Linked from

The 101 pages that link to Climate change adaptation, each with the reason it gives.

• Climate justiceRelated: Adaptation choices decide whose safety and livelihoods receive protection.

• Land-use planningRelated: Land allocation can keep development away from hazards and reserve space for resilience.

• Forest managementRelated: Managers must plan for shifting disturbance patterns and changing growth conditions.

• Urban forestryRelated: Urban forests must withstand changing heat, drought, storms, and growing conditions.

• BangladeshRelated: Bangladesh invests in adaptation to address rising seas, salinity, floods, and extreme weather.

• Traditional ecological knowledgeRelated: Long-term local observations can inform responses to shifting seasons and ecological conditions.

• Paris AgreementRelated: The agreement establishes a global goal of strengthening adaptation and resilience.

• Ecological resilienceRelated: Adaptation planning often seeks to preserve ecosystem functions under changing climatic pressures.

• Subsistence agricultureRelated: Household farmers adapt planting choices and practices to changing seasons and risks.

• Disaster risk reductionRelated: Adaptation overlaps with risk reduction where climate hazards threaten people and assets.

• Climate migrationRelated: Migration can serve as adaptation, but it can also reflect adaptation limits.

• Phenotypic plasticityRelated: Plastic responses may buffer organisms against changing temperatures and seasons.

• ClimateRelated: Adaptation responds to the climate conditions communities experience or expect.

• River restorationRelated: Changing floods, droughts, and temperatures can undermine fixed restoration targets.

• Atlantic ForestRelated: Changing temperatures and rainfall may shift suitable habitats within the fragmented forest.

• LandfillRelated: Floods, droughts, and intense rainfall can challenge landfill drainage and containment.

• InfrastructureRelated: Infrastructure must adapt to hazards such as heat, flooding, and sea-level rise.

• Temperature-dependent sex determinationRelated: It is unresolved how quickly populations can evolve or behaviorally compensate for shifting nest temperatures.

• Agricultural biodiversityRelated: Diverse genetic resources offer traits useful under changing climate conditions.

• Heat waveRelated: Cities and health systems must adapt as dangerous heat becomes more frequent or intense.

• KiribatiRelated: Kiribati uses adaptation planning to address flooding, erosion, and saltwater intrusion.

• Water securityRelated: Adaptation planning helps water systems prepare for shifting droughts, floods, and demand.

• Intergovernmental Panel on Climate ChangeRelated: The panel assesses adaptation strategies, limits, and barriers across regions and sectors.

• Rain-fed agricultureRelated: Farmers and institutions adapt rain-dependent production to shifting rainfall patterns.

• Restoration ecologyRelated: Changing climates can make historical reference conditions unattainable and reshape feasible restoration targets.

• Cultural ecologyRelated: It applies adaptation analysis to rapidly changing environmental conditions.

• United Nations Framework Convention on Climate ChangeRelated: The convention must support adaptation as impacts grow, alongside efforts to limit future warming.

• Climate projectionRelated: Projected shifts in heat, rainfall, and extremes help guide adaptation decisions.

• Combined sewerRelated: More intense rainfall can challenge systems designed around historical storm patterns.

• Water resource managementRelated: Changing precipitation and extremes challenge assumptions behind long-lived water plans.

• Disaster riskRelated: Adaptation addresses changing hazards and exposure over the lifetime of communities and assets.

• EcotoneRelated: Ecotones often shift as climate changes, creating adaptation challenges for species and managers.

• Social cost of carbonRelated: The damages assigned to emissions depend partly on how much adaptation is expected to limit losses.

• Climate resilienceRelated: Adaptation is one route through which systems maintain or change essential functions.

• LandraceRelated: Landrace diversity can provide traits useful for adapting crops to variable or shifting conditions.

• Climate riskRelated: Adaptation can reduce vulnerability and limit consequences without changing the hazard itself.

• Climate scienceRelated: Climate knowledge guides responses to impacts that cannot be avoided.

• Environmental migrationRelated: Migration can be a deliberate adaptation, alongside measures that help people remain in place.

• Forest diebackRelated: Managers use adaptation strategies to prepare forests for hotter, drier conditions.

• Mesoamerican Barrier Reef SystemRelated: Coastal communities and reef managers must plan for warming seas and stronger impacts.

• Rainfed agricultureRelated: Adaptation can help rain-dependent farms manage shifting rainfall patterns.

• Sahel droughtRelated: Adaptation measures address water scarcity and livelihood risks without assuming drought can be prevented.

• Thermal ecologyRelated: It encompasses behavioral, evolutionary, and ecological responses to new thermal regimes.

• United Nations Development ProgrammeRelated: UNDP helps governments plan adaptation and access climate finance.

• Wildlife translocationRelated: Changing climates complicate judgments about when movement beyond a historical range is justified.

• ClimatologyRelated: Climatological evidence informs measures suited to local and future conditions.

• Smallholder agricultureRelated: Smallholders often adapt planting, crop choices, and water use to shifting local conditions.

• Climate normalRelated: Planning against past normals can underestimate risks when the climate is shifting.

• Great Green WallRelated: Restored soils, vegetation, and livelihoods can help communities manage climate stress.

• Mesoamerican Biological CorridorRelated: Connected habitats can give species options as climatic conditions shift.