Linked from
The 203 pages that link to Environmental justice, each with the reason it gives.
Residential segregationRelated: Segregated communities are often disproportionately exposed to pollution and environmental hazards.
Deep ecologyRelated: Deep ecology’s social changes raise questions about who bears the costs of ecological transition.
Environmental healthRelated: It asks who bears hazards and who receives protection or influence.
Hazardous wasteRelated: Hazardous waste facilities and legacy sites can impose unequal burdens on communities.
Tragedy of the commonsRelated: Conservation policies can impose unequal costs on communities with limited power over resource decisions.
Environmental historyRelated: Historical evidence reveals how environmental burdens and protections became unevenly distributed.
Informal settlementRelated: Settlement residents may face hazards while having limited influence over environmental decisions.
LeveeRelated: Levee investment and flood exposure can distribute protection and risk unevenly among communities.
Waste managementRelated: Facilities and pollution burdens can fall unevenly across communities.
BiomonitoringRelated: Exposure measurements can document unequal pollutant burdens across communities.
Distributive JusticeRelated: Pollution and climate risks often burden communities unevenly, making environmental distribution a justice issue.
Political ecologyRelated: It highlights the inequalities political ecology traces through environmental change.
Urban sociologyRelated: Urban research documents how pollution and environmental hazards are unevenly distributed.
WalkabilityRelated: Street investment and pedestrian hazards are often unevenly distributed across communities.
EvacuationRelated: Unequal access to transport, warnings, and shelter can make evacuation risks fall unevenly.
Just transitionRelated: It shares the focus on unequal burdens but often addresses environmental inequalities beyond employment transitions.
Urban designRelated: Design and investment can distribute shade, pollution, and safe open space unequally.
Environmental economicsRelated: Economic efficiency does not by itself determine who bears pollution or receives policy benefits.
Environmental racismNarrower topic: It frames environmental racism as a systemic injustice and organizes efforts to remedy it.
John MuirRelated: Its perspective helps examine who benefited from the parks and whose ties to Yosemite were disrupted.
Mine tailingsRelated: Communities near tailings facilities often bear risks created by distant mineral demand.
Combined sewer overflowRelated: Overflow exposure and infrastructure investment can fall unevenly across neighborhoods.
Environmental lawRelated: It exposes how environmental burdens and legal protections can fall unevenly across communities.
Soil contaminationRelated: Contaminated sites can impose unequal risks on nearby communities.
Industrial pollutionRelated: Polluting facilities and their health burdens are often unevenly distributed across communities.
Nature writingRelated: Contemporary nature writing can question whose landscapes are protected and whose environmental harms are represented.
Robert MosesRelated: Unequal exposure to infrastructure’s harms remains central to evaluating Moses’s legacy.
Urban agricultureRelated: Access to land, resources, and healthy food shapes who benefits from urban agriculture.
Urban floodingRelated: Flood exposure and recovery resources are often unevenly distributed across urban communities.
Coastal managementRelated: Coastal defenses and retreat policies can protect some communities while shifting risks onto others.
Command-and-control regulationRelated: Uniform rules do not necessarily ensure that pollution burdens and enforcement are distributed fairly.
Human ecologyRelated: Human ecology helps trace how social position shapes exposure to environmental hazards and resources.
Land sparingRelated: Concentrated production and protected areas can distribute costs and benefits unevenly among communities.
Public participationRelated: It links meaningful participation to the distribution of environmental burdens and benefits.
Public utilityRelated: Utility siting, pollution, and service quality can distribute environmental burdens unevenly.
Urban geographyRelated: It exposes how pollution and green amenities are distributed across urban populations.
Bhopal disasterNarrower topic: The catastrophe’s impact on nearby residents made unequal exposure and protection impossible to ignore.
Clean Air ActRelated: Unequal exposure to pollution raises questions about how effectively protections reach overburdened communities.
Combined sewerRelated: Overflow burdens and infrastructure investments can be distributed unevenly across communities.
Community-Based Natural Resource ManagementRelated: Community management raises questions about whose voices count and who gains.
Eminent domainRelated: The location and consequences of public projects can concentrate harms in politically weaker communities.
Environmental educationRelated: Justice-oriented education examines who bears environmental harms and who shapes decisions.
Environmental regulationRelated: Unequal exposure to pollution raises questions about who regulation protects.
Niger DeltaRelated: Delta communities have contested who bears the costs of petroleum development.
Planned cityRelated: Planning choices determine who receives amenities and who bears pollution or displacement.
Transport equityRelated: Transport decisions distribute pollution, noise, safety risks, and mobility benefits unevenly.
Water resource managementRelated: Water decisions can distribute service, pollution, and risk unequally.
ContaminationRelated: Contamination burdens often fall unevenly across communities with unequal power and resources.
Disaster riskRelated: Unequal exposure to hazards makes disaster risk a question of fairness and power.
EcocriticismRelated: It connects literary depictions of damaged environments to unequal exposure and power.