On a sun-drenched August day, a group of farmers, sales representatives, government officials and university researchers were gathered, not in a conference room, but in the middle of a cornfield. Under the unrelenting sun, everyone had one thing on their minds: water, and how to use less of it.
This is a Water Technology Farm, one of the working farms sprinkled across the state whose owners have volunteered to focus on water conservation, in addition to crops and livestock. University researchers often tout new irrigation technologies as efficient or cost-effective, but farmers never really know how those technologies – so triumphant in a controlled experimental field – will perform in their own fields. With Water Technology Farms, producers can see first-hand how the latest irrigation technologies work in a real-world setting.
At six different Water Technology Farm field days across the state, K-State extension water resource engineer Jonathan Aguilar explained to the public how these farms work: by showcasing technologies such as mobile drip irrigation (MDI), evapotranspiration (ET)-based scheduling tools, soil water sensors and other tools, producers can see visible proof about how each of these experimental methodologies can assist them in their efforts toward water conservation.
Kansas leads most of the nation when it comes to agriculture, and it’s a tradition that has existed since before the Sunflower State joined the Union. Over the course of time, much about farming has changed in each of Kansas’ 105 counties – from crop rotations to farm equipment to irrigation technologies. Dr. Jonathan Aguilar is one of the researchers from Kansas State University helping farmers use the latest innovations to improve their harvest.
Dr. Aguilar hails from the Philippines, where he received both his bachelor’s and master’s degrees in agricultural engineering from the University of the Philippines-Los Baños (UPLB). While there, his studies focused on land and water resources as it pertained to irrigated agriculture and environmental stewardship. After graduating, he continued to work at the university as a researcher, as well as taking on several water resource-related projects with the UPLB Foundation, the Philippine Department of Agriculture, and the UN Food and Agriculture Organization. Dr. Aguilar came to K-State to pursue his doctoral degree in biological and agricultural engineering and graduated in 2009. He joined the faculty here in 2012.