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Crisis in oilseed rape fields spurs innovation

By Farms.com

The oilseed rape fields of Western Europe, once vibrant yellow, are facing severe threats. The dramatic decrease in crop cultivation, particularly in the UK where it has fallen by up to 70%, is raising alarms about food security and agricultural sustainability.

This critical situation has sparked significant research into alternative pest management strategies, as discussed in a recent special edition of Pest Management Science. This issue, drawing from Rothamsted Research's insights and a 2022 biannual meeting of the International Organization for Biological Control, explores the forefront of crop protection.

Dr. Sam Cook notes the increasing challenges of synthetic pesticide reliance, which has led to resistance issues and environmental concerns. The journal details emerging biological control tactics and technological innovations that could redefine pest management in oilseed crops.

Key advances include the use of biological agents such as nematodes and fungi to combat the cabbage stem flea beetle and other pests. New diagnostic tools and ecological studies are also enhancing the precision of pest management approaches, aiming for a reduction in pesticide use.

As the largest producer of oilseed rape in the EU, these advancements are vital for maintaining crop yields and meeting the growing global demand for seed oils and biofuels. The transition towards integrated pest management and biological solutions represents a crucial step towards more resilient agricultural practices, ensuring the longevity and health of oilseed rape cultivation in Europe and beyond.


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This presentation was recorded at Illinois Soybean Association's Better Beans event on January 11, 2024 in Bloomington, IL. Shaun Casteel, Ph.D., is Associate Professor of Agronomy and Extension Soybean Specialist for Purdue University. Dr. Casteel was born and raised on the family farm in east-central Illinois. He earned his B.S. in Crop Sciences at the University of Illinois, his M.S. in Crop Science and his Ph.D. in Soil Science at North Carolina State University. He has given over 850 invited presentations to 60,000 people across the country and world. Key areas of interest include: sulfur synergies, precision management of resources and practices; integration of soil characteristics, nutrient inputs, and crop physiology; and the influence of agronomic practices on yield physiology of soybean. His practical research also extends to field-scale trials with seeding rates, sulfur, and intensive management of soybean. You can follow him on his podcast Purdue Crop Chat