KnowraPlanetary boundariesLinked fromLinked fromThe 27 pages that link to Planetary boundaries, each with the reason it gives.All 27Related 21Narrower topic 4Compared with 2AnthropoceneRelated: Both concepts describe humanity’s influence at planetary scale, but planetary boundaries assess risks rather than geologic time.NitrogenNarrower topic: The framework identifies disruption of the nitrogen cycle as a major planetary pressure.Sustainable developmentRelated: It gives ecological limits a prominent role in assessing whether development can endure.Ecological footprintCompared with: It evaluates multiple global environmental limits, while ecological footprint aggregates demand into area units.Earth system scienceRelated: It applies systems knowledge to risks from crossing environmental thresholds.Environmental scienceRelated: Translates environmental evidence into a framework for assessing cumulative human pressures.Ecological thresholdRelated: It applies threshold reasoning to risks spanning the global Earth system.Environmental chemistryNarrower topic: Chemical pollution is assessed within broader questions about safe limits for Earth systems.Green growthRelated: Green growth is judged against whether economic expansion respects these proposed ecological limits.BiosphereRelated: It assesses how human pressures may destabilize the biosphere and other Earth systems.Tipping pointRelated: It addresses how thresholds in different Earth processes may constrain human activity.Gaia hypothesisCompared with: This framework emphasizes limits and risks, rather than Gaia’s proposed life-driven regulation.CornucopianismRelated: The framework describes environmental limits that technological substitution may not readily remove.Great AccelerationRelated: It assesses how accelerating pressures relate to risks of large-scale Earth-system change.Human impact on the environmentNarrower topic: It organizes multiple human pressures by the Earth-system limits they risk crossing.Limits to GrowthRelated: It is a later framework for discussing environmental limits without reproducing World3’s scenarios.SustainabilityRelated: It gives environmental sustainability measurable limits grounded in Earth-system science.Geochemical cycleRelated: It assesses whether human alteration of elemental cycles risks destabilizing Earth-system conditions.Sustainable designRelated: It raises the question of how design targets should reflect ecological limits.Environmental degradationNarrower topic: The framework places degradation within interacting pressures on the Earth system.Environmental impact of agricultureRelated: Agriculture affects several boundaries, including biosphere integrity, land-system change, and biogeochemical flows.Environmental studiesRelated: The framework describes how cumulative pressures can destabilize Earth-system processes.Human overpopulationRelated: It asks whether human pressures exceed safe ecological limits, not merely local carrying capacity.Tipping points in the climate systemRelated: It connects tipping risks with broader limits on human pressure.Ecosystem collapseRelated: It places ecosystem degradation within interacting global pressures and thresholds.Environmental issuesRelated: It assesses environmental pressures as risks to the stability of the Earth system.Environmental research (environmental science)Related: Researchers debate how boundaries can be measured and applied at regional scales.
KnowraPlanetary boundariesLinked fromLinked fromThe 27 pages that link to Planetary boundaries, each with the reason it gives.All 27Related 21Narrower topic 4Compared with 2AnthropoceneRelated: Both concepts describe humanity’s influence at planetary scale, but planetary boundaries assess risks rather than geologic time.NitrogenNarrower topic: The framework identifies disruption of the nitrogen cycle as a major planetary pressure.Sustainable developmentRelated: It gives ecological limits a prominent role in assessing whether development can endure.Ecological footprintCompared with: It evaluates multiple global environmental limits, while ecological footprint aggregates demand into area units.Earth system scienceRelated: It applies systems knowledge to risks from crossing environmental thresholds.Environmental scienceRelated: Translates environmental evidence into a framework for assessing cumulative human pressures.Ecological thresholdRelated: It applies threshold reasoning to risks spanning the global Earth system.Environmental chemistryNarrower topic: Chemical pollution is assessed within broader questions about safe limits for Earth systems.Green growthRelated: Green growth is judged against whether economic expansion respects these proposed ecological limits.BiosphereRelated: It assesses how human pressures may destabilize the biosphere and other Earth systems.Tipping pointRelated: It addresses how thresholds in different Earth processes may constrain human activity.Gaia hypothesisCompared with: This framework emphasizes limits and risks, rather than Gaia’s proposed life-driven regulation.CornucopianismRelated: The framework describes environmental limits that technological substitution may not readily remove.Great AccelerationRelated: It assesses how accelerating pressures relate to risks of large-scale Earth-system change.Human impact on the environmentNarrower topic: It organizes multiple human pressures by the Earth-system limits they risk crossing.Limits to GrowthRelated: It is a later framework for discussing environmental limits without reproducing World3’s scenarios.SustainabilityRelated: It gives environmental sustainability measurable limits grounded in Earth-system science.Geochemical cycleRelated: It assesses whether human alteration of elemental cycles risks destabilizing Earth-system conditions.Sustainable designRelated: It raises the question of how design targets should reflect ecological limits.Environmental degradationNarrower topic: The framework places degradation within interacting pressures on the Earth system.Environmental impact of agricultureRelated: Agriculture affects several boundaries, including biosphere integrity, land-system change, and biogeochemical flows.Environmental studiesRelated: The framework describes how cumulative pressures can destabilize Earth-system processes.Human overpopulationRelated: It asks whether human pressures exceed safe ecological limits, not merely local carrying capacity.Tipping points in the climate systemRelated: It connects tipping risks with broader limits on human pressure.Ecosystem collapseRelated: It places ecosystem degradation within interacting global pressures and thresholds.Environmental issuesRelated: It assesses environmental pressures as risks to the stability of the Earth system.Environmental research (environmental science)Related: Researchers debate how boundaries can be measured and applied at regional scales.