In the graph below, what is the population of deer at the carrying capacity of the environment? 80 60 40 1 3. 4 6 Time (in years) O A. 70 ОВ. 30 ОС. 10 O D. 50 5 2. 20 (in number of individuals) Deer Population
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- What if we were able to restore some critical salmon habitat, like the forests surrounding the spawning streams? To test this restoration, increase K to 40,000 fish. What would that do to the MSY value? [ Select ] Does this mean you would be able to harvest more or less fish? [ Select ]A population grows according to the logistic model N = 55 1 + 0.9e−1.4t , where t is measured in years and N is measured in thousands. (a) What is r for this population? per year(b) What is the environmental carrying capacity K? thousand(c) This population is subject to harvesting. What is the optimum yield level? thousandHas Havard University reached its carrying capacity given the total population on campus to be 60,000? Total estimated area is 85 sq Kilometres. The carrying capacity is 700/sq km
- American crows (species 1) compete with Turkey Vultures (species 2) for carrion. Vultures are 4x as large as crows and eat 4x as much. They also can chase Crows away from carcasses. Therefore, one additional vulture in an area displaces four crows, but it takes 10 additional crows to displace one vulture. The competition coefficients are O alpha12 (imaging the greek alpha with subsript 12) = 10, alpha21 = 4 O alpha12 = 4, alpha21 = 10 O alpha12 = 4, alpha21 = 0.1 O alpha12 0.1, alpha21 = 4O 0.155 O 0.845 Which of the following is true of a population approaching its carrying capacity? O The population's rate of increase approaches zero. O Intraspecific competition decreases. O The population's emigration is greater than its immigration. O The population has access to unlimited resources. The graph below represents the number of individuals in a population of wolves and in a population of moose observed in the same isolated geographic area over a 40-year period, from 1955 through 1995. Which of the following statements about the two populations is best supported by the information presented in the graph?In the land between the lakes, Elk and Bison Prairie, we currently have 125 bison and 15 elk. These species are known to compete for some but not all of their resources. We are able to determine that the carrying capacity of the bison K1 is 200 and that the alpha (competition coefficient) is 4. The carrying capacity for Elk (K2) is 100 and the beta (competition coefficient) is 1.
- A small lake is capable of supporting both bluegill and smallmouth bass. These two bony fish species compete for similar food resources. The carrying capacity of this lake for bluegill (K,) is 1,500 and for bass (Kz) is 500. After some careful measurement, we find that a is 0.5 and that ß is 0.25. We stock the lake with 250 bluegill and 750 bass. Over time, will both species be able to co-exist? If not, which one will be driven to extinction in this lake? If so, approximately how many of each species will be present? Please show math on paper and Draw Graph on paper! PleaseCarrying capacity is and is represented by the letter on the graph. O the maximum number of individuals Lhat can fit into an area: A the greatest number of individuals that arn area can suslain over the long tem: C the decline of a population due to limiting factors B the smallest number of individuals thal Can live in an area: CIn 2017, 16 bison were released into Elk Island National Park. Within the next five years, 42 more bison will be released into the 1,200 km2 area. During the study period, it is expected that 45 calves will be born and 13 bison will die or be removed from the study area. What is the expected per capita growth rate of the bison population during this study period? Express your answer rounded to two decimal places. If the population is decreasing indicate this with a negative sign.
- What is the per capita growth rate for a population of 250 individuals with a carrying capacity of 1000 and an intrinsic rate of increase of 0.5? 0.75 0.375 -0.25 -0.375 0.25In the Lotka-Volterra equations for predator (P) and prey (V) population sizes, shown below, what term represents the carrying capacity for each species? dV = rV - pVP сpVP — d,P dt dP I3| dt O Pand V dP and dV p and c pVP and dpP Carrying capacity is not represented in the Lotka-Volterra equationsIn a forest in India, there are 800 axis deer and 500 barking deer. The forest can support a maximum of 1,200 barking deer. The competition coefficient of barking deer on the axis deer is 0.25, and the competition coefficient of the reverse pair is 0.5. The intrinsic growth rate of barking deer is 2.0. Based on the Lotka-Volterra model, the population growth rate for barking deer is 416.67 Now, let's see if the two species can coexist in this forest. You are provided with some additional information: the carrying capacity of axis deer is 4,000. Determine if the two species can coexist.