OSHKOSH, Wis. — The Wisconsin Department of Natural Resources confirms that a wild deer tested positive for chronic wasting disease (CWD) in Buffalo Township in Marquette County. The CWD-positive deer was an adult doe harvested during the 2019 nine-day gun deer season and was tested as part of the DNR’s disease surveillance efforts. This is the second wild deer that tested positive for CWD in Marquette County, and its location is also within 10 miles of adjacent Green Lake and Columbia counties. The first detection was during the 2018 deer season.

State law requires that the DNR enact a ban on baiting and feeding of deer in counties or portions of counties within a 10-mile radius of a wild or farm-raised deer that tests positive for CWD or tuberculosis. Marquette, Green Lake and Columbia counties are already identified as CWD affected counties and already have baiting and feeding bans in place. As required by law, this new CWD-positive detection will renew a three-year baiting and feeding ban in Marquette County and a two-year ban in Green Lake County. Columbia County will renew a three-year ban due to wild deer CWD positive detections within the county.

“We are committed to working closely with local communities, including the citizen-based County Deer Advisory Councils as we explore future management options for this disease in Marquette and the surrounding counties,” said Ellen Barth, DNR wildlife area supervisor.

In response to the detection of this CWD-positive wild deer, the DNR will:

Work with local County Deer Advisory Council members from the counties impacted by this detection and scheduled meetings in January to discuss response actions, including the issuance of CWD surveillance permits.Determine surveillance activities to assess disease distribution and prevalence will also include:

For more information regarding baiting and feeding regulations and CWD in Wisconsin and for information on how to have deer tested during the 2019-20 hunting seasons, visit the DNR’s baiting and feeding and CWD sampling webpages respectively.