Our programs focus on addressing the environmental sources of human health concerns. Therefore, the research we support investigates the most basic and important natural resources we have: the air we breathe, the water we drink, and the soils which provide the food we eat. Going to the source and preventing the problem from occurring, rather than only treating its symptoms, will yield far greater dividends for society and the planet as a whole.
Improving agricultural management practices to improve soil health, reduce nutrient runoff into area waterways, conserve water, and increase crop yields and quality. We collaborate with industry, research centers, agencies and environmental organizations to advance multidisciplinary and whole system management practices for the agricultural lands that impact our nation’s waters.
Soil and water research and policy leaders, headed by The Ohio State University with support from Greenleaf Advisors, LLC, and the University of Arkansas launched a workshop and symposium series dedicated to the development of multidisciplinary and whole system management practices for the agricultural lands that impact our nation’s waters. A collaborative multi-year effort, the series has been organized around the development of data-driven, case studies highlighting conservation practices to reduce nutrient exports to water resources, improve soil quality, and increase yields.
Nutrient runoff from agricultural fields impacts the integrity of aquatic ecosystems, and the quality of water resources across the country.
Research results in the Maumee Basin of Ohio (led by The Ohio State University) and the Walnut Creek watershed in Indiana (led by Indiana University-Purdue University Indianapolis) demonstrate how gypsum helps sediment and nutrients stay on the land and out of the water.
In addition to addressing water quality and conservation through land management, we also work with innovative technology companies, industry and research centers, with a special interest in the water-energy nexus.
- Conservation of Ontario’s Lake Superior coast by the Nature Conservancy of Canada to protect unique land and water resources and the life they support.
- Agricultural demonstration projects in multiple Midwestern states illustrate how best practices including gypsum application can reduce nutrient runoff into area waterways by an average of 50%.
- Advancement of Argonne National Laboratory’s soil and water project in Illinois demonstrating how growing perennial native grasses in unproductive sections of farmland can turn profits by yielding crops for bioenergy while reducing pollutants to our waterways and atmosphere.