“An ounce of prevention is worth a pound of cure” (B Franklin, 1706-1790). Pest prevention is a central component of integrated pest management and organic pest management strategies. Crop rotation and crop planning (i.e. timing and spacing), good nutrient and water management, enhancing natural enemies and choosing disease or insect resistant varieties will enhance the resilience ...
Forage production is of primary importance to Oregon's livestock enterprises and agriculture economy. Pastures are kept in good condition by controlling weeds, fertilizing and most importantly, managing livestock. Implementing pasture management and grazing principles will increase forage yield and quality, provide a healthier place for livestock and improve farm aesthetics.
This collection of links and publications are compiled information about managing nutrient levels in your pasture. This includes soil testing and assessment, application of fertilizers and minerals, and nutrient cycling in a forage pasture.
Publications and documents demonstrating the art of Mud and Manure Management for the pastures and forage crop. These contain useful information that are important when managing and producing livestock on pasture.
Even though different soils have some properties that cannot be changed, such as texture, soil quality can be improved by implementing good management strategies. Soils can be improved for water holding capacity, drainage, structure, and even the ability for plant roots to penetrate through the soil.
Nutrient Management, Managing nutrients, whether it is synthetic fertilizer or manure and other organic fertilizers requires planning. Determining which type of fertilizer to apply, the application rate and timing are key factors in managing soil to improve crop yield and quality, reduce fertilizer costs and help protect the environment.
This content collection covers various composting resources such as: introductory composting information, environmental considerations, using composted organic wastes on farms, composting at livestock operations, regulatory information for Oregon, detailed technical information, and compost organizations.
Learning about the different types of soils on a farm is invaluable. Oregon alone has nearly 1,000 different kinds of soil, ranging from deep to shallow, clayey to sandy, nearly level to steeply sloping. These differences are important, because different soils require different kind of management practices.
Explains the relationship between high soil pH and nutrient deficiencies in blueberries, rhododendrons, azaleas, and other ornamental crops. Color photos illustrate symptoms of pH-induced nutrient deficiency. Presents step-by-step instructions for lowering soil pH, either before a crop is planted or after establishment.
Laboratory soil tests help you develop your soil and increase crop production by providing information on available nutrient content. Soil testing helps you select the correct kind and amount of fertilizer and liming material. Learn why, when, and where to collect your soil sample, and get straightforward instructions for how to take the soil sample and choose a lab to perform the analysis.
By Melissa Fery, Jeff Choate
OSU Extension Catalog
Community Supported Agriculture is a method of marketing produce in which members subscribe to a farm on a weekly, monthly or annual basis and in return receive a box of fresh produce throughout the growing season. This method of marketing is growing in popularity across the U.S. as consumer interest rises in local food. The CSA model ensures income for the farmer and ...