The species-area relationship is a straight line described by the equation:

  • A
    $\log S = \frac{\log C}{\log A}$
  • B
    $Z \log A = \frac{\log C}{\log S}$
  • C
    $\log S = \log C + Z \log A$
  • D
    $\log S = \log C - Z \log A$

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Similar Questions

Which is not a reason for maximum diversity in the tropics?

Describe species-area relationships.

Match the following locations with the number of bird species found there:
Column-$I$ (Location) Column-$II$ (Number of Bird Species)
$P$. Colombia $I$. $56$
$Q$. New York $II$. $105$
$R$. Greenland $III$. $1200$
$S$. India $IV$. $1400$
$T$. Amazonian rain forest $V$. $1300$

Given below are two statements.
Statement $I$: There is less species biodiversity in tropical latitudes than in temperate regions.
Statement $II$: Tropical environments, unlike temperate ones, are less seasonal, relatively more constant and predictable.
In the light of the above statements, choose the correct answer from the options given below.

$A$ species-area curve is drawn by plotting the number of species against the area. Why is the slope of the regression line steeper when a very large area (like an entire continent) is considered compared to smaller areas?

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