Use of equations, graphs, or other mathematical tools to model and analyze biological processes and data.

Use of computer simulations and models to analyze and predict biological phenomena, such as ecosystem dynamics.

Living components of an ecosystem that affect the carrying capacity, such as organisms, competition, and predation.

Non-living components of an ecosystem that affect the carrying capacity, such as climate, soil, and water availability.

The maximum number of individuals of a species that an ecosystem can support sustainably over time.

A community of living organisms interacting with their physical environment.

Different levels of geographic or physical space, from local to global, at which ecosystems and their carrying capacities can be analyzed.

Different time frames over which ecological processes and carrying capacities can be studied, from short-term to long-term changes.

A group of individuals of the same species living in a specific area that interact and reproduce.

The variety of different species, genetic variations, and ecosystems within a given area.

Elements that influence biological systems, such as climate, habitat, predation, and competition.

Data and observations used to support or revise scientific explanations and understandings.

To modify or update explanations or models based on new evidence or analysis.

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