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MaxEnt SAR theory

Subcategory: macroecological modeling
Standard reference: Harte et al. 2009
Papers: 9 | Mentions: 10

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Description

Application of METE mathematical framework to predict species-area relationships and species-abundance distributions based on community state variables and entropy maximization principles.

Typical Equipment

  • Python programming environment
  • mathematical computation software
  • Python with statistical libraries

Output Measurements

  • predicted SAR slopes
  • predicted species-abundance distributions

Papers Using This Protocol (10)

article

An equation of state unifies diversity, productivity, abundance and biomass

2022Communications Biologyintroducing
article

Shifting macroecological patterns and static theory failure in a stressed alpine plant community

2021Ecosphereusing
article

Inferring Regional-Scale Species Diversity from Small-Plot Censuses

2015PLOS ONEintroducing
article

Integrating macroecological metrics and community taxonomic structure

2015Ecology Lettersintroducing
article

Integrating macroecological metrics and community taxonomic structure

2015Ecology Lettersusing
article

Taxon Categories and the Universal Species-Area Relationship

2013The American Naturalist,using
student_paper

Testing the maximum entropy theory of ecology in the warming meadow

2011using
student_paper

Testing the predictions of the Maximum Information Entropy Theory for abundance and energy distributions on the Gothic earthflow

2010using
article

Biodiversity scales from plots to biomes with a universal species-area curve

2009Ecology Lettersintroducing
student_paper

A test of species-area theory on a high disturbance area of the Gothic earthflow

2009using