Climate Future Risks
Analyze the climate of any location worldwide with 9 scientific parameters across 4 categories. Temperature analysis covers historical trends with year-over-year anomalies and future projections under SSP2-4.5 and SSP5-8.5 IPCC scenarios through 2100. Precipitation parameters include rainfall distribution with monthly breakdowns and snowfall accumulation data. Atmospheric analyses examine wind speed and directional patterns by month using Beaufort scales, weather type classification via doughnut distribution charts, and cloud cover percentages. Water balance parameters compute the De Martonne aridity index (drought risk mapping) and evapotranspiration rates with satellite-derived spatial layers. Results appear as interactive chart cards — line charts for temperature, bar charts for precipitation and snow, doughnut charts for weather distribution — each expandable into a detail modal with full data tables, monthly distribution breakdowns, and one-click CSV export or clipboard copy. A warming stripes banner (Ed Hawkins color scheme) visualizes temperature anomalies from 1950 to 2100 and can be downloaded as a PNG. For aridity and evapotranspiration, a spatial map comparison view offers grid and slider modes over satellite imagery. Generate editable HTML reports with a built-in WYSIWYG editor and export to DOCX. Share analyses via link — recipients view results at zero credit cost.
Who Uses This Tool
Professionals who rely on this analysis
Environmental Consultant
Include historical temperature trends, aridity indices, and evapotranspiration spatial maps in Environmental Impact Assessments. Export editable DOCX reports with KPI summary tables and per-parameter comment sections for due diligence documentation.
ESG / Sustainability Manager
Evaluate climate exposure across corporate sites using SSP2-4.5 and SSP5-8.5 future projections for CSRD/ESRS E1 reporting. Share analysis links with auditors at zero cost and export ready-made climate risk reports.
Urban Planner / Landscape Architect
Analyze local wind patterns, rainfall distribution, snow accumulation, and cloud cover to inform green infrastructure design. Compare aridity and evapotranspiration spatial layers on satellite imagery using grid or slider map views.
What you can do
How it works
Search or click a location
Type any address or click directly on the interactive map. The tool records GPS coordinates and shows a satellite preview. Previously analyzed locations appear in a searchable sidebar for quick re-access.
Choose your climate analyses
Select from 9 parameters organized in 4 categories — temperature, precipitation, atmospheric, and water balance. A credit estimator shows the cost of new analyses; previously computed parameters for the same site are free to re-run.
Explore interactive results
Each analysis generates a result card with a chart visualization and status badge. Click any card to open a detail modal with an enlarged chart, full data table, monthly distribution breakdown, and options to copy data or export to CSV and PNG.
Report, share, and download
Open the built-in WYSIWYG report editor to customize an HTML report, then export to DOCX. Share your analysis via link — recipients see all charts, maps, and warming stripes at zero credit cost. Download individual charts as PNG or the full data as CSV.
Data Sources & Methodology
Climate analyses are computed from satellite reanalysis data and global climate model projections. Historical parameters use ERA5 observational records (1940-present) at 0.25 degree resolution, while future projections apply IPCC AR6 climate models with statistical downscaling. Spatial layers are derived from 10m Sentinel-2 satellite imagery processed through 3Bee's OASI platform.
Frequently Asked Questions
Answers to the most common questions about this tool
1What climate parameters does the tool analyze?
The tool evaluates 9 parameters across 4 categories: Temperature (historical trends with anomalies and future projections under SSP2-4.5 and SSP5-8.5 scenarios), Precipitation (rainfall distribution with monthly breakdown and snowfall accumulation), Atmospheric (wind speed and direction by month, weather type classification, cloud cover percentage), and Water Balance (De Martonne aridity index and evapotranspiration with satellite-derived spatial layers).
2What are the SSP scenarios used for future projections?
SSP (Shared Socioeconomic Pathways) are IPCC climate projection scenarios. The tool uses SSP2-4.5, a moderate emissions pathway, and SSP5-8.5, a high-emissions fossil-fuel-intensive pathway, to project future temperature trends through 2100. Both scenario lines are displayed on the same chart so you can compare moderate and worst-case warming trajectories for your specific location.
3What are the warming stripes and where does the data come from?
Warming stripes are a visualization created by climatologist Ed Hawkins. They display temperature anomalies as a sequence of colored vertical bars — blue for cooler-than-average years and red for warmer-than-average years. Historical data (up to the current year) comes from ERA5 reanalysis records, while future projections follow the SSP5-8.5 scenario. The baseline is calculated from the first 20 years of historical data. You can download the stripes banner as a PNG image.
4What data sources power the analyses?
Historical climate parameters use ERA5 reanalysis data from ECMWF (0.25 degree resolution, from 1940 to present). Future temperature projections come from IPCC AR6 climate models via the Copernicus Climate Data Store. Weather classification uses OpenMeteo daily records. Spatial layers for evapotranspiration and aridity are generated from Sentinel-2 satellite imagery at 10m resolution.
5How does the spatial map comparison work?
When you run aridity or evapotranspiration analyses, the tool generates satellite-derived spatial layers. These appear in a map comparison section below the result cards. If both layers are available, you can compare them in grid mode (side by side with synchronized panning) or slider mode (overlaid with a draggable divider). If only one layer is available, it displays in a single map view.
6How can I share results and generate reports?
On the results page you have three options: Share generates a link that lets anyone view your full analysis at zero credit cost (login required to create the share link). The Report Editor opens a built-in WYSIWYG HTML editor with cover page, location info, KPI tables, all charts, and editable comment fields per section — exportable to DOCX. You can also download individual analysis charts as PNG or data tables as CSV.
7What happens if I analyze the same location again?
Previously computed analyses for a location are detected automatically. They appear as locked (free) in the analysis selection step, so you can re-access existing results at zero additional cost. You only spend credits on new parameters not yet computed for that site. Your analysis history is saved server-side for authenticated users and locally for guests.
8How much does a climate analysis cost?
Each individual parameter costs 0.4 credits. Running all 9 analyses costs approximately 3.6 credits. You receive 10 free credits on signup with no credit card required. Already-computed analyses for the same site are free to re-access. The credit estimator on the selection step shows the exact cost before you confirm. Additional credit packages start from 19.90 euros.
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