Corteva Agriscience’s Post

CRISPR’s next chapter is fighting climate change CRISPR technology, co-developed by Nobel laureate Jennifer Doudna, is now being harnessed to tackle climate change. Innovations in gene editing aim to create crops and livestock better suited to extreme weather conditions, addressing issues of food security. This shift showcases CRISPR's evolution from basic editing to a tool for large-scale environmental adaptation. The approach holds promise but also raises questions about the ethics and long-term impacts of widespread genetic modifications. #CRISPR #ClimateChange #Biotech #Sustainability

The agricultural industry is on the brink of a revolution with the advent of gene editing and biopesticides. These innovations promise to enhance crop resilience against pests while minimizing chemical usage, addressing both sustainability and profitability. As we face challenges like climate change and a growing population, responsible development of these technologies is crucial. Let's discuss the potential benefits and the importance of cautious implementation. #AgricultureInnovation #GeneEditing #Biopesticides #SustainableFarming #ClimateChange Learn more: https://farmonaut.com/

🌱 Groundbreaking advances in gene editing are opening up new possibilities for a sustainable future! Learn from #CRISPR co-developer Jennifer Doudna how this revolutionary technology can help us adapt agriculture to the challenges of climate change. From drought-resistant crops to livestock better adapted to rising temperatures, CRISPR will transform our food systems and improve resilience. For more information on CRISPR's critical role in feeding a growing population and protecting our planet, see the full MIT Technology Review article linked in the comments. #TeamBayer #AgricultureInnovation

🌱 Groundbreaking advances in gene editing are opening up new possibilities for a sustainable future! Learn from #CRISPR co-developer Jennifer Doudna how this revolutionary technology can help us adapt agriculture to the challenges of climate change. From drought-resistant crops to livestock better adapted to rising temperatures, CRISPR will transform our food systems and improve resilience. For more information on CRISPR's critical role in feeding a growing population and protecting our planet, see the full MIT Technology Review article linked in the comments. #TeamBayer #AgricultureInnovation

The Government is ending New Zealand’s nearly 30-year ban on genetically modified and edited organisms outside the lab next year. So how informed are you on the topic? In this episode of Cut the Crop, Alison Stewart talks to Emeritus scientist at AgResearch Tony Conner about some of the potential positives and challenges for arable growers. Watch 💻 https://bit.ly/4fcK1sc Listen 🔊 http://bit.ly/3gzANZu

🌱 Groundbreaking advances in gene editing are opening up new possibilities for a sustainable future! Learn from #CRISPR co-developer Jennifer Doudna how this revolutionary technology can help us adapt agriculture to the challenges of climate change. From drought-resistant crops to livestock better adapted to rising temperatures, CRISPR will transform our food systems and improve resilience. For more information on CRISPR's critical role in feeding a growing population and protecting our planet, see the full MIT Technology Review article linked in the comments. #TeamBayer #AgricultureInnovation

🌱 Groundbreaking advances in gene editing are opening up new possibilities for a sustainable future! Learn from #CRISPR co-developer Jennifer Doudna how this revolutionary technology can help us adapt agriculture to the challenges of climate change. From drought-resistant crops to livestock better adapted to rising temperatures, CRISPR will transform our food systems and improve resilience. For more information on CRISPR's critical role in feeding a growing population and protecting our planet, see the full MIT Technology Review article linked in the comments. #TeamBayer #AgricultureInnovation

Unlocking the potential of gene editing technologies in cultivating climate-resilient crops. Exciting strides are being made to enhance food security and sustainability in the face of climate change. Let's harness science for a resilient future! #GeneEditing #ClimateResilience #FoodSecurity

Gene Editing: Climate Change Solution? Explore the groundbreaking applications of gene editing technology with Jennifer Doudna. Discover how CRISPR is revolutionizing climate change solutions, agriculture, and methane reduction in cattle. A must-watch for science enthusiasts! ['#GeneEditing', '#CRISPR', '#ClimateChange', '#Agriculture', '#JenniferDoudna', '#Science', '#Technology', '#Innovation', '#MethaneReduction', '#SustainableAgriculture']

Groundbreaking advances in gene editing are opening up new possibilities for a sustainable future! Learn from #CRISPR co-developer Jennifer Doudna how this revolutionary technology can help us adapt agriculture to the challenges of climate change. From drought-resistant crops to livestock better adapted to rising temperatures, CRISPR will transform our food systems and improve resilience. For more information on CRISPR's critical role in feeding a growing population and protecting our planet, see the full MIT Technology Review article linked in the comments. #TeamBayer #AgricultureInnovation