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    Climate Analysis

    Explore temperature, precipitation, wind, and future projections for any location using ERA5 data and IPCC scenarios.

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    About this tool

    9 climate parameters with ERA5 data, SSP scenarios, warming stripes, and downloadable PDF/HTML/DOCX reports

    Learn more about this tool

    Frequently Asked Questions

    Answers to the most common questions about this tool

    1What is the Climate Analysis tool and what does it analyze?

    It is a comprehensive climate analysis tool that evaluates 9 parameters for any location: historical temperature trends with anomalies, future temperature projections under SSP scenarios, wind speed and direction patterns, rain and precipitation distribution, weather type classification, aridity index, evapotranspiration water balance, cloud cover, and snow accumulation. Results include interactive charts, data tables, spatial map comparisons, and downloadable reports.

    2What are the SSP scenarios and how are they used?

    SSP (Shared Socioeconomic Pathways) are climate projection scenarios from the IPCC. The tool uses SSP2-4.5 (intermediate emissions pathway) and SSP5-8.5 (high emissions, fossil fuel-intensive pathway) to project future temperature trends through 2100. Each scenario shows how temperatures may evolve with uncertainty bands, allowing you to compare moderate and worst-case warming trajectories for your location.

    3What are the warming stripes?

    The warming stripes are a visualization inspired by climatologist Ed Hawkins. They display temperature anomalies from 1950 to 2100 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 records, while future projections follow the SSP5-8.5 scenario. You can download the stripes banner as a PNG image.

    4What data sources power the climate analysis?

    The tool uses data from ERA5 (ECMWF Reanalysis), the Copernicus Climate Data Store, OpenMeteo for historical weather classification, and Sentinel-2 satellite imagery for spatial layers. Temperature projections are based on IPCC AR6 climate models under SSP scenarios.

    5How does the spatial map comparison work?

    For analyses that produce spatial layers (evapotranspiration and aridity), you can compare results in two modes: grid view shows both layers side by side, while slider view overlays them with a draggable divider. You can adjust layer opacity and switch between comparison modes to better understand spatial patterns.

    6Can I share my analysis with colleagues?

    Yes. Each completed analysis generates a share link you can send to anyone. Recipients can view the full results — all charts, data tables, spatial maps, and warming stripes — at no credit cost. This makes it easy to collaborate on climate assessments.

    7What report formats are available?

    You can generate comprehensive reports in three formats: HTML (A4-printable with interactive elements), PDF (for archiving and formal documentation), and DOCX (editable in Microsoft Word via the built-in editor). Reports include a cover page, location info, KPI summary table, all analysis charts, and editable comment fields for each section.

    8How much does a climate analysis cost?

    Each individual analysis parameter costs 0.4 credits. Running all 9 analyses costs approximately 3.6 credits. On signup you receive 10 free credits with no credit card required. Previously computed analyses for the same location are free to re-access. Additional credit packages start from €19.90.