In the past two weeks, at least one injured coyote seen plodding around the Midtown district has been the subject of more than 25 calls to Madison police. Officials want residents to haze the animal.
Sightings of one coyote have been reported in Vilas Park and the Nakoma neighborhood, where callers said that the animal seems to have an injured left front leg or foot, according to a statement from Madison police spokesperson Officer Stephanie Fryer.
The University of Wisconsin Canid Project, which studies coyotes and red foxes in the area, has also fielded calls about the coyote. In a post on the Project’s Facebook page Thursday, officials said they believe there are two coyotes roaming the West Side: The one with the leg injury and another with an unknown illness. Recent reports with the Project suggest that the animal with the leg injury might be moving better.
Anyone who spots this coyote is encouraged to haze the creature by making loud noises, waving limbs or other objects, in order to maintain a healthy boundary between coyotes and humans.
“In order to maintain a positive coyote-human co-existence, it is important that healthy coyotes respect humans and move away from us when seen,” the Project’s Facebook post said. “Hazing will enforce and reinforce the fear of humans.”
The second coyote has been seen west of Midvale Boulevard and adjacent to Odana Hills Golf Course. Due to its sickness, this coyote should not be hazed, according to the Project.
In conjunction with the Wisconsin Department of Natural Resources, Madison Animal Control and the Dane County Humane Society’s Wildlife Center, the Project was attempting to trap the animal on Thursday and take it to the Wildlife Center for treatment.
PHOTOS: Madison's urban coyotes
Priscilla Lane
Waunona Woods Court
Caldy Place
Cottage Grove Road
Highway D
Odana Hills
Waunona Way
UW Arboretum
Open Wood Way
Waunona Way
Arctic Fox Drive
Retana Street
Thorstrand Road
"In order to maintain a positive coyote-human co-existence, it is important that healthy coyotes respect humans and move away from us when seen."