University of Missouri completes first drought simulator

University of Missouri completes first drought simulator
MU plant sciences researchers Bob Sharp (left) and Felix Fritschi have just completed a drought simulator that will allow them to simulate drought conditions in the field. Thirteen co-investigators from several disciplines including water quality, soil biology, soil physics, plant-insect and plant-disease interaction, and plant breeding, genetics and plant root biology will collaborate on the project. Credit: MU College of Agriculture, Food and Natural Resources

Historically, droughts have had devastating effects on agriculture, causing famine and increasing consumer food costs. Now, researchers at the University of Missouri College of Agriculture, Food and Natural Resources (CAFNR) have completed two drought simulators designed to test the effects of water deficiency on crops. The simulators are located at the University of Missouri's Bradford Research and Extension Center east of Columbia.

The simulators, part of a $1.5 million Missouri Life Sciences Research Board grant, are essentially mobile greenhouses measuring 50 feet by 100 feet. To simulate drought, researchers move the greenhouses over plants when it is raining and move them away from plants when it is sunny. A test plot of the same plants will be kept next to the simulator to provide a comparison. The drought simulators will increase the real-world application of scientific research, as they allow researchers to more closely mimic actual .

When funding is available, additional simulators will be built at the Delta Research Center in Portageville, Mo., in the southeastern part of the state, and at the Horticulture and Agroforestry Research Center in New Franklin, Mo. These locations represent a variety of environments, and soil types, allowing researchers to test any agriculturally important crop, forage and turf species grown in Missouri and surrounding states.

A new drought simulator at the University of Missouri will help scientists study how plants react to a lack of water in a variety of different soils. Credit: Kent Faddis/University of Missouri Cooperative Media Group

"This network of drought simulators will be unlike any other network in the U.S., providing Missouri scientists with state-of-the-art field facilities to conduct a broad range of drought-related research," said Felix Fritschi, assistant professor in the CAFNR Division of Plant Sciences. "Our objective is to develop real-world products and practices to improve food security and increase profitability for farmers."

"The ability to manage the timing, duration and intensity of water-deficit stress under field conditions is essential to examine plant responses to drought," said Bob Sharp, a co-investigator and director of MU's Interdisciplinary Plant Group. "Thus, the drought simulators will bridge the gap between controlled-environment facilities, such as growth chambers and greenhouses, and real conditions encountered in the field."

With new drought simulators, University of Missouri researchers will be able to study plants, such as corn and soybeans, and test their drought resistance in the field. Credit: Debbie Johnson/MU Cooperative Media Group

Thirteen co-investigators from several disciplines, including water quality, soil biology, soil physics, plant-insect and plant-disease interaction, and plant breeding, genetics and plant root biology will collaborate on the project. Another focus area is tissue dehydration tolerance. Researchers plan to study the genetic characteristics of plants that are extremely tolerant to dry climates and how these characteristics might be used to improve commercial crops.


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Citation: University of Missouri completes first drought simulator (2011, August 18) retrieved 27 October 2021 from https://phys.org/news/2011-08-university-missouri-drought-simulator.html
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