Screenshot(s) of the interactive content material as of 26 05 2023
View the interactive content material web page
From nation to city-level emissions, measuring adaptation vs. mitigation, monitoring local weather finance from the private and non-private sectors, understanding world local weather objectives and the motion wanted to satisfy them requires a wealth of data. Knowledge exists for a lot of points of local weather change, however with a whole bunch of platforms and numerous datasets, it may be tough to tell apart the most effective data for a specific want, or to search out the place information gaps exist.
This interactive visible reveals a matrix of greater than 80 main local weather information platforms, displayed by matter (x-axis) and geographic degree/scale (y-axis). Customers also can view this information as a filterable desk or obtain it straight.
Potential use circumstances embrace:
- Local weather information analysts can discover probably the most related platform for his or her particular matter and the extent at which they work.
- Funders and information creators can pinpoint information gaps, examine if there are current platforms on a topic to keep away from redundancy of recent work, or leverage synergies by constructing on current work.
- Metropolis planners can discover information on peer cities’ emissions and local weather actions, in addition to how these actions may relate to national-level targets.
- Choice makers searching for particular information on coverage, finance or different matters can discover related information for varied scales, evaluating coverage or funding from varied cities, international locations or areas.
A few of the notable patterns present in curating this dataset embrace: an overarching deal with mitigation, vitality and country-level information; quite a few platforms showcasing comparable datasets; and a common lack of upkeep, even on fastidiously constructed datasets. These all underscore a transparent want to enhance the world’s climate-related information infrastructure.
This Knowledge Visualization is a part of our Local weather Program. Attain out to Irene Berman-Vaporis for extra data.
Johannes Friedrich, Hannah Roeyer, Sam Lumley and Denisse Delmonte