Drainage water recycling (DWR) is a drainage management system designed to capture water during wet periods so it can be used later when growing crops are thirsty.
Versions of DWR have been around for years, but adoption has remained limited. Now, interest is growing as the practice is recognized for its potential to improve water quality and help farmers reduce risks from weather volatility.
Research underway by the Iowa Nutrient Research Center (INRC) and the Iowa Soybean Association is analyzing drainage water recycling’s costs and benefits, with funding from the Iowa Department of Agriculture and Land Stewardship, the INRC and the USDA National Institute for Food and Agriculture.
Students in agronomy have a wide variety of unique career opportunities to pursue post-graduation. Jessie Hilby is an excellent example of an individual that went out of her comfort zone to take on a career to help communities out.
Jessie Hilby graduated in May of 2020 with her bachelor's degree in agronomy. She is currently working as the Gleaning Coordinator at Feed Iowa First. Her position is within the AmeriCorp 4-H Iowa Produce Gleaning Program.
Rebecca Clay, agronomy alumna (2016) swore-in as a Peace Corps Volunteer in June 2017 and has been living and working in a rural community in the foothills of the Himalayans in Lamjung, Nepal since. At site she works with community members to identity and pursue agricultural practices which address issues of malnutrition, soil degradation, and labor outmigration. Here is an account of her experience so far.
“I’m lucky to have been placed at a site where I can see the Himalayan mountains from my bedroom window—breathtaking, and the geologic giants keep my work and life in perspective.
Rebecca Vittetoe graduated in 2014 with her BS in Agronomy with a minor in journalism and mass communications minors, and she will be graduating in 2019 with her MS in Agronomy. She currently resides in Washington, IA where she is an Iowa State University Extension and Outreach Field Agronomist.
Rebecca serves 10 counties in the East-Central Iowa where she helps to provide and deliver research based-information to help producers and retailers make more informed decisions. This would involve proving large group meetings, more small group meetings, and even working with people one on one, such as a field call. Rebecca loves the people she gets to meet and work with in this job, from the farmers and retailers to her colleagues.
Macy Heetland graduated in December of 2015, and has kept herself busy working for Syngenta in Murray, Kentucky. She is a support specialist where she assists Syngenta Personal and AgriEdge Specialists and their growers in Land.db. She also trains new AgriEdge and Certified AgriEdge Partners on the functionalities of the Land.db Software. Macy leads the Sustainability Project, and is the Back-up Lead on E-Luminate. Macy likes working with growers from all over the United States and training them on the Land.db software.
It has been almost a year since Matt Levan graduated in May of 2018. He is now located in DeWitt, IA where he is a Production Management Trainee for Remington Seeds. His primary duties include learning to be a manager under the current management team, while also learning the duties of all the employees to better understand how to manage their duties. This applies to duties of all employees in both the production plant and in the seed corn field.
Emily Putze is a recent 2017 graduate of the Agronomy Department. She is currently located in Nebraska as an Associate Territory Manager at Corteva Agriscience, formerly known as Dow/DuPont Pioneer. Her main job duties include working with local retailers to help positions Corteva chemical products to growers. Emily trains retailers and growers on how certain products are used so that growers can get the best experience possible when using the products. She makes smart decisions to protect the environment while at the same time, still helping farmers succeed in the fight against weeds and pests. Emily uses her agronomic knowledge to diagnose problems in the field and then, with that knowledge, she is able to determine what means are needed to be taken in order to control it.