Over the past few decades, Iowa’s agriculture has experienced a period of consistently high yields. The perfect distribution and timing of humidity, rainfall and heat have led to bumper crops of corn and soybeans. This “Goldilocks” period is partly due to global warming, but experts believe farmers shouldn’t expect it to last.

In an article from Physics Today’s February issue, “Iowa’s agriculture is losing its Goldilocks climate,” scientists Eugene Takle and William Gutowski describe the challenges farmers could expect to see to maintaining high yields if global warming continues along predicted trends.

Angelos arrived at Iowa State University on March 19, 2019 for a five-month program. During his visit, Angelos has been working with Dr. Archontoulis to provide technical support on the FACTS project and design a web interface and data flow simulation model that will be used to show yield predictions. Angelos is also working to create a website that would provide project information and updates to site visitors. Dr. Archontoulis said, “I have really enjoy hosting Angelos because of his motivation and drive to learn and participate in the project.” Angelos has contributed a significant amount of technical support to the project, but has also valued all that he has learned from Dr. Archontoulis and his colleagues that have been working on the project. Angelos said, “When first arriving to Iowa State, I had little knowledge about agriculture as my studies are in computer science and engineering, but after spending time with Dr. Sotirios I have gained a wealth of knowledge on the industry as well as enhanced my computer science skills through hands on learning opportunities.”

Forecast and Assessment of Cropping sysTemS (FACTS; 2015-present)

FACTS is an ongoing project developed to forecast and evaluate real-time soil-crop dynamics in specific ISU fields. Predictions and measurements will be frequently updated as new information becomes available during the growing season. 

What we do:

Does Quantity and Quality of Tile Drainage Water Impact In-stream Eutrophication Potential? Evidence from a Long-term Biofuel Cropping Systems Experiment
Funded by the Iowa Nutrient Reduction Strategy

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