Genomics Takes On Crop Disease
Genomics opens the way for scientists to track where and which plants are affected most by rapidly spreading pathogens.
Read MoreGenomics opens the way for scientists to track where and which plants are affected most by rapidly spreading pathogens.
Read MoreDigital agriculture uses emerging technologies—including sensors, drones, and artificial intelligence—to collect crop data that can be used to enhance agricultural outcomes.
Read MoreBioenergy sorghum hybrids can restore carbon levels in soil, improve soil fertility, provide biomass for biofuel production, and combat climate change.
Read MoreNew research shows that bacteria found inside plant leaves can transfer their nitrogen and might eliminate the need for nitrogen fertilizers.
Read MoreDroughts can wreak havoc on food supply and crop production, but a new study shows that ethanol can help crops survive.
Read MoreThe scent of lavender is loved by humans and insects alike, but what makes lavender scent so attractive? A group of scientists decided to find out.
Read MoreA dead zone in Lake Erie gives clues to how phosphorus levels change in the water and what this means for future environmental conditions.
Read MoreDigging in the ground impacts the atmosphere. Changes in land use have driven emissions, which in turn have contributed to climate change.
Read MoreQueen bees produce different proteins when they are stressed, and this new discovery could change how we monitor hive conditions.
Read MoreIrrigation with water from oil fields may be safe for a California water district’s crops if the water is diluted and boron-tolerant crops are grown.
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