Typical Measures On Discrete Time Prey-predator Model With Harvestedprey

@article{Typ1486122, author = {G.M.Vijaya Lakshmi,M.Gunasekaran,S. Vijaya}, title = {Typical Measures On Discrete Time Prey-predator Model With Harvestedprey}, journal={International Journal of Computing Algorithm}, volume={3}, issue={3}, issn = {2278-2397}, year = {2014}, publisher = {Scholarly Citation Index Analytics-SCIA}

<?xml version='1.0' encoding='UTF-8'?> <record> <language>eng</language> <journalTitle>International Journal of Computing Algorithm</journalTitle> <eissn>2278-2397 </eissn> <publicationDate>2014</publicationDate> <volume>3</volume> <issue>3</issue> <startPage>290</startPage> <endPage>296</endPage> <documentType>article</documentType> <title language='eng'>Typical Measures On Discrete Time Prey-predator Model With Harvestedprey</title> <authors> <author> <name>G.M.Vijaya Lakshmi</name> </author> </authors> <abstract language='eng'>Prey-predator model has received much attention during the last few decades due to its wide range of applications. There are many different kinds of prey-predator models in mathematical ecology. The discrete time models governed by difference equations are more appropriate than the continuous time models to describe the prey-predator relations. Thispaper aims to study the effect of harvested prey species on a Holling type IV prey predator model involving intra-specific competition. Harvesting has a strong impact on the dynamic evolution of a population.</abstract> <fullTextUrl format='pdf'>http://www.hindex.org/2014/p861.pdf</fullTextUrl> <keywords language='eng'> <keyword>Prey-Predator model, Functional response, Harvesting, Bifurcation.</keyword> </keywords> </record>

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