M BC-DW&RC 7/30/13 0:00 35.65 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 8/6/13 0:00 36.40 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 8/13/13 0:00 36.64 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 8/20/13 0:00 36.45 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 8/27/13 0:00 35.80 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 9/4/13 0:00 35.90 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 9/12/13 0:00 36.30 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 9/18/13 0:00 35.78 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 10/1/13 0:00 33.39 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 10/8/13 0:00 32.22 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 10/16/13 0:00 31.52 160.57 (TOC)




AgencyMeasurement

Date


Time)


Point)





STATE OF CALIFORNIA





23N01W28M003M 23N01W28M003M DWR 10/25/13 0:00 30.20 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 11/22/13 0:00 26.32 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 12/18/13 0:00 24.95 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 1/15/14 0:00 25.41 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 2/19/14 0:00 23.22 160.57 (TOC)23N01W28M003M 23N01W28M003M DWR 3/17/14 0:00 20.45 160.57 (TOC)




23N01W31M002M 23N01W31M002M DWR 3/20/13 0:00 20.10 162.76 (TOC)23N01W31M002M 23N01W31M002M BC-DW&RC 5/24/13 0:00 37.15 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 6/26/13 0:00 39.31 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 7/3/13 0:00 43.94 162.76 (TOC)23N01W31M002M 23N01W31M002M BC-DW&RC 7/8/13 0:00 42.80 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 7/9/13 0:00 42.85 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 7/16/13 0:00 46.90 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 7/24/13 0:00 47.18 162.76 (TOC)23N01W31M002M 23N01W31M002M BC-DW&RC 7/29/13 0:00 47.05 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 8/6/13 0:00 49.30 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 8/13/13 0:00 47.61 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 8/20/13 0:00 49.55 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 8/27/13 0:00 48.70 162.76 (TOC)




AgencyMeasurement

Date


Time)


Point)





STATE OF CALIFORNIA





23N01W31M002M 23N01W31M002M DWR 9/4/13 0:00 49.34 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 9/12/13 0:00 47.75 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 9/18/13 0:00 43.72 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 10/1/13 0:00 39.50 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 10/8/13 0:00 39.31 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 10/16/13 0:00 36.97 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 10/25/13 0:00 37.85 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 11/22/13 0:00 32.09 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 12/18/13 0:00 32.60 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 1/15/14 0:00 33.59 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 2/19/14 0:00 29.46 162.76 (TOC)23N01W31M002M 23N01W31M002M DWR 3/17/14 0:00 25.90 162.76 (TOC)



APPENDIX C Groundwater Level Hydrographs

Figure C-1 Hydrograph GCID 1





Figure C-6 Hydrograph 20N02W11A001-3M

Figure C-7 Hydrograph 21N01W11A001-3M

Figure C-8 Hydrograph 21N01W13J001-3M

Figure C-9 Hydrograph 21N02W01F001-4M

Figure C-10 Hydrograph 21N02W04G002-5M

Figure C-11 Hydrograph 21N02W36A002M

Figure C-12 Hydrograph 22N01W29N001-4M

Figure C-13 Hydrograph 22N02W01N001-4M

Figure C-14 Hydrograph 22N02W15C002-5M

Figure C-15 Hydrograph 23N01W28M002-5M

Figure C-16 Hydrograph 23N01W31M001-4M

Figure C-1Glenn-Colusa Irrigation District


HYDROGRAPH GCID 1

‐150

‐100

‐50

0

50

100

150

200

Mar‐13 Apr‐13 May‐13 Jun‐13 Jul‐13 Aug‐13 Sep‐13 Oct‐13 Nov‐13 Dec‐13 Jan‐14 Feb‐14 Mar‐14 Apr‐14

Water Surface Elevatio

n (feet m

ean sea level)

Date

GCID 1 (800 to 1,300)

Note:1. Depths from the ground surface to the uppermost and lowermost

screened sections are shown in parentheses after each well name.



HYDROGRAPH GCID 2

‐150

‐100

‐50

0

50

100

150

200



n (feet m

ean sea level)

Date

GCID 2 (920 to 1,230)


screened sections are shown in parentheses after each well name. 2. Groundwater level data are unavailable for GCID 2 between March 1,

2013 and July 1, 2013.



HYDROGRAPH GCID 3

‐150

‐100

‐50

0

50

100

150

200



n (feet m

ean sea level)

Date

GCID 3 (782 to 1,228)





HYDROGRAPH GCID 4

‐150

‐100

‐50

0

50

100

150

200



n (feet m

ean sea level)

Date

GCID 4 (799 to 1,241)





HYDROGRAPH GCID 5

‐150

‐100

‐50

0

50

100

150

200



n (feet m

ean sea level)

Date

GCID 5 (190 to 710)





HYDROGRAPH 20N02W11A001-3M

40

60

80

100

120

140

160

180

200



n (feet m

ean sea level)

Date

20N02W11A003M (490 to 510) 20N02W11A002M (140 to 160) 20N02W11A001M (70 to 90)





HYDROGRAPH 21N01W11A001-3M

40

60

80

100

120

140

160

180

200



n (feet m

ean sea level)

Date

21N01W11A001M (810 to 1,280) 21N01W11A002M (125 to 185) 21N01W11A003M (30 to 50)





HYDROGRAPH 21N01W13J001-3M

40

60

80

100

120

140

160

180

200



n (feet m

ean sea level)

Date

21N01W13J001M (780 to 820) 21N01W13J002M (570 to 591) 21N01W13J003M (355 to 385)





HYDROGRAPH 21N02W01F001-4M

40

60

80

100

120

140

160

180

200



n (feet m

ean sea level)

Date

21N02W01F001M (547 to 557) 21N02W01F002M (297 to 307) 21N02W01F003M (109 to 119) 21N02W01F004M (55 to 65)





HYDROGRAPH 21N02W04G002-5M

40

60

80

100

120

140

160

180

200



n (feet m

ean sea level)

Date

21N02W04G002M (928 to 938) 21N02W04G003M (674 to 704) 21N02W04G004M (165 to 279) 21N02W04G005M (57 to 67)





HYDROGRAPH 21N02W36A002M

40

60

80

100

120

140

160

180

200



n (feet m

ean sea level)

Date

21N02W36A002M (120 to 140)





HYDROGRAPH 22N01W29N001-4M

40

60

80

100

120

140

160

180

200



n (feet m

ean sea level)

Date

22N01W29N001M (859 to 1,136) 22N01W29N002M (549 to 641) 22N01W29N003M (189 to 380) 22N01W29N004M (89 to 99)





HYDROGRAPH 22N02W01N001-4M

40

60

80

100

120

140

160

180

200



n (feet m

ean sea level)

Date

22N02W01N001M (810 to 1,050) 22N02W01N002M (700 to 710) 22N02W01N003M (210 to 370) 22N02W01N004M (70 to 80)





HYDROGRAPH 22N02W15C002-5M

40

60

80

100

120

140

160

180

200



n (feet m

ean sea level)

Date

22N02W15C002M (760 to 781) 22N02W15C003M (370 to 380) 22N02W15C004M (210 to 220) 22N02W15C005M (60 to 70)





HYDROGRAPH 23N01W28M002-5M

40

60

80

100

120

140

160

180

200



n (feet m

ean sea level)

Date

23N01W28M002M (791 to 1,021) 23N01W28M003M (640 to 670) 23N01W28M004M (120 to 165) 23N01W28M005M (30 to 50)





HYDROGRAPH 23N01W31M001-4M

40

60

80

100

120

140

160

180

200



n (feet m

ean sea level)

Date

23N01W31M001M (969 to 1,030) 23N01W31M002M (545 to 600) 23N01W31M003M (140 to 201) 23N01W31M004M (66 to 76)



APPENDIX D Groundwater Level Contour Maps

Figure D-1 June 2013 Groundwater Elevation Contour Map, Wells 0 to 200 Feet Deep

Figure D-2 September 2013 Groundwater Elevation Contour Map, Wells 0 to 200 Feet Deep

Figure D-3 March 2014 Groundwater Elevation Contour Map, Wells 0 to 200 Feet Deep

Figure D-4 June 2013 Groundwater Elevation Contour Map, Wells 200 to 700 Feet Deep

Figure D-5 September 2013 Groundwater Elevation Contour Map, Wells 200 to 700 Feet Deep

Figure D-6 March 2014 Groundwater Elevation Contour Map, Wells 200 to 700 Feet Deep

Figure D-7 June 2013 Groundwater Elevation Contour Map, Wells 700 to 1,400 Feet Deep

Figure D-8 September 2013 Groundwater Elevation Contour Map, Wells 700 to 1,400 Feet Deep

Figure D-9 March 2014 Groundwater Elevation Contour Map, Wells 700 to 1,400 Feet Deep

@A

@A

@A@A

@A

@A

@A

@A

@A

@A

20N02W11A001M

21N01W11A003M

21N02W01F004M21N02W04G005M

21N02W36A002M

22N01W29N004M

22N02W01N004M

22N02W15C005M

23N01W28M005M

23N01W31M004M

121.24

116.01

126.17135.19

110.00

125.34

135.12

152.73

132.44

134.63

150145

140135

130

125

120

120

135

115

0 21

Miles

¯

LEGEND

GCID Service Area

GCID Main Canal


Groundwater Elevation Contour, feet mslContour Interval: 5 feet

Last Saved: 5/6/2014 8:34:40 AM bkaasa; N:\Clients\550 Glenn-Colusa Irrigation District\00-13-03 Wtr Tran Monitor & Report\GIS\Figures\Figure D-1.mxd

Note:1. Groundwater elevation values used for contouringare posted above each well.

FIGURE D-1Glenn-Colusa Irrigation District

2013 Final Water Transfer ReportJUNE 2013 GROUNDWATER ELEVATION CONTOUR MAP,WELLS 0 TO 200 FEET DEEP

@A

@A

@A@A

@A

@A

@A

@A

@A

@A

20N02W11A001M

21N01W11A003M

21N02W01F004M21N02W04G005M

21N02W36A002M

22N01W29N004M

22N02W01N004M

22N02W15C005M

23N01W28M005M

23N01W31M004M

118.74

114.24

123.01131.37

105.41

123.50

134.11

151.11

127.58

132.61

150

145140

135130

125

120130

125

120

130

115

110

115

115

115

LEGEND

GCID Service Area

GCID Main Canal





2013 Final Water Transfer ReportSEPTEMBER 2013 GROUNDWATER

ELEVATION CONTOUR MAP,WELLS 0 TO 200 FEET DEEP

0 21

Miles

¯


@A

@A

@A@A

@A

@A

@A

@A

@A

@A

20N02W11A001M

21N01W11A003M

21N02W01F004M21N02W04G005M

21N02W36A002M

22N01W29N004M

22N02W01N004M

22N02W15C005M

23N01W28M005M

23N01W31M004M

116.15

114.43

125.66139.57

108.93

126.44

136.84

154.22

130.19

135.98

150145

140135

130

125

120

115

130

115

110

120

125

125

120

LEGEND

GCID Service Area

GCID Main Canal





2013 Final Water Transfer ReportMARCH 2014 GROUNDWATER


0 21

Miles

¯


@A

@A

@A@A

@A

@A

@A

@A

"/

20N02W11A003M

21N01W13J002M

21N02W01F001M21N02W04G003M

22N01W29N002M

22N02W15C003M

23N01W28M003M

23N01W31M002M

GCID 5

100.26

105.77

109.00110.28

111.21

106.20

132.68

123.45

95.06

125

120115110

105

100

100

130

110

110105

LEGEND

GCID Service Area

GCID Main Canal






2013 Final Water Transfer ReportJUNE 2013 GROUNDWATER ELEVATION CONTOUR MAP,

WELLS 200 TO 700 FEET DEEP

0 21

Miles

¯


@A

@A

@A@A

@A

@A

@A

@A

@A

"/

20N02W11A003M

21N01W13J002M

21N02W01F001M21N02W04G003M

22N01W29N002M

22N02W01N003M

22N02W15C003M

23N01W28M003M

23N01W31M002M

GCID 5

97.66

101.42

105.03101.47

97.82

124.62

114.66

124.79

119.04

79.90

120

115110105

100

100

95

100

120

LEGEND

GCID Service Area

GCID Main Canal








0 21

Miles

¯

Notes:1. The groundwater elevation value posted aboveGCID 5 is the pumping water level, and was notused for contouring purposes.2. Groundwater elevations in the vicinity of GCID 5were approximated.

@A

@A

@A@A

@A

@A

@A

@A

@A

"/

20N02W11A003M

21N01W13J002M

21N02W01F001M21N02W04G003M

22N01W29N002M

22N02W01N003M

22N02W15C003M

23N01W28M003M

23N01W31M002M

GCID 5

105.48

109.11

121.87119.53

119.95

138.83

143.07

140.12

136.86

103.40

140

135130

125

120

115110

135

130

125

110

140

115120

110105

LEGEND

GCID Service Area

GCID Main Canal








0 21

Miles

¯


@A

@A

@A

@A

@A

@A

@A

@A

"/

"/

"/

"/

21N01W11A001M

21N01W13J001M

21N02W04G002M

22N01W29N001M

22N02W01N001M

22N02W15C002M

23N01W28M002M

23N01W31M001M

GCID 1

GCID 2

GCID 3

GCID 4

109.10

103.92

110.82

116.93

129.47

135.89

130.94

129.80

111.44

107.14

130

125

120

115

110

125

120

105

135

130

115

110

110

LEGEND

GCID Service Area

GCID Main Canal






2013 Final Water Transfer ReportJUNE 2013 GROUNDWATER ELEVATION CONTOUR MAP,

WELLS 700 TO 1,400 FEET DEEP

0 10.5

Miles

¯

Notes:1. Groundwater elevation values used for contouringpurposes are posted above each well.2. Wells GCID 2 and 22N02W15C002M were notused for contouring purposes because groundwaterelevation values were not available for June 2013.

@A

@A

@A

@A

@A

@A

@A

@A

"/

"/

"/

"/

21N01W11A001M

21N01W13J001M

21N02W04G002M

22N01W29N001M

22N02W01N001M

22N02W15C002M

23N01W28M002M

23N01W31M001M

GCID 1

GCID 2

GCID 3

GCID 4

101.47

100.50

78.70

69.55

44.27

77.72

122.69

92.92

-49.50

-116.59

-47.80

-70.11

11510595

9085

8075

70

65

7010

09590858075

120

110

100

85

80

75

70

LEGEND

GCID Service Area

GCID Main Canal




Last Saved: 5/9/2014 12:29:19 PM bkaasa; N:\Clients\550 Glenn-Colusa Irrigation District\00-13-03 Wtr Tran Monitor & Report\GIS\Figures\Figure D-8.mxd



ELEVATION CONTOUR MAP,WELLS 700 TO 1,400 FEET DEEP

0 10.5

Miles

¯

Notes:1. Groundwater elevation values posted above theGCID production wells are the pumping water levelsand were not used for contouring purposes.2. Groundwater elevations in the vicinity of eachGCID production well were approximated.

@A

@A

@A

@A

@A

@A

@A

@A

"/

"/

"/

"/

21N01W11A001M

21N01W13J001M

21N02W04G002M

22N01W29N001M

22N02W01N001M

22N02W15C002M

23N01W28M002M

23N01W31M001M

GCID 1

GCID 2

GCID 3

GCID 4

113.12

108.64

104.33

115.11

130.20

118.94

140.08

130.76

130.30

117.61

110.70

106.29

135

130

125

120

110

130

120

115

115110

105

LEGEND

GCID Service Area

GCID Main Canal







ELEVATION CONTOUR MAP,WELLS 700 TO 1,400 FEET DEEP

0 10.5

Miles

¯


APPENDIX E DWR Change in Groundwater Elevation Maps,

Spring 2013 to Spring 2014

!

!!

! !

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!!

!!

UV20

UV32

UV20

UV70

UV65

UV45

UV99

UV299

UV99

UV45

UV70

UV36

UV53

UV273

UV113

UV20

UV32

UV89

UV99

UV175

UV162

UV175

UV299

UV45

UV113

UV44

UV32

UV44

UV45

UV273

UV45

UV70

UV191

UV299

UV20

UV44

UV20

UV65

UV20

UV20

UV20

UV44

UV20

UV273

UV70

UV70

UV191

UV20

UV273

UV20

UV65

UV16

UV44

UV32

UV16

UV45

UV44

UV32

UV162

UV44

UV65

UV36

UV70

UV191

UV20

UV16

UV65

UV20

UV99

UV70

UV299

UV44

UV36

UV99

UV99

UV65

UV45

UV175

UV175

UV70

UV99

UV65

UV29

UV70

UV193

UV175

UV99

UV113

UV44

UV65

UV162

UV32

UV20

UV44

UV162

UV191

UV20

UV273

UV53

UV175

UV53

UV191

UV29

UV65

UV53

UV32

UV44

UV32

UV299

UV99

UV20

UV299

UV299

UV99

UV53

UV299

UV162

UV191

UV99

UV162

UV36

UV191

UV44

UV32

UV32

UV175

UV44

UV44

UV175

UV65

UV20

UV20

UV65

UV20

UV44

UV162

UV70

UV99

UV65

UV162

UV65

UV20

UV113

UV175

UV162

UV44

UV45

UV162

UV20

UV29

UV299

UV175

UV99

UV45

UV99

UV162

UV99

UV44

UV299

UV175

UV29

UV44

UV20

UV32

UV20

UV99

UV20

UV29

UV44 UV44

UV162

UV70

UV16

UV20

UV45

UV281

UV36

UV20

UV29

UV162

UV32

UV99

UV113

UV191

UV36

UV20

UV36

UV70

UV32

UV16

UV70

UV89

UV20

UV191

UV32

UV44

UV149

UV44

UV20

UV162

UV20

UV70

UV70

UV45

UV32

UV99

UV36

UV162

UV162

UV29

UV44

UV36

UV70

UV172

UV32

UV99

UV36

UV32

UV36

UV36

§̈¦505

§̈¦5

§̈¦5

§̈¦5

§̈¦5

BealeAFB

Chico

Clearlake

Colusa

Corning

Cottonwood

Gridley

Kelseyville

Lincoln

Live Oak

Lucerne

Orland

Oroville

Paradise

RedBluff

Redding

Sacramento

Tehama

Williams

Willows

YubaCity

11N 1E

11N 1W

11N 2E

11N 2W11N3E

11N 3W11N 4E

11N 4W11N 5E

11N 5W11N 6E11N 6W

11N 7E

11N 7W11N 8W11N9W

12N 1E12N 1W

12N 2E

12N 2W 12N 3E

12N3W

12N 4E12N 4W

12N 5E

12N 5W

12N 6E

12N 6W

12N 7E

12N 7W12N 8W12N9W

13N 1E

13N 1W13N 2E

13N 2W13N 3E13N 3W 13N 4E

13N 4W

13N 5E

13N 5W

13N 6E

13N 6W

13N 7E

13N 7W

13N 8W

13N9W

14N 1E

14N 1W14N 2E

14N 2W 14N 3E

14N 3W

14N 4E14N 4W

14N 5E

14N 5W

14N 6E

14N 6W

14N7E

14N 7W14N 8W

14N 9W

15N 1E

15N 1W

15N 2E

15N 2W

15N 3E

15N 3W

15N 4E

15N 4W

15N 5E

15N 5W

15N 6E

15N 6W 15N7E

15N 7W15N 8W15N9W

16N 1E

16N 1W

16N 2E

16N 2W

16N 3E

16N 3W

16N 4E

16N 4W

16N 5E

16N 5W

16N 6E

16N 6W

16N7E

16N 7W

16N 8W16N9W

17N 1E17N 1W

17N 2E17N 2W 17N 3E17N 3W

17N 4E

17N 4W

17N 5E

17N 5W

17N 6E

17N 6W 17N7E

17N 7W17N 8W17N 9W

18N 1E18N 1W

18N 2E

18N 2W

18N 3E

18N 3W

18N 4E

18N 4W

18N 5E

18N 5W

18N 6E

18N 6W 18N7E

18N 7W18N 8W

18N9W

19N 1E19N 1W

19N 2E

19N 2W

19N 3E

19N 3W 19N 4E19N 4W19N 5E

19N 5W

19N 6E

19N 6W

19N7E

19N 7W19N 8W

19N9W

20N 1E20N 1W

20N 2E

20N 2W20N 3E

20N 3W

20N 3.5E

20N 4E20N 4W

20N 5E

20N 5W

20N 6E20N 6W20N7E

20N 7W20N 8W

20N9W

21N 1E

21N 2E

21N 2W

21N 3E

21N 3W

21N 4E

21N 4W21N 5E

21N 5W

21N 6E

21N 6W

21N7E

21N 7W21N 8W

21N 9W

22N 1E

22N 1W

22N 2E22N 2W

22N 3E

22N 3W

22N 4E22N 4W

22N 5E

22N 5W

22N 6E

22N 6W

22N 7E

22N 7W22N 8W

22N 9W

23N 1E23N 1W

23N 2E

23N 2W

23N 3E23N 3W 23N 4E23N 4W 23N 5E23N 5W 23N 6E23N 6W

23N 7E

23N 7W23N 8W

23N9W

23.5N 2E

24N 1E24N 1W

24N 2E24N 2W

24N 3E24N 3W

24N 4E24N 4W 24N 5E

24N 5W

24N 6E24N 6W

24N 7E

24N 7W24N 8W

24N9W

25N 1E25N 1W25N 2E

25N 2W25N 3E

25N 3W

25N 4E25N 4W

25N 5E25N 5W

25N 6E

25N 6W

25N 7E

25N 7W25N 8W

25N9W

26N 1E26N 1W26N 2E

26N 2W

26N 3E

26N 3W

26N 4E

26N 4W

26N 5E

26N 5W

26N 6E

26N 6W

26N 7E

26N 7W26N 8W26N 9W

27N 1E27N 1W

27N 2E

27N 2W

27N 3E

27N 3W

27N 4E27N 4W

27N 5E

27N 5W

27N 6E

27N 6W

27N 7E

27N 7W27N 8W27N 9W

28N 1E28N 1W 28N 2E28N 2W

28N 3E

28N 3W

28N 4E

28N 4W

28N 5E

28N 5W

28N 6E

28N 6W

28N 7E

28N 7W28N 8W

28N 9W

28.5N 3W

29N 1E

29N 1W29N 2E29N 2W

29N 2.5W29N 3E

29N 3W

29N 4E

29N 4W

29N 5E

29N 5W

29N 6E

29N 6W

29N 7E

29N 7W29N 8W

30N 1E30N 1W 30N 2E30N 2W 30N 3E

30N 3W

30N 4E

30N 4W

30N 5E30N 5W

30N 6E

30N 6W

30N 7E

30N 7W30N 8W

31N 1E31N 1W 31N 2E31N 2W

31N 3E

31N 3W 31N 4E31N 4W

31N 5E

31N 5W

31N 6E

31N 6W

31N 7E

31N 7W31N 8W

32N 1E32N 1W32N 2E

32N 2W 32N 3E32N 3W 32N 4E32N 4W

32N 5E32N 5W

32N 6E

32N 6W32N 7E

32N 7W32N 8W

-4

1.6-8.3

-1.1

-1.2-1.3

-0.6

-1.7

-6.2

1

-1.2

1.2

-8.9

-7.9

-3.3

-1.1

-9.9

-0.1

-5.7

-10.1

-1.2

-13.6

-5.7-13.3

-11.5

-9.9-11.3

-12.4

-1.1

-0.6

-2.4

-1.5

-14.5

-12.4

-4.3

-0.7

-8.6

-9.3-3.9

-14.2

-1.7

-5.2

-5.6

-3.2

-3.8

-2

-9

-13.2

-9

-1.3

-9.2

-6.2

-9.1

-8.1

-11.2

-10.7-9.5

-6.2-5.6

0

-10

-10

-5

-5

-5

-10

-10

GLENN

BUTTE

COLUSA

TEHAMA

SHASTA ¢5 0 5 10

Miles

County Boundaries

Redding GW Basin

Sacramento Valley GW Basin

!( Monitoring Well

> 40 feet higher

> 35 to 40 feet higher







0 to 5 feet higher

> 0 to 5 feet lower

> 5 to 10 feet lower







> 40 feet lower

Groundwater Elevation Change

Change in groundwater elevations are based on the actual measured levels ofthe hydrostatic level (piezometric surface) of the groundwater at individual welllocations.Contoured color ramping is interpolated from these measurements and should be considered approximate. The accuracy of the estimated contour is directly related to the timing of the measurements, spacing and the distributionof nearby monitoring wells, well construction, and aquifer characteristics.

Note 5:

NOTES

GWE - Groundwater Elevationbgs - below ground surface

Note 6:

Note 1: A positive number indicates that groundwater elevations were higher in thecurrent year than in the previous year. A negative number indicates that groundwater elevations were lower in the current year than in the previous year.

This map may not use all the color ranges shown in table above. Somewells may not be visible on map due to the close proximity to each other.

Note 3:

Note 2: Statistical analysis is based on the number of wells monitored within each county. Summary results are based on the total number of wellsmonitored, not averages of the statistical analysis of individual counties.

Groundwater level changes are based on groundwater level measurementstaken from wells constructed in the deep aquifer zone at similar datesof different years. These wells include those that have screened intervals and well depths that are greater than 600 ft.

Note 4:

PLATE 1D-A

BY: G. Gordon

Date: April 2014

Pa

th:

Z:\

GW

_G

IS\P

roje

cts\

NR

O_

Ch

an

geM

ap

s\2

014

\Sp

rin

g_2

01

4\S

14_

De

ep

\De

epS

pri

ng

201

3to

201

4.m

xd

http://www.water.ca.gov/groundwater/data_and_monitoring/northern_region/GroundwaterLevel/gw_level_monitoring.cfm


STATE OF CALIFORNIATHE RESOURCES AGENCY

NORTHERN REGION OFFICE2440 Main Street

Red Bluff, California 96080(530) 529-7300

NORTHERN SACRAMENTO VALLEYCHANGE IN GROUNDWATER ELEVATION MAP

DEEP AQUIFER ZONE(Well depths deeper than 600 ft bgs)

SPRING 2013 TO SPRING 2014

Shasta County - Redding GW Basin Maximum Increase GWE (ft)

Maximum Decrease GWE (ft)

Average Change GWE (ft)

Average Well Depth (ft)

Number of Wells Monitored

NA

1

917

-0.1

-0.1

Tehama County - Redding GW BasinMaximum Increase GWE (ft)





1.2

1

876

1.2

NA

Tehama County - Sacramento Valley GW Basin

Maximum Increase GWE (ft)





NA

15

886

-4.2

-10.7

Butte County - Sacramento Valley GW Basin






1.1

15

902

-4.8

-10.9

Glenn County - Sacramento Valley GW Basin




Number of Wells Monitored 22

1053

-9.1

-14.5

Maximum Increase GWE (ft) NA

Colusa County - Sacramento Valley GW BasinMaximum Increase GWL(ft)





1.6

9

799

-3.9

-14.2

Summary Results for Spring 2013 to Spring 2014Change in Groundwater ElevationMaximum Increase GWE (ft)





1.6

63

936

-5.9

-14.5

!

!

!

!

!

!

!

!

!

!

!!

!

!!

!!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!

! !! !

!

! !

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!!

!!

!

!!!

!!

!!

!!

!

!

!!

!

!

!

!

!!!

!

!

!

!

!

!

!

!

!

UV20

UV32

UV20

UV70

UV65

UV45

UV99

UV299

UV99

UV45

UV70

UV36

UV53

UV273

UV113

UV20

UV32

UV89

UV99

UV175

UV162

UV175

UV299

UV45

UV113

UV44

UV32

UV44

UV45

UV273

UV45

UV70

UV191

UV299

UV20

UV44

UV20

UV65

UV20

UV20

UV20

UV44

UV20

UV273

UV70

UV70

UV191

UV20

UV273

UV20

UV65

UV16

UV44

UV32

UV16

UV45

UV44

UV32

UV162

UV44

UV65

UV36

UV70

UV191

UV20

UV16

UV65

UV20

UV99

UV70

UV299

UV44

UV36

UV99

UV99

UV65

UV45

UV175

UV175

UV99

UV65

UV29

UV162

UV70

UV193

UV175

UV99

UV113

UV44

UV65

UV162

UV32

UV20

UV44

UV162

UV191

UV20

UV273

UV53

UV175

UV53

UV191

UV29

UV65

UV53

UV32

UV44

UV32

UV299

UV99

UV20

UV299

UV299

UV99

UV53

UV299

UV162

UV191

UV99

UV162

UV36

UV191

UV44

UV32

UV32

UV175

UV44

UV44

UV175

UV65

UV20

UV65

UV20

UV44

UV162

UV70

UV99

UV65

UV162

UV65

UV20

UV113

UV175

UV162

UV44

UV45

UV162

UV20

UV29

UV299

UV175

UV99

UV45

UV99

UV162

UV99

UV44

UV299

UV175

UV29

UV44

UV20

UV32

UV20

UV99

UV20

UV29

UV44 UV44

UV162

UV70

UV16

UV20

UV45

UV281

UV36

UV20

UV29

UV162

UV32

UV99

UV113

UV191

UV36

UV20

UV36

UV70

UV32

UV16

UV70

UV89

UV20

UV191

UV32

UV44

UV149

UV44

UV20

UV162

UV20

UV70

UV70

UV45

UV32

UV99

UV36

UV162

UV162

UV29

UV44

UV36

UV70

UV172

UV32

UV99

UV36

UV32

UV36

UV36

§̈¦505

§̈¦5

§̈¦5

§̈¦5

§̈¦5

-2.4

5.6

8.8

-2.6

-0.7

-3.65

-3.3

-0.91

-2.23

-1.68

0.74

-4.51

-1.21

-9.58

-2.06

-5.46

-6.53

12.6

-5.7

-5.7

-18.2

-14.7

-10.7-4.7

8.7

3

0.7

0.2

-5

-10.84

-4.3

-6.3

-5.6 -13.3

-1.05

-0.56

-11.2

-1 -1.4

3.8

-1.16

-8

-0.6

-3.4

-9-9.75

0.60.4

0.6

-1.97

-1.2

-5.15

-4.4

-1.2

-1.7

-1.6

-7-6.2

1

-2.1

-2.2

-4.85

-0.9

7.1-4.1

0.695

-1.68

-6.846

-8.03

-6.724

1.2

0.5

-4.316

-0.89

-5.22

0

2

-3.84

-8.73

3.39

-2.3

-3.15

-3

-1.11

-0.75

-2.93

-4.86

23.25

-5.8

-0.7

0.490.27

0.92

0.03

-4.19

-1.99

0.245

-4.6

-7.17

1.7

-3.55

-2.159

-3.48

-1.589

-3.27

-2.58

0.566

-2.66

1

-0.82

1.37

-5.24

-1.66

0.91

-9.3

0.29

-3.41

4.1

16.611.6

18.6

4.9

-3.5

-3.3

0

1.7

0.4

-5.49

-2.29

-7.8

-3.6

-1.1

-5.1

-8.1

-9.4

-2.7

-7.5

-14.6

4.3

1.09

0.78

-9.94

6.4-0.6

-7.5

11.4

-1.39

-6.631.7

-0.75

-0.3

-1.1

-1.4

-16.5

-0.95

-1.074

-7.58

0.6

-3.77

-2.68

0.77

-2.69

-1.549

-6.2

-8.5

-21

-1.6

-3.5

1.6-10.6

-0.74

-11.965

-4.632

-7.231

-5.74

-2.6

-2.6

-2.07

-1.82

-0.1

-3.1

-2.9-2.8

0.11-4.61

-3.62

-6.57

-6.8-5.2

-5.9

-1.5

-2.7

-5.3

-0.46

-1.424

-14.603

-3.464

4.432.953.03

-4.01

-0.53

-0.3

-4.8

-1.2

-3.2

-4.7

-5.3

0.7

BealeAFB

Chico

Clearlake

Colusa

Corning

Cottonwood

Gridley

Kelseyville

Lincoln

Live Oak

Lucerne

Orland

Oroville

Paradise

RedBluff

Redding

Sacramento

Tehama

Williams

Willows

YubaCity

11N 1E

11N 1W

11N 2E

11N 2W11N3E

11N 3W11N 4E

11N 4W11N 5E

11N 5W11N 6E11N 6W

11N 7E

11N 7W11N 8W11N9W

12N 1E12N 1W

12N 2E

12N 2W 12N 3E

12N3W

12N 4E12N 4W

12N 5E

12N 5W

12N 6E

12N 6W

12N 7E

12N 7W12N 8W12N9W

13N 1E

13N 1W 13N 2E13N 2W

13N 3E13N 3W 13N 4E13N 4W

13N 5E

13N 5W

13N 6E

13N 6W

13N 7E

13N 7W

13N 8W

13N9W

14N 1E

14N 1W14N 2E14N 2W

14N 3E14N 3W 14N 4E14N 4W

14N 5E

14N 5W

14N 6E

14N 6W

14N7E

14N 7W14N 8W

14N 9W

15N 1E

15N 1W

15N 2E

15N 2W

15N 3E

15N 3W

15N 4E

15N 4W

15N 5E

15N 5W

15N 6E

15N 6W 15N7E

15N 7W15N 8W15N9W

16N 1E

16N 1W

16N 2E

16N2W

16N 3E

16N 3W 16N 4E

16N 4W

16N 5E

16N 5W

16N 6E

16N 6W

16N7E

16N 7W

16N 8W16N9W

17N 1E17N 1W

17N 2E17N 2W 17N 3E17N 3W

17N 4E

17N 4W

17N 5E

17N 5W

17N 6E

17N 6W 17N7E

17N 7W17N 8W17N 9W

18N 1E18N 1W

18N 2E

18N 2W

18N 3E

18N 3W

18N 4E

18N 4W

18N 5E

18N 5W

18N 6E

18N 6W 18N7E

18N 7W18N 8W

18N9W

19N 1E19N 1W

19N 2E

19N 2W

19N 3E

19N 3W 19N 4E19N 4W19N 5E

19N 5W

19N 6E

19N 6W

19N7E

19N 7W19N 8W

19N9W

20N 1E20N 1W

20N 2E

20N 2W20N 3E

20N 3W

20N 3.5E

20N 4E20N 4W

20N 5E

20N 5W

20N 6E20N 6W20N7E

20N 7W20N 8W

20N9W

21N 1E

21N 2E

21N 2W

21N 3E

21N 3W

21N 4E

21N 4W21N 5E

21N 5W

21N 6E

21N 6W

21N7E

21N 7W21N 8W

21N 9W

22N 1E

22N 1W

22N 2E

22N 2W

22N 3E

22N 3W

22N 4E22N 4W

22N 5E

22N 5W

22N 6E

22N 6W

22N 7E

22N 7W22N 8W

22N 9W

23N 1E23N 1W

23N 2E

23N 2W

23N 3E

23N 3W23N 4E23N 4W 23N 5E

23N 5W 23N 6E23N 6W

23N 7E

23N 7W23N 8W

23N9W

23.5N 2E

24N 1E24N 1W

24N 2E24N 2W

24N 3E24N 3W

24N 4E24N 4W 24N 5E

24N 5W

24N 6E24N 6W

24N 7E

24N 7W24N 8W

24N9W

25N 1E25N 1W25N 2E

25N 2W25N 3E

25N 3W25N 4E

25N 4W25N 5E

25N 5W

25N 6E

25N 6W

25N 7E

25N 7W25N 8W

25N9W

26N 1E26N 1W26N 2E

26N 2W

26N 3E

26N 3W

26N 4E

26N 4W

26N 5E

26N 5W

26N 6E

26N 6W

26N 7E

26N 7W26N 8W26N 9W

27N 1E27N 1W

27N 2E

27N 2W

27N 3E

27N 3W

27N 4E27N 4W

27N 5E

27N 5W

27N 6E

27N 6W

27N 7E

27N 7W27N 8W27N 9W

28N 1E28N 1W 28N 2E28N 2W

28N 3E

28N 3W

28N 4E

28N 4W

28N 5E

28N 5W

28N 6E

28N 6W

28N 7E

28N 7W28N 8W

28N 9W

28.5N 3W

29N 1E

29N 1W29N 2E29N 2W

29N 2.5W29N 3E

29N 3W

29N 4E

29N 4W

29N 5E

29N 5W

29N 6E

29N 6W

29N 7E

29N 7W29N 8W

30N 1E30N 1W 30N 2E30N 2W 30N 3E

30N 3W

30N 4E30N 4W 30N 5E30N 5W

30N 6E

30N 6W

30N 7E

30N 7W30N 8W

31N 1E31N 1W 31N 2E31N 2W

31N 3E

31N 3W 31N 4E31N 4W

31N 5E

31N 5W

31N 6E

31N 6W

31N 7E

31N 7W31N 8W

32N 1E32N 1W32N 2E

32N 2W 32N 3E32N 3W 32N 4E32N 4W

32N 5E32N 5W

32N 6E

32N 6W32N 7E

32N 7W32N 8W

0

10

0

-5

-5

-15

-10

-10

0

5

-5

-5

-10

0

-5

-5

0

0

0

0

0

0

-5

-10

-5

0

0

0

-5

-5

-5

0

-5

0

GLENN

BUTTE

COLUSA

TEHAMA

SHASTA

NOTES


Note 6:



Note 3:


Groundwater level changes are based on groundwater level measurementstaken from wells constructed in the intermediate aquifer zone at similar datesof different years. These wells include those that have screened intervals and well depths that are generally greater than 200 ft and less than 600 ft.

Note 4:


Note 5:






1

5

387

-0.8

-2.1






7.1

4

337

0.1

-4.1







6.4

26

420

-2.2

-16.5






430

-2.0

-9.4

Maximum Increase GWE (ft) 11.4






2.0

27

415

-4.7

-21.0







3.8

22

488

-3.5

-14.6






11.4

120

431

-2.9

-21.0

PLATE 1I-A

BY: G. Gordon

Date: April 2014

Pa

th:

Z:\

GW

_G

IS\P

roje

cts\

NR

O_

Ch

an

geM

ap

s\2

014

\Sp

rin

g_2

01

4\S

14_

Inte

rme

dia

te\I

nte

rmed

iate

Sp

rin

g20

13

to2

014

.mxd







INTERMEDIATE AQUIFER ZONE(Well depths generally greater than 200 ft and less than 600 ft deep bgs)


¢5 0 5 10

Miles

County Boundaries

Redding GW Basin


!( Monitoring Well

> 40 feet higher








0 to 5 feet higher

> 0 to 5 feet lower








> 40 feet lower


!

!

!

!

!

!

!

!!

!

!

!

! !

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!!

!!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

! !

!

!!

!

!!

!

!

!!

!

!

!

!!

!

!

!

!

!

!

!

!

!!!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!

!!

!

!

!

!

!

!

!

!!

!

!

!

!

UV20

UV20

UV70

UV65

UV45

UV99

UV299

UV99

UV45

UV70

UV36

UV53

UV36

UV273

UV113

UV20

UV32

UV89

UV99

UV175

UV162

UV175

UV299

UV45

UV113

UV44

UV32

UV44

UV45

UV273

UV45

UV70

UV191

UV299

UV20

UV44

UV44

UV20

UV65

UV20

UV20

UV20

UV44

UV20

UV273

UV70

UV191

UV20

UV273

UV20

UV65

UV16

UV44

UV32

UV16

UV45

UV44

UV32

UV36

UV162

UV44

UV65

UV36

UV70

UV191

UV20

UV16

UV65

UV20

UV99

UV70

UV299

UV44

UV99

UV99

UV65

UV45

UV175

UV175

UV99

UV70

UV99

UV65

UV29

UV162

UV70

UV193

UV175

UV99

UV113

UV44

UV65

UV162

UV32

UV20

UV44

UV162

UV191

UV20

UV273

UV53

UV175

UV53

UV191

UV29

UV65

UV53

UV44

UV32

UV299

UV99

UV20

UV299

UV299

UV53

UV299

UV162

UV191

UV99

UV162

UV36

UV191

UV44

UV32

UV32

UV175

UV44

UV44

UV175

UV65

UV20

UV65

UV20

UV44

UV162

UV70

UV99

UV65

UV162

UV65

UV20

UV113

UV175

UV162

UV44

UV45

UV162

UV20

UV29

UV299

UV175

UV99

UV45

UV99

UV162

UV99

UV44

UV299

UV175

UV29

UV44

UV20

UV32

UV20

UV99

UV20

UV29

UV44 UV44

UV162

UV70

UV16

UV20

UV45

UV281

UV36

UV20

UV29

UV162

UV32

UV99

UV113

UV191

UV36

UV20

UV36

UV70

UV32

UV16

UV70

UV89

UV20

UV191

UV32

UV44

UV149

UV44

UV20

UV162

UV20

UV70

UV70

UV45

UV32

UV99

UV36

UV162

UV162

UV29

UV44

UV36

UV70

UV172

UV32

UV99

UV36

UV32

UV36

UV36

§̈¦505

§̈¦5

§̈¦5

§̈¦5

§̈¦5

BealeAFB

Chico

Clearlake

Colusa

Corning

Cottonwood

Gridley

Kelseyville

Lincoln

Live Oak

Lucerne

Orland

Oroville

Paradise

RedBluff

Redding

Sacramento

Tehama

Williams

Willows

YubaCity

-1.9

1.1-1.1

-3.27

-6.7-1.4

-9.07

-2.1-2.2 -3.4

-3.6

-0.1

0.35

-1.6

1.1

1.1

-4.9

-3.1

-5.8

-4.8

-2.3

-4.33

-1.4

-2.1

0.373.88

2.1

0.5

0.5

3.3

-0.6

-2.4

-13.86

-1.59-1.14

0.66

1.4

0.41.5

-2.5

-0.8

0.4

-8.8

-6

-8

1.9-3.1

-9.2-8.6

-2.78

1.1

0.40.95

-1.7

-2.23

-4.11

-4.35

-1.9

-2.9-1

-1.9

-11.26

-7.71

-3.32 -6.61

-5.45

-22.1

0.5

0-5.8

-5

-7.4

-9.7-16.2

-7.5

-8

-8.3

-4.6-2.47

-7.2

-6.4

-2.8

-1.5

-7.2

-0.4

5.8

-4.65

-1.3-3.1

-1.8-0.9

-2.41

-0.7

-6.5

-1.9

-2.4

-4.8

0.83

-0.08

0.712

-6.4

0.5

0.8

0.7

-0.4

-9.65

0.61

0.35

0.3

1.18

-4.85

-12.26

-0.3

-1.8

1.5

-1 2.2

-0.5

-1.41

-10.1

-1.04

0.635

-0.5

-2.4

-10.74

-4.51

1.11

0.2

0.31

-1.525

-9.662

-0.3

1.56

0.5

1.2

-0.2

-1.7

-0.4

-2.6

0.75

0.4

-2.6

0.3

-3

-16.2

-3.9

-4.9

-7.91

-7.84

-2.35

-0.8

-2.6

0.7

-5.99

0.3

-4.75

-2.19

-5.7

-1.03

-0.5

-1.7

-4.8

-8

-6.64

-4.1

-1.35

-2.5

-11.24

-3.6

-5.4

-6.1

-5

-6.3

-5

-4.72

-2.5

-5.86

-13.41

-0.5

-4.99

-4.879

-5.49

-2.1

-8.25

-3

-4.97

-3

0.3

-2.2

-0.1

1.3

-4.1

-2.2

-6.9

-9.636

-1.2

-1.36

-15.54

-5.79

-5.95

-0.5

-1.1

0.1

0-3.5

-2.3

0.9

-0.2

-0.3

11N 1E

11N 1W

11N 2E

11N 2W11N3E

11N 3W11N 4E

11N 4W11N 5E

11N 5W11N 6E11N 6W

11N 7E

11N 7W11N 8W11N9W

12N 1E12N 1W

12N 2E

12N 2W 12N 3E

12N3W

12N 4E12N 4W

12N 5E

12N 5W

12N 6E

12N 6W

12N 7E

12N 7W12N 8W12N9W

13N 1E

13N 1W 13N 2E13N 2W

13N 3E13N 3W 13N 4E13N 4W

13N 5E

13N 5W

13N 6E

13N 6W

13N 7E

13N 7W

13N 8W

13N9W

14N 1E

14N 1W14N 2E14N 2W

14N 3E14N 3W 14N 4E14N 4W

14N 5E

14N 5W

14N 6E

14N 6W

14N7E

14N 7W14N 8W

14N 9W

15N 1E

15N 1W

15N 2E

15N 2W

15N 3E

15N 3W

15N 4E

15N 4W

15N 5E

15N 5W

15N 6E

15N 6W 15N7E

15N 7W15N 8W15N9W

16N 1E

16N 1W

16N 2E

16N 2W

16N 3E

16N 3W

16N 4E

16N 4W

16N 5E

16N 5W

16N 6E

16N 6W

16N7E

16N 7W

16N 8W16N9W

17N 1E17N 1W

17N 2E17N 2W 17N 3E17N 3W

17N 4E

17N 4W

17N 5E

17N 5W

17N 6E

17N 6W 17N7E

17N 7W17N 8W17N 9W

18N 1E18N 1W

18N 2E

18N 2W

18N 3E

18N 3W

18N 4E

18N 4W

18N 5E

18N 5W

18N 6E

18N 6W 18N7E

18N 7W18N 8W

18N9W

19N 1E19N 1W

19N 2E

19N 2W

19N 3E

19N 3W 19N 4E19N 4W 19N 5E

19N 5W

19N 6E

19N 6W

19N7E

19N 7W19N 8W

19N9W

20N 1E20N 1W

20N 2E

20N 2W20N 3E

20N 3W

20N 3.5E

20N 4E20N 4W

20N 5E

20N 5W

20N 6E20N 6W20N7E

20N 7W20N 8W

20N9W

21N 1E

21N 2E

21N 2W

21N 3E

21N 3W

21N 4E

21N 4W21N 5E

21N 5W

21N 6E

21N 6W

21N7E

21N 7W21N 8W

21N 9W

22N 1E

22N 1W

22N 2E

22N 2W

22N 3E

22N 3W

22N 4E22N 4W

22N 5E

22N 5W

22N 6E

22N 6W

22N 7E

22N 7W22N 8W

22N 9W

23N 1E23N 1W

23N 2E

23N 2W

23N 3E

23N 3W23N 4E23N 4W 23N 5E

23N 5W 23N 6E23N 6W

23N 7E

23N 7W23N 8W

23N9W

23.5N 2E

24N 1E24N 1W24N 2E

24N 2W24N 3E

24N 3W24N 4E

24N 4W24N 5E

24N 5W

24N 6E24N 6W

24N 7E

24N 7W24N 8W

24N9W

25N 1E25N 1W25N 2E

25N 2W25N 3E

25N 3W25N 4E

25N 4W25N 5E

25N 5W

25N 6E

25N 6W

25N 7E

25N 7W25N 8W

25N9W

26N 1E26N 1W26N 2E

26N 2W

26N 3E

26N 3W

26N 4E

26N 4W

26N 5E

26N 5W

26N 6E

26N 6W

26N 7E

26N 7W26N 8W26N 9W

27N 1E27N 1W

27N 2E

27N 2W

27N 3E

27N 3W

27N 4E27N 4W

27N 5E

27N 5W

27N 6E

27N 6W

27N 7E

27N 7W27N 8W27N 9W

28N 1E28N 1W 28N 2E28N 2W

28N 3E

28N 3W

28N 4E

28N 4W

28N 5E

28N 5W

28N 6E

28N 6W

28N 7E

28N 7W28N 8W

28N 9W

28.5N 3W

29N 1E

29N 1W29N 2E29N 2W

29N 2.5W29N 3E

29N 3W

29N 4E

29N 4W

29N 5E

29N 5W

29N 6E

29N 6W

29N 7E

29N 7W29N 8W

30N 1E30N 1W 30N 2E30N 2W 30N 3E

30N 3W

30N 4E30N 4W 30N 5E30N 5W

30N 6E

30N 6W

30N 7E

30N 7W30N 8W

31N 1E31N 1W 31N 2E31N 2W

31N 3E

31N 3W 31N 4E31N 4W

31N 5E

31N 5W

31N 6E

31N 6W

31N 7E

31N 7W31N 8W

32N 1E32N 1W32N 2E

32N 2W 32N 3E32N 3W 32N 4E32N 4W

32N 5E32N 5W

32N 6E

32N 6W32N 7E

32N 7W32N 8W

-10

-10

0

-5

-5

0

-5

5

-5

0

-10

-5

-10

-15

0

-10

0

0

0

0

0

0

0

-5

-5

-5

-5

-5

-5

-5

-5

0

0

0

GLENN

BUTTE

COLUSA

TEHAMA

SHASTA ¢5 0 5 10

Miles

County Boundaries

Redding GW Basin


!( Monitoring Well

> 40 feet higher








0 to 5 feet higher

> 0 to 5 feet lower








> 40 feet lower


PLATE 1S-A

BY: G. Gordon

Date: April 2014

Pa

th:

Z:\

GW

_G

IS\P

roje

cts\

NR

O_

Ch

an

geM

ap

s\2

014

\Sp

rin

g_2

01

4\S

14_

Sh

allo

w\S

hallo

wS

pri

ng

201

3to

20

14.m

xd







SHALLOW AQUIFER ZONE(Well depths less than 200 ft bgs)







5.8

13

131

-0.9

-4.9






NA

5

129

-2.6

-4.8







2.1

50

120

-3.4

-16.2






115

-4.4

-16.2

Maximum Increase GWE (ft) 3.9







3.3

42

136

-2.4

-13.4






1.4

24

132

-1.2

-5.8






5.8

190

125

-3.4

-16.2


Note 5:

NOTES


Note 6:



Note 3:


Groundwater level changes are based on groundwater level measurementstaken from wells constructed in the shallow aquifer zone at similar datesof different years. These wells include those that have screened intervals and well depths that are less than 200 ft.

Note 4:

2013 Final Water Transfer Report - Butte County, California€¦ · · 2014-09-042013 Final Water...

Documents

Transcript of 2013 Final Water Transfer Report - Butte County, California€¦ · · 2014-09-042013 Final Water...