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Earth-Like is an interactive website and twitter bot that allows users toexplore changes in the average global surface temperature of an Earth-likeplanet due to variations in the surface oceans and emerged land coverage, rateof volcanism (degassing), and the level of the received solar radiation. Thetemperature is calculated using a simple carbon-silicate cycle model to changethe level of $\rm CO_2$ in the atmosphere based on the chosen parameters. Themodel can achieve a temperature range exceeding $-100^\circ$C to $100^\circ$Cby varying all three parameters, including freeze-thaw cycles for a planet withour present-day volcanism rate and emerged land fraction situated at the outeredge of the habitable zone. To increase engagement, the planet is visualised byusing a neural network to render an animated globe, based on the calculatedaverage surface temperature and chosen values for land fraction and volcanism.The website and bot can be found at earthlike.world and on twitter as@earthlikeworld. Initial feedback via a user survey suggested that Earth-Likeis effective at demonstrating that minor changes in planetary properties canstrongly impact the surface environment. The goal of the project is to increaseunderstanding of the challenges we face in finding another habitable planet dueto the likely diversity of conditions on rocky worlds within our Galaxy.

Earth-Like: An education & outreach tool for exploring the diversity of planets like our own