Sep	04	Jessica Hearns
		An investigation of dispersal strategies in true aquatic beetles with community structure
		University of Central Florida, Department of Biology
Sep	11	Zhisheng Shuai
		When can an infectious disease invade?
		University of Central Florida, Department of Mathematics
Sep	18	Andrew Nevai
		An elementary disease model
		University of Central Florida, Department of Mathematics
Sep	25	Andrew Nevai
		The endemic equilibrium for an elementary disease model
		University of Central Florida, Department of Mathematics
Oct	02	Zhisheng Shuai
		Discretization of continuous-time biological models
		University of Central Florida, Department of Mathematics
Oct	09	Jessica Hearns
		Exploring mathematical techniques for modeling biological reintroductions
		University of Central Florida, Department of Biology
Oct	16	Reuben Haynes
		Final size relations for simple epidemic models
		University of Central Florida
Oct	23	Fred Brauer
		Epidemic treatment models with drug resistance
		University of British Columbia, Department of Mathematics
		Abstract
Oct	24	* Fred Brauer
		Drug resistance in disease treatment models
		University of British Columbia, Department of Mathematics
		Abstract
		11:00 am (Math Colloquium)
Oct	30	Jeffrey Sharpe
		A discussion of a structured model for the population dynamics of the feral cat
		University of Central Florida, Department of Mathematics
Nov	06	Josh Castro
		Modeling effects of intraguild and facilitative predation on a shared resource
		University of Central Florida, Department of Biology
Nov	13	Apurva Bhatty
		Generating finite element models of stochastically-growing biological materials
		Private medical practice
Nov	20	Jessica Hearns and Lina Sanchez
		Ecological traps: modeling habitat selection for mobile animals in heterogeneous
		landscapes
		University of Central Florida, Department of Biology
Dec	02	* Xinzhi Liu
		Epidemic models with switching parameter and generalized invariance principle
		University of Waterloo, Department of Applied Mathematics
		Abstract
		12:00 pm on Monday