10.13020/V3RJ-N159
Vaugeois, Maxime
Maxime
Vaugeois
University of Minnesota
Forbes, Valery E
Valery E
Forbes
University of Minnesota
Venturelli, Paul A
Paul A
Venturelli
Ball State University
Accolla, Chiara
Chiara
Accolla
University of Minnesota
Hummel, Stephanie L
Stephanie L
Hummel
United States Fish and Wildlife Service
Individual-Based-Model used in "Population context matters: predicting effects of metabolic stress mediated by food availability and predation with an agent- and energy budget-based model"
Data Repository for the University of Minnesota (DRUM)
2019
Dataset
2019-08-30T14:06:11Z
2019-08-30T14:06:11Z
http://hdl.handle.net/11299/206495.1
This is the programming software code of the model developed to investigate the population-level impacts of a hypothetical, sublethal stressor that can affect an individual’s metabolism (growth, reproduction, maintenance, or assimilation) in systems in which population size is controlled by different combinations of food availability and predation pressure. The life cycle of fathead minnow (Pimephales promelas) is describe through their metabolism, using the Dynamic Energy Budget theory (DEB) and we represent the populations through an Individual-Based Model (IBM).
Java code developed using Eclipse
United States Fish and Wildlife Service
https://ror.org/04k7dar27
F17AC00269