
Winter rye, clover, and legumes planted between cash crops protect soil from rain and wind, fix nitrogen, and improve water retention — vital when droughts and floods are both intensifying.
USDA and land grant universities are developing corn, sorghum, and wheat varieties that maintain yields under heat stress and reduced rainfall — crucial for the 100+ million acres of rain-fed farmland in the Great Plains.
California, Texas, and Kansas farmers are using soil sensors and satellite data to water crops only when needed. In aquifer-depleted regions, this isn't optional — it's survival.
Planting trees among crops or pasture (silvopasture) reduces heat stress for both livestock and crops, sequesters carbon, and stabilizes soil — delivering multiple climate benefits at once.
As spring arrives earlier and fall frosts come later, adaptive farmers shift planting calendars, rotate to more heat-tolerant crops, and adopt double-cropping strategies to capture new growing windows.
Climate-resilient agriculture can preserve US food security — but only with farm bill support, USDA technical assistance, and carbon payment programs that reward adaptation.
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