An inventory of all the different kinds of soils in many Oregon counties is available. These inventories were made starting in the 1970’s by soil scientists of the U.S. Department of Agriculture Soil Conservation Service in ...
Brad Withrow-Robinson, Debra Zaveson |
Dec 2007 |
Article
Nitrogen-deficient pastures in the West can benefit from the addition of alternative legumes to complement existing grasses. Birdsfoot trefoil is a highly palatable legume that doesn't cause bloat. Its condensed tannin...
Fara Brummer, Serkan Ates, David Hannaway |
Apr 2021 |
Extension Catalog publicationPeer reviewed (Orange level)
Eastern Oregon’s rangelands are diverse due to different soils, topography and climate. Ranchers and land managers who view the landscape as a collection of ecological sites can better predict how vegetation and other resources ...
The sagebrush ecosystem is shrinking at an alarming rate. Threat-based land management provides a framework for improving grazing and management and adjusting as conditions change. Monitoring and the Grazing Response ...
Chris Schachtschneider, Vanessa Schroeder, Dustin Johnson |
Oct 2022 |
Extension Catalog publicationPeer reviewed (Orange level)
Livestock grazing in the high desert involves a careful balance of sustainable vegetation management in a shifting environment. Knowing which plant stages are most sensitive to grazing can help managers optimize their...
In parts of Oregon, pasture forage for grazing livestock is lacking early in the growing season. That forces livestock producers to rely on costly harvested forages for supplemental feed. There is another option. Research has ...
When a heatwave hits, plants may show the impact. Learn the signs of heat stress in plants and how to help them weather a heatwave with best practices for watering, mulching, shading, providing humidity and weeding.
A critical but often overlooked step in the development of a comprehensive grazing management plan is a well-defined monitoring program for evaluating progress toward management objectives.
The June 2021 heat wave caused significant damage to trees in Oregon. Learn some key findings on causes, types of damage, physiological "thermotolerance" of trees, and possible forest management implications.