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Dr. Davis uses innovative modeling tools to identify and test new management strategies to make cropping systems more productive, profitable, and environmentally friendly. His research on integrated weed management provides farmers tools to reduce their reliance on herbicides. His group's data-mining and statistical analyses present new ways for farmers to improve yield resilience in a changing climate.
'); document.write('Dr. Schooley investigates how wildlife species and communities respond to human land use in a rapidly changing world. He investigates the effects of habitat fragmentation and landscape connectivity on mammals and applies insights to effective conservation. He also assesses the outcomes of large-scale restoration projects intended to benefit biodiversity.
'); document.write('We aim to bring domain knowledge (i.e. Earth system science, hydrology, plant physiology, biogeochemistry, ecology, agricultural science), satellite data, supercomputing, and AI/ML together to revolutionize the agricultural research, such that we can observe every crop field in real-time, monitor crop growth condition, water demands, and nutrient needs, forecast crop yield, risks and environmental impacts (e.g. greenhouse gas emission, soil carbon change), and provide farmers our solutions to best manage their fields as well as policy-makers improved agricultural policy design, across the U.S. and Worldwide. We strive to achieve co-sustainability of environment quality and food security.
Dr. Ogolsky examines how relational partners maintain healthy romantic relationships across the life course as well as the ways in which law and policy influence daily family life. His work has the potential to inform practitioners and promote policy initiatives designed to enhance family dynamics.
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