Climate Cooldown is a cooperativeCooperation This is a dummy entry about cooperation. educational board game designed for 2–4 players (though the game is scalable for larger groups in classrooms). Over the course of up to five rounds, players must coordinate their actions to slash global emissions, build green energy grids, and heal damaged ecosystems before the planet hits a tipping point of ecological collapse. The game approaches the crisis through a highly systemic lens, aiming to model frictions between political, economic, and geophysical systems. While Climate Cooldown is explicitly framed as an educational game, it shares many gameplay principles with Daybreak, a commercial board game about climate policies.
The game features a game loop that prevents it from simply presenting “good vs. bad” choices and outcomes. The state of the planet is governed by two distinct, interconnected trackers on the main game board. The Impact Meter tracks humanity’s collective carbon footprint and environmental burden; player actions, e.g. the types of power plants they run or initiatives they fund, directly push this tracker up or down. The Global Meter represents the actual average global temperature increase. At the end of a round, the position of the Impact Meter dictates how the Global Meter moves. If your collective human impact is high, the global temperature spikes. As the temperature rises into yellow and red zones, the disaster cards drawn each round become more frequent and devastating, destroying vital resources and resetting players’ progress.
Climate Cooldown frames structural inertia as the primary cause of the climate crisis, specifically a global reliance on unsustainable power sources. It doesn’t focus on individual lifestyle choices but on macro perspectives like resource distribution and industrial pollution. The game models the so-called ‘green premium’ and transition costs towards more sustainable scenarios. For example, when players build Sustainable Power cards (like geothermal power sources), the game forces a seemingly paradoxical ‘penalty’ as introducing green energy initially causes a short-term increase on the Global Meter. This captures the real-world carbon impact of infrastructure deployment and manufacturing clean tech before the long-term grid benefits can kick in.
To win, players cannot rely on a single type of strategy but the game requires coordinated advancement in three distinct domains. 1) Investment before divestment: Players cannot simply discard fossil fuel cards immediately as doing so causes an energy deficit that paralyzes a region’s economy. Instead, they must actively invest in sustainable energy alternatives first, securing a clean baseline before they can effectively ‘divest’ from fossil fuels. 2) Ecosystem restoration: Apart from lowering emissions, players must actively pull carbon out of the loop and repair existing damage. For example, they can spend resources to buy cooldown cards like Reforestation, Bamboo Land Sinks, or Bioremediation. These cards allow players to place land and ocean tokens on the board, thereby restoring degraded ecological zones and lowering the Impact Meter. 3) Climate justice: The world map is split into 4 distinct regions, each starting with asymmetrically distributed resources. International equity becomes as a core victory consideration as e.g. wealthier regions must utilize diplomacy tiles to donate excess resources to poorer regions. Without this, vulnerable regions will succumb to incoming disasters which prevents players from winning together.
In a hypothetical mid-game scenario, a Mega-Drought disaster card could be drawn, targeting Region A and wiping out some of their vital food and water resource tokens. Region A is now financially and materially compromised, unable to fund their planned transition away from a polluting coal plant. In the Diplomacy Phase, another region could step in; using a Diplomacy action, they pay a transaction cost to transfer their excess Resource cards over to Region A. During the Action Phase, Region A can use the newly injected capital to construct a Geothermal Power card, which increases the Impact Meter temporarily but it successfully meets the region’s base-load energy needs. Thus, they can use their remaining action to divest from their Coal card, placing it into the scrap pile to permanently drop the overall global emissions on the Impact Meter. During the Cooldown Phase, to clean up the remaining environmental damage, Region C could play a Bamboo Land Sinks Cooldown card, thus deploying a land token to the board and stabilizing the Impact Meter before reaching a more dangerous level, which would result in more frequent and severe disasters. The game also features a Hard Mode, which more closely reflects real-world challenges. In Hard Mode, if the temperature climbs into the yellow or red, the impact of all disaster cards is doubled. Furthermore, the win condition shifts from merely lowering impact to demanding complete and total divestment from all fossil fuels across every single region on the board.