Why the Fertilizer Crisis Won’t End When the Iran War Does
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The Show Me State is Ground Zero in the Fight Against Soybean Cyst Nematode
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Scientists Stack Algorithms to Improve Predictions of Yield-Boosting Crop Traits

U.S.

Images from Space Could Help Farmers Grow Better Wheat Varieties

U.S.

Genetic Discovery May Improve Corn Quality and Yields

U.S.

Mathematician Makes Nematode Control Breakthrough for Wheat Growers

U.S.

ISU Seed Scientist Working to Control Highly Contagious Tomato Virus

U.S.

Cryptic Mutation Is Cautionary Tale for Crop Gene Editing

U.S.

Kansas State University Researchers Find New Clues for Improving Wheat

U.S.

Peanut Genome Sequenced With Unprecedented Accuracy

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Astronauts Might Soon Grow Space Tomatoes

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How Fungi “Taste” Wheat Could Hold Key in Crop Disease Fight

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Indonesian Scientists Develop New Crops for Farmers Using Nuclear Science

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Neonics Hinder Bees’ Ability to Fend off Mites: U of G Study

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Neonics Hinder Bees’ Ability to Fend off Mites: U of G Study

U.S.

Plants grow less in hotter temperatures

U.S.

Insect-Deterring Sorghum Compounds May Be Eco-Friendly Pesticide

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The Future of Agriculture is Computerized

U.S.

Crop Yield in Maize Influenced By Unexpected Gene ‘Moonlighting’

U.S.

McSteen Lab Finds a New Gene Essential for Making Ears of Corn

U.S.

Old for New, Using Ancient Genetic Variation to Supercharge Wheat

U.S.

An Easier Way to Engineer Plants

U.S.

K-State Joins Heartland Plant Innovations to Explore Breeding Platform for Organic Wheat

U.S.

Healing Grain: Scientists Develop Wheat that Fights Celiac Disease

U.S.

Getting to Mars May Happen Only If We Can Grow Food in Space

U.S.

Nuclear Technology Helps Develop New Barley Variety in Kuwait

U.S.

How to Feed the World By 2050? Recent Breakthrough Boosts Plant Growth

U.S.

Linking Sensing to Signaling During Plant Immunity

U.S.

Stress in Crops Points to Surprising Benefits

KeyGene
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Opportunities Outweigh Challenges: Crop Gene Editing and the Food System

U.S.

According to Study, Data Mining Brings New Clarity To Plant Breeding

U.S.

Plant-Pollinator Interactions Improve Oilseed Production and Beehive Health

U.S.

Unraveling of 58-Year-Old Corn Gene Mystery May Have Plant Breeding Implications

U.S.

Rakesh Kumar Loves Cantaloupe, but Gives Cucumber and Watermelon a Fair Shake, Too

U.S.

Allen Van Deynze Loves the Fact He’s Not Deprived of Cucurbits Anymore

testing
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Pre-Breeding 101

transparency
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New CRISPR-based Technology Developed to Control Pests With Precision-Guided Genetics

U.S.

Should Researchers Engineer A Spicy Tomato?

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Collection of grain samples for further analysis

The Future of Seed Innovation Starts Before the Seed Exists

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What do Seed Companies Really Want from AI?

Two happy farmers shaking hands in a cultivated field at sunset, making a business agreement

The Inventory Question Every Seed Company Struggles to Answer 

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Digital agriculture tools and predictive plant breeding technology help researchers improve crop performance and accelerate innovation.

The Race to Accelerate Plant Breeding Innovation

Close-up of damaged corn leaves with holes caused by Fall Armyworm pests and fungal disease in an agricultural field.

European Project Targets Crop Pest Threats with New Decision-Making Platform

Why The Best Solutions Aren’t Built for Everywhere

The Next Breeding Breakthrough Could Come From a Variety Nobody Uses Anymore

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