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Agronomic Guidelines for Flexible Cropping Systems in Dryland Areas of Oregon

Plant-available soil water is the most reliable indicator of potential yield and is the basis of guidelines found in this publication.

Don Wysocki, Larry Lutcher, Mary Corp | Nov 2009 | OSU Extension Catalog

Dry Farming Project Continues to Expand

Dryland farming research efforts will examine prospects for growers in the Pacific Northwest.

Amy Garrett | Jul 2018 | Article

Agronomic Zones of the Dryland Pacific Northwest

With an annual wheat harvest valued at $2.1 billion, producers in Idaho, Oregon, and Washington know the value of farming practices adapted to each region, county, and field. Researchers mapped precipitation, soil depth, and ...

Don Wysocki, Christina Hagerty | Mar 2019 | OSU Extension Catalog

Advances in Dryland Farming in the Inland Pacific Northwest

Farmers make tough decisions all the time—it comes with the territory. When that territory includes the dryland region of the inland Pacific Northwest, decisions can be even more challenging. Fluctuating weather, varying soils, and...

Don Wysocki, Clark Seavert, Silvia I. Rondon, Stephen Machado, Susan Capalbo, Rakesh Awale | Jul 2017 | OSU Extension Catalog

Grass Tetany: fast growing grass can mean problems.

Mature cattle grazing pasture with rapidly growing grass are sometimes found to be afflicted with a disease called grass tetany. It is characterized by an uncoordinated gait (grass staggers), convulsions, coma, and death. The ...

Shelby Filley | May 2015 | Article

Water nutrition and quality for beef cattle

Inadequate water intake can limit growth and production, which can translate to narrower profit margins for producers. That is why it is important to understand factors that influence water nutrition and quality for beef cattle.

Sergio Arispe | Sep 2019 | Article