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Climate models, weather data, oceanography, hydrology, atmospheric science, environmental monitoring
28,174 datasets
Water quality and ecosystem health data from Canadian Great Lakes nearshore waters supports cumulative effects assessments under the Great Lakes Water Quality Agreement. Environment and Climate Change Canada integrates data from various government and non-government sources to identify high-quality and stressed areas. The assessment uses ecological thresholds, stressor information, and local knowledge to map threats and guide science and management priorities.
UK flood risk data from the Environment Agency shows the chance of flooding from rivers and the sea, incorporating flood defences and climate change allowances. It presents risk in four likelihood bands, from 'High' (≥3.3% annual chance) to 'Very Low' (<0.1% annual chance), and includes flooding depth likelihoods for five levels. The dataset uses climate change allowances based on UKCP18 projections for the 2050s and 2065.
Eurobarometer 69.2 is a public opinion survey conducted by the European Commission in March-May 2008. It focuses on national and European identity, European elections, European values, and perceptions of climate change. The survey likely contains demographic variables and respondent opinions across these themes.
Australian ocean plankton biomass data from the Continuous Plankton Recorder survey, a joint project by CSIRO Oceans and Atmosphere and the Australian Antarctic Division. The dataset supports mapping biodiversity, developing long-term baselines, and documenting changes in response to climate change. Results are available through the Australian Ocean Data Network portal and the project was funded by the Integrated Marine Observing System.
Seven specific exemptions allow domestic water discharges without an environmental permit, based on volume, water body type, and whether the activity existed before April 6, 2010. This dataset likely contains a register of activities qualifying for these exemptions, which are managed by the UK's Government Digital Service. Registration for an exempt activity involves no fee, but discharges failing the criteria require a formal permit application.
England-wide modelled fluvial flood depth data, produced in 2004 using the JFlow hydrodynamic model on a 5x5m grid. The dataset provides a high-level sensitivity analysis for climate change effects, simulating a 20% increase in peak flows for 1% and 0.1% annual chance flood events. It was created to fill gaps in detailed local modelling for spatial planning and defines extents of Flood Zones.
A 2004 Environment Agency project produced modelled fluvial flood depth data on a 5x5m grid for a 1% annual chance flood event, simulating a 20% increase in peak flows to assess climate change sensitivity. This high-level national dataset was created using the JFlow hydrodynamic model to fill gaps in detailed local modelling for spatial planning. The data covers all of England but is distributed as 100x100km tiles, such as grid references TR, TM, and TG, and has not been updated since its creation.
2004 modelled fluvial flood depth data for England, created using the JFlow hydrodynamic model on a 5x5m grid. The data provides a high-level sensitivity analysis for a 20% increase in peak flows, representing both 1% and 0.1% annual chance flood events. It was produced to fill gaps in detailed local modelling for spatial planning and defines Flood Zone extents.
England-wide modelled fluvial flood depth data for a 1% annual chance flood event, incorporating a 20% increase in peak flows as a climate change sensitivity analysis. The data was produced in 2004 using the JFlow two-dimensional hydrodynamic model on a 5x5 meter grid to fill gaps in detailed local modelling for spatial planning. This dataset is available in 100x100 km tiles corresponding to Ordnance Survey National Grid references, such as SZ and SP.
England's Environment Agency provides modelled fluvial flood depth data for two annual chance scenarios (0.1% and 1%) under a 2004 climate change sensitivity analysis. The data, generated using the JFlow hydrodynamic model on a 5x5m grid, was produced to fill gaps in detailed local modelling for spatial planning flood zone definition. This dataset covers the SY 100x100km Ordnance Survey grid tile, with similar data available for other tiles across the country.
A 2004 generalised modeling project produced 5x5m grid fluvial flood depth data for England, simulating a 20% increase in peak flows to assess climate change effects. The dataset covers two flood probabilities: a 0.1% annual chance (1 in 1000) and a 1% annual chance (1 in 100) event. It is intended for high-level sensitivity analysis and spatial planning but is not updated and unsuitable for site-specific assessments.
2004 modelled fluvial flood depth data for England, created using the JFlow hydrodynamic model on a 5x5m grid. The dataset provides a high-level sensitivity analysis for climate change effects, simulating a 20% increase in peak flows for 0.1% and 1% annual chance flood events. It was produced to fill gaps in detailed local modelling for spatial planning but has not been updated since its creation.
2004 modelled fluvial flood depth data for England, created using the JFlow hydrodynamic model on a 5x5m grid. The dataset provides a high-level sensitivity analysis of climate change effects, assuming a 20% increase in peak flows, for 0.1% and 1% annual chance flood events. It was produced to fill gaps in detailed local modelling for spatial planning but has not been updated since its creation.
Modelled fluvial flood depth data with climate change was created in 2004 for the 1% annual chance of flooding situation. The data is a by-product of a generalized modelling project using the JFlow two-dimensional hydrodynamic model on a 5x5m grid, designed to fill gaps in detailed local data for spatial planning. It provides a high-level sensitivity analysis based on a 20% increase in peak flows, but the dataset has not been updated since its creation.
Modelled fluvial flood depth data for England was created in 2004 using the JFlow two-dimensional hydrodynamic model on a 5x5m grid. The dataset provides a high-level sensitivity analysis for climate change effects, simulating a 20% increase in peak flows for 1% and 0.1% annual chance flood events. Its primary purpose was to fill gaps in detailed local data to define flood zone extents for spatial planning.
Environment Agency's AfA480 product provides modelled fluvial flood depth data for England, created in 2004 as part of a generalised modelling project. The data, generated using the JFlow hydrodynamic model on a 5x5m grid, offers a high-level sensitivity analysis of climate change effects based on a 20% increase in peak flows. It covers specific 100x100km Ordnance Survey grid squares (e.g., SK, SE) for both 1% and 0.1% annual chance flood scenarios.
A 2004 generalised modelling project produced this 5x5m resolution flood depth data for England, simulating a 20% increase in peak river flows to assess climate change sensitivity. The dataset covers two flood probabilities: a 1% and a 0.1% annual chance event, but has not been updated since its creation. Its primary purpose was to fill national data gaps for spatial planning, though the Environment Agency warns it is unsuitable for site-specific property assessments.
2004 modelled fluvial flood depth data for England, created for high-level sensitivity analysis of climate change effects based on a 20% increase in peak flows. The data, produced on a 5x5m grid using the JFlow hydrodynamic model, covers two flood probabilities: 0.1% and 1% annual chance. It was generated to fill gaps in detailed local modelled data for defining Flood Zones for spatial planning.
Environment Agency's AfA480 product provides modelled fluvial flood depth data for England, created in 2004 as part of a generalised modelling project. The data uses the JFlow hydrodynamic model on a 5x5m grid to simulate flood depths for 0.1% and 1% annual chance events, incorporating a high-level climate change sensitivity analysis based on a 20% increase in peak flows. This dataset is intended for high-level planning and sensitivity analysis but is not updated since its creation and is not suitable for site-specific assessments.
2004 modelled fluvial flood depth data for England, created using the JFlow hydrodynamic model on a 5x5m grid. The dataset provides a high-level sensitivity analysis for a 20% increase in peak flows, covering both 1% and 0.1% annual chance flood scenarios for specific Ordnance Survey grid squares. It was produced to fill gaps in detailed local data for defining flood zones for spatial planning.