Herbicide-resistant tomatoes are being developed by scientists in the USA using wild relatives of the crop

Published 2024년 2월 2일

Tridge summary

A team of researchers from Oklahoma State University, Mississippi State University, and Bayer Crop Sciences are working on developing herbicide-resistant tomato varieties. The study involves testing different tomato genotypes for resistance against herbicides that could potentially drift from neighboring fields. The research also includes an assessment of the damage caused by various herbicides, including 2,4-D, dicamba, glyphosate, quinclorac, aminopyralid, aminocyclopyrachlor, and picloram on a specific type of tomato plant found in the Andes. The goal is to find a more economical and environmentally friendly way to protect tomato crops from herbicide damage.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

Tomatoes are one of the main vegetable crops in the world, which is grown both in protected and open ground. However, field cultivation of tomatoes, even with plastic soil covering, is associated with the need to control weeds, while the tomatoes themselves easily come under herbicide stress, including when drifted with row crops, and therefore researchers are creating resistant varieties. The AGRO XXI portal has read an article by a team of scientists (Oklahoma State University, Mississippi State University, Bayer Crop Sciences) which reports on the development of herbicide-resistant tomato varieties: “Tomatoes are known for their outstanding antioxidant content, including a rich concentration of lycopene, and are among the key drivers of US agricultural economy. In 2022, annual US tomato production was approximately 11,423,714,520 kg, including both fresh and processed tomatoes, with a total crop value of approximately US$1.7 billion. In Mississippi, the value of tomato ...
Source: Agroxxi

Would you like more in-depth insights?

Gain access to detailed market analysis tailored to your business needs.
By clicking “Accept Cookies,” I agree to provide cookies for statistical and personalized preference purposes. To learn more about our cookies, please read our Privacy Policy.