Can a Migratory Mule Deer Herd's Travel Routes Be Manipulated or Controlled?
CSEF · 2015 Mammalian Biology Honorable_mention Award
Overview
Objectives/Goals My project was to see if you change the topography in a migratory mule deer herd's travel routes, will the deer adapt to the change or will they find a new travel route. Methods/Materials Used trail cameras to take pictures of the deer as they traveled through the test area and highway undercrossing. Transferred images on SD cards to flash drive. Used a computer to analyze the pictures of deer that used the undercrossing. Results The deer adapted to the change in topography, and used undercrossing. They were hesitant at first however after one year the deer started to use undercrossing more. Conclusions/Discussion The deer herd used the undercrossing, but they were very hesitant. The deer would go through the undercrossing, but not through the entire length of the undercrossing. Also, it took the mule deer herd around a year for them to accept the change in the topography. Some images of cars were seen on the highway while deer were using the undercrossing showing that deer travel routes can be controlled for human and animal benefits.
Summary statement
I conducted this experiment to see if humans could manipulate or controll a migratory mule deer herd's travel routes.
Help received
Used images from selected trail cameras put in place by highway 89 stewardship team members, provided by Michael Delassex University of California Cooperative Extentions State Biologist.
Awards (1)
- Honorable Mention
Competition history
- CSEF 2015
Resources
Related projects
CSEF · 2018
Can Odocoileus hemionus Adapt to Topography Changes within a Major Migratory Route?
CSEF · 2019
Deer Crossing
CSEF · 2011
All You Can Find Antlers!
CSEF · 2018
Mammalian Behavioral Ecology in Southern California Habitat Fragments
CSEF · 2015
Mammals under the Moon
CSEF · 2002
Murderous Mice: A Study of Peromyscus maniculatis on the San Mateo Coastside
ISEF · 2018
Mammalian Behavioral Ecology in Southern California Habitat Fragments
CSEF · 2013
Impact of Gray Wolves on the Predator/Prey Relationship of the East Fork Winter Range
Closest projects by meaning, across every fair and year in the corpus.
Browse more like this
Source: California Science & Engineering Fair public projects