Answer:
Species diversity is greater in the ecosystem undergoing secondary succession because the soil already contains seeds and spores of various species
Explanation:
The primary succession is a process where we have a development of an ecosystem that is changing and preparing the environment for the species of the secondary succession. The species of the first succession encounter space that doesn't have soil or any species on it, and they are the ones that manage to convert it, including the formation of the first soil. These species are not numerous, there's only small number of them, just that their populations are relatively large. When the terrain is set for the species of the secondary succession, the ecosystem already has species that occupy it, just that new ones come and create greater species diversity, thus making the ecosystem richer in species.
That’s true. If it has cells it’s and organism always.
Answer:
sedimentary basins hope it helps
<h2>
Answer:</h2>
During respiration in plants and animals, carbon dioxide is returned to the environment.
<h2>
Explanation:</h2>
Carbon dioxide is a dull gas with a thickness of about 60% which is higher than that of dry air. Carbon dioxide comprises of a carbon particle covalently twofold attached to two oxygen molecules. It is seen in atmosphere in traces.
When organism such as plant, animals, algae and other microorganism respires, it leads to return of carbon dioxide to the environment as it is the major compound formed due to the metabolic activity in them. Apart from this burning of fossil fuels and deforestation also act as cause of returning of carbon dioxide to the environment.
Answer:
Glucose Molecule
Explanation:
During cellular respiration, a glucose molecule is gradually broken down into carbon dioxide and water. Along the way, some ATP is produced directly in the reactions that transform glucose.
