The use of numbers, graphs, equations, or statistical methods to illustrate and analyze scientific data related to ecosystems.
To use evidence and data to back up an explanation or claim in scientific inquiry.
To modify or improve an explanation based on new evidence or analysis, ensuring it better fits the observed data.
Scientific statements or theories that describe or clarify how factors affect biodiversity and populations in ecosystems.
Data, observations, and information used to validate or challenge scientific explanations.
The variety of life within an ecosystem, including the range of species, genetic variation, and ecological roles.
Groups of individuals of the same species living in a particular area, whose numbers and health are affected by environmental factors.
Communities of living organisms interacting with each other and their physical environment, functioning at different scales, from small ponds to vast forests.
The different sizes or levels at which ecosystems can be studied, from local to global.
Patterns or directions in data over time, indicating increases, decreases, or stability in biodiversity and populations.
Visual methods, such as charts or graphs, used to compare data sets and identify relationships or differences in biodiversity and populations.
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