A database for global-to-local climate impacts
Explore data across scales and sectors
Learn more about how climate change will impact temperatures, soil moisture and fire weather. We cover data for most countries in the world.
Explore, for example, how the annual maximum temperature in Niger will change over time in a Delayed climate action scenario.Learn more about how climate change will impact the habitability of the oceans for ecosystems. We cover data for most countries with access to the sea in the world.
Explore, for example, how the annual maximum temperature will change over time in the Exclusive Economic Zone of Niger in a Delayed climate action scenario.Learn more about how climate change will impact heat stress in cities. We cover data for 140 cities around the world.
Explore, for example, how annual maximum temperature will change over time in Niger in a Delayed climate action scenario.The PROVIDE Climate risk dashboard allows you to explore future climate change impacts and (un)avoidable risks from cities to the global scale.
Alternatively, start local and explore what action is needed on climate to avoid climate impacts in your city.
This mode allows you to explore different climate futures and how they will affect the environment and people.
Choose your geography type and choose an indicator to explore how future climate impacts will develop under various emission scenarios.
- Climate scientists (terrestrial, marine and urban)
- Experts working on climate risks
- Climate litigation experts
- Science communicators
- National policy makers
In this mode you can explore how we can avoid reaching undesirable climate impact levels in urban areas.
You can choose a city, an urban heat indicator and the level of impact, and see when your selected level of impact will be exceeded. You can then explore which climate action pathway might help your city avoid this impact level.
- Urban planners, policy makers and climate adaptation experts
- Science communicators
- Experts working on climate risks
The PROVIDE project is a Horizon Europe funded consortium of scientists and policy experts, working to develop new, faster ways to project climate impacts, and ultimately, provide information on how we can avoid them. The project, aside from developing new scientific methods, aims to provide more clarity on how climate impacts might develop after peak temperatures, in so-called ‘overshoot scenarios’, and if they can be reversed.