Global Change

By reducing the number of trees available to store carbon, thereby increasing atmospheric CO₂ levels.

Leading to a direct rise in sea levels due to rapid ice melt and reflected sunlight.

Causing immediate release of methane which outpaces CO₂ effects in the short-term.

Significantly decreasing the albedo of land surfaces, resulting in higher local ambient temperatures and not contributing to the global viewpoint.

Conducting controlled field experiments that elevate CO2 levels around specific plant communities and monitor resultant shifts in herbivore-plant relationships over multiple generations.

Observing natural predator-prey dynamics over time without artificially altering any environmental variables like atmospheric CO2 content.

Analyzing growth rates of selected plant species in different concentrations of ambient CO2 but not including herbivore species.

Surveying historical climate data to correlate past carbon dioxide levels with general biodiversity patterns without delving into interactions.

Decreased albedo effect leading to lower surface temperatures

Enhanced nitrogen fixation that promotes plant growth

Increased precipitation through greater transpiration rates

Increased levels of atmospheric CO2 due to reduced carbon sequestration

They infer historical temperatures since different oxygen isotopes precipitate at various temperatures affecting ice composition over time.

They determine ancient air composition because trapped air bubbles provide direct records of past greenhouse gas concentrations only.

Nitrous oxide (N2O).

Carbon dioxide (CO2)..

Oxygen (O2).

Methane (CH4).

Decreases carbon levels by lowering CO2 production.

Increases oxygen levels thus reducing CO2 indirectly.

Has no impact on atmospheric carbon levels.

Increases carbon levels due to loss of trees that absorb CO2.

Altered habitats may bring wildlife into closer contact with humans, increasing exposure risks.

Heightened human immunity towards vector-borne diseases through natural adaptation.

Expanded ranges for disease vectors like mosquitoes spreading infections further.

Increased biodiversity as species adapt to new ecological niches, reducing pathogen spread.

Nitrous oxide (N2O).

Methane (CH4).

Carbon dioxide (CO2).

Oxygen (O2).

X-rays

Infrared radiation

Gamma rays

Ultraviolet radiation

Electricity.

Air conditioners.

Solvents.

Insulation.