Fight Like An Animal

Chapter Four: The Depth-Seekers. After life on Earth almost ended in a mass extinction ~250 million years ago, single-celled photosynthetic plankton evolved that mineralize carbon to make exterior shells. When they die, they drop to the bottom of the ocean, and this carbon becomes geologically stable. This ushered in an age of greater climate stability. One of the most important of these marine organisms is the coccolithophores, whose beautiful calcium carbonate shells form seafloor sediments...

Chapter Three: Rise of the Xenobots. Can life be persuaded to take novel forms and behaviors that stabilize the Earth system? The only way to find out is to find out. Let's look to the strange frontiers of experimental biology for a framework of inquiry. Two kinds of so-called biobots have been constructed, one from embryonic frog cells and one from human lung cells. These cellular collectives become autonomously mobile, begin differentiating, and take on novel problems to solve. We can't kno...

What does it feel like, in our bodies, to be in a Marxist reading group or an anarchist direct action collective? What unexamined stories, from our profoundly traumatizing experiences of development, do we carry into political organizing structures? What relational patterns do we experience in situations ranging from families to graduate school that we then repeat, using new language and frames of reference, when we try to save the world? What does it mean to be a revolutionary, in terms of t...

Chapter Two: The Poison Eaters. In this chapter, we examine some possible experimental biology-assisted climate interventions, such as mineralization of rapidly-produced biomass. We then return to the question of massive, rapid methane release from undersea deposits, journeying to a place called Hydrate Ridge off the coast of Oregon, where two very different organisms form a symbiotic association to metabolize methane. This seafloor filtration is similar to an organ like a kidney, keeping the...

Chapter One: Will the Wasteland Blossom? Here we search for synthetic biology-assisted interventions into runaway climate change and other catastrophic Earth changes. Our first chapter looks at the current state of climate science, and the schools of thought within it. We look at the physical metaphors we use to think about planetary change, such as “thresholds” and “collapse,” and how they constrain our ability to speak of the dynamic range of conceivable futures. We examine the sparse and c...