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

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 ?