Hey there! I'm happy to help!
Producers are organisms that produce their own food and energy. In most ecosystems these are usually just plants. Some plants like the Venus fly trap are not producers because they consume bugs, which are other organisms.
Consumers are organisms that eat other organisms to obtain food and energy. These are usually animals that eat plants or other animals.
Decomposers are organisms that break down animals remains and waste to gain energy. These are usually bacteria and fungi.
So, we can make the following list.
Producers: Wild grasses, alpine plants, fallen trees, (these are all plants)
Consumers: Mountain goat, eagle, hare (these all eat other organisms)
Decomposers: Lichens, mosses (these are decomposers).
Mosses could be a producer but they have the unique capability of breaking down organic matter, so it seemed for fitting to put them in the decomposer category.
Have a wonderful day! :D
Answer:
A. The astenosphere is denser than the lithosphere
Explanation:
The theory of isostasy is a theory that suggest that the layers of Earth are arranged in accordance to their density. It is a theory that usually refers to the mantle and crust. The mantle (astenosphere) is denser than the crust (lithosphere), so the crust floats on top of it, depending on its density, with he continental crust being higher, while the oceanic crust being lower. The two forces that are responsible for this are the gravity and buoyancy.
Newfoundland and Labrador are the possible answers
have a nice day
Answer:
Below
Explanation:
Cold environments (both polar and tundra) are found in high latitude areas and mountainous regions of the world. They have an extreme climate and unique characteristics such as the soil type and the plants and animals found there. The biodiversity in cold environments is relatively low because very few species survive there.
Answer:
Explanation:
Biodiversity valuation of each species of natural resource
A complete value representing contribution to the system, usage (economically or ecologically), even carbon stock. Do, or could, nature areas keep databases of this information about their species?
