How Your Insights Come to Life
Real climate risk insights at asset-level precision. Here's a sample of the granular data we deliver for every location.
| Metric | Present | 2050L | 2050M | 2050H | 2085L | 2085M | 2085H |
|---|---|---|---|---|---|---|---|
| Average yearly temperature | 10.1 °C | +1.3 °C | +1.5 °C | +2.1 °C | +1.2 °C | +2.1 °C | +4.4 °C |
| Average summer temperature | 19.1 °C | +1.4 °C | +1.7 °C | +2.2 °C | +1.2 °C | +2.3 °C | +5.0 °C |
| Average winter temperature | 1.4 °C | +1.5 °C | +1.5 °C | +2.4 °C | +1.5 °C | +2.1 °C | +4.8 °C |
| No. of days max. temperature > 25°C | 35 days | +15 days | +17 days | +24 days | +11 days | +24 days | +55 days |
| No. of days max. temperature > 30°C | 6 days | +6 days | +9 days | +12 days | +6 days | +11 days | +32 days |
| Heating degree days | 2790 °C days | -360 °C days | -389 °C days | -539 °C days | -339 °C days | -533 °C days | -1024 °C days |
| Cooling degree days | 202 °C days | +113 °C days | +140 °C days | +205 °C days | +93 °C days | +205 °C days | +516 °C days |
Temperature projections across low (L), medium (M), and high (H) emission pathways through 2085. Shows both baseline and future scenarios with multi-model ensemble uncertainty.
| Metric | Present | 2050L | 2050M | 2050H | 2085L | 2085M | 2085H |
|---|---|---|---|---|---|---|---|
| Average yearly total precipitation | 683 mm | +30 mm | +9 mm | +26 mm | +54 mm | +31 mm | +42 mm |
| Average spring total precipitation | 159 mm | +21 mm | +15 mm | +23 mm | +33 mm | +29 mm | +40 mm |
| Average summer total precipitation | 214 mm | +7 mm | -10 mm | -11 mm | +10 mm | +1 mm | -28 mm |
| Average autumn total precipitation | 156 mm | +2 mm | -1 mm | +3 mm | +3 mm | -11 mm | +6 mm |
| Average winter total precipitation | 154 mm | +0 mm | +5 mm | +11 mm | +8 mm | +12 mm | +23 mm |
| Days exceeding 10mm over the year | 12 days | +2 days | +1 days | +2 days | +1 days | +2 days | +3 days |
| Daily max precipitation | 29 mm | +1 mm | +2 mm | +2 mm | +4 mm | +2 mm | +7 mm |
| Number of dry days (<1mm) | 226 days | -1 days | +3 days | +1 days | -5 days | +2 days | +5 days |
Precipitation patterns with seasonal breakdowns and extremes. Captures shifts in rainfall intensity and frequency across future scenarios and emission pathways.
| Hazard Event | Present | 2030L | 2030M | 2030H | 2040L | 2040M | 2040H |
|---|---|---|---|---|---|---|---|
| 10-year riverflood event | 1.6 m | 1/9 yr | 1/10 yr | 1/9 yr | 1/9 yr | 1/9 yr | 1/9 yr |
| 50-year riverflood event | 1.9 m | 1/47 yr | 1/48 yr | 1/47 yr | 1/46 yr | 1/45 yr | 1/43 yr |
| 100-year riverflood event | 2.0 m | 1/95 yr | 1/95 yr | 1/94 yr | 1/93 yr | 1/93 yr | 1/90 yr |
| 500-year riverflood event | 2.2 m | 1/475 yr | 1/478 yr | 1/470 yr | 1/465 yr | 1/464 yr | 1/452 yr |
Physical hazard quantification: return periods and water heights for flood events. Shows how extreme weather recurrence changes across future scenarios—critical for infrastructure planning.
| Metric | Present | 2030L | 2030M | 2030H | 2040L | 2040M | 2040H | 2050L | 2050M | 2050H | 2060L | 2060M | 2060H | 2070L | 2070M | 2070H |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Temp > 30°C probability | 6.4% | +3.5% | +3.3% | +4.4% | +6.2% | +7.3% | +10.1% | +8.4% | +11.5% | +17.4% | +9.7% | +15.7% | +26.2% | +10.3% | +19.7% | +36.8% |
| Temp > 32°C probability | 1.6% | +2.0% | +1.9% | +2.6% | +3.7% | +4.3% | +6.2% | +5.0% | +7.0% | +11.1% | +5.9% | +9.9% | +17.8% | +6.2% | +12.8% | +26.6% |
| Days >= 62kmh wind | 7.5 days | -1.4 days | -0.9 days | -0.8 days | -1.7 days | -1.1 days | -0.9 days | -1.9 days | -1.5 days | -1.0 days | -2.3 days | -2.3 days | -1.3 days | -2.4 days | -2.5 days | -1.6 days |
| Days >= 44kmh wind | 57.8 days | -8.6 days | -7.0 days | -5.8 days | -12.5 days | -8.5 days | -6.9 days | -13.6 days | -10.6 days | -7.7 days | -16.2 days | -13.4 days | -9.4 days | -16.4 days | -15.2 days | -11.3 days |
Comprehensive summary view: Multiple hazards and timeframes in a single dataset. This is what decision-makers need: clear, actionable climate intelligence showing probabilities and trends across decades.
Precipitation Analysis - CMIP6 models showing monthly precipitation patterns, annual totals, seasonal climatology, and distribution analysis with uncertainty bands
Seasonal Patterns - Comprehensive seasonal breakdown with box plots, violin distributions, precipitation heatmaps by month and year, and cumulative trends
Temperature Patterns - Monthly average maximum temperatures with standard deviation ranges and historical min-max bounds for long-term reference
Advanced Climate Analysis - Multi-dimensional climate metrics showing relationships between different environmental variables and their temporal evolution
Integrated Climate Assessment - Comprehensive view combining multiple climate indicators for holistic risk assessment and trend analysis
These visuals aren’t just charts,they’re clear stories about how your climate risks have changed and where they’re heading. We combine decades of historical satellite observations with validated CMIP6 climate model projections, layering in ensemble uncertainty so nothing is left to guesswork. Every graph is crafted to be presentation-ready, clean and intuitive to understand. These are designed for stakeholder conversations. Whether you're explaining past trends or future risks, the visuals make the science easy to follow and the decisions easier to defend. We handle the technical complexity so your team can focus on delivering clarity and confidence.