ECOP-14

How environmental changes can impact spatial growth and spread: From the small to large scale

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Organizers:

Diana White (Clarkson University)

Description:

Many factors contribute to environmental shifts that alter species location and abundance. On the flip side, changes in species location and abundance can influence how a surrounding environment changes. In this minisymposium, we will explore the dynamics of populations (at both small and large scale) and explore how such species grow and move in spatially structured environments, as well as explore how changes in an environment can affect species growth and movement. At the microbial level, we study how spatial structure can alter bacteria growth and movement in a lab, and explore how microbial communities living within small brine pockets within sea ice impact the biological productivity of these polar regions. At the large scale, we look at how certain invasive aquatic and terrestrial plants grow, and how their growth and spatial spread can be altered by changes in their environment. This session emphasizes data collection from field work and lab experiments in combination with model analysis and simulation.

Diversity Statement:

This mini symposium focuses on the work of 4 different women, at different stages in their career (pretenure, tenure, and full professor). Two of these women are from rural institutes in Upstate New York, whose work is completed in partnership with underrepresented undergraduate students.



Jody Reimer (Utah)

"Population and community dynamics of sea ice ecosystems"



Susan Bailey

"Modeling the impacts of spatial structure on (bacteria) population dynamics"



Diana White

"Modeling Growth of Invasive Watermilfoil under differing lake conditions"



Anna Hargreaves

"local adaptation and dispersal evolution at range edges in response to global8 change"



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Annual Meeting for the Society for Mathematical Biology, 2025.