Animals contribute to soil formation through decomposition of organic material. Please select the best answer from the choices provided T F

Answers

Answer 1
Answer:

Animals contribute to soil formation through decomposition of organic material. This statement is TRUE.

How does animals contribute to soil formation?

  • Organic matter aids in decreasing compaction and surface crusting, enhances water infiltration into the soil, and acts as a reservoir for nutrients and water in the soil.
  • Numerous techniques exist through which animals contribute significantly to the creation of soil.
  • The decomposition of dead animals is one of them, and it provides the soil with organic material.
  • Additionally, animals are able to improve the organic matter in the soil and fertilize it through the excretion of their excrement as well as the saliva of some species of animals, such as the goat, which is beneficial to the soil and plants.

learn more about soil formation here: brainly.com/question/1593669

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Answer 2
Answer:

The correct answer is - True.

The animals are contributing a lot to the formation of soil, and they do this in multiple ways. One of those ways is the decomposition of the dead animals, which gives the soil a nice organic material. Also, the animals manage to increase the organic material in the soil and fertilize it through their feces, as well as through their saliva that can be very useful for the soil and the plants from some types of animals, like the goat.


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A disadvantage of solar energy is the need for _____

Which is used to measure distances in degrees from the prime meridian?equator
longitude
altitude
latitude

Answers

Longitude is used to measure distances in degrees from the Prime Meridian. The correct option among all the options that are given in the question is the second option. The main purpose of longitude is to determine the east and west position of a point based on its geographical coordinate. I hope the answer helps you.
The answer is longitude. 

How is the DNA code itself a homology?

Answers

Answer:

Explanation:

These fundamental similarities are most easily explained by evolutionary theory: life shares a common ancestor. ... In fact, the DNA code itself is a homology that links all life on Earth to a common ancestor. DNA and RNA possess a simple four-base code that provides the recipe for all living things.

Answer:

the DNA code itself is a homology that links all life on Earth to a common ancestor. DNA and RNA possess a simple four-base code that provides the recipe for all living things.

Ways in which tadpoles and frogs different from each other

Answers

Tadpoles don't havel egs, just small tales. They are basically a very small undeveloped frog, like a human foetus is completely undeveloped. It has to also stay in water. Frogs on the other hand have legs and are differently colored and can reproduce. They are adult, fully developed versions of tadpoles.

Can someone help me write a short speech for this? I’ll give brainliest

Answers

Answer:

I sure hope this helps you!

Explanation:

Flying through the air I feel in need of food. Down under me is a beautiful ocean. On that oceans surface, there are lots of phytoplankton. Enough for me, enough for my family. This phytoplankton down under me has lived its life, eaten other organisms, and those organisms eat organisms. Now, is my turn. Tis the circle of life, they eat, I eat. Someday, something will eat me. Eating is very important to the living kind. It helps us stay healthy and alive. This, is my story of The Importance of Upwelling.

A factory is emitting large amounts of CFCs into the atmosphere. How might this affect people? increase in the rate of malaria breakouts increase in the level of ocean water increase in the rate of skin cancer increase in the frequency of violent storms

Answers

When a factory is emitting large amounts of CFCs into the atmosphere, it affects the people in that area by the increase in the level of ocean water. CFCs dissolve in seawater and because they are not reactive, they just circulate until it becomes saturated.

A factory that is emitting large amounts of CFCs into the atmosphere might affect people by the increase in the rate of skin cancer.

What are Chlorofluorocarbons?

Chlorofluorocarbons (CFCs) are substances carbon, chlorine, hydrogen  and fluorine, which may harm the ozone layer.

  • The ozone layer is the main protective layer against ultraviolet rays (UV) that may cause cancer.

In conclusion, a factory that is emitting large amounts of CFCs into the atmosphere might affect people by the increase in the rate of skin cancer.

Learn more about CFCs here:

brainly.com/question/309556

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Which of the following organisms feed on the detritus found in wetlands? a. aquatic insects b. birds c. reptiles d. predatory fish

Answers

I think the correct answer from the choices listed above is option A. Aquatic insects are the insects that feed on the detritus found in wetlands. Detritus are organic matter that is produced by decomposition and most likely in wetlands insects that are aquatic feed on these matter.

Answer:

a. aquatic insects

Explanation:

Aquatic insects constitute an important component of freshwater aquatic biodiversity. In addition to being very abundant in rivers and streams, they are also present in lakes and temporary water stagnations (wetlands). In water sources, these insects can live attached to stones, in decaying leaves and plant material or buried in fine sediment. Aquatic insects have different eating habits and therefore have multiple behavioral and morphological modifications.

Aquatic insects can live attached to stones, in decaying leaves and plant material or buried in fine sediment. According to the place where they live and the availability of resources, these insects have different eating habits. In this line, we have predatory aquatic insects of other insects or vertebrates such as turtles (access contents about turtles) and fish, feeding on living tissue of vascular plants and detritivorous habits that means that they feed on organic matter in suspension in the water column.

In the evolutionary history of aquatic insects, due to diversification in eating habits, they have modifications in their body appendages. In this context, we have predatory aquatic insects with raptorial legs to hold the prey, with a raptorial lip like dragonflies for the same purposes, and other detritus filters have multiple mushrooms on the anterior legs and mouth structures to retain organic matter.

According to the mode of acquisition of food, we have predators that actively forage in search of prey such as dragonflies, also passive predators such as hemiptera of the Belostomatidae family. Detritivorous aquatic insects, meanwhile, can be filters, crushers, collectors or scrapers of organic matter.