Climate & Atmosphere
Climate change, greenhouse-gas accumulation, warming, heatwaves, drought, extreme precipitation, sea-level rise, ice loss and atmospheric disruption.
Environmental Problems Atlas
Understand the planet.
A structured atlas of the environmental pressures reshaping Earth’s climate, atmosphere, oceans, freshwater, ecosystems, land, resources, cities and human systems.
15
Master environmental pillars
500+
Issue areas and pressures
10
Major Earth-system domains
∞
Interconnections
Environmental Atlas
The problems are connected.
Environmental degradation rarely happens in isolation. Climate, pollution, land-use change, resource extraction and biodiversity loss reinforce one another.
Air Pollution
Particulate matter, ozone, nitrogen oxides, sulfur dioxide, carbon monoxide, VOCs, toxic metals, industrial emissions, traffic pollution and wildfire smoke.
Freshwater
Water scarcity, groundwater depletion, river and lake pollution, sewage, industrial wastewater, agricultural runoff, pesticides, fertilizers, heavy metals and saltwater intrusion.
Oceans & Coasts
Ocean warming, acidification, coral bleaching, overfishing, bycatch, marine plastics, chemical pollution, dead zones, coastal erosion and ecosystem degradation.
Forests & Land
Deforestation, forest degradation, illegal logging, agricultural conversion, urban expansion, habitat fragmentation, wildfires, peatland destruction and ecosystem degradation.
Biodiversity
Species extinction, wildlife population decline, habitat loss, invasive species, disease, genetic diversity loss, pollinator decline, poaching and wildlife trafficking.
Agriculture & Food
Fertilizer and pesticide pollution, monoculture, soil degradation, irrigation pressure, groundwater depletion, livestock emissions, overgrazing, agricultural plastics and food waste.
Waste
Municipal waste, plastics, electronic waste, batteries, hazardous materials, biomedical waste, landfill methane, illegal dumping, open burning and inadequate recycling.
Chemicals & Toxins
PFAS, pesticides, heavy metals, persistent organic pollutants, industrial chemicals, endocrine disruptors, solvents, pharmaceutical residues and toxic releases.
Mining & Resources
Mining and extraction of coal, oil, gas, metals, rare earths, lithium, uranium and sand can drive habitat destruction, water contamination, toxic tailings and emissions.
Cities
Urban heat islands, traffic emissions, noise and light pollution, flooding, drainage problems, sewage, waste, urban sprawl, soil sealing and loss of green space.
Transport
Road-vehicle emissions, diesel pollution, aviation and shipping emissions, tire and brake particles, road fragmentation, wildlife roadkill, congestion and fossil-fuel dependence.
Soils
Soil erosion, compaction, salinization, acidification, nutrient depletion, organic-carbon loss, contamination, pesticides, microplastics and topsoil loss.
Energy
Fossil-fuel extraction and combustion, methane leakage, coal mining, oil spills, power-plant emissions, nuclear waste, hydropower ecosystem impacts and renewable supply chains.
Environmental Justice
Unequal exposure to pollution and climate hazards, climate migration, resource conflicts, livelihood loss, vulnerable communities, weak governance and unequal access to resources.
Earth Systems
Ten interconnected systems.
Environmental problems cross boundaries. A change in one Earth system can trigger cascading consequences throughout the rest.
01
Atmosphere
Air composition, pollutants, aerosols, ozone and atmospheric chemistry.
02
Climate
Temperature, precipitation, extreme events and climate feedbacks.
03
Freshwater
Rivers, lakes, groundwater, wetlands and water cycles.
04
Oceans
Marine ecosystems, currents, chemistry, fisheries and coastlines.
05
Biosphere
Species, ecosystems, food webs and genetic diversity.
06
Soils
Soil carbon, nutrients, microorganisms, erosion and fertility.
07
Land
Forests, grasslands, deserts, wetlands and land-use change.
08
Resources
Energy, minerals, materials, extraction and resource flows.
09
Human Systems
Cities, infrastructure, economies, governance and communities.
10
Food Systems
Agriculture, fisheries, livestock, supply chains and food waste.
Impact Map
Pressure becomes a cascade.
Human activities create pressures that modify Earth systems, which then affect ecosystems and ultimately human societies.
Major pressure families
Illustrative visualization only — these values are not scientific rankings or quantitative global measurements.
The cascade
01
Human pressure
02
Earth-system change
03
Ecosystem response
04
Human consequences
Research Framework
Study every problem from five angles.
01 — Cause
What drives it?
Identify economic, technological, demographic and behavioral drivers.
02 — Mechanism
How does it work?
Understand the physical, chemical and biological processes involved.
03 — Ecology
What changes?
Assess effects on habitats, species, ecosystems and Earth systems.
04 — Society
Who is affected?
Examine health, livelihoods, economics, security and inequality.
05 — Response
What can change?
Compare prevention, mitigation, adaptation, restoration and governance.
Response Framework
From diagnosis to solutions.
The strongest environmental strategies combine prevention, restoration, technology, policy, behavioral change and resilient infrastructure.
Prioritize cleaner production, safer chemicals, circular material systems, wastewater treatment, emissions controls, pollution prevention and elimination of avoidable waste rather than relying exclusively on end-of-pipe cleanup.
Protect intact forests, wetlands, grasslands, mangroves, coral reefs, rivers and other critical ecosystems while restoring degraded landscapes and reconnecting fragmented habitats.
Improve efficiency, electrify suitable applications, expand low-carbon energy, reduce fossil-fuel dependence, improve public transportation and address emissions throughout energy and transport supply chains.
Improve soil health, reduce unnecessary agricultural inputs, protect biodiversity, improve water efficiency, reduce food loss and waste, and develop resilient food systems.
Expand green infrastructure, improve drainage, reduce urban heat, increase public transportation, improve air quality, protect urban biodiversity and design infrastructure for climate resilience.
Use transparent environmental indicators, lifecycle assessment, remote sensing, ecological monitoring, emissions accounting and long-term datasets to understand whether interventions actually work.