Relation between reversal dominance time and carrying capacities in multiplex ecological ammensalism - A numerical study

Authors

  • K.V.L.N Acharyulu Department of Mathematics, Bapatla Engineering College, Bapatla-522101,India
  • M Lakshmi Sailaja M.sc (Mathematics), St.Theresa Women’s College, Eluru-534006,India
  • P Rama Mohan Department of Science and Humanities,Chintalapudi Engineering College, Ponnur-522124,India

Keywords:

Non-linear system, Ammensal species, Enemy species, Carrying capacity, Reversal dominance time.

Abstract

The paper aims to investigate a mathematical model of multiplex Ecological Ammensalism with the help of classical RK-method of fourth order in view of reversal dominance time. The mathematical model constitutes of Ammensal-enemy species pair with cover protection for Ammensal species, alternative resources for enemy species and both the species are immigrated. In addition to this, harvesting variable rates are also incorporated. The model is characterized by a couple of first order non linear ordinary differential equations. The relation between the carrying capacity of Ammensal /enemy species with the reversal dominance time is investigated numerically. Some conclusions are derived from the relationships.  AMS Classification: 92 D 25, 92 D 40

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Author Biographies

K.V.L.N Acharyulu, Department of Mathematics, Bapatla Engineering College, Bapatla-522101,India

Department of Mathematics, Bapatla Engineering College, Bapatla-522101,India

M Lakshmi Sailaja, M.sc (Mathematics), St.Theresa Women’s College, Eluru-534006,India

2M.sc (Mathematics), St.Theresa Women’s College, Eluru-534006,India

P Rama Mohan, Department of Science and Humanities,Chintalapudi Engineering College, Ponnur-522124,India

Department of Science and Humanities,Chintalapudi Engineering College, Ponnur-522124,India

Published

14-06-2012

How to Cite

Acharyulu, K., M. L. Sailaja, and P. R. Mohan. “Relation Between Reversal Dominance Time and Carrying Capacities in Multiplex Ecological Ammensalism - A Numerical Study”. Journal of Experimental Sciences, vol. 3, no. 2, June 2012, https://updatepublishing.com/journal/index.php/jes/article/view/1929.

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