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Siembra Temprana Clave para Mejorar el Rendimiento y la Calidad de las Oleaginosas, Según el INTA

Yellow rapeseed field in the field and picturesque sky with white clouds. Blooming yellow canola flower meadows.

INTA Paraná estudió la calidad de granos de soja, lino y colza para fortalecer las industrias alimentaria y energética. El trabajo evaluó proteínas, aceites, aminoácidos y fósforo, detectando diferencias regionales clave. Los resultados orientan el mejoramiento genético, el manejo agronómico y la selección de cultivares, impulsando biocombustibles, nutrición animal y la sustentabilidad agroindustrial.

Adding a New Wing to Pollination: How Polyfly Is Putting Hoverflies to Work

For decades, seed production relied almost exclusively on bees for managed pollination. Polyfly is rethinking that model by industrializing the mass rearing of hoverflies as an alternative pollinator. Recognized at the 2025 Euroseeds InnovAction Stage, Polyfly offers breeders and seed producers a flexible, resilient and scalable pollination solution that improves yield reliability across diverse crops and growing conditions.

ABRATES Releases Free Digital Reference on Seed Pathology

young plant growing in morning light. agriculture

Abrates, through its Seed Pathology Committee (Copasem), released the free digital book Seed Pathology: Basic Science, Brazil’s most comprehensive reference on the topic. With 13 chapters by 50 experts, it strengthens seed health standards, diagnostics, and disease management, supporting sustainable agriculture, regulatory rigor, and professional training across the seed production chain.

Discussions to Modernize International Treaty on Plant Genetic Resources Fail: What’s Next?

Lima, Peru marked a missed opportunity to modernize the FAO International Treaty on Plant Genetic Resources. High hopes to address digital sequence information, benefit-sharing, and access reforms collapsed into stalemate. With negotiations halted, the seed sector warns that growing sovereignty disputes and policy inertia threaten global cooperation, biodiversity conservation, and future food security.

ABRATES lanza una referencia digital gratuita sobre patología de semillas

Seedling

Abrates, a través del Comité de Patología de Semillas (Copasem), lanzó el libro digital gratuito Patología de Semillas: Ciencia Básica, la obra más completa en Brasil sobre el tema. Con 13 capítulos y 50 especialistas, refuerza la sanidad de semillas, los diagnósticos y el manejo de enfermedades, impulsando la sostenibilidad, la estandarización y la capacitación en la cadena semillera.

What if Ocular Grain Grading Could be Faster, More Accurate, and Objective?

Cgrain and Lantmännen are modernizing grain grading with AI-driven image analysis that automates ocular inspection. A patented V-shaped mirror and camera capture 90%+ of each kernel’s surface to detect defects, measure size and weight, and standardize results. Trained on global image datasets, the system delivers objective, reproducible quality control and can sort kernels into accept/reject streams to boost high-quality yield.

Three Big Takeaways from #IPSA2026

IPSA CEO talks about the shift in the independent seed space. The word carried a lot of weight at the 2026 conference. This video explores the shift in focus.

How Triticale Cultivars Support Better Vetch Performance in Service Crops

Green and yellow ears of triticale against the sky

INTA Bordenave developed two new triticale varieties, Justo INTA and Dardo INTA, combining wheat productivity with rye rusticity. Designed for forage and service crops, they deliver higher biomass, disease and pest resistance, and better adaptation to Argentine conditions. These cultivars improve grazing, silage performance, and crop rotations, enhancing sustainability and production efficiency across diverse farming systems.

Researchers Discover Hidden “Early Warning” System in Plant Immune Response

Plant Laboratory concept. Biologist hand with protective gloves holding petri dish with soil and young plant. Biotechnology, plant care and protection

University of Warwick researchers have identified a rapid, jasmonate-driven early immune response that activates systemic acquired resistance (SAR) within hours of infection. Published in Nature Plants, the study used a new live-imaging reporter, JISS1:LUC, to track fast immune signals spreading to uninfected leaves before salicylic acid defences build. The discovery could support new crop protection strategies to reduce disease spread and yield loss.

Filmmaker Hidde Boersma: Why High-Yield Innovation Belongs at the Centre of Sustainability

This two-part interview with Dutch science journalist and filmmaker Dr. Hidde Boersma examines how a 1970s “harmony with nature” narrative came to define sustainability by promoting less growth and less technology. Boersma argues this mindset undermines high-yield agriculture, plant breeding and food security, and makes the case for a more inspiring sustainability story based on innovation, abundance and land-sparing solutions.

CornPheno Uses AI to Measure Corn Ear Traits with a Smartphone

Agronomist typing text message on smartphone out in corn field

CornPheno is a smartphone-based AI system that measures key corn ear traits—kernels per ear, rows per ear and kernels per row—directly in field conditions. Developed by Hao Lu’s team and reported in Plant Phenomics (15 October 2025), it outperformed several counting models and maintained strong accuracy outdoors. Integrated into the WeChat-based OpenPheno mini-program, CornPheno supports faster, lower-cost phenotyping for corn breeding and research.

High-Value Seed Is Tracked Less Than a $20 Amazon Package — Until Now

Even as supply chains track every step of a low-cost online purchase, billions of dollars in seed still move across North America with little to no visibility once they leave the shipper. This video explores why seed transportation and storage remain a blind spot, what risks that creates for seed companies and growers, and how real-time data is finally making full seed traceability possible.

Forget Scale — Go Local

Small seed firms specialize to reach a diverse, niche market. We are exploring why the next surge of seed innovation begins in independent companies with a vision.

Chilean Scientists Boost Antioxidant Levels in Tomatoes Without Affecting Plant Growth

Vine ripe tomatoes on wooden table

Chilean scientists at the University of Chile boosted tomato lipoic acid by fruit-specific overexpression of lipoyl synthase (LIP1), increasing both free and protein-bound forms without harming plant growth. Published in Frontiers in Plant Science, the study shows antioxidant enrichment can reshape tomato fruit metabolism while preserving development. The approach, tested in Micro-Tom tomatoes, supports future precision options like gene editing.

Ghana–Netherlands Partnership Targets Quality Vegetable Seed for Farmers

African woman in traditional clothes standing in a field of crops at sunset or sunrise

Ghana launched the Ghana Seed Partnership (GSP) on 29 October 2025 in Accra, deepening Ghana–Netherlands agribusiness cooperation. The initiative unites 13 public, private and research partners to modernize Ghana’s vegetable seed sector, improve access to quality seed and inputs, and boost horticulture growth. Four work packages target regulation, commercial seedling nurseries, variety trials, and market development for hybrids nationwide adoption.

European NGT Regulations: Risks of Divergence and Adhocracy

Conceptual image of CRISPR gene editing on plant DNA. Green tones and leafy textures symbolize agricultural biotechnology and nature integration.

UK, EU and Swiss NGT regulations due by 2026 remain fragmented and incoherent. The UK uses a product-based, two-tier system with lighter rules for precision breeding. The EU and Switzerland retain process-based, ad hoc approaches driven by activist pressure, creating patent uncertainty, research flight, consumer confusion and ineffective sustainability policy that undermine innovation, alignment and food chain resilience across Europe.

Scientists Uncover Shared Genetic Adaptations in Barley and Wheat

Golden wheat field with sunset background.

Researchers from The James Hutton Institute’s International Barley Hub and an INRAE-UCA-led consortium have found genomic evidence of convergent selection in barley and wheat. Published in Nature Plants, the study analysed 1,300+ barley and wheat lines, identifying shared variants linked to development, drought avoidance and domestication. The findings could accelerate precision breeding and “inter-crop translational breeding” to improve resilience and safeguard yields.

Genome-Based Models Predict Rapeseed Flowering Time and Yield

Field of flowering canola on the sky background

A study in Horticulture Research shows that optimized genomic prediction models can accurately forecast flowering time, yield traits and oil content in rapeseed using genome-wide data. By integrating GWAS-linked variants with statistical and machine-learning methods, researchers achieved over 90% accuracy for flowering time and thousand-seed weight. The approach can speed selection, reduce breeding cycles and improve multiple traits simultaneously.

Científicos chilenos aumentan los niveles de antioxidantes en tomates sin afectar el crecimiento de las plantas

Tomamto on the vine

Científicos chilenos de la Universidad de Chile aumentaron el ácido lipoico en tomates mediante sobreexpresión específica en el fruto de la enzima lipoyl synthase (LIP1), elevando las formas libre y unida a proteínas sin afectar el crecimiento. Publicado en Frontiers in Plant Science, el estudio demuestra que mejorar antioxidantes modifica el metabolismo del fruto y mantiene el desarrollo. Micro-Tom validó la estrategia.

Seeing the Whole Season: How Continuous Crop Modeling Is Changing Plant Breeding

Plant breeding has long relied on point-in-time field observations, but crops change every day of the season. In this conversation, Gary Nijak of aerialPLOT explains how continuous crop modeling captures growth, stress, and recovery across the full season, giving breeders clearer, data-driven insight into plant performance.

A Call to Action from an Independent: One-On-One with John Latham

Independent seed companies are facing growing limits on freedom to operate as market concentration and restrictive licensing agreements reduce competition. In this commentary, John Latham of Latham Quality Incorporated explains why independent voices matter now, how current IP structures are limiting innovation and why it is time for policymakers and industry leaders to listen.

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