Deer populations on private and public lands in Central Florida are managed intensively for recreational opportunities, ecological integrity, and to balance deer populations with multiple goals within an agricultural landscape. On millions of acres of land in Florida, cattle ranching is integrated with forestry, citrus plantations and other crops, and hunting leases. Managers lack knowledge of deer use of habitats within active cattle ranching operations. Currently, no techniques are available to accurately age or survey white-tailed deer in this region. Under the direction of Dr. Gino D'Angelo and Dr. Karl V. Miller, Masters student Jordan Dyal is conducting collaborative research with Florida Fish and Wildlife Conservation Commission to improve deer management to meet management goals. 

The three primary research objectives include:

     1) Evaluate the movements and habitat use of adult bucks on an active cattle ranch 

     2) Develop techniques to age deer on the hoof and after harvest 

     3) Develop accurate and efficient protocols to survey deer via aerial surveys 

After successful net-gun capture, a restrained deer is being transported to a nearby work station to be fitted with ear tags and a GPS collar.  After aging the buck by tooth eruption and wear and calculating its Boone and Crockett antler score researchers will release the buck at the processing site.  The whole handling time takes less than 15 minutes.

Jordan D. 42821 (Feb. 15)

This graph shows the movement path of a buck after his release.  During Sep 8 -Feb 15 he used more than 4,500 acres.  Frequent location data will allow Jordan to look at the effects of cattle grazing on this buck's use of the landscape.

Buck 83

Although this Florida buck is eager to put distance between himself and the capture team, he will unknowingly send location data for the duration of the study.

3 collared bucks

As testimony of the success of the helicopter capture process, this photo contains 3 GPS-collared bucks. 

Current project status:

In July 2019, we will conduct experimental sightability modeling flights with helicopters and drones.  In August 2019, we will capture additional bucks to further increase sample size.