Responses
Nutrient levels can change with changing ecosystems.
Nutrient levels can change with changing ecosystems.
Nutrients can come from dead plants which have decomposed.
Nutrients can come from dead plants which have decomposed.
Nutrients are mostly obtained from the soil.
Nutrients are mostly obtained from the soil.
Available nutrients affect the carrying capacity of garden plants.
Available nutrients affect the carrying capacity of garden plants.
9 answers
The correct response for why nutrients in a vegetable patch might be considered abiotic is:
Nutrients are mostly obtained from the soil.
This is because abiotic factors include non-living components of an ecosystem, and nutrients that come from the soil—like minerals and elements—are not derived from living organisms, thus making them abiotic.
The factor that would be considered a micro-effect on biodiversity is:
A stand of aspen trees dies and decays, leaving a clearing in the forest.
This is because a micro-effect typically refers to changes or impacts that occur at a small, localized scale, affecting a specific area or community within an ecosystem, as opposed to broader, landscape-level changes. The decay of a small stand of trees would primarily affect local biodiversity in that specific area.
The correct response is:
It is studying the ecosystem.
Ecology focuses on understanding how living organisms (biotic elements) interact with each other and with their physical environment (abiotic elements) within ecosystems. Studying both biotic and abiotic factors is essential to gain a comprehensive understanding of ecosystem dynamics and how various elements contribute to overall ecological balance.
The correct response is:
The insect population will increase drastically.
The brown tree snake preys on birds that primarily feed on insects. As the population of these birds declines due to predation by the brown tree snake, there would be fewer birds to control the insect population, leading to a likely increase in insect numbers.
The correct response is:
the applicability of the results.
Small, controlled lab experiments typically focus on specific variables and conditions, which can limit how broadly the findings can be applied to real-world ecosystems. In contrast, ecosystem-scale experiments consider a larger number of variables and more complex interactions, making their results potentially more applicable to understanding ecological dynamics in natural settings.
