Biotic Factors
biotic factors.
Living things are living, breathing, eating organisms that take and contribute to their ecosystem. Nonliving things do not breathe, eat, or need water (e.g., a rock). A dead organism is a once-living creature that has become a nonliving thing.
once living things are living things that once lived but dead now
No, it is not true that once an ecosystem is established, the living and nonliving things remain the same. Ecosystems are dynamic and constantly undergo changes due to factors such as climate variations, natural disturbances, and species interactions. These changes can lead to shifts in species composition, nutrient cycling, and habitat structures over time. Thus, ecosystems are always in a state of flux rather than remaining static.
Biotic factors are living or once-living organisms within an ecosystem. They can include animals, plants, fungi, bacteria, and more. In terms of appearance, biotic factors can vary widely depending on the specific organism.
biotic factors.
Once one living thing is gone, the rest of the ecosystem will be affected.
A living or once living thing in our ecosystem.
An organism.
biotic
ecosystem
once living things are living things that once lived but dead now
Living things are living, breathing, eating organisms that take and contribute to their ecosystem. Nonliving things do not breathe, eat, or need water (e.g., a rock). A dead organism is a once-living creature that has become a nonliving thing.
once living things are living things that once lived but dead now
an ecosystem
Plants and animals interact with non-living things in an ecosystem through processes like photosynthesis, where plants use sunlight, water, and carbon dioxide to produce energy. Animals feed on plants or other animals for energy, which in turn affects nutrient cycling in the ecosystem. Non-living things like water, soil, and sunlight provide essential resources that support life in the ecosystem.
No, it is not true that once an ecosystem is established, the living and nonliving things remain the same. Ecosystems are dynamic and constantly undergo changes due to factors such as climate variations, natural disturbances, and species interactions. These changes can lead to shifts in species composition, nutrient cycling, and habitat structures over time. Thus, ecosystems are always in a state of flux rather than remaining static.