10 tips for managing continuous corn
With a well-thought-out management plan, continuous corn can pay dividends — but you need to know what you’re up against.
With a well-thought-out management plan, continuous corn can pay dividends — but you need to know what you’re up against.
Severe flooding in 2019 — triggering a delayed growing season — led to a reduction of 100 million metric tons of net carbon uptake during June and July.
From the tech boom of social media, apps, and imaging to the mergers between brands and large-scale lawsuits, these agriculture moments impacted 2010-2019.
The decommissioning of coal-fired power plants has reduced nearby pollution and its negative impacts on health and crop yields, according to a new study.
Success with improving a plant’s response to harsh conditions is leading plant molecular researchers to move to food crops including wheat and rice.
When a farmer uses a pesticide against a pest, weed, or pathogen, s/he is essentially conducting a field-scale micro-evolution project.
In the same manner that nations collaborate to detect and stop human pandemics, a global surveillance system for crop diseases needs to be created to safeguard agricultural trade and food security, argues a team of experts in Science More than 20 percent of the five staple crops that provide half the globe’s caloric intake […]
I just hit a milestone: my 30th anniversary as a lettuce grower [raucous applause?]. First as a young tyke at the family farm, and later in the wondrous, climate controlled college greenhouse. The latter was hydroponic, far removed from my conventional rearing. Fortunately, the experience I had amassed in the field was easily “convertible” into […]
While apples that originally evolved in the wild needed to entice megafauna to disperse their seeds, humans ultimately took over that task, spreading the trees along the famous Silk Road along with other familiar crops. This dispersing of the apple seeds ultimately led to the trees’ domestication. All of this is laid out in a […]
A team of scientists out of Australia have a dynamic model that predicts which photosynthetic manipulations will boost the crop yield of wheat and sorghum.