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Relationship between species richness (S...

Relationship between species richness (S) and area (A) represent in the following graph is described by the equation

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The relation between species richness and area is correctly depicted by

Describe the relation between species richness and Von area.

The relation between species richness and area is described on a logarithmic scale by the equation [where S = species richness, A = area, Z = slope of the line (regression coefficient ), C= Y - intercept]

The relation between species richness and area is described on a logarithmic scale by the equation [where S = species richness, A = area, Z = slope of the line (regression coefficient ), C= Y - intercept]

The relation between specises richness and area is described on a logarithmic scale by the equation [where S = species richness, A = area, Z = slope of the line (regression coefficient ), C= Y - intercept]

The relation between specises richness and area is described on a logarithmic scale by the equation [where S = species richness, A = area, Z = slope of the line (regression coefficient ), C= Y - intercept]

On a logarithmic scale, the relation between species richness and area is described by the following equation: logS=logC+ZLogA In the above equation 'Z' represents

On a logarithmic scale, the relation between species richness and area is described by the following equation: logS=logC+ZLogA In the above equation 'Z' represents

Alexander von Humboldt gave the relationship between the species richness and its geographical area . Which of the following is the correct logarithmic equation for his findings ?