Managing germplasm should be about achieving diversity that produces results by an analytical framework in the breeding program focused on quality over quantity
Only 3% of college grads consider agriculture while 22,000 high-paying jobs go unfilled. Discover the crowdfarming solution drawing tech talent.
Precision ag will play a key role in improving nitrogen efficiency. The good news is that improvements are possible now that they make financial sense for growers.
True precision requires real-time analysis. Dynamic factors such as soil moisture levels and weather conditions constantly alter a plant’s nitrogen uptake.
Syngenta’s 5,000 PhD scientists couldn’t solve their 7-year plant breeding problem. Discover how open innovation changed everything.
Smart application of fertilizer illustrates payoff in using analytical tools to enhance crop yields and improve the environment.
The forward edge of scientific work in agriculture, whether it drives a business or marketing decision, provides an insight into a new plant trait, or leads to a breakthrough in yield, is increasingly being driven by data.
This competition clearly demonstrated that people outside and adjacent to the industry can make noteworthy contributions.
Knowing the world is grappling for new ideas to help alleviate hunger challenges, this competition focuses specifically on using analytics to address that issue.
Joseph Byrum, Ph.D., MBA, PMP, honored for accomplished career and groundbreaking analytics in agriculture work.
