Linked from

The 195 pages that link to Climate change, each with the reason it gives.

• MacaronesiaRelated: Changing temperatures and rainfall may shift suitable habitats on steep, isolated islands.

• NothofagusRelated: Warming and changing rainfall can shift the climates suitable for southern beech forests.

• Temperate coniferous forestRelated: Warming and altered precipitation shift suitable ranges and intensify some forest disturbances.

• Wet seasonRelated: Warming can change wet-season intensity, timing, and the likelihood of extreme rainfall.

• 20th centuryRelated: Industrial expansion raised emissions and made human influence on climate a global concern.

• Abies albaRelated: Warming and altered rainfall can shift the conditions suitable for this mountain tree.

• AggradationRelated: Climate alters runoff, vegetation, and sediment supply, changing aggradation rates.

• Environmental degradationRelated: Warming and altered rainfall intensify stress on ecosystems and resources.

• Global catastrophic riskRelated: Climate change is a major global threat, though its catastrophe-scale outcomes remain debated.

• J. R. McNeillRelated: Historical context helps distinguish recent human-driven warming from earlier climate variability.

• Mediterranean forestsRelated: Greater heat and shifting rainfall intensify drought stress across Mediterranean-climate regions.

• Natural environmentRelated: It alters climatic conditions that shape environments and the organisms within them.

• Picea abiesRelated: Warming and drought are making some southern spruce forests less suitable for the species.

• PinguiculaRelated: Changing temperature and rainfall can alter the specialized habitats butterworts occupy.

• Wladimir KöppenRelated: Shifting temperature and precipitation patterns can move regions between Köppen climate categories.

• Wood frogRelated: Changing winter temperatures may alter the timing and reliability of conditions wood frogs can tolerate.

• Abies grandisRelated: Warming and changing precipitation can alter the conditions suitable for grand fir.

• Anti-consumerismRelated: Production and consumption generate emissions that intensify human-caused climate change.

• Betula papyriferaRelated: Warming and changing moisture patterns can alter the species’ northern range and habitat.

• Extinction eventRelated: Abrupt climate shifts can outpace species' ability to adapt or migrate.

• Future of EarthRelated: Human-caused warming is changing habitability and ecosystems on timescales far shorter than stellar evolution.

• Green conservatismRelated: It tests whether stewardship commitments support rapid, large-scale emissions cuts.

• Noctilucent cloudRelated: Long-term changes in cloud occurrence may reflect changes in upper-atmosphere temperature and water vapor.

• Picea engelmanniiRelated: Warming can alter the elevation range and disturbance patterns of Engelmann spruce forests.

• Picea rubensRelated: Warming can reduce suitable cool habitat and shift red spruce’s range toward higher elevations or latitudes.

• Pinus ponderosaRelated: Warming and drought can increase stress, mortality, and fire risk in ponderosa pine forests.

• Pinus sylvestrisRelated: Warming and altered drought patterns are changing risks across the species' range.

• Tropical and subtropical coniferous forestsRelated: Warming can move suitable forest conditions upslope and increase drought stress.

• Ulrich BeckRelated: Its global causes and uneven consequences illustrate the transboundary risks central to Beck’s theory.

• Abies balsameaRelated: Warming may alter the suitable range and competitive position of this cold-adapted tree.

• Cancer pagurusRelated: Warming seas can alter the crab's distribution, growth, and reproductive conditions.

• Ecosystem collapseRelated: Climate change can drive ecosystem collapse and can be amplified when ecosystems lose carbon storage.

• Flora of Central EuropeRelated: Warming can move plant ranges uphill or northward and change habitat suitability.

• History of energyRelated: Combustion of coal, oil, and gas has become the dominant human driver of warming.

• Human activitiesRelated: Human greenhouse gas emissions are the dominant cause of recent global warming.

• Mikhail BudykoRelated: Budyko treated climate as a changing system rather than a fixed average state.

• Pinus taedaRelated: Changing heat, drought, and storms may affect loblolly pine growth and its future range.

• Plitvice Lakes National ParkRelated: Changes in rainfall and temperature can alter water flows and habitats across the park.

• Proceedings of the Royal SocietyRelated: Its biological sciences series publishes research on ecological responses to changing climates.

• Seasonal tropical forestRelated: Changing rainfall timing and drought intensity can exceed species' seasonal tolerances.

• Social issueRelated: Its harms cross borders and generations, making collective response central.

• Societal collapseRelated: Climate shifts can disrupt food and water supplies that support political and economic systems.

• SthenurusRelated: Environmental change is another proposed pressure on Pleistocene Australian fauna.

• Subfossil lemurRelated: Climate-driven habitat changes are considered alongside human activity in explaining extinctions.

• Tailed frogRelated: Warming and altered stream flows may threaten populations adapted to cold-water conditions.

• Washingtonia filiferaRelated: Shifts in heat and water availability may affect suitable habitat and oasis persistence.