The levels of organization in an ecosystem are defined as the different organizational hierarchies and sizes that make up an ecosystem. There are four major levels of organization in an ecosystem and they are individual, population, community, and the ecosystem itself.
The 4 Levels of Organization in an Ecosystem
An individual is the lowest of the levels of organization in an ecosystem, an individual is defined as any single living organism; either plant or animal that exists within an ecosystem. Individuals are distinct from one another and don’t breed, mate, or reproduce with individuals of other groups or species.
An individual is the smallest component of an ecosystem and therefore interacts with every component of the ecosystem it finds itself in, the individual is the building block of the ecosystem so it can be found at every level of organization in the ecosystem, an individual quickly responds to changes and alterations in the ecosystem.
A population is a small group of individuals of the same species that are living together in a specific small area of land, this group most often than not, move around together, feed together, and breed among themselves. A population is only made up of few individuals who are usually close-related.
A practical example of a population is this: In a geographical location where a particular species inhabit; the individuals won’t all live and move together in a cluster, rather they will separate themselves and move in smaller groups which is what we identify as a population.
A population is the second smallest of all the levels of organization in an ecosystem, the activities of a population is very much affected by the climate, weather, and every other factor or element in any environment they live in.
A community is the second largest of all 4 levels of organization in an ecosystem, it is a group or collection of populations of organisms living together in a specific location or area and at a particular period of time. A community might contain populations of different species of organisms or populations of the same species.
The characteristic and structural pattern of any community is determined by the following:
- The roles, characteristics, and behaviors of its component populations.
- The range of its various populations.
- The different habitats occupied by the populations of the community.
- The biological diversity of species that make up the community.
- The climate, weather, and the abiotic components of the environment within the community.
- The kind of relationship that exists among the various populations in the community.
- The availability and distribution of food sources across the area which the community inhabits.
The climate is a major factor affecting communities because it determines the type of environment or habitat an area possesses, therefore, it determines the type and species of communities in the area; the climate of an area determines whether the area becomes a desert, a forest or grassland.
Most communities are natural or self-existent but some communities are man-made, the natural communities contain numerous species while man-made communities usually contain one or a few more species, however, a few man-made communities contain many different species but require a lot of attention to sustain, unlike the natural communities which require zero attention to exist.
Communities created by humans such as lawns or crop communities are such man-made communication are crop communities are relatively simple and consists of only one species as opposed to a natural community characterized by a large number of species.
There are 2 types of communities based on size and level of independence and they are:
- Major community.
- Minor community.
Major communities are the communities that are large in size, more complicatedly organized in comparison to the minor communities, and are relatively independent, these communities can possibly exist without relating with other communities as they depend wholly on the sun as a source of energy.
Minor communities are the communities that are small in size, less organized in comparison to the major communities, this type of community can’t exist in the absence of other communities, they are sometimes referred to as societies because they exist as secondary parts within major communities.
An ecosystem is defined as an independent functional and highly structural unit of a biome, which is made up mainly of different communities of organisms, an ecosystem is the highest of all levels of organization in an ecosystem and it is made up of two components which are the biotic and abiotic components.
The biotic components of an ecosystem are the living components of an ecosystem (plants and animals), while the abiotic components of an environment are the non-living or physical components of the environment (soil, rocks, minerals, water bodies, etc.
Ecosystems vary in size, climate, and components but every ecosystem is an independent functioning unit of nature, every living organism in an ecosystem depends wholly on the components of its ecosystem, when a component of an ecosystem is damaged or lost, the ecosystem will be affected in its entirety.
The term ecosystem was first used in the year 1935 and it is used to refer to any unit functional ecological unit that has complex interactions between living and non-living components, a simple and good example of an ecosystem is a small naturally existing pond filled with fish and, or other aquatic animal species.
There are two main types of ecosystem and they are natural and man-made ecosystems; the natural ecosystems are naturally existent and completely independent of other ecosystems, they depend on natural sources of food and energy including solar energy, water bodies, etc. Man-made or artificial ecosystems are dependent on other ecosystems and depend on both natural and artificial sources of energy.
It is good to note that the levels of organization in an ecosystem are very different from the levels of organization in ecology; as it includes biome and biosphere which are not included in the levels of organization in an ecosystem which are wholly the main topic of this post.
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