TLS Online TPP Program
                                                                
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                                TLS Online TPP Program
                                                    #Question id: 27039
#Unit 10. Ecological Principles
Prey defenses used against predators such as changing color for camouflage is used by
TLS Online TPP Program
                                                    #Question id: 27040
#Unit 10. Ecological Principles
dN/dt= rN – sPN that represents
TLS Online TPP Program
                                                    #Question id: 27041
#Unit 10. Ecological Principles
The Birth rate of the predator population increase as the size of the______
 
                                                    TLS Online TPP Program
                                                    #Question id: 27042
#Unit 10. Ecological Principles
Specific number of predators will keep the prey population at zero growth, represents
TLS Online TPP Program
                                                    #Question id: 27043
#Unit 10. Ecological Principles
Predator has carrying capacity
Following some observation are given
The number of prey, N, increase at low predator densities, P, and decrease at high predator densities
Prey zero isoclines is depends on the ratio of the growth rate of prey to the capture efficiency of the predators
 Number of predator needed for prey isoclines is depends on the ratio of the death rate of predators to the conversion efficiency of predators
Number of predator for prey isoclines depends on the ratio of the death rate of prey to the conversion efficiency of predators
Which of the above observation are true?
TLS Online TPP Program
                                                    #Question id: 27044
#Unit 10. Ecological Principles
For two species A and B in competition, the carrying capacities, competition coefficients, per capita growth rate and population size are
KA = 1000           KB = 1200    α of B= 1     β of A= .5       rB= .5         r A= .3                
AN= 500                  BN= 200
According to the Lotka-Voltera model, what is growth rate of species A?
 
                                                    