What change would you expect to see in the atmosphere if we saw a decline in phytoplankton populations?

Answers

Answer 1
Answer: The concentration of CO2 would drastically increase.

Related Questions

Which of the following best sequences the functions of the digestive system from start to finish?
Which of the following nutrient cycles has its largest reservoir in the atmosphere?A) Carbon cycle B) Nitrogen cycle C) Potassium cycle D) Phosphorus cycle E) Water cycle
What is a scientific question?
Plants and animals release co2 into the atmosphere is called
Over time, data that support the successfulevolution of a species would include observationsthat describe(1) an increase in the genetic changes occurringin body cells(2) a decrease in the genetic variety carried insex cells(3) an increase in the proportion of offspringthat have favorable characteristics(4) a decrease in the proportion of the populationthat has beneficial traits

all of the following are reasons why friendships are more highly valued by older people in late adulthood than family relationships expect?

Answers

There are no choices but the reason why we tend to value friends as we grow older is because these are bonds that we create on our own.  These are people who have been there for us throughout our lives. They are our link with the outside world since they are not our family members.  The longer we are friends with others, the deeper that bond becomes.

Why are decomposers necessary for the continuation of life on Earth?

Answers

Decomposer are very necessary for the continuation of life on Earth because they are the ones who decomposes the dead bodies of the living things and convert it into nutrients that is very useful for the plants to grow healthy.

Many insects have a tough outer shell called _____.

Answers

Many insects have a tough outer shell called an exoskeleton. An exoskeleton protects these insects from harm that may happen to them in the natural world.
A tough outer shell is called An Exoskeleton.

Hope I helped,

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A liver cell requires energy to move vitamins from an area of low concentration, across the cell membrane, to an area of high concentration. The process used by the liver cell is called A) osmosis. B) active transport. C) passive transport. D) facilitated diffusion.

Answers

The correct answer is Active transport.

The transportation of molecules against the concentration gradient from the area of its low concentration to high concentration is called Active Transport.The molecular size of vitamins are large so,  it is not easy to transport them against the concentration gradient without the help of energy. This energy is in the form of ATP.

Thus, liver uses Active Transport to move vitamins from one area to another area.

Alright it is going from a low concentration to a higher concentration.... ACTIVE TRANSPORT is correct . :)

How do haplorhines differ from strepsirhines? a. Haplorhines have a smaller brain relative to body size. b. Haplorhines have better color vision. c. Haplorhines have a tail. d. Haplorhines are less dimorphic sexually.

Answers

Answer:

The answer is B: Haplorhines have better color vision.

Explanation:

Haplorhines are known as dry-nosed while Strepsirhines are known as wet-nosed.  Haplorhines and Strepsirhines are two different kind of primates but they have different characteristics such as variation of the brain size, because Haplorhines have bigger brain than Strepsirhines, Haplorhines do not have the enzyme in charge of producing Vitamin C while Strepsirhines have it. Haplorhines have a more developed vision than Strepsirhines. In this sense, Haplorhines possess a layer called tapetum lacidum which allows them to see at night when the light is low, while Haplorhines do not possess tapetum lacidum but, they have something called fovea, which help the to see during the day and have a vision color which is not a feature of Strepsirhines.

Final answer:

Haplorhines and Strepsirrhines are two main classifications of the Order Primates. Strepsirrhines are the wet-nosed primates, primarily nocturnal with larger olfactory centers. Haplorhines, dry-nosed primates, are often diurnal, rely more on vision and need vitamin C from their diet.

Explanation:

The Order Primates is segregated into two groups: Strepsirrhini (“turned-nosed”) and Haplorhini (“simple-nosed”) primates.

Strepsirrhines, also known as the wet-nosed primates, include prosimians like bush babies and pottos of Africa, the lemurs of Madagascar, and the lorises of Southeast Asia. These primates are primarily nocturnal, have larger olfactory centers in the brain, and tend to be smaller in size with smaller brains compared to anthropoids.

On the other hand, Haplorhines, or dry-nosed primates, include tarsiers and simians (New World monkeys, Old World monkeys, apes, and humans). Typically, Haplorhines are diurnal, rely more on their vision, and lack enzymes to produce vitamin C, thus, needing to get it from their food. Distinctive anatomical traits of strepsirrhines include a grooming claw on their second toe and protruding incisors forming a toothcomb. Haplorhines further diversify into Simiiformes and Tarsiiformes with distinctions being narrow nostrils, non-existent or functional tails, and their habitat.

Learn more about Primates here:

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Organelles are found in...A. the blood stream of complex organisms.
B. inside most cells.
C. constantly moving between cells.

Answers

Answer:it’s C

Explanation: