This bill matters because California's Central Valley is a vital agricultural region that has been severely impacted by persistent droughts and groundwater depletion. If this bill becomes law, it would provide crucial funding to address these long-standing water challenges, enhancing the region's ability to capture, store, and manage water resources more effectively. This means a more reliable water supply for farming, which directly impacts the cost and availability of food across the country, and for communities, improving public health and economic stability.
Without this legislation, many of these critical water infrastructure repairs and improvements would likely be delayed or not happen at all due to lack of funding. This could worsen water scarcity issues during future droughts, put greater strain on already over-tapped groundwater resources, and potentially lead to more severe water restrictions for both agricultural and urban users. The bill represents a significant investment in securing a sustainable water future for a key economic and food-producing region.
KEY PROVISIONS
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PROVISION 01
Authorizes $85 million for the Westland Water District to purchase land and build large recharge basins, which are essentially ponds designed to let surface water seep into underground aquifers.
This helps replenish depleted groundwater supplies, which is crucial for long-term water security in a drought-prone region.
PROVISION 02
Allocates $30 million for Westlands Water District to construct two reverse osmosis treatment plants and wells to clean approximately 20,000 acre-feet of poor-quality groundwater, making it drinkable.
This provision expands the usable water supply by treating previously unusable groundwater, improving water quality for consumers.
PROVISION 03
Directs over $2.6 billion for major repairs and capacity restoration for the Delta-Mendota Canal, San Luis Canal/California Aqueduct, and Friant-Kern Canal, all of which have been impacted by sinking ground (subsidence).
Repairing these critical canals ensures that water can be efficiently moved across the Central Valley, restoring the system's ability to deliver water to farms and communities.
PROVISION 04
Authorizes $360 million for the East San Joaquin Valley Groundwater Banking and Storage Program, along with additional funds for other groundwater banking projects in various districts.
Groundwater banking allows for storing water underground during wet periods, creating a reserve that can be tapped during dry years to reduce drought impacts.
PROVISION 05
Provides $1.01 million for the Del Puerto Canyon Reservoir Project to construct an 82,000 acre-foot reservoir.
This new reservoir will add significant surface water storage capacity, enhancing drought resilience and providing flood protection for a local community.
This bill matters because California's Central Valley is a vital agricultural region that has been severely impacted by persistent droughts and groundwater depletion. If this bill becomes law, it would provide crucial funding to address these long-standing water challenges, enhancing the region's ability to capture, store, and manage water resources more effectively. This means a more reliable water supply for farming, which directly impacts the cost and availability of food across the country, and for communities, improving public health and economic stability.
Without this legislation, many of these critical water infrastructure repairs and improvements would likely be delayed or not happen at all due to lack of funding. This could worsen water scarcity issues during future droughts, put greater strain on already over-tapped groundwater resources, and potentially lead to more severe water restrictions for both agricultural and urban users. The bill represents a significant investment in securing a sustainable water future for a key economic and food-producing region.
KEY PROVISIONS
AI-extracted
high
Authorizes $85 million for the Westland Water District to purchase land and build large recharge basins, which are essentially ponds designed to let surface water seep into underground aquifers.
This helps replenish depleted groundwater supplies, which is crucial for long-term water security in a drought-prone region.
high
Allocates $30 million for Westlands Water District to construct two reverse osmosis treatment plants and wells to clean approximately 20,000 acre-feet of poor-quality groundwater, making it drinkable.
This provision expands the usable water supply by treating previously unusable groundwater, improving water quality for consumers.
high
Directs over $2.6 billion for major repairs and capacity restoration for the Delta-Mendota Canal, San Luis Canal/California Aqueduct, and Friant-Kern Canal, all of which have been impacted by sinking ground (subsidence).
Repairing these critical canals ensures that water can be efficiently moved across the Central Valley, restoring the system's ability to deliver water to farms and communities.
high
Authorizes $360 million for the East San Joaquin Valley Groundwater Banking and Storage Program, along with additional funds for other groundwater banking projects in various districts.
Groundwater banking allows for storing water underground during wet periods, creating a reserve that can be tapped during dry years to reduce drought impacts.
med
Provides $1.01 million for the Del Puerto Canyon Reservoir Project to construct an 82,000 acre-foot reservoir.
This new reservoir will add significant surface water storage capacity, enhancing drought resilience and providing flood protection for a local community.
Westlands Water District Reverse Osmosis Treatment Plants and High-Capacity Shallow Aquifer Wells
discretionary
Not specified
$360,000,000
East San Joaquin Valley Groundwater Banking and Storage Program
discretionary
Not specified
$30,000,000
Lindsay-Strathmore Irrigation District--Rancho de Kaweah Groundwater Bank
discretionary
Not specified
$25,000,000
Pixley Irrigation District Joint Groundwater Bank
discretionary
Not specified
$55,000,000
GLOSSARY
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Central Valley Project (CVP)
A complex system of dams, canals, and reservoirs operated by the federal government to store and move water for agricultural, municipal, and environmental purposes throughout California's Central Valley.
Recharge Basins
Specially designed ponds or areas where surface water is held so it can slowly seep into the ground, replenishing underground water sources (aquifers).
Percolation
The process by which water slowly filters down through soil and rock layers to reach underground aquifers.
Reverse Osmosis
A water purification technology that uses a semi-permeable membrane to remove ions, unwanted molecules, and larger particles from drinking water, making poor-quality water safe to drink.
Groundwater Banking
A strategy where excess surface water is stored underground in aquifers during wet periods for later use, especially during droughts, by using recharge basins or injection wells.
In-Lieu Groundwater Recharge
A method of groundwater management where surface water is delivered to users (like farmers) instead of them pumping groundwater, allowing the underground water levels to recover naturally.
ACTION TIMELINE
2 EVENTS
DEC 11, 25
Introduced in House
INTROREFERRAL
DEC 11, 25
Referred to the House Committee on Natural Resources.
San Luis Canal/California Aqueduct Subsidence Correction Project
discretionary
Not specified
$730,000,000
Friant-Kern Canal Phase II Capacity Correction Project
discretionary
Not specified
$800,000,000
Turlock Irrigation Intertie Project
discretionary
Not specified
Subsidence
The gradual sinking or settling of the ground surface, often caused by the excessive pumping of groundwater, which compresses the soil layers. This can damage infrastructure like canals.
Acre-foot
A common unit for measuring water volume in large-scale projects, equivalent to the amount of water needed to cover one acre of land to a depth of one foot (about 325,851 gallons).
