Vegetables

Showing 41-50 of 95 results

A field of flowering canola

Sustainable Production and Use of On-Farm Energy

Using solar or wind energy or producing biofuels from crop feedstocks and anaerobic digestion helps farmers achieve energy independence while improving profitability and reducing fossil fuel emissions.

Photo of green leafy crop taken from above

Vegetable and Weed Degree-day Models

Pest managers are familiar with the concept of using degree days to predict pest outbreaks. Insects, like many other organisms, develop according to the temperature around them and degree days are a way to measure accumulated temperature. Plants – at least in part – also develop based on temperature, so a team in Oregon is […]

Fitting Cover Crops in Vegetable Rotations

Ron Morse (Virginia Tech, emeritus) shares how to successfully fit cover crops into a vegetable rotation, including establishment methods, matching the right species to the right methods, recommended rotations and cash crop establishment.

Cover of SARE's 2015-16 issue of a man inspecting a leaf through a magnifying glass

2015/2016 Report from the Field

Read about SARE-funded work in the areas of sustainable dairy cropping systems, soil health assessments, nutrient management, cover crops, beginning farmers, pollinators, technical assistance programs for women farmers, and more. This edition includes highlights of projects funded through the graduate student program, and the highly regarded Sustainable Agriculture Fellowship, a professional development program coordinated by SARE and NACAA.

Systems Research for Agriculture Book Cover

Systems Research for Agriculture

Practical information for researchers, educators and extension professionals seeking to understand and apply systems research to agriculture.

download the investing in the next generation of agricultural scientists report in PDF format

Investing in the Next Generation of Agricultural Scientists

Sustainable solutions to today's agricultural challenges arise when scientists, educators and producers work together to test theories in real-world, on-farm situations. For this approach itself to be sustainable, there must be opportunities for the next generation of agricultural scientists to use collaborative, applied research to address the real-world needs of farmers and ranchers. The SARE Graduate Student grant program is one such opportunity—since 2000, the program has supported the work of 600 master's and Ph.D. students.