Hydrograph of Irrigation Supply Well Q-10-1, Coffee County Sand and Limestone of Clayton Formation of Paleocene Age Depth 760 ft[removed]Water Level Decrease = 34.85 feet Rate of Water Level Decrease = 1.66 feet

Source URL: www.gsa.state.al.us

Hydrograph of Unused Well PP-6, Baldwin County Sand of Miocene Age Depth 181 ft[removed]

Source URL: www.gsa.state.al.us

Hydrograph of Domestic Supply Well E-8, Autauga County Sand of Eutaw Formation of Late Cretaceous Age Depth 170 ft 470 Water Level

Source URL: www.gsa.state.al.us

Coupling snowpack and groundwater dynamics to interpret historical streamflow trends in the western United States

Source URL: www.fsl.orst.edu

• Hydrograph
• Drainage basin
• Snow
• Cascades
• Rain
• Water cycle
• Precipitation
• Water
• Hydrology
• Physical geography

Hydrograph of Well K-25-1, Henry County Sand and Limestone of Clayton Formation of Paleocene Age Depth 530 ft[removed]

Source URL: www.gsa.state.al.us

Hydrograph of Domestic Supply Well EE-1, Clarke County Sand of Lisbon Formation and Gosport Sand of Middle Eocene Age Depth 200 ft[removed]Water Level Increase = 9.64 feet Rate of Water Level Increase = 0.33 feet

Source URL: www.gsa.state.al.us

Hydrograph of Domestic Supply Well O-23-1, Monroe County Sand of Nanafalia Formation of Paleocene Age Depth 800 ft[removed]

Source URL: www.gsa.state.al.us

Hydrograph of Well E-25-1, Monroe County Nanafalia Formation and Tuscahoma Sand of Paleocene Age Depth 360 ft[removed]

Source URL: www.gsa.state.al.us

Hydrograph of Unused Well S-1-1, Crenshaw County Sand of Nanafalia Formation of Paleocene Age Depth 210 ft 295

Source URL: www.gsa.state.al.us

Hydrograph of Unused Well L-36-2, Geneva County Sands of Tallahatta and Lisbon Formations of Early and Middle Eocene Age Depth 322 ft[removed]

Source URL: www.gsa.state.al.us