Showing 1-17 of 17 results
Researchers Work to Develop, Test Dry-Farm-Adapted Corn Varieties
As farmers and agricultural researchers work to adapt to changing climatic conditions, some are looking to future innovations, some are exploring past agricultural practices, and some are doing both. In Western Oregon, a collaborative effort to establish and expand dry farming – growing crops without irrigation – is decidedly in the “doing both” camp. “There […]
Experimenting with Kernza
While some growers and researchers are experimenting with drought-adapted varieties of existing crops, others are testing more substantial shifts in agricultural practices. One of those shifts is from annual grain crops that have to be replanted every year to perennial grains that produce a crop year after year without replanting. In eastern Wyoming, a Western […]
Adapting to a Changing Climate
Western SARE has released our 28-page publication, Adapting to a Changing Climate: How Western SARE is Meeting the Needs of a Warming West.
Heritage Grain Guidebook
From 2016 through 2021, Rocky Mountain Seed Alliance (RMSA) worked with a grassroots network of nearly 200 grain growers in varying climates, initially across the Western United States and eventually growing nationally and globally, in trialing over 250 varieties of ancient and heritage grains including Indigenous and alternative (pseudo) grains to determine varieties that can thrive in the changing climate conditions of the 21st century. Through this effort, 20 of the most adaptive and resilient varieties of cereal grains, including wheat, barley, and rye, of which there was enough seed stock, were selected for formal replicated research trials at four locations in the Mountain West. Results of both the participatory grassroots trials and the research trials, including grower and grain profiles, are documented in this manual in an effort to inform and inspire others to grow these unique varieties of grains, and to support regionalized grain networks and localized food systems.
Estimating Plant-Available Nitrogen Release from Cover Crops
This Oregon State University fact sheet explains the basics of plant-available nitrogen (PAN); when to kill cover crops for the maximum PAN benefit; step-by-step instructions on how to perform site-specific measurements to predict PAN from your cover crop; and case studies from the Willamette Valley.
Can Cover-cropping and Grazing Work with Dryland Grain Farming?
Farmers know that planting one crop year after year is asking for trouble. It depletes the soil and leads to increased insect, weed and disease pressures. But in certain places, it’s also been the major agricultural system for decades. In north-central Washington, along the Canadian border, dryland wheat production has been the dominate production system […]
A Sunn Hemp Cover Crop for Soil Health and Nematode Management
These University of Hawaii fact sheets and virtual field day explain how to use sunn hemp as a cover crop to control weeds, nematodes and other pests, add soil nutrients, prevent erosion, and contribute to a more robust and complex community of beneficial nematodes. Available fact sheets include:
Sustainable Agriculture Farming Systems Project
Public concerns regarding pesticide misuse, food safety, water use and contamination, and depletion of non-renewable resources have motivated the reevaluation of some of the practices of conventional agriculture and the exploration of alternative, more sustainable approaches to growing food. In 1988, the Sustainable Agriculture Farming Systems (SAFS) project was established at the University of California’s […]
Cover Crops in Organic Systems: California
This is a collaborative project to build the capacity of conservation professionals to assist organic and transitional farmers in planning and implementing conservation practices through the Environmental Quality Incentives Program Organic Initiative. This guide is part of a series of guides created by Oregon Tilth for use by NRCS staff in the Western Region. This document provide an overview […]
Wireworm Biology and Nonchemical Management in Potatoes
This bulletin is one of a series on organic potato production developed by OSPUD, a collaboration among Oregon State University personnel and 11 farmers operating diversified organic vegetable farms. The purpose of OSPUD is to improve potato quality and profitability through a participatory learning process and on-farm, farmer-directed research. The first two years of OSPUD […]
Cover Crops in Organic Systems: Oregon
This document provides an overview of how the USDA Natural Resources Conservation Service NRCS Cover Crop 340 conservation practice can be implemented on organic operations in Oregon.
Cover Crops in Organic Systems: Idaho
This document provides an overview of how the USDA Natural Resources Conservation Service NRCS Cover Crop 340 conservation practice can be implemented on organic operations in Idaho.
Cover Crops in Organic Systems
This document provide an overview of how the USDA Natural Resources Conservation Service NRCS Cover Crop 340 conservation practice can be implemented on organic operations in the Western Region.
Pasture and Grazing Management in the Pacific Northwest
A book that provides knowledge of ecological processes involved in pasture growth and utilization and an understanding of how management influence those processes for good or bad.
Fresh Growth Podcast
Fresh Growth: Approaches to a More Sustainable Future from Western Ag Practitioners introduces you to farmers and ranchers from around the western United States who are finding innovative sustainable practices that enrich the natural resources we all care about. These successful multi-generational operations experiment with new ideas and are making it pay. Listen in as […]
Winter 2019 Simply Sustainable
In this Issue: Regenerative Ag Pollinators and Canola Cover Crop Resources Pioneer Award and more
Farmers and ranchers in the West are growing some new crops and improving their diversity. Many of these changes are being brought about by rising energy and crop prices and the need to become more self-sufficient. Oilseeds such as canola, sunflower and safflower are part of this change and are being grown successfully as agriculture seeks a local and low cost source of fuel and livestock feed. This bulletin is intended as a guide to producers who are considering growing oilseeds.