Water continues to shape every major decision in California agriculture. As we move through 2026, the situation has become more defined, but not necessarily more certain. Initial Central Valley Project allocations for many South of Delta growers have come in at around 15 percent, forcing farms to make early season adjustments that will carry through the rest of the year.
At the same time, snowpack conditions have been inconsistent. Early season accumulation showed promise, but recent heat events have raised concerns about how much water will actually make it into reservoirs. Rapid melt and timing shifts are now just as important as total snowpack levels.
Groundwater is no longer the fallback it once was. Under SGMA, many regions are now operating under strict pumping limits, with some areas already seeing reduced allocations or future restrictions mapped out. This is changing how farms think about both short term irrigation and long term land use.
The result is a system where surface water, groundwater, and weather patterns are all tightening at the same time. For growers, that means every decision around planting, irrigation, and long term investment carries more weight than it did even a few years ago.
What Is Driving the Current Water Situation
Several factors are converging at once, creating pressure across California agriculture.
Surface water allocations remain limited
Many irrigation districts are receiving reduced deliveries, especially in areas dependent on federal water systems
Snowpack variability is increasing
Warm weather events are accelerating snowmelt and reducing the reliability of runoff timing
Groundwater restrictions are expanding
SGMA is actively reducing how much water can be pumped in many regions
Infrastructure and environmental regulations
Water movement through the system continues to be influenced by environmental protections and operational constraints
For growers, this is no longer a temporary situation. It is becoming the baseline.
What This Means for Farm Operations
Water availability is now directly shaping how farms operate on a daily basis. What used to be seasonal planning decisions are now being evaluated week by week, and in some cases day by day. Growers are having to stay more responsive to changing water conditions while balancing crop needs, costs, and long term sustainability.
At the same time, long term planning is shifting across many operations. Decisions around planting, input use, and land management are being made with a stronger focus on water reliability. For many farms, every operational choice now comes back to one key question. How much water will be available and for how long?
Key operational shifts include:
- Irrigation scheduling is becoming more precise, with growers adjusting timing and volume based on limited supply
- Crop selection is being reconsidered, with permanent crops evaluated against long term water availability
- Input decisions are tied to water access, with fertilizer and crop protection strategies adjusted based on expected yield potential
- Long term planning is shifting, with some land being reconsidered for alternative uses or reduced production
Orchard Removal Is Increasing Across California
As water pressure builds, more growers are making the decision to remove orchards that are no longer sustainable under current conditions.
Permanent crops require consistent water over many years. When that reliability is no longer there, the economics change quickly. In many regions, older orchards or lower producing blocks are the first to be removed.
Orchard removal is no longer just tied to age or yield. It is now closely tied to water security.
Growers are weighing long term water availability against the cost of maintaining orchards that may not have a stable future.
Key factors driving orchard removal:
- Limited surface water allocations
- Reduced groundwater pumping under SGMA
- Rising irrigation costs
- Lower commodity prices in some sectors
- Long term uncertainty around water access
For many farms, removing an orchard is not just about the current season. It is about repositioning the operation for the next decade.
Almonds Are Directly Tied to Water Availability
Almond production is one of the clearest examples of how water is shaping California agriculture.
Almond trees require consistent irrigation throughout the growing season. Even short term water stress can impact yield and long term tree health. With reduced water availability, growers are making difficult decisions around how much acreage they can support.
Some are reducing irrigation on lower performing blocks. Others are removing orchards entirely. At the same time, total almond supply is being influenced by how much water is available across the state.
This is beginning to affect the broader market.
Water related impacts on almonds include:
- Reduced acreage in certain regions
- Variability in yield due to water stress
- Increased production costs tied to irrigation
- Shifts in long term planting decisions
The almond market is no longer driven by demand alone. Water availability is now a significant factor in shaping the industry's evolution.
Some Growers Are Exploring Agave and Other Low Water Crops
As water becomes increasingly scarce, some growers are beginning to explore alternative crops that require less irrigation.
Agave has recently gained attention as a potential option in parts of California. It is a drought tolerant crop that can survive on significantly less water than traditional orchard crops.
Although still in its early stages, the interest in agave reflects a broader trend. Farmers are looking for ways to adapt to long term water constraints without leaving land idle.
This shift is not without risk. Markets for alternative crops are still developing, and agronomic practices are not as established as traditional crops.
Key considerations for alternative crops like agave:
- Lower water requirements
- Different market dynamics and pricing structures
- Long establishment periods before returns
- Limited historical data in California conditions
For some growers, these crops may become part of a diversified strategy moving forward.
The Bigger Picture for California Agriculture
Water is no longer just one part of the equation. It is the foundation that everything else is built on.
Across the state, growers are making decisions that would have been unthinkable a decade ago. Removing orchards, reducing acreage, experimenting with new crops, and rethinking long term strategies.
At the same time, farming continues. Crops are still being produced, markets are still active, and operations are still moving forward.
The difference is that planning is becoming more precise and more deliberate.
Moving Forward with the Right Support
No matter which direction a grower decides to take, the need for reliable information and experienced support has never been greater.
Some growers will focus on improving irrigation efficiency. Others will redevelop orchards or shift to new crops. Many will continue operating as they are while adapting to changing conditions.
Agnomy is built to support growers through all of these decisions.
The platform provides access to agricultural service providers who understand the realities of farming in California. These are operators who work in the field every day and know what it takes to get work done under real conditions.
Whether it is irrigation upgrades, orchard removal, land preparation, or implementing new technologies, Agnomy helps growers find the right people and coordinate the work efficiently.
Agriculture is changing, but growers are not facing it alone.
FAQs
What is California water allocation for farmers in 2026
Water allocations vary by region but many Central Valley Project users are receiving around 15 percent of requested supply, significantly impacting irrigation planning.
How does SGMA affect farmers
SGMA limits groundwater pumping, reducing available water and forcing growers to adjust irrigation, crop selection, and long term land use decisions.
Why are orchards being removed in California
Orchards are being removed due to limited water availability, rising irrigation costs, and long term uncertainty around water supply.
How does water shortage affect almond farming
Almond production requires consistent irrigation. Reduced water can lower yields, increase costs, and lead to orchard removal or reduced acreage.
Are farmers switching to low water crops
Some growers are exploring alternative crops such as agave that require less water, though markets and long term viability are still developing.
