Can AI Help Plant Breeders Outrun Climate Change?

A new global research partnership, GAIN-RT, will combine artificial intelligence, genomics, gene editing and field research to accelerate the development of climate resilient potatoes and other root and tuber crops for farmers facing climate change, pests and disease.

Tomato Gene Could Improve Crop Drought Recovery

Source: Pixabay

Tomato gene SlbHLH70 helped plants survive drought and recover after rewatering by coordinating hormone signalling, stress responses and root development. The findings could give breeders a new target for developing more drought-resilient crop varieties.

Breeding More Into Cottonseed

Cotton bolls in a field represent advances in cottonseed breeding for yield, resistance and new uses.

From nematode resistance that protects yield to gene silencing that could open new food and feed markets, cotton breeders and researchers are asking genetics to deliver more.

Gene Discovery Could Unlock Hidden Crop Traits

Crop traits for disease resistance, yield and climate resilience may become easier for breeders to access after researchers identified three genes that suppress recombination in chromosome regions where useful genetic variation has often remained out of reach.

Leaf Wax Signals Could Help Fight Crop Disease

Researchers are investigating how fungal pathogens recognise plant surfaces, opening the door to crop-protection strategies that disrupt infection before it begins. The waxy surface of a crop leaf could hold […]

Why Seed Testing Still Needs Registered Seed Technologists (RSTs)

Registered Seed Technologists play a critical role in seed testing by applying trained judgment, regulatory knowledge and hands-on experience. Their expertise helps customers understand test results, identify potential issues and make informed decisions about seed lots.

Malin Nilsson Takes the Lead at Sweden’s SVUF

field of wheat in south sweden at sunset

Malin Nilsson reflects on taking over as secretary general of SVUF, the distinctive needs of Sweden’s seed sector, and the European policy issues shaping plant breeding, farm saved seed and variety protection.

Built on Trust, Ready to Grow

SATEC Equipment’s new managing director Robin Kleinwort is carrying forward the company’s customer-first culture while focusing on intentional growth, expanded global partnerships and continued innovation in seed coating, pelleting and treatment systems.

Built on Trust, Ready to Grow

SATEC Equipment’s new managing director Robin Kleinwort is carrying forward the company’s customer-first culture while focusing on intentional growth, expanded global partnerships and continued innovation in seed coating, pelleting and treatment systems.

Built on Trust, Ready to Grow

SATEC Equipment’s new managing director Robin Kleinwort is carrying forward the company’s customer-first culture while focusing on intentional growth, expanded global partnerships and continued innovation in seed coating, pelleting and treatment systems.

Built on Trust, Ready to Grow

SATEC Equipment’s new managing director Robin Kleinwort is carrying forward the company’s customer-first culture while focusing on intentional growth, expanded global partnerships and continued innovation in seed coating, pelleting and treatment systems.

Butter-Optional Popcorn

Popcorn kernel samples from the University of Illinois Illini SuperPop breeding program

Illini SuperPop started as a University of Illinois genetics project and grew into a new savory popcorn hybrid designed for flavor, field performance and education.

Crop Impacts Concentrated on One-Third of Farmland

green sprouts of wheat or rye on the hilly terrain of the agricultural field, at evening lights, spring

Crop impacts on biodiversity loss and natural carbon storage are highly concentrated, according to new global mapping that links environmental pressure to specific crops, livestock products and regions where targeted action could deliver the largest gains.

Maize Sugar Transporters Point to Male-Sterile Lines

Maize sugar transporters ZmSWEET6a and ZmSWEET6b play key roles in pollen-wall formation and anther cell balance, according to new research that could support development of male-sterile lines for more efficient hybrid seed production.

UK Researchers Target Drought-Resilient Vegetables

Vegetables grow and harvest in your garden. For healthy foods in nature.

Harper Adams University researchers are identifying drought-resilient vegetables by screening lettuce, brassica, coriander, carrot and onion varieties for stress-tolerance traits. The work could help breeders develop crops better suited to extreme heat and limited water.

Stop Deploying Microbes Like Chemistry

Microbial activator technology is reframing how seed and biological companies think about soil microbes. Jord’s ecology-first approach focuses on microbial partnerships that help organisms colonize roots, persist through the season and support crop productivity.

Sugar Beet Drought Stress Can Increase Pest Damage

Sugar beet on a field close up

New research from the University of Göttingen finds that sugar beet drought stress can alter crop physiology and pest pressure. Moderate drought made leaves more favourable to beet leaf miner larvae, while severe drought restricted both plant and pest development.

China EDV System Begins With First 10 Crops

China background pattern template

China EDV system implementation has begun with MARA publishing the country’s first agricultural plant EDV catalogue. The framework covers 10 crops and includes determination guidelines, crop-specific thresholds and recommended testing institutions.

EU Seed Trade Looks to New Global Agreements

EU seed trade could benefit from recent EU trade agreements with Mercosur, Australia, India, Indonesia and Mexico. For plant breeders and seed companies, the real impact will depend on phytosanitary rules, customs procedures, IP protection and practical implementation.

Crop Diversity Strengthens Natural Pest Control

Green soybean field alongside of ripe wheat

A global meta-analysis of 149 field studies found that crop diversity can increase natural enemies of agricultural pests and improve plant performance. The findings highlight how more diverse farming systems may reduce reliance on chemical pest control.

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