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SARE » Products » Page 93

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Managing Alternative Pollinators handbook cover featuring a picture of bees and blooming trees

Managing Alternative Pollinators

A Handbook for Beekeepers, Growers and Conservationists

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www.sare.org publications avicultura-rentable potencial-de-ganancias

Potencial de Ganancias

Invesitgadores del CIAS de Wisconsin por SARE estudiaron cinco fincas que criaban aves en pasturas y descubrieron que los sistemas, aunque altamente variables, rindieron una ganancia significativa a productores que incorporaron aves en fincas diversificadas. El investigador Stevenson de CIAS dijo que en un comienzo funciona mejor para las personas que utilizan cifras pequeñas, alrededor […]

www.sare.org publications avicultura-rentable determinando-el-sistema-de-produccion-aviar-alternativo-correcto

Determinando el Sistema de Producción Aviar Alternativo Correcto

Cambios en la Industria Criar aves en pasturas no es precisamente algo nuevo. La mayoría de los pollos parrilleros (también conocidos como pollos de engorde o ‘broilers’ en inglés), ponedoras, y otras aves domesticadas fueron criadas al exterior antes de la introducción a finales de los años 50 del ahora dominante método en confinamiento. Desde […]

www.sare.org publications crop-rotation-on-organic-farms physical-and-biological-processes-in-crop-production the-role-of-crop-rotation-in-weed-management

The Role of Crop Rotation in Weed Management

by Charles L. Mohler Ideally, weed management in an organic cropping system involves the integration of a broad range of cultural practices. Although cultivation after planting is usually a key component, a variety of other factors make important contributions to weed control on organic farms (table 3.6). All of these practices occur within the context […]

www.sare.org publications crop-rotation-on-organic-farms physical-and-biological-processes-in-crop-production management-of-insect-pests-with-crop-rotation-and-field-layout

Management of Insect Pests with Crop Rotation and Field Layout

by Kimberly A. Stoner The effectiveness of crop rotation as a tool for insect management depends on the life cycle of the target insect. For crop rotation to control an insect pest well, the insect must spend the period from the end of one crop to the beginning of the next in a stage with […]

www.sare.org publications crop-rotation-on-organic-farms physical-and-biological-processes-in-crop-production managing-plant-diseases-with-crop-rotation

Managing Plant Diseases With Crop Rotation

by Margaret Tuttle McGrath Rotating land out of susceptible crops can be an effective and relatively inexpensive means for managing some diseases. To successfully use crop rotation for disease management, however, requires understanding the life cycle of the disease-causing organism (pathogen). Generally, the technique of using crop rotation for disease management is to grow non-host […]

www.sare.org publications crop-rotation-on-organic-farms physical-and-biological-processes-in-crop-production crop-rotation-effects-on-soil-fertility-and-plant-nutrition

Crop Rotation Effects on Soil Fertility and Plant Nutrition

by Anusuya Rangarajan Soil organic matter and clay particles hold large stores of plant nutrients. These reservoirs, however, are not all available to the crop. In an organic crop rotation, the grower manages soil organic matter and nutrient availability by incorporating different crop residues, cycling among crops with different nutrient needs, using cover crops, and […]

www.sare.org publications crop-rotation-on-organic-farms physical-and-biological-processes-in-crop-production crop-rotation-and-soil-tilth

Crop Rotation and Soil Tilth

By Harold Van Es Tilth generally refers to the physical condition of the soil as it relates to plant growth. Favorable tilth implies good conditions for seed germination and root proliferation, allowing crops to thrive. Also, a soil with good tilth facilitates other processes, such as water infiltration and aeration, which benefit both crop and […]

www.sare.org publications crop-rotation-on-organic-farms physical-and-biological-processes-in-crop-production what-this-chapter-is-about

What this Chapter is About

By Charles L. Mohler This chapter is about the ways biologists and soil scientists view crop rotation. Unlike the farmer experts of the previous chapter, who approach rotation as a holistic process, the scientists are specialists who delve deeply into particular aspects of organic production. They study in detail how crop rotation affects a particular […]

www.sare.org publications crop-rotation-on-organic-farms physical-and-biological-processes-in-crop-production

Physical and Biological Processes In Crop Production

All of the researchers who contributed to this chapter are knowledgeable about the organic production process and actively work to support organic agriculture. To ensure accuracy, other researchers in their respective fields who support organic agriculture reviewed their comments. To ensure relevance and a writing style that speaks to farmers rather than other researchers, organic […]

www.sare.org publications crop-rotation-on-organic-farms how-expert-organic-farmers-manage-crop-rotations key-responsibilities-and-related-tasks-in-the-chart the-neon-managing-a-crop-rotation-system

The NEON "Managing a Crop Rotation" System

A Identify Rotation Goals A-1 Review overall farm & personal goals (e.g., long & short term, mission statement) A-2 Review overall farm operation (e.g., marketing strategies, profitability, farm family/team, production system [crop & livestock mix], length of season, equipment, raised beds or row crops, on-farm compost production) A-3 Identify problems that can be addressed through […]

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Sustainable Agriculture Research and Education University of Maryland US Department of Agriculture

This work is supported by the Sustainable Agriculture Research and Education (SARE) program under a cooperative agreement with the University of Maryland, project award no. 2024-38640-42986, from the U.S. Department of Agriculture’s National Institute of Food and Agriculture. Any opinions, findings, conclusions, or recommendations expressed in this publication are those of the author(s) and should not be construed to represent any official USDA or U.S. Government determination or policy.


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