Answer:
D
Explanation:
you do not need to find a mate for asexual reproduction
Explanation:
Deforestation is the removal of trees from forested regions. Forests are integral to nutrient cycling, they provide an important habitat for numerous species, and regulate several abiotic and biotic factors.
The biology of an environment involves all non-living, abiotic factors such as climate, water, vegetation, sunshine, and temperature; and biotic factors which are living ecosystem components such as plants, fungi, microbes, and animals. Such influences work within a group, and over time lead to a gradual change in an environment.
Apart from leading to a loss in critical species, this may also have several far-reaching implications such as:
- soil erosion- soil exposed by the removal of ground cover is often easy to displace
- flooding- forests are important in taking in and releasing water regularly; without forests, some regions may experience flooding long-term.
- oxygen- vegetation is crucial in oxygen cycling as a byproduct of photosynthesis
In the future, increased deforestation may have several far-reaching effects. This is most likely to affect small island nations, regions below sea-level and tropical ecosystems most...
- Decreased rainfall and CO2 cycling- trees are important in water and CO2 cycling. This can lead to droughts (an extreme lack of water) in some regions and transform wetlands and other habitats into uninhabitable regions.
- Climate change- increased CO2 levels contribute to a global heating effect and contribute to the phenomenon of climate change. This may cause sea levels to rise, and contribute to land mass losses.
Learn more about abiotic and biotic factors at brainly.com/question/11015328 and brainly.com/question/1542938
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Answer:
C. Report the results as they are.
Explanation:
If you make a hypothesis, and it doesn't turn out that way, then accept you were wrong, and report the results as they are.
Answer:
Dehydration reactions assemble polymers, and hydrolysis reactions break down polymers.
Explanation:
Dehydration reactions link monomers together into polymers by releasing water, and hydrolysis breaks polymers into monomers using a water molecule. Monomers are just single unit molecules and polymers are chains of monomers.
This is an image about how hydrolysis and Dehydration work:
