Scenarios:
SSP1 RCP2.6 ("orderly", 1.8°C warming by 2100)
SSP2 RCP4.5 ("disordely", 2.5-3°C warming)
SSP5 RCP8.5 ("hot-house world", 4-6°C warming).
Forward-looking periods:
2030, 2040, 2050.
Hazards:
Flood, Severe Storm, Cold Stress, Heat Wave, Drought, Landslide, WildFire, Extreme Rainfall, Temperature change, Change in Precipitation patterns, Sea Level Rise.
Present day risk scores are calculated based on all historical climate data available up to TODAY minus one month
Weather Trade Net Weather Trade Net
Weather Trade Net Weather Trade Net
Weather Trade Net Weather Trade Net Weather Trade Net Weather Trade Net
Weather Trade Net Weather Trade Net Weather Trade Net Weather Trade Net
Weather Trade Net Weather Trade Net Weather Trade Net Weather Trade Net
1. How do climate risks change between 3 scenarios, between 4 periods and between 11 hazards?
2. Which hazards are already known and have been previously observed at this location? Refer to the "Present" column.
3. Which locations exhibit emerging trends and significant changes across various time horizons and scenarios?
According to historical climate data, as of TODAY, the top two hazards are ... and ....
Detailed answers to these questions are provided in our analytical PDF reports.
When reviewing these results, the primary focus should be on properties (facilities, assets) and hazards with Severe or Extreme risk scores.
Asset-level physical climate risk assessment is based on the time series of past and future climate hazards, using both observations and climate models. Asset-level risk scores serve as the foundation for the bottom-up Portfolio Scan. Get the Methodology
With these numbers included in your annual report, your company achieves 100% compliance with CSRD/ESRS E1 and ISSB/IFRS S2 regarding the physical climate risk requirements.
Percentage share of the portfolio "at risk" from the two most important hazards: those with Severe and Extreme asset-level risk scores.
|
Two most important hazards |
Present day percentage | 2030 | 2040 | 2050 | ||||||
| RCP2.6 | RCP4.5 | RCP8.5 | RCP2.6 | RCP4.5 | RCP8.5 | RCP2.6 | RCP4.5 | RCP8.5 | ||
|
Two most important hazards | |||
|
Present day percentage | |||
| 2030 | RCP2.6 | ||
| RCP4.5 | |||
| RCP8.5 | |||
| 2040 | RCP2.6 | ||
| RCP4.5 | |||
| RCP8.5 | |||
| 2050 | RCP2.6 | ||
| RCP4.5 | |||
| RCP8.5 | |||
Weather Trade Net Weather Trade Net
Weather Trade Net Weather Trade Net
Weather Trade Net Weather Trade Net Weather Trade Net Weather Trade Net
Weather Trade Net Weather Trade Net Weather Trade Net Weather Trade Net
Weather Trade Net Weather Trade Net Weather Trade Net Weather Trade Net
1. What are the main hazards for these facilities?
2. Which hazards are already known and have been observed in the past, see column "Present" ?
3. Which locations show emerging trends and major extremes? These facilities need urgent action to mitigate financial loss & physical damage.
Based on the analysis of 11 hazards across 0 sites, spanning historical and three forward-looking time horizons, the focus is primarily on hazards with Severe and Extreme risk scores.
If considering the present day exposure based on all historical climate data, the primary 2 hazards for this portfolio out of 11 are and .
These hazards have the highest location-specific risk scores.
Piecharts demonstrate the portfolio view for these two primary hazards: "present day" asset-level risk exposure.
Asset-level physical climate risk assessment is based on the time series of past and future climate hazards, using both observations and climate models. Asset-level risk scores serve as the foundation for the bottom-up Portfolio Scan. Get the Methodology
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Good to know:
There are different types of analytical reports:
for individual sites (asset-level) and groups of locations (portfolio level).
You can scan up to 500 locations at once - all together for just £350.
FYI: You can choose between a
short executive summary and a more
advanced & detailed version.
All climate risk metric is also available in a digital format,
raw data and processed,
including probabilities of extreme events, climate hazard maps, flood depth, fine resolution flood maps,
in Excel files, and through direct instant API access.
Offshore climate hazard data is also available.