Q. No.Alexander Von Humboldt:
Find the wrong one out.
(1) German Naturalist
(2) German Geographer
(3) First one to explore South American Jungles
(4) Gave Rivet Popper Hypothesis
(1) German Naturalist
(2) German Geographer
(3) First one to explore South American Jungles
(4) Gave Rivet Popper Hypothesis
The idea of Species Area Relationship was given by
(1) Edward Wilson
(2) Paul Ehrlich
(3) A.V. Humboldt
(4) Katherine Esau
According to Species-Area relationship-
(1) Within a region, species richness increased with increasing explored area, but only up to a limit
(2) Within a region, species evenness increased with increasing explored area without limit
(3) Within a region, species diversity increases with increasing area.
(4) Both A and B
For which of the following the relationship between species richness and area turn out to be rectangular hyperbola?
(1) Gymnosperms
(2) Pteridophytes
(3) Marine Fishes
(4) Bats
The graph for species-area relationship is actually plotted between
(1) Species richness and area
(2) Species evenness and area
(3) Species diversity and area
(4) Species diversity and space
On a logarithmic scale, the relationship of species richness and area is a straight line described by the equation
(1) logS= logC+logZ
(2) logS= logZ+logA
(3) logS= logC+ZlogA
(4) logS= logZ+ClogA
. logS= logC+ZlogA
What would be the equation for rectangular hyperbola?
Note: the information in brackets actually defines the superscript in each option.
(1) S=C^ZA
(2) S=C A^Z
(3) S=Z A^C
(4) S=Z^A C
. logS= logC+ZlogA
Find the wrong one.
(1) S= Species diversity
(2) A= Area
(3) Z= regression coefficient
(4) C=Y intercept
In the logarithmic equation of species area relationship, The Z implies except
(1) Slope of the line
(2) Regression Coefficient
(3) Y intercept
(4) Value generally 0.1-0.2
The value of Z depends upon
(1) Type of taxonomic group
(2) Different Regions
(3) Area
(4) Both B and C
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