C) Biotic and abiotic limits
I’m sure it’s c, please mark branliest
Answer 6
Conservationists say the carrying capacity of a deer population over a wide geographic area is 945. The current deer population is 1,100. What is likely to happen to the deer population?
A. The growth pattern will change from logistic to exponential.
B. The minimum viable deer population will increase.
C. Deer from other populations will immigrate to find mates for successful breeding.
D. The population will remain healthy and their numbers will increase.
E. The population size will decrease until the number reaches its carrying capacity.
What primarily determines the carrying capacity of a population?
A. birth rate
B. mortality rate
C. biotic and abiotic limitations
D. migration rate
E. minimum viable population
These are the options for the first question
1: A) eutrophication
B) operation
C) Pollution
2: A) Operation
B) climate change
C) invasive species
correct answer: biotic and abiotic limitations Carrying capacity is defined as the total number of an organism that can be maintained in a given area within the limits of natural resources and without harming or degrading the natural, economic or cultural environment present for it. the future generations. carrying capacity is determined by limiting factors, which are known to affect available natural resources. may include water, nutrients, minerals, space, light, etc. Explanation: I hope so! Have a good day!
1 – If an area’s carrying capacity is 945 and it carries 1,100 individuals, what is likely to happen is that we will see a decline in the deer population, until it is equal to the load capacity. This will happen because there will not be enough resources available for all individuals. E. 2 – Biotic and abiotic limitations determine the carrying capacity of a population. In other words, it is simply the amount of living and non-living things that can occupy an area. If you take a car and say the car’s load capacity is 100 people, you count the number of seats (number of people who can sit), the number of people who can stand, plus factors non-vital such as the space occupied by seats, metal bars, etc. C. Figure 1 – Exploration – you usually use this term here with minerals in things, but it can also happen with animals from overhunting and poaching. Invasive Species – are species that are introduced into an ecosystem they do not belong to and therefore most often cause a lot of damage and some of this damage may be irreversible such as species extinction. Answers: B and C. Image 2 – There is not much to think about in this image. Regions highly threatened by invasive species will be the most affected. North American Square. Image 3- Insects do not come out on windy or rainy days, also because they are usually cold days. Insects prefer sunny days and cloudy days only if the temperature is warm. First week – Wednesday. Second week – Monday, Friday and Saturday. Hope I helped, BioTeacher101
Answer 7
Correct biotic and abiotic limitations
Carrying capacity is defined as the total number of organisms that can be sustained in a given area within the limits of natural resources and without harming or degrading the current natural, economic or cultural environment for future generations. Carrying capacity is determined by limiting factors known to affect available natural resources. This can include water, nutrients, minerals, space, light, etc.
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The carrying capacity of a population can be determined by the limiting factors of the population. Explanation: Carrying capacity can be defined as the maximum population size that the environment can support. The population size increases below the carrying capacity and after exceeding the carrying capacity, the size of a population begins to decrease. The abundance of food, area, and other resources in the environments allows the population to grow to its carrying capacity. Limitation of area, food, competition, and other limiting factors in the environment reduce the carrying capacity of the population. Thus, limiting factors determine the carrying capacity of the population.
biotic and abiotic factors Explanation: This is the amount of resources available
I’m not 100% sure, but I think the answer is c) biotic and abiotic limitations
Answer 6
Conservationists say the carrying capacity of a deer population over a wide geographic area is 945. The current deer population is 1,100. What is likely to happen to the deer population?
A. The growth pattern will change from logistic to exponential.
B. The minimum viable deer population will increase.
C. Deer from other populations will immigrate to find mates for successful breeding.
D. The population will remain healthy and their numbers will increase.
E. The population size will decrease until the number reaches its carrying capacity.
What primarily determines the carrying capacity of a population?
A. birth rate
B. mortality rate
C. biotic and abiotic limitations
D. migration rate
E. minimum viable population
These are the options for the first question
1: A) eutrophication
B) operation
C) Pollution
2: A) Operation
B) climate change
C) invasive species
minimum viable population Explanation:
0
The carrying capacity of a population can be determined by the limiting factors of the population. Explanation: Carrying capacity can be defined as the maximum population size that the environment can support. The population size increases below the carrying capacity and after exceeding the carrying capacity, the size of a population begins to decrease. The abundance of food, area, and other resources in the environments allows the population to grow to its carrying capacity. Limitation of area, food, competition, and other limiting factors in the environment reduce the carrying capacity of the population. Thus, limiting factors determine the carrying capacity of the population.