What is abiotic?

"Abiotic" refers to things that are not living. In biology and ecology, abiotic factors or abiotic components affect the functioning of living things and ecosystems; Non-living things are parts of the environment, either physically or chemically.

Abiotic factors are factors that exist within the ecosystem and affect living beings (biotic factors). These are abiotic factors that are not living organisms and contribute to the world in many different ways. All nonliving factors of an ecosystem, such as atmospheric conditions and water resources, are called abiotic factors.
Examples of abiotic factors may include water, light, radiation, temperature, humidity, atmosphere, acidity, and soil. These factors are responsible for the types of plants that can grow in a particular place. For example, it may be impossible to grow rosemary in a desert due to certain abiotic factors such as high temperature and insufficient soil moisture levels.

Abiotic factors play a decisive role on the living things of an ecosystem. For example, the climate of a region determines which plant and animal species can live in that area. Likewise, the pH level of a lake determines which fish species can live there.
While abiotic factors determine the structure and functioning of ecosystems, they also interact with biotic factors (living things). For example, the growth of a tree depends on abiotic factors such as soil type, water and light. But at the same time, the tree also interacts with biotic factors such as insects and birds.

Understanding abiotic factors allows us to understand how ecosystems function and how living things coexist. This information is very important in fields such as environmental protection and sustainable management of natural resources.

As a result, abiotic factors play an important role in the functioning of ecosystems and directly affect the life of living things. Understanding these factors is important for protecting and sustainably managing ecosystems.
Abiotic factors determine the habitats and lifestyles of living things. For example, the temperature and rainfall of a region determine which plant and animal species can live in that region. Likewise, a lake's pH level and mineral content determine which fish species can live there.

Abiotic factors also affect the energy flow and nutrient cycles of an ecosystem. For example, sunlight (an abiotic factor) is converted into energy by plants through photosynthesis. This energy is used by animals that eat plants and other animals that eat them. In this way, sunlight determines the energy flow of the ecosystem.

Understanding abiotic factors allows us to understand how ecosystems function and how living things coexist. This information is very important in fields such as environmental protection and sustainable management of natural resources.

As a result, abiotic factors play an important role in the functioning of ecosystems and directly affect the life of living things. Understanding these factors is important for protecting and sustainably managing ecosystems. Therefore, understanding and protecting abiotic factors is vital for a sustainable environment.