Answer: There are many relationships between the organizational levels of the environment. All of them compliment each other in order to make everything work.The biosphere is what puts everything all together. It is were all live resides. The community,population and organisms are all in the biosphere. The organisms become the population and then the population becomes the community from all the little organisms around. All of these live in biomes and ecosystems. In those areas is where the population and communities live from all the organisms around. Without the biomes and ecosystems there would be no communities nor population and especially no organism's because there'd be no place to call home.
An example of a density-dependent factor is food. Without food the population will die due to starvation. With food the population will strive. A density-independent factor is a disease. The disease will kill of the whole population no matter it's size.
In primary succession is when a newly untouched habitat is occupied. For example a newly grown plant. This plant will soon be taken over by an insect as its temporary home. Once the plant dies the insect leaves. Then the remains of the plant become secondary succession as it is taken over by for example worms in the soil.
Explanation:
The correct answer is the mesophyll tissue from a leaf.
The mesophyll is the term given to the two cell layers present within the leaves of a plant. The first layer is situated within the epidermis but above the second layer. The second layer is the palisade parenchyma cells.
The palisade layer is loaded with ample of chloroplasts, making it the layer most directly accountable for photosynthesis. These chloroplasts absorb the maximum part of the light energy utilized by the leaf.
The body fluid of sharks has a much lower concentration of sodium chloride than that of the surrounding seawater because they retain enough urea to match the concentration of the seawater in the surrounding.
Sharks are marine fishes and are found in the marine environment.
They have certain types of modifications such as cartilaginous and osmoregulatory adaptations that enable them to endure the salt concentrations of the seawater.
Sharks can survive in marine waters because they have completely developed kidneys and accumulate high amounts of urea in their bodies.
This makes their body hypertonic and results in a net inflow of liquid.
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The answer is phytoplankton again <span />
