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zlopas [31]
3 years ago
6

How would the ecosystem’s carrying capacity for a species change, if the species cannot adapt to changes of habitat?

Biology
2 answers:
Vitek1552 [10]3 years ago
8 0
<span>Carrying Capacity is the maximum population size of the species that the environment can sustain indefinitely. [ Given habitat is same ]

So, now if you change the habitat, you would have a different ecosystem, and as species cannot adopt to changes of habitat, then they would get eliminated. Their number will be reached to zero, it will get permanently destroyed from that ecosystem.

Hope this helps!</span>
Serhud [2]3 years ago
6 0

Answer:

The carrying capacity can be defined as the maximum capacity of population size an environment can able to support and sustain indefinitely. Given that the food, water habitat, and other necessities are available in the environment.

It may vary for each species in a habitat because of different shelter, food requirements.

If the species would not adapt to the changes that are taking place in their habitat then they are not able to survive and ultimately they die.


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What were any obstacles/struggles the individuals with disabilities Education act had to overcome?
Sati [7]

Answer:

1. The Widespread Misperception That Teaching is Easy

Teaching is a uniquely difficult job, one that comes with a set of huge responsibilities; however, many people fail to recognize the teacher’s role. The various disabilities of the students with whom special education teachers work multiplies the job’s difficulty. Special education teachers are largely unrecognized and unsupported by the public.

2. Non-Instructional Responsibilities

Many teachers are trained and willing to teach but find themselves burdened with responsibilities that remove them from the classroom. Special education teachers often find themselves being required to go to meetings, conducting assessments and dealing with loads of paperwork.

3. Lack of Support

At a time when many large school districts are experiencing high levels of growth, special education teachers are being asked to do more with less. Salaries are being cut in many districts, and there is often very little in the way of technical assistance provided by school administrations.

4. Dealing With Multiple Disabilities

A special education teacher’s classes may have students with various disabilities. Since each student is a unique case, the teacher must modify their lessons to suit each disabled learner by providing individualized education programs.

5. Handling Death

Among students in a special education classroom, there are often some with severe chronic illnesses that may result in death. Handling this is a challenge to which special education teachers will have to adapt.

6. Handling the Problems of an Inclusive Classroom

The concept of having classrooms that contain both special needs students and students who are developing typically is becoming a popular one. This type of education poses new challenges for a special education teacher. For example, many students who have no disabilities are unaccustomed to dealing with those who do. Teachers in these classes are charged with eliminating cruelty and insensitivity from among their students and ensuring that those with special needs are treated with respect.

7. Professional Isolation

The nature of a special education teacher’s work is very different from that of traditional teachers; the result of this is that standard classroom teachers may not view them as colleagues. There may be a professional stigma attached to the work of teaching “slow” students. Special education teachers often work with smaller groups and may focus on skills rather than content, thereby leading to the perception that their work is easier or less important.

8. Lack of Support From Parents

Some parents of special needs children are disinterested in the welfare of their children and fail to provide them with adequate care. Alternatively, they may be overly protective. Both can be problematic for the child and for their teacher. Disinterested parents may have no involvement with their child’s education or interaction with their teachers, whereas overprotective parents may have unrealistic expectations from the child and the child’s teachers. Both attitudes can shape children in negative ways. Parental disinterest may make special needs students less motivated and parents who are overprotective often diminish their child’s confidence and make it harder for them to learn.

9. The Difficulty of Discipline in a Special Needs Classroom

Disabled children may have behavioral issues including restlessness and moodiness. They may also exhibit problems like a short attention span or an inability to understand what is being taught. Special education teachers have to learn how to deal with these problems as well as how to take appropriate disciplinary measures.

10. Budget Problems

Across the nation, special education programs are facing increasing enrollment and decreasing budgets. The result is that there are fewer teacher assistants available, which results in a greater workload for special education teachers. They may also face shortages of essential resources and equipment for delivering effective lessons.

Any one of these challenges would make the work of a special education teacher incredibly difficult; as a group, they turn the job into a set of arduous tasks. Unfortunately, the result of the pressures placed on teachers is that the students suffer. Anyone seeking to go into this area of teaching should be aware of what they will face and have the mental and emotional fortitude to overcome the challenges in order to improve the prospects of their students.

6 0
3 years ago
How does the shape and size of the continents today help support the Theory of Continental Drift? (5pts)
Alexxandr [17]
THey fit. Africa and south america fit togeher <span>that suggestes that the continents were once together and moved to another location</span>  
8 0
3 years ago
Read 2 more answers
In the mid- 1900s, the Soviet geneticist Lysenko believed that his winter wheat plants, exposed to increasingly colder temperatu
grigory [225]

Answer:

Charles Darwin

Explanation:

Natural selection, most famously proposed by Charles Darwin, states that when presented with an environmental challenge, some individuals in a species will develop adaptations to face these challenges. Successful individuals will be more likely to mate and their offspring will inherit these adaptive traits, and will continue to pass for generations.

In this sense, plants face the challenge of the cold. Those that adapt to the cold will survive and reproduce, those that can't adapt to the cold will die. Eventually, only plants that can tolerate the cold will survive.

4 0
3 years ago
In a population of 150 toads, poisonous (P) is dominant over non-poisonous (p). According to the Hardy-Weinberg equation, the ex
aalyn [17]

Answer: Χ²=8.18

Explanation: In this population, the frequency of homozygote poisonous toads is:

p^{2} =\frac{100}{150}

p^{2} = 0.667

p = \sqrt{0.667}

p=0.82

For the homozygote non-poisonous toads:

q^{2} = \frac{5}{150}

q^{2} =0.034

q = \sqrt{0.034}

q = 0.18

The frequency for heterozygote poisonous toad, we can use the Hardy-Weinberg equation: p^{2} + 2pq + q^{2} = 1, in which, heterozygote frequency is given by 2pq

2pq = 2*0.82*0.18 = 0.3

Now, to compute the chi-square test, follow the instructions:

1) Find the observed values: in this case, they are the found frequency:

0.82       0.3         0.18

2) Find the expected values: As the question mentioned, the expected proportion is:

16            8             1

3) Subtract the observed value from the expected value:

0.82 - 16 = - 0.184          0.3 - 8 = -7.7             0.18 - 1 = - 0.818

4) Square each value from above:

(-0.184)² = 0.034            (-7.7)² = 59.3                 (-0.818)² = 0.77

5) Divide each value by expected value:

\frac{0.034}{16} = 0.0021                   \frac{59.3}{8} = 7.41                      \frac{0.77}{1} = 0.77

6) Add all the values and we will have the chi-square test:

Χ² = 0.0021 + 7.41 + 0.77 = 8.18

The chi-square test is Χ² = 8.18

8 0
3 years ago
What is a direct effect of climate on soil formation?
Aleksandr [31]

Answer:

B

Explanation:

Type of soil formed is a direct effect

4 0
3 years ago
Read 2 more answers
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