In the webinar, “How the Social Sciences Can Help Conserve Butterflies (and More),” Dahlem will draw on a social scientific case study of the highly threatened island marble butterfly to provide a reflection of ways the social sciences might illuminate otherwise hidden, yet important, solutions to problems in butterfly conservation work.
In the webinar, “Designing Cropping Systems for Efficiency, Environmental Performance and More Profit,” Wilke will discuss the success and challenges identified through the Long-Term Agroecosystem Research (LTAR) program implementation in southwest Michigan.
In the webinar, “Agriculture and Climate Change in Iowa and the Midwest – Adaptation, Mitigation and Decision Making,” Todey will provide an overview of several major climate change issues impacting agriculture in the region.
Randall Paul Cass, bee extension specialist at Iowa State, will discuss the primary stressors honeybees face in the agricultural landscape and share practices which beekeepers, farmers, and landowners can do to help bees thrive and continue to contribute to the agricultural and natural ecosystems in Iowa.
The August 9 presentation by Purdue University’s Bill Johnson will address the impact of cover crop use on residual herbicide persistence in the soil.
A August 16 presentation by Iowa State University’s Eric Henning will highlight research on water infiltration and impacts of different management practices.
The Aug. 30 presentation by USDA ARS team will deliver insights gained from corn stover harvest research including soil health, bioenergy production and water quality impacts.
Sep. 13 presentation by Nathan Nelson from Kansas State University will highlight ways in which management practices and conservation practices can protect surface water quality
The Sep. 20 presentation by Iowa State University Ph. D. student Júlia Brittes Tuthill will showcase model development to help visualize relationships between agriculture and water quality.
The Sep. 27 presentation by Dan Kirby from the Iowa DNR will cover practical steps and outcomes from active streambank stability practice implementations