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AI Tool Tracks Sunflower Growth Stages from Phone Images

Researchers from Argentina’s INTA and Conicet, along with Italy’s University of Trento, have developed SunPheno—the first open-access AI tool that uses cell phone images to identify sunflower growth stages. The tool supports breeding and field management by focusing on key phases like leaf senescence, which impacts yield potential.

Unlocking Protein from Tomato Leaves: A Promising but Tough Task

Tomato leaves contain up to 27% protein, making them a promising plant-based protein source. However, challenges remain for large-scale use. Research by Marietheres Kleuter at Wageningen University & Research focuses on overcoming these hurdles, supporting the circular economy principle that “waste doesn’t exist” by finding ways to repurpose plant waste into valuable resources.

Crop Trust Publica su Informe de 2024

Crop Trust celebra 20 años protegiendo la diversidad de cultivos; la Bóveda Global de Semillas de Svalbard alcanza 1,3 millones de muestras de 6.000 especies.

From Food to Fashion: How Agricultural Waste Could Shape the Clothes of the Future

Chalmers University of Technology research shows that agricultural residues from wheat and oats can serve as sustainable alternatives to wood pulp for cellulose-based textiles. This process is simpler and less chemical-intensive than traditional methods, adding value to underused crop byproducts. With cotton’s high environmental impact, non-wood biomass offers a promising, resource-efficient raw material for textile production.

The Freedom to Adapt

In 2025, U.S. seed leaders navigate a changing landscape of climate, policy, and markets, emphasizing innovation, coalition-building, and strategic planning.

Anticipating and Navigating Regulatory Change: A Proactive Approach

Michelman takes a proactive approach to regulatory compliance by anticipating changes and leading industry standards. With a global team monitoring regulations and trends, they develop timely solutions—such as launching microplastic-free seed coatings ahead of deadlines—to ensure products meet and exceed compliance while delivering top performance.

Greener Fields, Richer Soils: Agroecology Proves Its Value

A four-year study on 17 English arable farms found that agroecological practices—like wildflower margins, cover crops, and soil enrichment—boost biodiversity and improve some crop yields. The most intensive system showed the greatest soil carbon gains and increases in beneficial insects and pest control. However, these methods remain economically unviable without public support.

Euroseeds Calls on Danish Presidency for NGT Action

Leveraging Denmark’s leadership in plant breeding and seed production, Euroseeds expects the Danish EU presidency to prioritize finalizing the Regulation for New Genomic Techniques (NGTs). These innovative tools, including gene editing, are vital for advancing European agriculture’s competitiveness, sustainability, and maintaining the EU’s global position in plant breeding research and seed exports.

Reverse Evolution Reveals a Hidden Defense in Tomatoes

Wild tomatoes in the Galápagos are revealing a lost chemical defense that could reshape breeding strategies for tomatoes and other crops in the nightshade family. In this feature, UC Riverside’s Adam Jozwiak explains how a small enzyme change can flip tomato chemistry—and why breeders might want to reconsider the role of bitterness in fighting pests and reducing pesticides.

Missed World Seed Congress? Here’s What Everyone’s Still Talking About

Over 1,800 seed professionals from 70+ countries gathered in Istanbul to shape the future of seed through new partnerships, bold ideas, and innovations. This event was more than a conference—it was a global launchpad for what’s next in the seed industry. The video captures key moments, vibrant show floor scenes, and why “Let’s keep talking” became the event’s defining phrase.

Revolutionizing Plant Breeding in LATAM

Latin America’s strong agricultural sector attracts global attention, but breeders there mostly rely on Microsoft Excel—used by 95%—to manage data. While Excel is affordable and user-friendly for organizing phenotypic and some genotypic data, it falls short in advanced genetic analysis. Breeders often switch to tools like R for deeper insights, creating workflow inefficiencies and increasing error risks due to manual data transfers.

No Microbe Is an Island: The Power of Partnership in Agricultural Innovation

Thirty-five years ago, working quietly in a University of Minnesota lab, I never imagined my research on tiny soil and plant microbes would impact farmers worldwide. Driven by curiosity about how these microbes support plants and thrive themselves, I built a diverse collection from fields with varied management. My goal was to understand these relationships deeply and explore how harnessing microbes could reduce agriculture’s dependence on pesticides and synthetic inputs.

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