Selected article for: "accrual diversity and diversity time"
Author: Zhanshan (Sam) Ma
Title: A Simple Mathematical Model for Estimating the Inflection Points of COVID-19 Outbreaks
  • Document date: 2020_3_27
    • ID: fttqmts4_13
    Snippet: The model was initially used by Plotkin et al (2000) and Ulrich & Buszko (2003) for modeling the classic species-area relationship (SAR). Ma (2018a Ma ( , 2018b Ma ( , 2019 introduced it for more general diversity-area relationship (DAR), diversity-time relationship (DTR) and diversity-timearea (DTAR) relationship. Another extension to the model was the derivation of two parameters by Ma (2018a Ma ( , 2018b Ma ( , 2019 : the maximal accrual diver.....
    Document: The model was initially used by Plotkin et al (2000) and Ulrich & Buszko (2003) for modeling the classic species-area relationship (SAR). Ma (2018a Ma ( , 2018b Ma ( , 2019 introduced it for more general diversity-area relationship (DAR), diversity-time relationship (DTR) and diversity-timearea (DTAR) relationship. Another extension to the model was the derivation of two parameters by Ma (2018a Ma ( , 2018b Ma ( , 2019 : the maximal accrual diversity and corresponding time or space points. The maximal accrual diversity can be used to estimate the so-termed potential diversity (also known as "dark" diversity), which takes into accounts of the species that are absent locally (in local communities) but present regionally (in metacommunities) (Ma 2019 , Li & Ma 2019 ).

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