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Brazil's Agricultural Sector Embraces Biological Crop Inputs for Sustainable Farming

Brazil's Agricultural Sector Embraces Biological Crop Inputs for Sustainable Farming

Brazil's Agricultural Sector Embraces Biological Crop Inputs for Sustainable Farming
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Tel Aviv University Researchers Discover Gene to Enhance Wheat Yields and Nutrition

Tel Aviv University Researchers Discover Gene to Enhance Wheat Yields and Nutrition

Researchers at Tel Aviv University have identified a genetic mechanism that could significantly improve wheat crop yields and nutritional value. The study, partially led by Dr. Zechariah Haber before his death in Gaza in January 2024, focused on a gene from wild wheat that influences grain size and nutrient distribution. By reducing the activity of this gene using CRISPR technology, the researchers were able to produce larger and heavier grains with higher levels of protein, iron, and zinc. This discovery could help develop wheat varieties with better yields and nutritional quality, drawing on the genetic diversity of wild wheat, which has been largely lost in modern cultivated varieties.
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Raven's Nest Farm Honored for Innovation and Community Engagement in Agriculture

Raven's Nest Farm Honored for Innovation and Community Engagement in Agriculture

Raven's Nest Farm, located in Rocky View County, has been awarded the 2026 Master Farm Family Award for its innovative approach to agriculture and strong community involvement. Owned by Keith and Laura Chitwood, the farm integrates modern technology with traditional farming practices to enhance local food systems. The award, announced by the Rocky View County Agricultural Service Board, recognizes the Chitwoods' commitment to sustainability, community service, and agricultural excellence. Their farm utilizes modular indoor farming technology to produce fresh, local produce year-round, supporting local markets and consumers.
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NYU Researchers Discover Mechanism to Enhance Crop Fertilizer Efficiency

NYU Researchers Discover Mechanism to Enhance Crop Fertilizer Efficiency

Researchers at New York University have identified molecular players that enable plants to 'feel full' after absorbing sufficient nitrogen. This discovery could lead to the development of crops that utilize nitrogen more efficiently, potentially reducing the need for fertilizers. The study, led by Gloria Coruzzi and published in The Plant Cell, highlights a regulatory factor that controls nitrogen uptake and assimilation in plants. The research focuses on the protein HHO5, which signals plants to stop absorbing inorganic nitrogen when organic nitrogen levels are adequate. This mechanism could help address environmental and economic issues associated with fertilizer use, as plants currently absorb only about 50% of applied fertilizers, with the rest contributing to environmental pollution.
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Oregon Teen Develops Device to Combat Water Shortage for Farmers

Oregon Teen Develops Device to Combat Water Shortage for Farmers

Roy Kim, a 13-year-old student from Oregon, has developed an innovative device that converts moisture in the air into water, providing a sustainable solution for farmers in drought-prone areas. The device utilizes a Peltier Module, which creates a temperature difference when electricity is applied, causing water vapor in the air to condense into liquid drops. This invention aims to address the challenges faced by farmers who rely on diminishing sources of groundwater, surface water, and rainfall for irrigation. Kim's device has been tested to produce 10ml of water in two hours, with its highest efficiency recorded at 135.8 grams per kilowatt-hour. The device also includes sensors to monitor soil moisture, temperature, and humidity, ensuring optimal water distribution to plants.
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CAFRE Students Gain Insights from Progressive Farming Systems in Scotland

CAFRE Students Gain Insights from Progressive Farming Systems in Scotland

Students from the College of Agriculture, Food and Rural Enterprise (CAFRE) recently embarked on a study tour to Scotland, where they explored various innovative farming systems. The tour included visits to several farms, each showcasing different aspects of modern agriculture. At Myremill Farm, students observed the use of robotic milking systems, which allow cows to be milked more frequently, enhancing milk yields. Darnlaw Farm highlighted the role of genetics and selective breeding in herd development, while Parkend Farm demonstrated the benefits of automation in improving efficiency and work-life balance. Over Finlarg showcased a diverse livestock system, and Holehouse Farm illustrated the integration of dairy, beef, and sheep production. The final stop at West Galdenoch Farm provided insights into large-scale dairy production. The tour was supported by The Gibson Trust and aimed to provide students with practical knowledge and exposure to advanced agricultural practices.
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How Agrivoltaics Can Help Farmers Adapt to Climate Change

How Agrivoltaics Can Help Farmers Adapt to Climate Change

Agrivoltaics combines agriculture with solar energy, creating a sustainable solution for farmers facing climate challenges. Elevated solar panels provide shade, reduce water loss, and create a cooler microclimate for crops.
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CAFRE Students Explore Innovative Farming Practices in Scotland

CAFRE Students Explore Innovative Farming Practices in Scotland

Students from the College of Agriculture, Food and Rural Enterprise (CAFRE) recently embarked on a study tour to Scotland, where they explored a variety of modern and progressive farming systems. The tour, part of their Level 3 Advanced Technical Extended Diploma in Agriculture, provided insights into innovative practices across several livestock systems. Key visits included Myremill Farm, which has adopted robotic milking systems to enhance dairy production, and Darnlaw Farm, where selective breeding and genetics play a crucial role in herd development. The students also visited Parkend Farm, which has transitioned to robotic milking to improve efficiency and work-life balance, and Over Finlarg, a diverse hill farming enterprise. The tour concluded at West Galdenoch Farm, a large-scale dairy operation focusing on high milk yields and quality. These visits highlighted the importance of technology adoption, genetics, and large-scale farm management in modern agriculture.
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Drones Revolutionize Crop Management with Precision and Cost Efficiency

Drones Revolutionize Crop Management with Precision and Cost Efficiency

Drone technology is increasingly being adopted by producers to enhance crop management and optimize input use. According to Hylio CEO Arthur Erickson, drones allow for precise identification of problem areas in fields, enabling targeted treatments rather than full-field applications. This approach not only reduces input costs but also protects crop yields. In northeast Nebraska, where dry weather is affecting crops, drones are becoming a valuable tool for producers. The technology offers a cost-effective alternative to traditional spray equipment, allowing for more efficient management of agricultural operations.
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UMES Ag Showcase to Present Latest Agricultural Research and Innovations

UMES Ag Showcase to Present Latest Agricultural Research and Innovations

The University of Maryland Eastern Shore (UMES) is hosting its sixth annual Ag Showcase on August 12, 2026, in Princess Anne. The event will feature crop research, precision agriculture, and soil health demonstrations. Participants can explore field trials and research projects led by university faculty and industry partners. The showcase will include sessions on corn and soybean trials, alternative crops, and precision agriculture technologies. Attendees can also view agricultural equipment displays and earn Continuing Education Credits.
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Automation Revolutionizes Greenhouse Crop Production in North America

Automation Revolutionizes Greenhouse Crop Production in North America

Automation Revolutionizes Greenhouse Crop Production in North America
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Michigan Agriculture Department Launches NextGen Crop Insurance

Michigan Agriculture Department Launches NextGen Crop Insurance

The Michigan Department of Agriculture and Rural Development (MDARD) has introduced the NextGen Crop Insurance program, designed to offer farmers more flexible coverage options when implementing regenerative practices that improve soil health. The program aims to provide pricing options that reflect the reduced risk associated with practices like cover cropping and reduced tillage. This initiative is part of a broader effort to promote sustainable agriculture and enhance farm resiliency. The program is supported by a grant from MDARD's Regenerative Agriculture Program and involves collaboration with various partners, including the Resilience in Agriculture Lending and Insurance Coalition.