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Showing 1-20 of 1,040 results
  1. The effect of dispersal on asymptotic total population size in discrete- and continuous-time two-patch models

    Many populations occupy spatially fragmented landscapes. How dispersal affects the asymptotic total population size is a key question for...

    Carolin Grumbach, Femke N. Reurik, ... Frank M. Hilker in Journal of Mathematical Biology
    Article Open access 21 September 2023
  2. Predator-induced prey dispersal can cause hump-shaped density-area relationships in prey populations

    Predation can both reduce prey abundance directly (through density-dependent effects) and indirectly through prey trait-mediated effects. Over the...

    James T. Cronin, Jerome Goddard II, ... Ratnasingham Shivaji in Journal of Mathematical Biology
    Article 25 January 2024
  3. Population dynamics with resource-dependent dispersal: single- and two-species models

    In this paper, we consider the population models with resource-dependent dispersal for single-species and two-species with competition. For the...

    De Tang, Zhi-An Wang in Journal of Mathematical Biology
    Article 10 January 2023
  4. Ideal free dispersal in integrodifference models

    In this paper, we use an integrodifference equation model and pairwise invasion analysis to find what dispersal strategies are evolutionarily stable...

    Robert Stephen Cantrell, Chris Cosner, Ying Zhou in Journal of Mathematical Biology
    Article 07 July 2022
  5. Dispersal-induced growth in a time-periodic environment

    Dispersal-induced growth (DIG) occurs when several populations with time-varying growth rates, each of which, when isolated, would become extinct,...

    Article 29 August 2022
  6. Bifurcation and Pattern Formation in an Activator–Inhibitor Model with Non-local Dispersal

    In this paper, by approximating the non-local spatial dispersal equation by an associated reaction–diffusion system, an activator–inhibitor model...

    ** Shi, Guohong Zhang in Bulletin of Mathematical Biology
    Article 29 October 2022
  7. Life history traits and dispersal shape neutral genetic diversity in metapopulations

    Genetic diversity at population scale, depends on species life-history traits, population dynamics and local and global environmental factors. We...

    Jimmy Garnier, Pierre Lafontaine in Journal of Mathematical Biology
    Article 28 April 2022
  8. Planktos: An Agent-Based Modeling Framework for Small Organism Movement and Dispersal in a Fluid Environment with Immersed Structures

    Multiscale modeling of marine and aerial plankton has traditionally been difficult to address holistically due to the challenge of resolving...

    W. C. Strickland, N. A. Battista, ... L. A. Miller in Bulletin of Mathematical Biology
    Article 10 June 2022
  9. Impact of the impulsive releases and Allee effect on the dispersal behavior of the wild mosquitoes

    We develop a mathematical model of the wild mosquito dispersal with impulsive releases of the sterile mosquitoes and obtain a threshold condition...

    Zhong Zhao, Liuyong Pang, ... Qiuying Li in Journal of Applied Mathematics and Computing
    Article 17 June 2021
  10. On the Lotka–Volterra competition system with dynamical resources and density-dependent diffusion

    In this paper, we consider the following Lotka–Volterra competition system with dynamical resources and density-dependent diffusion in a bounded...

    Zhi-An Wang, Jiao Xu in Journal of Mathematical Biology
    Article 24 January 2021
  11. Dynamics for a Three-Species Predator-Prey Model with Density-Dependent Motilities

    This work deals with a general cross-diffusion system modeling the dynamics behavior of two predators and one prey with signal-dependent diffusion...

    Shuyan Qiu, Chunlai Mu, **nyu Tu in Journal of Dynamics and Differential Equations
    Article 02 July 2021
  12. Dispersal and Good Habitat Quality Promote Neutral Genetic Diversity in Metapopulations

    Dispersal is a fundamental and crucial ecological process for a metapopulation to survive in heterogeneous or changing habitats. In this paper, we...

    Jimmy Garnier, Pierre Lafontaine in Bulletin of Mathematical Biology
    Article 16 January 2021
  13. Population abundance of two-patch competitive systems with asymmetric dispersal

    This paper considers two-species competitive systems with two patches, in which one of the species can move between the patches. One patch is a...

    Yuanshi Wang, Hong Wu, ... Kun Hu in Journal of Mathematical Biology
    Article 22 June 2020
  14. Stability switches in a ring-structured predator–prey metapopulation model with dispersal delay

    In this paper, we consider a predator–prey metapopulation model with a ring-structured configuration of an arbitrary and finite number of patches....

    Guowei Sun, Ali Mai in Advances in Difference Equations
    Article Open access 05 May 2020
  15. Integrodifference models for evolutionary processes in biological invasions

    Individual variability in dispersal and reproduction abilities can lead to evolutionary processes that may have significant effects on the speed and...

    Silas Poloni, Frithjof Lutscher in Journal of Mathematical Biology
    Article 17 June 2023
  16. Bat Motion can be Described by Leap Frogging

    We present models of bat motion derived from radio-tracking data collected over 14 nights. The data presents an initial dispersal period and a return...

    Lucy Henley, Owen Jones, ... Thomas E. Woolley in Bulletin of Mathematical Biology
    Article Open access 10 January 2024
  17. Dynamics of a Nonlocal Dispersal Foot-and-Mouth Disease Model in a Spatially Heterogeneous Environment

    Foot-and-mouth disease is one of the major contagious zoonotic diseases in the world. It is caused by various species of the genus Aphthovirus of the...

    **aoyan Wang, Junyuan Yang in Acta Mathematica Scientia
    Article 29 January 2021
  18. Dynamics and Profiles of a Diffusive Cholera Model with Bacterial Hyperinfectivity and Distinct Dispersal Rates

    This paper provides an analysis on global dynamics of a diffusive cholera model. We formulate the model by a reaction–diffusion system with...

    **liang Wang, **aoqing Wu in Journal of Dynamics and Differential Equations
    Article 05 March 2021
  19. Source-Sink Dynamics in a Two-Patch SI Epidemic Model with Life Stages and No Recovery from Infection

    This study presents a comprehensive analysis of a two-patch, two-life stage SI model without recovery from infection, focusing on the dynamics of...

    Jimmy Calvo-Monge, Jorge Arroyo-Esquivel, ... Fabio Sanchez in Bulletin of Mathematical Biology
    Article 08 July 2024
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