10-Year Study Provides Model for Deer Management Strategies: Cornell University
November 15, 2019
November 15, 2019
ITHACA, New York, Nov. 15 [TNSbiologyresearch-Ecology and Evolution journal] -- Cornell University issued the following news:
When the whitetail deer population becomes too high, the surrounding ecosystem experiences a cascade of consequences affecting everything from humans to microorganisms.
High numbers of deer lead to increased tick-borne diseases and vehicle accidents, and they place more pressure on native vegetation from intense browsing. But when it comes to dee . . .
When the whitetail deer population becomes too high, the surrounding ecosystem experiences a cascade of consequences affecting everything from humans to microorganisms.
High numbers of deer lead to increased tick-borne diseases and vehicle accidents, and they place more pressure on native vegetation from intense browsing. But when it comes to dee . . .