Agricultural science skills

University of Idaho Extension 4-H Youth Development has received a grant to teach children about agricultural science and technology and introduce them to career opportunities in the field.

The U.S. Department of Agriculture’s National Institute of Food and Agriculture awarded $750,000 toward the three-year project, which aims to reach 2,000 to 4,000 youth per year during out-of-school time through 4-H clubs, camps, after-school activities and special programs. Matt Fisher, a UI Extension area educator specializing in agriculture and STEM, and Mike Knutz, area 4-H youth development educator, are co-principal investigators of the project, which they’ve titled Agriscience Technology Pathways (ATP).

U of I’s College of Agricultural and Life Sciences (CALS) secured two of USDA’s 11 NIFA Food and Agricultural Nonformal Education grants. The other CALS grant will fund a program submitted by Jae Ryu, an associate professor in the Department of Soil and Water Systems, empowering youth to design, build and fly drones during a workshop hosted in conjunction with the Idaho 4-H State Teen Association Convention. Ryu also received about $750,000 covering three years for his program.

ATP will be offered statewide and will encompass several facets. Fisher is developing learning kits to teach youth facts and science lessons about Idaho’s major commodities – such as potatoes, dairy and sugar beets – working closely with grower-funded commodity groups. The kits will be loaned to 4-H clubs, groups and camps in every region and will include lessons and hands-on activities, such as making a potato-powered clock or churning milk into butter.

Funding will also help overcome barriers to youth participation in 4-H programs where agricultural STEM curriculum is offered. For example, 4-H clubs or groups may receive funds to help cover busing, as well as youth scholarships to help cover day camp or convention registration costs. Fisher and Knutz hope the funds will serve as a “carrot,” enticing 4-H event organizers to add agricultural STEM curriculum to their itineraries to be eligible for the assistance. In addition to the learning kits, Ryu’s iDrone 4-H program and an agricultural robotics program Fisher helped develop are available to program organizers interested in incorporating agricultural STEM curriculum.