GENERALIZATION OF PREDATOR RECOGNITION IN FATHEAD MINNOWS: IMPLICATIONS FOR RESPONSES TO INTRODUCED AND HYBRID PREDATORS
This thesis is under an embargo.
Access to the abstract and all associated documents will be not be permitted until 2019-01-11.
DegreeMaster of Science (M.Sc.)
SupervisorFerrari, Maud C. O.
CommitteeLane, Jeffrey E.; Chivers, Douglas P.; Sereda, Jeffrey M.; Wei, Yangdou
Copyright DateDecember 2017
Showing items related by title, author, creator and subject.
Learning to recognize and generalize the sight of predators and non-predators : does turbidity impair recognition? AlBatati, Fawaz (2013-02-28)To be successful, individuals that are susceptible to predation have to optimize the trade-offs between predator avoidance and other fitness related activities such as foraging or reproduction. One challenge for prey is ...
Ferrari, Maud C.O. (2009)Many prey species lack innate recognition of their potential predators. Hence, learning is required for them to recognize and respond to predation threats. When wild-caught, these same species may show amazing sophistication ...
Crane, Adam 1980-; 0000-0002-8645-8180 (2017-10-04)The abstract of this item is unavailable due to an embargo.