Ecosystems

People can A.Burrow underground. B.Adapt to use foreign Natural Resources. And C.Immigrate to a different Ecosystem all together

The sloth and coati populations would increase.

Angiosperms have several advantages over gymnosperms, such as the ability to encase their seeds within a protective ovary, which aids in seed dispersal and protection. This innovation increased their reproductive success and allowed them to adapt to a wider range of environments compared to gymnosperms. Angiosperms also developed more efficient nutrient transport systems, enabling them to outcompete gymnosperms over time.

The deep sea biome typically has very low precipitation since it is located far below the ocean surface where rain does not reach. Instead, the primary source of water in the deep sea biome comes from currents and upwelling of nutrient-rich waters from the ocean depths.

When a log begins to rot, fungi and bacteria start breaking down the cellulose and lignin in the wood. This process releases nutrients into the soil that can be used by other plants for growth. Insects and other decomposers also play a role in breaking down the log, further releasing nutrients and contributing to the ecosystem's nutrient cycling.

I suppose the questions is how you define living and non living... "has ever lived"?

Water is inorganic.

Volcanic Ash may be "new soil". But, many other naturally occurring constituents in the soil have been part of life at one time or another.

Ammonia, Urea, Phosphates, Phosphorous, salts, etc...

There would also be numerous minerals in the soil necessary to promote life.

Even Proteins and carbohydrates might be from formerly living organisms.

Birds may leave deciduous forests due to seasonal changes in food availability, weather conditions, or breeding patterns. Some species migrate to warmer areas for the winter, while others may move to follow food sources or seek better breeding habitats.

they make the species more likely to survive.(apex)

The combined abiotic and biotic components of a habitat make up its ecosystem. Abiotic factors include non-living elements like climate, soil, and water, while biotic factors include living organisms like plants, animals, and microorganisms. Together, these components interact to create a balanced and functioning ecosystem.

Plants and animals living together in one area are called a community. In ecosystems, they interact and depend on each other for survival and benefit from each other's presence. This interaction is important for the overall health and balance of the ecosystem.

The energy in most ecosystems comes from the sun through a process called photosynthesis. Plants, algae, and some bacteria convert sunlight into chemical energy in the form of glucose, which is then transferred to other organisms through the food chain.

Limiting factors are very closely tied to carrying capacity. Many kinds of animals can increase in numbers very quickly, and may temporarily exceed the carrying capacity of their habitat. This results in stress, starvation, disease, and parasites.

The energy decreases as you move step to step in a chain The first organism (primary consumer) that eats the producer (green plants) will have the most number

A sociologist would study the social interactions and behaviors of individuals within an ecosystem, focusing on how human activities and relationships impact the environment and how environmental changes influence social dynamics. They may also examine power dynamics, social structures, and cultural norms that shape human-environment relationships.

Bacterias and some fungi do not decompose living organisms because the immune system of living organisms do not allow bacterias to decompose them. The immune system of living organisms fight against these bacterias. In the case the immune system of the living organism dying, the bacterias can easily harm them.

A basic requirement for survival is access to clean water. The human body needs water to function properly, and dehydration can quickly become life-threatening. It is essential for various bodily functions like digestion, circulation, and temperature regulation.

Chloroplasts are the organelles in plant cells that enable them to produce their own food through the process of photosynthesis. Chloroplasts contain chlorophyll, a pigment that captures sunlight and converts it into energy that drives the photosynthetic reactions.

the cane toad for example,was introduced into Australia from Brazil to protect suguar cane from insects.however they had no natural preadators.their poison has killed many animals including household pets and small children who put them in their mouths.

Animals can be found in wetlands such as fish and insects. Some examples of fish are cow fish shark stingray eels catfish. insects like dragonflies etc..plants like cattails, bulrushes, sledges, arrow heads and water lilies can be found as well

Niche compression refers to a phenomenon in ecology where the niches of different species overlap or shrink due to competition for limited resources. This can lead to reduced diversity within a community as species are forced to occupy more similar ecological niches. Niche compression can result in increased competition and potentially lead to the extinction of some species.

Probably DROUGHT would cause it would make the water dry in an Ecosystem and being in summer it would cause a lot of water to fade so, i would say Drought

In a pond ecosystem, oxygen is produced through photosynthesis by aquatic plants. This oxygen is used by aquatic organisms like fish for respiration. Decomposers in the pond break down organic matter, releasing nutrients and consuming oxygen in the process. This cycling of oxygen is vital for maintaining the balance of the pond ecosystem.

1. Flowing water
2. Birds singing
3. Tree branches swaying
4. Fish jumping
5. Kayakers paddling
6. Insects buzzing
7. Wind blowing through the trees
8. Children playing
9. Campfires crackling
10. Canoes gliding through the water.

No they are herbivores, as are most rodents.

It is a producer. The potato plant manufacturers carbohydrates by photosynthesis and stores them as starches in tuberous roots (potatoes).