Lawstreet Journal ’s Post

Researchers from Wageningen University & Research (WUR) and Michigan State University have uncovered genetic variation in the unexplored DNA of the photosynthetic and energy factories of Arabidopsis plants. Such variation plays a crucial role in photosynthetic efficiency in plants and could pave the way for more productive, climate-resilient crops. Read more: https://lnkd.in/gCgCFdaG

The August edition of World Grain - featuring a Regional Review of South America, a grains and #oilseeds powerhouse - is available online now. Read more about the impact of growing #trade protectionism, genetically modified #wheat, feed prices in Kenya and #feed operations. It's all here → https://ow.ly/4wot50ST5YJ #agriculture #agribusiness #grain #soybeans

For the first time, scientists have shown that a crop, in this case wheat, can control what a beneficial fungus does by sending small RNA molecules into the fungal cells. The research builds on the ground-breaking work that was awarded the Nobel Prize in Physiology or Medicine in 2024. "This is a big step forward for research into environmentally friendly pesticides in agriculture. If we can influence how the sRNA molecules are sent in the future, we can use it to optimize our crop protection not only in wheat but also in other crops", says Mukesh Dubey "It is very exciting to see how plants and beneficial fungi can communicate in this way. This discovery brings us one step closer to a future where we can develop crops that have stronger defense systems of their own. It would be a perfect way to make biological control organisms more effective and agriculture less dependent on chemical pesticides, says Ramesh Vetukuri. Read more here: https://lnkd.in/dN2nBNQi #plantprotection #sRNA #agriculture Microscope photo: Naga Charan Konakalla

RT: International Plant Treaty - VERY INTERESTING and IMPORTANT ! 🌏❗Dive into the heart of global agricultural sustainability with our Multilateral System course! 📚Explore the legal and historical perspectives shaping plant genetic resource exchanges, as well as the principles for effective implementation. Catch the online course via link 🎥 https://bit.ly/495BBj5 #ItAllStartsWithTheSeed🌱 #MultilateralSystem #Benefitsharing #Seeds #Biodiversity #ClimateChange **** ➡️Modern #agriculture faces enormous challenges over the coming decades. ➡️ #plantbreeding #FoodSecurity #biotechnology #genebank #germplasm #seedbank #Genomics #EC #EU #StrongerTogether #resistance #agroecosystem #agrobiodiversity #farmers #agriculture #CAP #greendeal #ecology #OneHealth #AI #IoT #DSS “You can’t build a peaceful world on empty stomachs and human misery”. #NormanBorlaug Norman Borlaug #NobelPrize Plantbreeding is increasingly being recognised as a key factor in addressing foodsecurity.

🌽 Valuable progress in agriculture research! #TeamBayer researchers have found a way to artificially inoculate tar spot, a difficult fungal disease that affects corn crops, in field test plots. This is a big step forward in managing this disease, which can seriously affect corn yields. 🌾 By creating these controlled conditions, we can better study tar spot and develop new corn hybrids with enhanced tolerance. This innovative approach helps us move from the lab to real-world applications more effectively. How do you think this advancement will impact our ability to protect crops and ensure food security? 🌱🔬

🌿 Innovative Discovery in Plant Science! 🌱 A new study published in Nature Plants reveals that the genes required for making insecticidal compounds in wild potatoes are linked to those in tomatoes. This breakthrough could significantly impact agricultural practices and pest management strategies. 🔬 Key findings: -Gene Similarity: The genes in wild potatoes that produce natural insecticides are similar to those in tomatoes, opening new avenues for crop protection. -Potential Applications: Understanding these genetic links can help develop crops with enhanced pest resistance, reducing the need for chemical pesticides. -Sustainable Agriculture: This research supports sustainable farming by leveraging natural plant defences to improve crop resilience and yield. #PlantScience #Agriculture #Biotechnology #PestManagement #SustainableFarming #Genetics #CropProtection #NaturePlants #InnovationInAgriculture #ResearchBreakthrough #FoodSecurity

🌏❗Dive into the heart of global agricultural sustainability with our Multilateral System course! 📚Explore the legal and historical perspectives shaping plant genetic resource exchanges, as well as the principles for effective implementation. Catch the online course via link 🎥 https://bit.ly/495BBj5 #ItAllStartsWithTheSeed🌱 #MultilateralSystem #Benefitsharing #Seeds #Biodiversity #ClimateChange

While widespread use of insecticides has been implicated in the decline of beneficial insect populations, however a new research published in Science suggests that hundreds of noninsecticidal agricultural chemicals could be negatively affecting insect populations too. In other words " It's not only insecticides that affect insects. Other chemicals could be disrupting insect behavior as well" Editor’s summary Modern insect populations are exposed to a soup of agrochemicals composed of pesticides, herbicides, and fungicides, among others. Although many of these compounds have been tested singly, and for lethality, they neither occur in nature alone nor only affect animals through mortality. Gandara et al. screened more than 1000 agrochemicals in a fruit fly model and found that a majority of these molecules had behavioral effects at sublethal levels and even more compromised survival after acute exposure. When they combined agrochemicals at field-realistic levels, the authors observed widespread changes to larval development, behavior, and reproduction. These results suggest that agrochemical exposure, even at sublethal levels, is affecting insect populations. —Sacha Vignieri https://lnkd.in/e_Vp4DtX

Coeus Institute's GERA, autonomously identified one of the most impactful News of the day under 'Agriculture Disruption' category. GERA's Innovative Rating algorithm RATED this event ("Now China is trying to genetically modify American soybeans in latest infiltration plot warns top Republicans") with a score of 1324.8. GERA's patented rating algorithm automatically identifies critical events, categorizes /classifies them, finds root-causes, discovers correlations, and predicts future events.

Gene editing holds the key to climate-resilient crops, boosting yields while reducing emissions. Harmonized global regulations can unlock its potential, ensuring food security and environmental sustainability. Raghavan Sampathkumar | Surabhi Jajodia | Ratna Kumria #climatechange #agriculture #geneediting #sustainableagriculture #crops #foodsecurity #futureoffarming #cropscience #sustainablefarming #agritech #technology #beejkibaat #voiceoftheseed #fsii