Change in population size equation with prolonged exponential phase can be converted into logistic growth equation by multiplying it with
Change in population size equation with prolonged exponential phase can be converted into logistic growth equation by multiplying it with
- A
$\frac{ K }{ N }$
- B
$\frac{K-N}{K}$
- C
$\frac{K}{K-N}$
- D
$\frac{1}{N-K}$
Similar Questions
Sigmoid growth curve is represented by
Sigmoid growth curve is represented by
Two opposite forces operate in the growth and development of every population. One of them related to the ability to reproduce at a given rate. The force opposite to it is called
Two opposite forces operate in the growth and development of every population. One of them related to the ability to reproduce at a given rate. The force opposite to it is called
- [AIPMT 2003]
A population of Paramoecium caudatum was grown in a culture medium. After $5$ days the culture medium became overcrowed with Paramoeium and had depleted nutrients. What will happen to the population and what type of growth curve will the population attain ? Draw the growth curve.
A population of Paramoecium caudatum was grown in a culture medium. After $5$ days the culture medium became overcrowed with Paramoeium and had depleted nutrients. What will happen to the population and what type of growth curve will the population attain ? Draw the growth curve.
If natality is represented by $-B$
If mortality is represented by $-D$
If immigration is represented by $-I$
If emigration is represented by $-E$
If population density is represented by $-N$
Then population density at time $t+1$ is represented by
If natality is represented by $-B$
If mortality is represented by $-D$
If immigration is represented by $-I$
If emigration is represented by $-E$
If population density is represented by $-N$
Then population density at time $t+1$ is represented by
Which of the following contributes an increase in population density?
Which of the following contributes an increase in population density?