Overview
SHAMKA E IRRIGATION PUMPING STATION is an operational irrigation pump station in California, United States. It supports local agricultural water distribution.
SHAMKA E IRRIGATION PUMPING STATION is an operational irrigation pump station located in California, United States. The facility is classified as a Local government office and plays a role in the region's agricultural water supply infrastructure. In the United States, irrigation pump stations are typically regulated under state water rights and USDA programs. California's irrigation systems often rely on both surface water and groundwater, with efficiency measures such as drip irrigation increasingly adopted to address water scarcity. The station contributes to the local agricultural economy by providing reliable water delivery. Its operational status ensures continued support for crop irrigation in the surrounding area, which is vital for maintaining food production in California's Central Valley and other farming regions.
Environmental context
California faces significant water source stress due to periodic droughts and competing demands from urban, agricultural, and environmental uses. Irrigation pump stations in the state must navigate groundwater sustainability regulations under the Sustainable Groundwater Management Act (SGMA). Salinization risk is a concern in some areas, requiring careful management of water quality and irrigation practices.
Frequently asked questions
SHAMKA E IRRIGATION PUMPING STATION is located in California, United States, with coordinates 24.384650 N, 54.716143 W.
It is an irrigation pump station, a facility that pumps water for agricultural irrigation purposes.
The facility is currently operational, meaning it is actively used for irrigation water distribution.
Irrigation pump stations in the US are regulated under state water rights, USDA programs, and local irrigation district authorities. In California, the Sustainable Groundwater Management Act (SGMA) also applies.
California faces water source stress from droughts and competing demands, leading to groundwater sustainability regulations. Salinization risk and irrigation efficiency (e.g., drip vs. flood) are also key considerations.