An open-source activism platform
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Updated
Jul 11, 2024 - Vue
Global climate change refers to the rise of earth's temperature, caused by human factors. It originates from the greenhouse effect of certain gases in our atmosphere like carbon dioxide (CO2) or methane (CH4) that block the escaping heat. The concentration of these gases has risen dramatically by human impact since the mid of the 20th century, with the burning of fossil fuels (oil and gas) and deforestation being main causes of this rise. The observed and expected effects include more and longer periods of draught, wildfires and an increased number of extreme weather events.
An open-source activism platform
Learn about Chicago's most polluting buildings, and what they can do to clean up their act!
The frontend of the Climate Change Bot which answers questions about climate change.
Seal Level R(a)ise is a smart contract driven donation platform which uses blockchain technology to establish a functioning DAO and give Small States the opportunity to submit funding projects
This explore module allows you to quickly filter a list of items. Currently running with the IAMC 1.5 database and a list of co-production techniques.
Dashboards to investigate data from learn modules modules in more detail
🌍 Mipa is the strategic coordination web app from collective-change.org, which aims to help the world achieve sustainablility by 2030.
An explorative interface for spatial extreme events data
This module explores how current decarbonization plans until 2030 relate to the long-term targets of the Paris Agreement.
A learn module on exposure of land and population to extreme events
The Senses Toolkit offers a range of modules to learn about and explore climate change scenarios.
Interactive introduction into climate change scenarios
A learn module on finance related transition risks for the Power Sector
A learn module on land use change and sustainable land management
Environ-Mate Web App Source Code
Official Meteostat Insights Blog.
In this module, we illustrate how to use co-production techniques to start or develop adaptation planning given different stages of the policy cycle.
In this module, we show how co-production techniques can be applied to developing socio-economic scenarios and adaptation options and strategies in sub-global impact, adaptation, and vulnerability studies. We demonstrate this process in a case study focused on Kenya.
In this module, we illustrate how co-production techniques can be applied in combination with socioeconomic and impact scenarios to develop adaptation pathways for a climate robust and CO₂-neutral landscape. We demonstrate this process with the case study of the Dutch Overijsselse Vecht.
Third transition risk module on financial related risks for the End-Use Sector
Created by Humanity