Welcome to UC Small Grains Research & Information
We are an interdisciplinary team of University of California advisors, specialists and faculty. Our purpose is to provide to growers, researchers and industry professionals agronomic guidelines and information related to the production of small grains in California.
Small Grains in California
Small grains include wheat, barley, oats and triticale. Wheat, oats and barley are grown for grain and forage while triticale is primarily grown as forage. Wheat is the predominant small grain crop in California, where it is grown on over 500,000 acres. Although relatively low in value compared to many California crops, small grains serve as important rotation crops. In most regions of the state, small grains are grown from fall through spring, thus making good use of winter rainfall and requiring relatively little irrigation.
UC-IPM Pest Management Guidelines
For Small Grains
- Pest Management Guidelines:How to manage pests in California Small Grains
- Integrated Weed Management:How to manage weeds in California Small Grains
- Special Weed Problems:Information about Special Weed Problems in Small Grains
- Small Grains: Nematodes:Management Guidelines for Nematodes on Small Grains
Preliminary yield results from fall-planted 2019-20 small grain variety trials
Preliminary grain yield results for our fall-planted common wheat, triticale, durum wheat and barley trials are now available on the UC Small Grains Research and Information Center...
Hand-held electronic devices help you make better nitrogen fertilizer decisions
This is the third post in a blog series focused on improving nitrogen (N) use efficiency in California small grains. This post discusses two hand-held devices that indicate plant N levels in small grains to help optimize fertilizer decisions. The tools...
Implementing N-Rich Reference Zones to Inform In-Season N Fertilization Practices
This is our second in a series of blog posts on improving nitrogen (N) use efficiency in California small grains. This post focuses on the use of N-rich reference zones to assess in-season N status and make management decisions based on crop need. Our...