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vazorg [7]
3 years ago
11

 Maya is generating a computer simulation to model the rate of recovery of a certain endangered bird species. The population de

creased significantly due to loss of habitat. In her model, she correlates the expected habitat regrowth to an increase in the bird population. Maya's simulation generates a chart of predicted growth of the bird population. A bar chart is shown with Bird Population as the y-axis, and time periods as the x-axis. The first bar shows a very small population of birds, perhaps 1,000, in the present time. The second bar shows a small population, perhaps about 2,000, in the year 2030. The third bar shows a population of 10,000 birds in the year 2130. The fourth and last bar shows a population of 50,000 birds in the year 2530. Study the bar chart. Select the year in which Maya’s model can MOST accurately predict bird population recovery. A. 2030 B. 2130 C. 2530 D. a date in the distant future

Biology
2 answers:
love history [14]3 years ago
8 0

The population growth or population recovery will be an exponential growth curve. The linear fit on the given data will help model the recovery of the population in future time. The attached image shows the linear fit and its extrapolation till the year 3000. The linear fit gives a good underestimate of the population in the years after 2530. Hence the answer is D. a date in the distant future.

Oliga [24]3 years ago
6 0

It's A. 2030, I just did this assignment

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What biome do we live in? Explain your answer.
dexar [7]
This depends... I live in Southern Michigan, which is deciduous forest because they cover most of the Northern US. 

4 0
3 years ago
Study the structure of the plant growing on the rock in the image. Based on its structure, to which group does the plant belong?
dusya [7]

The plants can be classified based on their vascular and reproductive structures. The plant given in the image belongs to the Bryophyta.

<h3>What is Bryophyta?</h3>

The non-vascular plants that are a part of the plant classification are found in moist places and are small in size belongs to the Bryophyta.

The plant of this classification have a leafy multicelled plant body, that lacks true leaves, roots, and stems.  They are green plants and also contains chloroplast for food synthesis.

The vascular tissue like xylem and phloem are completely absent and hence the transportation does not occur through specialized systems.

Therefore, option A. Bryophyta is the plant growing on the rock.

Learn more about Bryophyta here:

brainly.com/question/1435423

5 0
2 years ago
One method used by newborn mammals to generate heat is referred to as nonshivering thermogenesis. This method utilizes a protein
stich3 [128]

Answer:

One method used by newborn mammals to generate heat is referred to as nonshivering thermogenesis. This method utilizes a protein channel called <u>thermogenin</u> which is present in high levels inside the mitochondria of <u>brown adipose tissue.</u>

Explanation:

Thermogenin forms a proton channel in the inner mitochondrial membrane in the brown adipose tissues. Most of the newborn mammals have these brown adipose tissues. In these tissues, the oxidation of nutrients do not produce ATP but generate heat. The heat is used by the newborn to maintain the warmer body temperature. The process is called nonshivering thermogenesis.

6 0
3 years ago
26.
ANTONII [103]

Answer:

C

Explanation:

ans is C Wait a minute, I'll be right back.

7 0
2 years ago
Describe the procedure of water reaching the leaves from the roots of a plant
Lisa [10]
The water enters the xylem first by osmosis. Water moves from the soil to the root hair cell down a water potential gradient, and to the root cortex cell from a higher water potential to a lower water potential, this process will be repeated until water enters xylem. Because transpiration is occurring in the leaf, water is lost so there is a lower water potential inside the leaf. Osmosis moves water from the xylem to the leaf because the xylem has a higher water potential. Water moves from the xylem to the cells of the leaf. This pulls water up the xylem via cohesion which is the process of water molecules attracting each other and sticking together. Water does not fall down the xylem as here is adhesion which is the process of water molecules sticking to the inside of the xylem.
8 0
3 years ago
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