Vikram Ullal’s Post

🌾 Our path to the future is clear! 🌟 At Vivagran, we are committed to shaping the future of agriculture through innovation and dedication. We're working tirelessly to improve the agronomic, technological, and nutritional traits of Tritordeum. 🚜💡 Exciting news! We've developed a plan of crossing and screening new varieties and are thrilled to introduce two new varieties that show immense promise: 👉🏻Larger spikes 🌿 👉🏻More grains per spike 🌾 👉🏻Enhanced disease resistance 🛡️ 👉🏻Increased spike count per square meter 📊 👉🏻Outstanding baking and malting qualities 🍞🍺 These developments are not just steps forward in agricultural technology—they're leaps toward sustainable and efficient farming practices that benefit everyone from farmers to consumers. 🌍💚 Stay tuned as we continue to push the boundaries of what's possible in the field! 🌱🔬 #AgricultureInnovation #SustainableFarming #Tritordeum #CropScience #FutureOfFarming #AgTech

Janaina Padoveze, Sustainability Manager And Thiago Miqueleto, Head Of Marketing & Business Intelligence At Ajinomoto do Brasil Contributed an article "Sustainable Agriculture" "Sustainable agriculture is not just a conceptual thought; it is the future perspective for food production." says Janaina Padoveze The article will also be featured in the forthcoming special print edition of Agricultural Biotechnology 2024. Read More : https://lnkd.in/gHUu2wSp #SustainableAgriculture #ClimateAction #RegenerativeAgriculture #AgroSustainability

Artificial intelligence and innovative technologies drive agricultural efficiency and sustainability.

Unraveling Potato Blight: Advancements in Genetic Monitoring and Fungicide Sensitivity Addressing the Ongoing Battle Against Potato Blight Through Scientific Vigilance and Technological Innovation Potato blight remains a persistent threat to potato crops worldwide, posing significant challenges to farmers, agronomists, and stakeholders across the agricultural industry. In response to this ongoing challenge, the Potato Blight Project has emerged as a beacon of hope, harnessing cutting-edge technologies […] https://lnkd.in/eB-qcbyz

Unraveling Potato Blight: Advancements in Genetic Monitoring and Fungicide Sensitivity Addressing the Ongoing Battle Against Potato Blight Through Scientific Vigilance and Technological Innovation Potato blight remains a persistent threat to potato crops worldwide, posing significant challenges to farmers, agronomists, and stakeholders across the agricultural industry. In response to this ongoing challenge, the Potato Blight Project has emerged as a beacon of hope, harnessing cutting-edge technologies […] https://lnkd.in/e-Q6ihdc

🍄 Our latest newsletter is here!   🌱 Read our insights on the strategic actions needed to accelerate the adoption of biocontrols in agriculture and how we are contributing to this step-change in regenerative agriculture, as well as all our latest news and developments.   🚀 It’s been a busy few months at FA Bio with a surge in team growth and expansion of the senior management team, as well as attendance at a number of leading industry events and continued support for the next generation of agricultural scientists.   👀 Read the newsletter now and join our mission to revolutionise sustainable agriculture: https://lnkd.in/d7cv5QxY   #sustainableagriculture #biocontrols #bioproducts #microbes #innovation #fungi #agritech #regenerativeagriculture

🧬 Scientists are rewriting the genetic code of crops with CRISPR to transform agriculture. Here are some of the ways CRIPR can be applied to make farming more profitable and sustainable: 🌱 Enhancing Crop Nutrition: CRISPR offers the potential to help crops efficiently harvest nitrogen from the air, reducing the need for excessive fertilizers. 🌾 Developing Novel/Localized Crops: CRISPR enables the creation of new crop varieties tailored to specific regions or needs, speeding up the breeding process significantly. 🦠 Creating Disease Resistance: By precisely editing plant genomes, CRISPR can confer resistance to pests, diseases, and environmental stresses, ensuring more resilient crops. 🌿 Improving Crop Yield: CRISPR technology allows for the modification of genes associated with yield traits, leading to higher productivity and improved food security. 🌎 Promoting Environmental Sustainability: By reducing the need for chemical inputs and improving resource efficiency, CRISPR contributes to more sustainable agricultural practices. Read more in the Seedworld article below. What potential applications of CRISPR technology in agriculture are you most excited about?

Seed Companies develop new varieties capable of drought, disease and pest resistance. They do this through rigorous experiments that often span for 7 years known as “Hybrid Evaluation Trials”. They rely on manual labour to collect traits data like plant height, canopy cover, chlorophyll levels, disease severity and drought tolerance. These traits are subjected to human error and biases. BharatRohan has worked with leading seed companies to help them overcome these challenges by providing them drone based data for these trials. If you’re a breeder or know someone who can benefit from this solution, please connect. BharatRohan®- Revitalizing agriculture

🧬 Scientists are rewriting the genetic code of crops with CRISPR to transform agriculture. Here are some of the ways CRIPR can be applied to make farming more profitable and sustainable: 🌱 Enhancing Crop Nutrition: CRISPR offers the potential to help crops efficiently harvest nitrogen from the air, reducing the need for excessive fertilizers. 🌾 Developing Novel/Localized Crops: CRISPR enables the creation of new crop varieties tailored to specific regions or needs, speeding up the breeding process significantly. 🦠 Creating Disease Resistance: By precisely editing plant genomes, CRISPR can confer resistance to pests, diseases, and environmental stresses, ensuring more resilient crops. 🌿 Improving Crop Yield: CRISPR technology allows for the modification of genes associated with yield traits, leading to higher productivity and improved food security. 🌎 Promoting Environmental Sustainability: By reducing the need for chemical inputs and improving resource efficiency, CRISPR contributes to more sustainable agricultural practices. Read more in the Seedworld article below. What potential applications of CRISPR technology in agriculture are you most excited about?

🧬 Scientists are rewriting the genetic code of crops with CRISPR to transform agriculture. Here are some of the ways CRIPR can be applied to make farming more profitable and sustainable: 🌱 Enhancing Crop Nutrition: CRISPR offers the potential to help crops efficiently harvest nitrogen from the air, reducing the need for excessive fertilizers. 🌾 Developing Novel/Localized Crops: CRISPR enables the creation of new crop varieties tailored to specific regions or needs, speeding up the breeding process significantly. 🦠 Creating Disease Resistance: By precisely editing plant genomes, CRISPR can confer resistance to pests, diseases, and environmental stresses, ensuring more resilient crops. 🌿 Improving Crop Yield: CRISPR technology allows for the modification of genes associated with yield traits, leading to higher productivity and improved food security. 🌎 Promoting Environmental Sustainability: By reducing the need for chemical inputs and improving resource efficiency, CRISPR contributes to more sustainable agricultural practices. Read more in the Seedworld article below. What potential applications of CRISPR technology in agriculture are you most excited about?