Ecosystems

Yes, food webs illustrate the complex network of feeding relationships within an ecosystem. They demonstrate how energy and nutrients flow through various organisms, highlighting the interdependence of different species for survival. In a food web, each organism occupies a specific trophic level, reflecting its position in the transfer of energy within the ecosystem.

Living things depend on nonliving things for resources such as water, nutrients, and energy to survive. Nonliving things provide the physical environment and conditions in which living organisms can exist and thrive. Overall, living things interact with and are influenced by nonliving things in various ways within ecosystems.

examples of natural ecosystem:forests ,ocean, rivers ,swamp, lake ,grassland, pond and hostalzones ecosystem..

examples of man-made ecosystems:garden, zoo ,vegetable clot ,fish pond ,farm ,urban ecosystem.

A controlled ecosystem refers to a man-made environment where various factors such as temperature, light, humidity, and nutrients are carefully regulated to create specific conditions for plants, animals, or microorganisms to thrive. This allows researchers, farmers, or hobbyists to study or grow organisms in a controlled and predictable setting.

Removing the cuticle from an apple would expose the flesh of the apple directly to external factors like air and bacteria, making it more susceptible to decay and spoilage. The cuticle acts as a protective layer that helps retain moisture and inhibit microbial growth, so without it, the apple may spoil faster.

Food webs show the multiple interconnected feeding relationships in an ecosystem, providing a more complete picture of energy flow than a simple linear food chain. Food webs also account for the complexities of trophic interactions and species interdependence, offering a more accurate representation of an ecosystem's dynamics and stability.

After a primary disturbance, an ecosystem can support pioneering species that are typically fast-growing plants or organisms capable of quickly colonizing the disturbed area. These species play a crucial role in the early stages of ecosystem recovery by stabilizing the environment and creating conditions for other species to establish and gradually rebuild the ecosystem.

A habitat.

The four components of an ecosystem are abiotic factors (non-living elements such as sunlight, water, and soil), producers (plants and other photosynthetic organisms), consumers (organisms that feed on other organisms), and decomposers (organisms that break down organic matter).

Living is a synonym for biotic.

In a terrestrial ecosystem, wind can help disperse seeds, pollinate plants, and regulate temperature. Humidity in the air affects plant transpiration rates, water availability, and overall ecosystem productivity. Rocks play a role in nutrient cycling, habitat for microorganisms, and provide substrate for plant growth.

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If both the grass and shrub were eliminated, primary consumers that rely on the grass and shrub as food sources would suffer due to lack of food. This would then impact secondary consumers that feed on the primary consumers, leading to a disruption in the food web and potentially causing a decline in predator populations as well. Overall, the ecosystem would be greatly destabilized by the loss of these foundational plant species.

A change in the pH will affect the kinds of plants that will survive best in an area. The pH can change the ability of the root to take in soil nutrients.

So, only the plants that adapt to that particular pH will survive that location.

The temperature even complicates things further, if there is a permanent change in the temperature flora can change relatively quickly. Certain plant that could not survive before will move into the area.

With the change in flora comes a change in fauna. The insects and other herbivores that feed on the new plant types move into the area along with their predators. All this because of pH and temperature changes.

Living things ....

1. are made of cells

2. require energy - can obtain energy and use it ex.plants use photosynthesis

3. can grow and develop ex. human life cycle

4. reproduce - sexually or asexually

5. respond to their environment - stimulus

6. adapt to their surroundings

parasitism or commensalism

parasitism - when one organism benefits off the other and the other is harmed

commensalism - when one benefits off the other, but neither organisms are harmed

helping hand

Do you mean: symbiotic relationships? If so, a symbiotic relationship is between two living creatures who help each other by helping themselves. For example, a rhinoceros and an oxpecker help each other. The oxpecker gains nutrients from picking the bugs off of the rhino and the rhino is cleaned.

A group of individuals from the same species living in a particular area is called a population. It represents all the members of that species within a specific geographic location and can adapt to the local environment and resources.

Exclusive carnivores have the shortest intestines, because meat is easier to digest (starting in the stomach) and it's preferable that it leaves the body quickly. Meat rots as vegetable doesn't.

Exclusive herbivores, on the other hand, have the longest intestines. They have symbiotic organisms living in them which produce the enzyme necessary to digest the plant cell's outer wall, made of cellulose, without which the cell will pass through intact if not broken in another way, mechanically. Because of this, since vegetable wasts pose less health risks if rotting, it's preferable that it stays in the gut for a long time, being digested by the enzyme we don't produce.

Omnivores are in between.

which of these organisms convert atmospheric nitrogen gas to a form that can be utilized by plants?

a. bacteria

b. protists

c. consumers

d. producers

e. fungi

Carbon and oxygen cycles interact to keep animals alive because animals use the oxygen cycle to realease the energy they make and

animals use carbon cycles to produce sugars, animals and organisms

break down these sugars to obtain energy, they produce water and carbon dioxide hope this helped!!!!

Your question, minus those fancy shmancy apostrophes;

How does fishing effect earth is other sphere is. That doesn't make sense does it?

But for real....what? Well you see, all of the fish in the world are actually the earths workhorses for the rotation of all the spheres in the world(?) and at night they have to swim in circles around magnets in the earths crust to make the spheres move. So when you kill a fish you're making the world move a little slower and we are all going to freeze to death if the world stops. So always throw your fish back after you catch them.

There appears to be some confusion. "Biotic" refers to living organisms, while "fracture" typically relates to a break or crack in something solid, like a bone or rock. If you meant something specific, could you provide more context or clarify the term you're asking about?

If the resource disappeared, there would be widespread disruption and potentially catastrophic consequences depending on its importance. Industries reliant on the resource would be affected, leading to economic instability and supply chain disruptions. This could also lead to social unrest and conflict between nations competing for dwindling supplies. Urgent measures would be needed to find alternative sources or solutions to mitigate the impact on societies and the environment.