Properties in Stage-Structured Population Models with Deterministic and Stochastic Resource Growth

Modelling population dynamics in ecological systems reveals properties that are difficult to find by empirical means, such as the probability that a population will go extinct when it is exposed to harvesting. To study these properties, we use an aquatic ecological system containing one fish species...

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Published in:Journal of applied mathematics Vol. 2022; pp. 1 - 25
Main Authors: Aye, Tin Nwe, Carlsson, Linus
Format: Journal Article
Language:English
Published: New York Hindawi 2022
John Wiley & Sons, Inc
Hindawi Limited
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Abstract Modelling population dynamics in ecological systems reveals properties that are difficult to find by empirical means, such as the probability that a population will go extinct when it is exposed to harvesting. To study these properties, we use an aquatic ecological system containing one fish species and an underlying resource as our models. In particular, we study a class of stage-structured population systems with and without starvation. In these models, we study the resilience, the recovery potential, and the probability of extinction and show how these properties are affected by different harvesting rates, both in a deterministic and stochastic setting. In the stochastic setting, we develop methods for deriving estimates of these properties. We estimate the expected outcome of emergent population properties in our models, as well as measures of dispersion. In particular, two different approaches for estimating the probability of extinction are developed. We also construct a method to determine the recovery potential of a species that is introduced in a virgin environment.
AbstractList Modelling population dynamics in ecological systems reveals properties that are difficult to find by empirical means, such as the probability that a population will go extinct when it is exposed to harvesting. To study these properties, we use an aquatic ecological system containing one fish species and an underlying resource as our models. In particular, we study a class of stage-structured population systems with and without starvation. In these models, we study the resilience, the recovery potential, and the probability of extinction and show how these properties are affected by different harvesting rates, both in a deterministic and stochastic setting. In the stochastic setting, we develop methods for deriving estimates of these properties. We estimate the expected outcome of emergent population properties in our models, as well as measures of dispersion. In particular, two different approaches for estimating the probability of extinction are developed. We also construct a method to determine the recovery potential of a species that is introduced in a virgin environment.
Audience Academic
Author Carlsson, Linus
Aye, Tin Nwe
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  organization: Division of Applied MathematicsMälardalen UniversityBox 883721 23VästeråsSwedenmdh.se
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Copyright Copyright © 2022 Tin Nwe Aye and Linus Carlsson.
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Copyright © 2022 Tin Nwe Aye and Linus Carlsson. This is an open access article distributed under the Creative Commons Attribution License (the “License”), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. Notwithstanding the ProQuest Terms and Conditions, you may use this content in accordance with the terms of the License. https://creativecommons.org/licenses/by/4.0
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Snippet Modelling population dynamics in ecological systems reveals properties that are difficult to find by empirical means, such as the probability that a population...
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SubjectTerms Adults
Analysis
Biomass
Deterministics
Ecological systems
Ecology
Endangered & extinct species
Exposed to
Extinction
Fish species
Food
Metabolism
Mortality
Partial differential equations
Population
Population biology
Population dynamics
Population statistics
Probability theory
Property
Recovery
Stage structured
Stochastic models
Stochastic settings
Stochastic systems
Stochastics
Structured population
Structured population models
Title Properties in Stage-Structured Population Models with Deterministic and Stochastic Resource Growth
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