Using the provided graph,determine the percen | vedclass

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(D) The species-area relationship is given by the equation $\log S = \log C + Z \log A$. From the graph,the slope $(Z)$ is $1.15$ (as indicated by the

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$93$ percent of the bird species will be lost.

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(D) The species-area relationship is given by the equation $\log S = \log C + Z \log A$. From the graph,the slope $(Z)$ is $1.15$ (as indicated by the value $S=1.15$ in the provided image). For an area of $100,000\, km^2$,the number of species $(S_1)$ is approximately $70$. For an area of $1\, km^2$,the number of species $(S_2)$ is approximately $5$. The number of species lost is $S_1 - S_2 = 70 - 5 = 65$. The percentage of species lost is $(65 / 70) 	imes 100 \approx 92.8\%$,which is approximately $93\%$. Therefore,$93\%$ of the bird species will be lost.

List-$I$	List-$II$
$A$. Narrowly utilitarian	$i$. Hot-spot
$B$. Broadly utilitarian	$ii$. Seed bank
$C$. In situ conservation	$iii$. Photosynthesis
$D$. Ex-situ conservation	$iv$. Food and Fibre

Using the provided graph,determine the percentage of bird species that will be lost if the island's inhabitable land area is reduced from $100,000\, km^2$ to $1\, km^2$.

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List-$I$ List-$II$

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