The EJAtlas (www.ejatlas.org) is an archive of ecological distribution conflicts (Martinez-Alier and O'Connor, 1996) that took place in the last decades or are taking place now mostly at the commodity extraction frontiers or at the waste disposal frontiers (Temper et al 2015(Temper et al , 2018. The EJAtlas is a product of the grassroots counter-movement for environmental justice, and at the same time a tool for researching its contemporary history and supporting its presence across world regions and cultures. The EJAtlas provides descriptions and coded materials for research on comparative, statistical political ecology (Scheidel et al, 2020, Tran et al., 2020, Martinez-Alier 2021. One of its main purposes is to lift the curtain of invisibility over movements for environmental justice or "liberation ecologies" (Peets and Watts, 2004) (these are names that look at the aims of the movements) or over the environmentalism of the poor and the indigenous, ecofeminism, subaltern environmentalism, the environmentalism of the dispossessed, peasant or agrarian environmentalism, working-class environmentalism, the environmentalism of "peoples of color" (names that look at the social actors).The industrial economy was still growing until 2020. Energy from the photosynthesis of the distant past, fossil fuels, is burnt and dissipated. Even without further economic growth the industrial economy would need new supplies of energy and materials extracted from the "commodity frontiers", producing also more waste (including excessive amounts of greenhouse gases). Therefore, new ecological distribution conflicts (EDC) arise all the time. We are registering them in the Atlas of Environmental Justice (ejatlas.org).Calisto Friant et al., 2020 offer a rich typology of the discourses on the circular economy. In a nutshell, the concept of 'circular economy' implies that material resources could be increasingly sourced from within the economy, reducing environmental impact by increasing the reuse and recycling of materials. However, quantitative biophysical, metabolic analysis