What level of organization is all the populations of animals, plants, fungi and bacteria in Yosemite

Answers

Answer 1
Answer:

The level of organization in all the populations of animals, plants, fungi, and bacteria is community level.

What do you mean by Population?

A population may be defined as the number of individuals of a species living in a particular area at a given time.

All the populations of animals, plants, fungi, and bacteria are living at a community level of organization. A community refers to all the populations of different species interacting with one another when living in the same area.

Therefore, the level of organization in all the populations of animals, plants, fungi, and bacteria is community level.

To learn more about Community, refer to the link:

brainly.com/question/670137

Answer 2
Answer:

Answer:

Community

Explanation:

This is where all the animals, fungi, so on live altogether!


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Which is a density-independent factor limiting population growth

Answers

A density independent factor limiting population growth would be earthquakes because it is not dependent on the size of a specifies or population in a certain area. An earthquake can occur and harm a small population or a big one.

Answer:

volcanic eruption

Explanation:

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 mutation changes the DNA sequence AAGCCTGGCAAT to the new sequence AAGCCTGCGCAAT. What kind of mutation has occurred? A. deletion B. insertion C. duplication D. substitution

Answers

A mutation that changes the DNA sequence AAGCCTGGCAAT to the new sequence AAGCCTGCGCAAT is B. insertion. There are different types of mutations that can change DNA sequences. Insertions are mutations when one or more nucleotides are inserted. The original sequence has 12 nucleotides. The new sequence has 13 nucleotides because 1 nucleotide is inserted in between the 7th and the 8th nucleotide. Since the nucleotide is inserted, the mutation that occurred is insertion.

Answer:

A mutation that changes the DNA sequence AAGCCTGGCAAT to the new sequence AAGCCTGCGCAAT is B. insertion. There are different types of mutations that can change DNA sequences. Insertions are mutations when one or more nucleotides are inserted. The original sequence has 12 nucleotides. The new sequence has 13 nucleotides because 1 nucleotide is inserted in between the 7th and the 8th nucleotide. Since the nucleotide is inserted, the mutation that occurred is insertion.

Explanation:

Neutron activation analysis involves bombarding specimens with neutrons and then measuring the resultant: a. X rays.
b. Gamma rays.
c. Beta particles.
d. Alpha particles.

Answers

Answer:

b. Gamma rays.

Explanation:

Neutron activation analysis is used for non-destructive analyses on substances like solids, liquids, gases e.t.c. involving little or no preparation.

Neutron activation analysis involves bombarding specimens with neutrons gives resultant gamma rays.

Which organelle is responsible for sorting and packaging proteins for storage and/or secretion from the cell?A. endoplasmic reticulum
B. vesicle
C. ribosome
D. Golgi apparatus

Answers

    The right answer to this question is option D. Golgi apparatus.

    First things first, you need to truly understand how the process of making a protein works since the DNA reading. After this reading, a single ribbon of mRNA is sent outside the cell, after that, this mRNA is read by the  anticodons on the tRNA/ribosomes, and by that, simplifying it to you, the cell makes a protein, made of aminoacids.

     But where are the organelles in this process? We already know one, ribosomes, they make the protein for the body, and after that, the protein is sent to the Golgi apparatus, it's here that this organelle will either add carbohydrates or just send the protein outside the cell through a secretion vesicle.

Ribosomes and Endoplasmic Reticulum. Ribosomes are the organelles responsible for protein translation and are composed of ribosomal RNA. So, the answer has to be A and C.

You are studying a population of Aplysia dactylomela (spotted sea hares) and you want to make predictions about their reproductive strategy. The population lives in seagrass beds in a region of the Caribbean that is relatively unpolluted, shallow, and has a year round temperature of around 25°C. What reproductive strategy is most likely found in this population?Multiple Choice
a. seasonal iteroparity
b. semelparity
c. Type lll
d. Type l
e. continuous iteroparity

Answers

Answer:

The spotted sea hares living in seagrass beds reproduce through semelparity.  

Explanation:

  • Sea grass is a submerged aquatic vegetation formed from terrestrial plants adapted to live in the sea water.  
  • They form the habitat for gastropods (molluscs) including sea hares which are herbivores and mostly eat red algae.
  • The colour of the sea hares vary depending on food they intake. Aplysia dactylomela (spotted sea hares) show internal fertilization ,the sperm donor and recipient.