Linked from

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

• Environmental scienceRelated: Draws together evidence about atmospheric processes, ecosystems, and human causes.

• Indicator speciesRelated: Shifting ranges can alter indicator distributions even without local pollution or habitat change.

• Montane forestRelated: Warming can move suitable forest climates upslope and compress high-elevation habitats.

• Potential evapotranspirationRelated: Changing temperature, radiation, humidity, and wind can alter estimated atmospheric evaporative demand.

• SedentismRelated: Postglacial environmental shifts altered resources and settlement opportunities in early sedentary regions.

• Temperate deciduous forestRelated: Warming and altered precipitation can shift species ranges and seasonal timing.

• Woolly mammothRelated: Warming and habitat change reduced the cold, open landscapes mammoths depended on.

• Australian megafaunaRelated: Increasing aridity and changing vegetation may have reduced megafaunal habitats and food.

• DiprotodonRelated: Pleistocene drying and habitat shifts are among the proposed pressures on Diprotodon populations.

• Saiga antelopeRelated: Changing weather can alter forage, migration conditions, and disease risks across saiga range.

• Solar luminosityRelated: Solar output is one influence on Earth’s climate, distinct from recent human-caused warming.

• Forest diebackRelated: Warming and changing precipitation can intensify stresses linked to forest dieback.

• Tropical savannaRelated: Changing rainfall and temperature can alter savanna productivity, fire, and the balance between trees and grasses.

• Wildfire smokeRelated: Climate change can increase conditions conducive to fire, while fires release climate-altering gases and particles.

• Aridity indexRelated: Warming can raise atmospheric demand and shift aridity even where precipitation changes little.

• BiosphereRelated: Changing climate alters habitats, species ranges, and ecosystem functioning across the biosphere.

• ClimatologyRelated: Climatology measures and explains the causes and consequences of these shifts.

• HydrochlorofluorocarbonRelated: HCFC emissions contribute to warming as well as ozone depletion.

• Natural History Museum, LondonRelated: Historical specimens help scientists investigate how species and environments respond to changing climate.

• Pleistocene megafauna extinctionRelated: Rapid warming and habitat shifts near the Pleistocene’s end may have stressed large-animal populations.

• RangelandRelated: Changing heat and rainfall affect forage growth, drought risk, and grazing decisions.

• Red River DeltaRelated: Rising seas and changing rainfall intensify risks for the low-lying delta.

• River terraceRelated: Climate shifts alter river discharge and sediment loads, influencing terrace formation.

• MeiofaunaRelated: Warming and ocean change may reshape meiofaunal communities and sediment processes.

• Natural hazardRelated: Human-caused warming can alter the frequency or severity of some natural hazards.

• Deciduous forestRelated: Warming alters growing seasons, species ranges, and disturbance patterns in deciduous forests.

• Extreme weatherRelated: Warming changes the baseline and risks of several types of extreme weather.

• GeoconservationRelated: Changing rainfall, temperature, and sea level can alter sites and conservation priorities.

• Littoral zoneRelated: Warming, altered water levels, and storms reshape nearshore conditions.

• RainforestRelated: Warming and altered rainfall can stress forests, while forest loss adds greenhouse gases.

• Royal Dutch ShellRelated: Shell’s production and sale of fossil fuels connect its business model to climate policy and responsibility debates.

• Great AccelerationRelated: The acceleration in fossil-fuel use is a major driver of modern human-caused warming.

• Hawaiian honeycreeperRelated: Warming can expand mosquito habitat into the high-elevation refuges honeycreepers depend on.

• Mediterranean forests, woodlands, and scrubRelated: Warming and changing rainfall intensify drought stress and can shift fire regimes.

• Phoenix IslandsRelated: Its combined effects on reefs and low islands challenge the group’s long-term resilience.

• Temperate broadleaf and mixed forestsRelated: Warming and shifting rainfall alter species ranges, drought stress, and disturbance regimes.

• Late Pleistocene extinctionsRelated: Changing habitats and resources could weaken populations already exposed to human pressures.

• MicrostateRelated: Low-lying island microstates face acute risks from sea-level rise and coastal hazards.

• Rain gaugeRelated: Long gauge records help identify changes in precipitation patterns over time.

• Temperate forestRelated: Warming changes growing seasons, drought exposure, and the ranges of temperate tree species.

• Tropical and subtropical moist broadleaf forestsRelated: Warming and rainfall shifts can alter forest composition, fire risk, and resilience.

• António GuterresRelated: Guterres has used his office to warn about climate risks and urge faster action.

• BrontotheriidaeRelated: Cooling and drying trends near the Eocene’s end altered habitats associated with brontothere decline.

• DecapodRelated: Warming and changing oceans are altering the ranges and seasonal cycles of decapod populations.

• Ground slothRelated: Changing habitats may have contributed to the decline of ground sloth populations.

• History of lifeRelated: Climate shifts repeatedly alter the environments in which organisms live and evolve.

• Natural disasterRelated: Climate change alters the likelihood or intensity of some hazards but is not itself a discrete disaster.

• Biogeographic realmRelated: Climate shifts move suitable habitats and reshape the ranges that contribute to realm boundaries.

• Chevron CorporationRelated: Chevron’s fossil-fuel production and use contribute to emissions linked to climate change.

• Generation AlphaRelated: Its expected effects span much of Alpha’s lifetime, though exposure varies widely by place.