Climate Change Quiz & Flashcards

Carbon dioxide is a major contributor to the greenhouse effect, unlike oxygen, nitrogen, or helium.

Rising temperatures cause ice to melt, not form or remain stable, and they lead to warmer, not colder, conditions.

Photosynthesis absorbs CO2, whereas combustion releases it, and evaporation and condensation don't affect CO2 levels.

Deforestation increases CO2 by reducing trees that absorb it; it doesn't primarily affect oxygen, methane, or nitrogen.

Methane traps more heat per molecule compared to CO2, though it is less abundant and shorter-lived.

Ocean acidification harms calcium carbonate structures, rather than improving them or affecting fish populations and temperature.

Agriculture, especially livestock, emits significant methane, unlike transportation, manufacturing, or forestry.

The Paris Agreement aims to limit warming to below 2°C, not eliminate fossil fuels or industry entirely.

A carbon sink absorbs more carbon than it releases, unlike sources that release carbon.

Rising sea levels lead to coastal flooding, not increased land area, mountain height, or ice thickness.

Oceans absorb CO2, playing a key role in climate regulation, unlike eruptions, erosion, or desertification.

Ocean acidification is driven by increased CO2 absorption, not changes in salt levels, temperature, or marine populations.

Fertilizer use releases nitrous oxide, a potent greenhouse gas, unlike the other activities listed.

Climate change causes species to migrate to new areas, not increase habitats or stabilize ecosystems.

Positive feedback loops amplify changes, unlike stabilizing or reversing them.

Ice cores hold gas bubbles that reveal past atmospheric composition and climate conditions.

While climate change includes natural processes, current changes are significantly driven by human activities.

Climate change intensifies the hydrological cycle, increasing both evaporation and precipitation.

Albedo reflects solar energy, influencing Earth's temperature, unlike absorption or heat trapping.

Thawing permafrost releases methane, a potent greenhouse gas, contributing to further warming.

Renewable energy sources produce little to no greenhouse gases, crucial for climate mitigation.

Urban areas create heat islands, increasing local temperatures and contributing to climate change.

GWP compares the heat-trapping abilities of different greenhouse gases relative to CO2.

Climate change alters growing seasons, affecting agricultural productivity, not improving yields or soil fertility.

Climate change increases heat-related illnesses and disease spread, not improving air quality or reducing illnesses.

Building sea walls protects against rising sea levels, an adaptation strategy, unlike the other options.

Climate change is a global issue, requiring international cooperation to effectively address its challenges.

Increased CO2 leads to ocean acidification, not salinity changes or biodiversity improvements.

Rising temperatures lead to more frequent extreme weather, not stable climates or longer winters.

Climate change causes coral bleaching due to increased temperatures and acidification.

The IPCC assesses scientific information on climate change, not enforcing laws or denying its existence.

Melting glaciers alter habitats, impacting local ecosystems, not increasing water availability or sea levels.

Thawing permafrost releases stored CO2 and methane, contributing to climate change.

Reforestation helps absorb CO2, reducing atmospheric carbon and mitigating climate change.

Economic and political barriers pose significant challenges to effective climate change mitigation.

Installing solar panels reduces carbon footprints by using renewable energy instead of fossil fuels.

Climate change alters precipitation patterns, affecting freshwater availability, not increasing rainfall or stability.

Climate change causes infrastructure damage and increases adaptation costs, not stabilizing or reducing them.

Climate change often leads to habitat loss, not increased diversity or stability in ecosystems.

Higher CO2 can improve water use efficiency in plants, not decreasing photosynthesis or growth.

Climate change threatens food security by reducing crop yields, not increasing availability or prices.

Enhancing energy efficiency is key to mitigation, unlike increasing fossil fuel use or emissions.

Climate change causes sea levels to rise due to ice melt and thermal expansion, not decreasing ocean volume.

Coastal areas are vulnerable due to rising sea levels and increased storm intensity, not stable ecosystems.

Climate change increases the frequency and intensity of natural disasters, not reducing or stabilizing them.

Methane has a higher global warming potential than CO2, water vapor, or ozone, trapping more heat per molecule.

Rising temperatures cause species to shift distributions, not improve habitats or increase ice cover.

Climate change can alter jet streams and atmospheric circulation, not stabilizing or reducing movement.

The precautionary principle advocates for action even when there is uncertainty to prevent potential harm.

Adaptation aims to minimize damage from climate impacts, not eliminate fossil fuels or human activity.

Climate change increases the spread of vector-borne diseases like malaria, not reducing transmission.

Climate proxies are indirect evidence, like tree rings or ice cores, used to study past climates.

Climate change leads to melting glaciers, affecting the cryosphere, not stabilizing or increasing ice.