Novel Ecological Uses for Unmanned Aerial Vehicle-UAVs

We have established a team of ecologists, computer scientists, engineers who have been exploring novel applications of Unmanned Aerial Vehicle (UAV) technology to ecological challenges

Goals

A primary application is the use of UAVs to remotely ignite controlled burns to help with management of grasslands, including the reduction of woody invasive species such as eastern red cedar. This particular line of work has led to the development of a prototype UAV. Prototypes have been utilized to initiate internal ignitions in a large prescribed fire in the Loess Canyons of Nebraska, and a very public burn at the National Park Services Homestead National Monument of America. Both applications were successful, and funding has been secured to continue to develop this technology.

Current Status

Additional uses include the development of a module to remotely sample invasive zebra mussel veligers (larvae). This application was successfully deployed for the first time at Offutt Lake, Offutt Air Force Base, Nebraska. In this case, as with prescribed fire, the development of UAV technology is enabling both more efficient and safe sampling (or burning), where safety is paramount and logistical constraints limit effort.

April 2016 Ignition controlled burn test at Homestead National Monument of America grounds, Beatrice, NE. Photos: Craig R. Allen
April 2016 Ignition controlled burn test at Homestead National Monument of America grounds, Beatrice, NE. Photos: Craig R. Allen
Principal Investigator(s)
-Sebastian Elbaum, Carrick Detweiler, Dirac Twidwell, Lisa Pytlik Zillig, Brittany Duncan, Justin Bradley, University of Nebraska–Lincoln
-Craig R. Allen, NE CFWRU
Graduate Student(s)
-Associated with other University of Nebraska-Lincoln departments
Project Duration
January 2014-present
Funding
-National Science Foundation
Project Location
Statewide Nebraska