200- Mees ° 1/2 24 25 180 -160 -140 California R. 24 E. R. 25 E. R. 26 E. 16 N 80 1005 -120 140 22 Elk Hills Contour Interval 10 Feet Contours of Equal Water Elevotions, Doshed Where Approximately Located Water Level Measurement Well Hydrograph Well 30 32 Stokdole Cross 100 -120 140 60 180 Volley 200 34 -220 60 23 24 25 Goose Main 24 26 25 30 36 31 B Aqiledugt Canal 160 180 34 Taft 200 31 32 Highway 220 Toneer filouch 240 760 280 091 180 26 300 280 -260- 240 220 200 12 22 34 Highway 06 200 220 240 36 32 240 KWB Ground Water Level Elevotions. Spring 1996 T. Haslebacher, 12/96 280 300 S 30 S. S Robert A. Crewdson, Ph.D. Page Map 2. Water Level contour map for Spring, 1996, KWB. KFMR for 1994-96. 1. On the map, draw a single red pencil line that represents the Kem River recharge axis. wode litor 2. On the map, draw 3-5 additional red lines enclosing what appear to be other, smaller recharge areas, possibly the locations of isolated individual recharge ponds. 3. On the map, draw four usefully-spaced blue pencil lines that represent groundwater flow from the Kern River recharge axis into the basin north of the river. 4. On the map, draw four usefully-spaced blue pencil lines that represent groundwater flow from the Kern River recharge axis into the basin south of the river. 5. On the map, draw any necessary additional blue pencil lines to fully illustrate groundwater flow from the Kern River recharge axis. broeid Jarl Issuerb 6. What is the groundwater gradient immediately north of the main recharge area? 7. What is the groundwater gradient immediately south of the main recharge area? 19lewinosidad 19tsw grit no bruom sgieder senil gnol Hydrologic Profile A-A'. Spring, 1993 - Spring, 2002. 1. Somewhere in the middle-third of the profile, label each profile line with the correct year. 2. What is the magnitude of the water level rise under the recharge axis (mile 10.5) from 1993 to 1999? 3. What is the magnitude of the water level rise at mile 6.5) from 1993 to 1999? 4. What is the average groundwater gradient at this location (mile 6.5) from 1996-1999? 5. What is the magnitude of the water level rise at mile 14.5) from 1993 to 1999? 6. What is the average groundwater gradient at this location (mile 14.5) from 1996 - 1999? 7. Give a possible explanation for the differences in the water level rises and the gradients at these two locations on opposite sides of the recharge axis. 661) 654-3027 CSUB Geology Dept. rcrewdson1@csub.edu

200- Mees ° 1/2 24 25 180 -160 -140 California R. 24 E. R. 25 E. R. 26 E. 16 N 80 1005 -120 140 22 Elk Hills Contour Interval 10 Feet Contours of Equal Water Elevotions, Doshed Where Approximately Located Water Level Measurement Well Hydrograph Well 30 32 Stokdole Cross 100 -120 140 60 180 Volley 200 34 -220 60 23 24 25 Goose Main 24 26 25 30 36 31 B Aqiledugt Canal 160 180 34 Taft 200 31 32 Highway 220 Toneer filouch 240 760 280 091 180 26 300 280 -260- 240 220 200 12 22 34 Highway 06 200 220 240 36 32 240 KWB Ground Water Level Elevotions. Spring 1996 T. Haslebacher, 12/96 280 300 S 30 S. S Robert A. Crewdson, Ph.D. Page Map 2. Water Level contour map for Spring, 1996, KWB. KFMR for 1994-96. 1. On the map, draw a single red pencil line that represents the Kem River recharge axis. wode litor 2. On the map, draw 3-5 additional red lines enclosing what appear to be other, smaller recharge areas, possibly the locations of isolated individual recharge ponds. 3. On the map, draw four usefully-spaced blue pencil lines that represent groundwater flow from the Kern River recharge axis into the basin north of the river. 4. On the map, draw four usefully-spaced blue pencil lines that represent groundwater flow from the Kern River recharge axis into the basin south of the river. 5. On the map, draw any necessary additional blue pencil lines to fully illustrate groundwater flow from the Kern River recharge axis. broeid Jarl Issuerb 6. What is the groundwater gradient immediately north of the main recharge area? 7. What is the groundwater gradient immediately south of the main recharge area? 19lewinosidad 19tsw grit no bruom sgieder senil gnol Hydrologic Profile A-A'. Spring, 1993 - Spring, 2002. 1. Somewhere in the middle-third of the profile, label each profile line with the correct year. 2. What is the magnitude of the water level rise under the recharge axis (mile 10.5) from 1993 to 1999? 3. What is the magnitude of the water level rise at mile 6.5) from 1993 to 1999? 4. What is the average groundwater gradient at this location (mile 6.5) from 1996-1999? 5. What is the magnitude of the water level rise at mile 14.5) from 1993 to 1999? 6. What is the average groundwater gradient at this location (mile 14.5) from 1996 - 1999? 7. Give a possible explanation for the differences in the water level rises and the gradients at these two locations on opposite sides of the recharge axis. 661) 654-3027 CSUB Geology Dept. rcrewdson1@csub.edu

Applications and Investigations in Earth Science (9th Edition)

9th Edition

ISBN:9780134746241

Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa

Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa

Chapter1: The Study Of Minerals

Section: Chapter Questions

Problem 1LR

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Map 2. Parts 1 through 7. I Dont understand how to answer these questions on the map. Please help me step by step.

200-
Mees
°
1/2
24
25
180
-160
-140
California
R. 24 E.
R. 25 E.
R. 26 E.
16
N
80
1005
-120
140
22
Elk Hills
Contour Interval 10 Feet
Contours of Equal Water Elevotions,
Doshed Where Approximately Located
Water Level Measurement Well
Hydrograph Well
30
32
Stokdole
Cross
100
-120
140
60
180
Volley 200
34
-220
60
23
24
25
Goose
Main
24
26
25
30
36
31
B
Aqiledugt
Canal
160
180
34
Taft
200
31
32
Highway 220
Toneer
filouch
240
760
280
091
180
26
300
280
-260-
240
220
200
12
22
34
Highway
06
200
220
240
36
32
240
KWB Ground Water Level Elevotions.
Spring 1996
T. Haslebacher, 12/96
280
300
S
30 S.
S

Transcribed Image Text:Robert A. Crewdson, Ph.D. Page Map 2. Water Level contour map for Spring, 1996, KWB. KFMR for 1994-96. 1. On the map, draw a single red pencil line that represents the Kem River recharge axis. wode litor 2. On the map, draw 3-5 additional red lines enclosing what appear to be other, smaller recharge areas, possibly the locations of isolated individual recharge ponds. 3. On the map, draw four usefully-spaced blue pencil lines that represent groundwater flow from the Kern River recharge axis into the basin north of the river. 4. On the map, draw four usefully-spaced blue pencil lines that represent groundwater flow from the Kern River recharge axis into the basin south of the river. 5. On the map, draw any necessary additional blue pencil lines to fully illustrate groundwater flow from the Kern River recharge axis. broeid Jarl Issuerb 6. What is the groundwater gradient immediately north of the main recharge area? 7. What is the groundwater gradient immediately south of the main recharge area? 19lewinosidad 19tsw grit no bruom sgieder senil gnol Hydrologic Profile A-A'. Spring, 1993 - Spring, 2002. 1. Somewhere in the middle-third of the profile, label each profile line with the correct year. 2. What is the magnitude of the water level rise under the recharge axis (mile 10.5) from 1993 to 1999? 3. What is the magnitude of the water level rise at mile 6.5) from 1993 to 1999? 4. What is the average groundwater gradient at this location (mile 6.5) from 1996-1999? 5. What is the magnitude of the water level rise at mile 14.5) from 1993 to 1999? 6. What is the average groundwater gradient at this location (mile 14.5) from 1996 - 1999? 7. Give a possible explanation for the differences in the water level rises and the gradients at these two locations on opposite sides of the recharge axis. 661) 654-3027 CSUB Geology Dept. rcrewdson1@csub.edu

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