Seasonal upwelling, oxygen conditions, acidification, marine heat and an unusually rich monitoring network.
Marine dissolved oxygen concentrationOcean acidification
Seasonal upwelling, oxygen conditions, acidification, marine heat and an unusually rich monitoring network.
Upwelling, marine heatwaves, oxygen and protected habitats supported by intensive long-term observation.
Urban discharge, hypoxia, acidification, ports and offshore industry across a densely populated coast.
Rapid warming, fisheries redistribution and changing carbonate chemistry.
Mississippi Basin nutrient transport and the recurring seasonal dead zone.
A tundra and coastal-plain ecosystem under pressure from permafrost thaw, erosion and sea-ice loss.
Salinity, contaminants, water diversions, nutrient loading and habitat change in a highly governed estuary.
A legible causal chain from activities and nutrients to eutrophication and hypoxia, alongside long-term restoration.
Water depletion, warming, dams and competing users across a heavily allocated basin.
Agricultural nutrients, sediment and industrial pollution linked to downstream coastal consequences.
Industrial history, transboundary governance and environmental recovery in a major European river system.
Nutrient runoff, harmful algal blooms and seasonal hypoxia.
Warming, invasive species, industrial contaminants and cross-border governance.
Nutrients, fisheries, invasive species and population pressures around a shared tropical lake.
Vehicle emissions, ports, refineries, atmospheric inversions and population exposure.
Agriculture, oil and gas, particulate pollution, ozone and unequal community exposure.
Basin topography, transport, agriculture and persistent particulate pollution across the densely settled Po Plain ecosystem.
Transport, industry, agriculture and dust combine to produce extreme episodic exposure.
Coal, industry, transport and regional air-quality governance across a major urban cluster.
Petrochemical facilities, air toxics, greenhouse gases and cumulative community exposure.
Concentrated petrochemical actors and facilities alongside cumulative environmental-health burdens.
Power generation, chemicals, steel and river pollution across a long industrialized valley.
Deforestation, peat fires, biodiversity and corporate commodity attribution.
Groundwater depletion, nitrates, pesticides, soil change and air-quality burdens.
Land conversion, water use, commodity production and biodiversity loss.
Extraction, tailings, water use, land disturbance and attributable operators.
Oil and gas production, methane, flaring, water use and a dense facility network.
Deforestation, fire, drought, carbon release and hydrological feedbacks.
Forest loss, mining, biodiversity pressure and changes to a major carbon store.
Logging, plantations, peat fires and species loss across a transboundary island.
Glacier retreat, snow loss, ecosystem change, tourism and downstream hydrology.
Glacier, snow and high-elevation ecosystem change across the greater Himalayan headwaters, with water dependencies extending far downstream.
Ice-sheet mass loss and its contribution to global sea-level rise.
Wildfire, smoke, land management, infrastructure and human exposure across a composite geography.
Subsidence, salinity, flooding and water infrastructure under sea-level pressure.
Warming, bleaching, acidification and runoff across a globally significant reef system.
Exceptional endemism, habitat loss, erosion and climate pressure across an island ecosystem.
Exceptional endemism under pressure from development, drought and wildfire.
Reefs, fisheries, warming, acidification and coastal development across a global center of marine biodiversity.
Heat, water, agriculture and biodiversity pressures across Switzerland’s densely settled middle landscape.
Oxygen, salmon, wastewater and shipping pressures across a shared inland sea.
Fisheries, offshore energy, shipping, warming and eutrophication across a shared marine system.
Dams, sediment disruption, fisheries and development across a major transboundary river system.
A hyper-arid desert and high-Andean system shaped by salars, groundwater, biodiversity and lithium-extraction pressure.
Water diversion, ecological collapse, environmental recovery efforts and continuing human-health consequences.
Coal, heavy industry, air pollution and economic transition across the connected Upper Silesian industrial landscape.
Mining, water contamination, land disturbance and a long regional economic transition.
Industrial legacy, remediation and energy transition in a dense metropolitan region.
Curated profiles contain reviewed interpretation; planned and candidate entries define the design inventory and are not yet published scientific accounts.