#environmentalhistory — Public Fediverse posts

scale. Sign up now to join us in person or via Zoom: www.ghil.ac.uk/event... 🔗 #environmentalhistory #hydrology #EarthScience #geopolitics 📷 Public domain / US Government product 6/6

It also considers how changing economic, legal, and constitutional contexts made flood management an increasingly political issue. 🌊 Sign up now to join us in person or online: www.ghil.ac.uk/event... #environmentalhistory #climatehistory #earlymodern #earlymodernhistory #flooding 3/4

#Symposium - 40 years after #chornobyl, the MWNO and the Aleksanteri-instituutti - Aleksanteri Institute want to reflect on historical constellations and aftereffects of man-made disasters with a focus on nuclear, military and petrocultures in Eastern Europe and Northern Eurasia from the Cold War until today.

May 28th, 2026, 12:45 pm EET
Helsinki and online

You can consult the program of the symposium here: https://mwseasteurope.hypotheses.org/files/2026/05/Program-28th-of-May-Man-Made-Disasters.pdf

To participate, please, register in advance: https://shorturl.at/5kKCT

#mwno #MWS #environmentalhistory #chernobyl #NuclearHistory

#Symposium - 40 years after #chornobyl, the MWNO and the Aleksanteri-instituutti - Aleksanteri Institute want to reflect on historical constellations and aftereffects of man-made disasters with a focus on nuclear, military and petrocultures in Eastern Europe and Northern Eurasia from the Cold War until today.

May 28th, 2026, 12:45 pm EET
Helsinki and online

You can consult the program of the symposium here: https://mwseasteurope.hypotheses.org/files/2026/05/Program-28th-of-May-Man-Made-Disasters.pdf

To participate, please, register in advance: https://shorturl.at/5kKCT

#mwno #MWS #environmentalhistory #chernobyl #NuclearHistory

#Symposium - 40 years after #chornobyl, the MWNO and the Aleksanteri-instituutti - Aleksanteri Institute want to reflect on historical constellations and aftereffects of man-made disasters with a focus on nuclear, military and petrocultures in Eastern Europe and Northern Eurasia from the Cold War until today.

May 28th, 2026, 12:45 pm EET
Helsinki and online

You can consult the program of the symposium here: https://mwseasteurope.hypotheses.org/files/2026/05/Program-28th-of-May-Man-Made-Disasters.pdf

To participate, please, register in advance: https://shorturl.at/5kKCT

#mwno #MWS #environmentalhistory #chernobyl #NuclearHistory

#Symposium - 40 years after #chornobyl, the MWNO and the Aleksanteri-instituutti - Aleksanteri Institute want to reflect on historical constellations and aftereffects of man-made disasters with a focus on nuclear, military and petrocultures in Eastern Europe and Northern Eurasia from the Cold War until today.

May 28th, 2026, 12:45 pm EET
Helsinki and online

You can consult the program of the symposium here: https://mwseasteurope.hypotheses.org/files/2026/05/Program-28th-of-May-Man-Made-Disasters.pdf

To participate, please, register in advance: https://shorturl.at/5kKCT

#mwno #MWS #environmentalhistory #chernobyl #NuclearHistory

#Symposium - 40 years after #chornobyl, the MWNO and the Aleksanteri-instituutti - Aleksanteri Institute want to reflect on historical constellations and aftereffects of man-made disasters with a focus on nuclear, military and petrocultures in Eastern Europe and Northern Eurasia from the Cold War until today.

May 28th, 2026, 12:45 pm EET
Helsinki and online

You can consult the program of the symposium here: https://mwseasteurope.hypotheses.org/files/2026/05/Program-28th-of-May-Man-Made-Disasters.pdf

To participate, please, register in advance: https://shorturl.at/5kKCT

#mwno #MWS #environmentalhistory #chernobyl #NuclearHistory

#earlymodern #earlymodernhistory #flooding #environmentalhistory 📷 William Jones, God’s Warning to His People of England (London, 1607) 5/5

One more invasive species bro just one more

https://piefed.social/c/historymemes/p/1958246/one-more-invasive-species-bro-just-one-more

📖 The #FIREUSES team has published an article in Arcadia (Environment & Society Portal) on the role of farming and burning in changing Portuguese ‘fire landscapes’.

🔓 It can be read at https://www.environmentandsociety.org/arcadia/rocas-and-queimadas-changing-landscapes-fire-twentieth-century-portugal

#Histodons #EnvHist #EnvironmentalHistory #RuralHistory #Farming #Fires #HistóriaAmbiental #HistóriaRural #Agricultura #OpenAccess #AcessoAberto #Roças #Queimadas #Fogo

✍️ Está aberta a chamada para artigos do dossier temático "Culturas do Fogo", coordenado por Frederico Ágoas e Miguel Carmo e a ser publicado na Revista de História das Ideias. O dossier pretende focar-se nos quadros culturais, epistémicos e políticos através dos quais o fogo tem sido experienciado, contestado e representado através do tempo.

ℹ️ https://ihc.fcsh.unl.pt/chamada-historiaideias-2026/

#Histodons #CallForPapers #EnvironmentalHistory #SocialHistory #Fire #Wildfires #CulturalHistory #Fogo #Incêndios #FogosPT

✍️ Está aberta a chamada para artigos do dossier temático "Culturas do Fogo", coordenado por Frederico Ágoas e Miguel Carmo e a ser publicado na Revista de História das Ideias. O dossier pretende focar-se nos quadros culturais, epistémicos e políticos através dos quais o fogo tem sido experienciado, contestado e representado através do tempo.

ℹ️ https://ihc.fcsh.unl.pt/chamada-historiaideias-2026/

#Histodons #CallForPapers #EnvironmentalHistory #SocialHistory #Fire #Wildfires #CulturalHistory #Fogo #Incêndios #FogosPT

✍️ Está aberta a chamada para artigos do dossier temático "Culturas do Fogo", coordenado por Frederico Ágoas e Miguel Carmo e a ser publicado na Revista de História das Ideias. O dossier pretende focar-se nos quadros culturais, epistémicos e políticos através dos quais o fogo tem sido experienciado, contestado e representado através do tempo.

ℹ️ https://ihc.fcsh.unl.pt/chamada-historiaideias-2026/

#Histodons #CallForPapers #EnvironmentalHistory #SocialHistory #Fire #Wildfires #CulturalHistory #Fogo #Incêndios #FogosPT

✍️ Está aberta a chamada para artigos do dossier temático "Culturas do Fogo", coordenado por Frederico Ágoas e Miguel Carmo e a ser publicado na Revista de História das Ideias. O dossier pretende focar-se nos quadros culturais, epistémicos e políticos através dos quais o fogo tem sido experienciado, contestado e representado através do tempo.

ℹ️ https://ihc.fcsh.unl.pt/chamada-historiaideias-2026/

#Histodons #CallForPapers #EnvironmentalHistory #SocialHistory #Fire #Wildfires #CulturalHistory #Fogo #Incêndios #FogosPT

✍️ Está aberta a chamada para artigos do dossier temático "Culturas do Fogo", coordenado por Frederico Ágoas e Miguel Carmo e a ser publicado na Revista de História das Ideias. O dossier pretende focar-se nos quadros culturais, epistémicos e políticos através dos quais o fogo tem sido experienciado, contestado e representado através do tempo.

ℹ️ https://ihc.fcsh.unl.pt/chamada-historiaideias-2026/

#Histodons #CallForPapers #EnvironmentalHistory #SocialHistory #Fire #Wildfires #CulturalHistory #Fogo #Incêndios #FogosPT

New isotopic analysis suggests seabird guano wasn’t just fertilizer in pre-Inca Peru—it was a foundation of political power, fueling agricultural surplus and the rise of the Chincha Kingdom. #Archaeology #AncientPeru #EnvironmentalHistory #PreInca https://www.anthropology.net/p/bird-droppings-and-political-power

🆕 As part of the IHC's efforts to consolidate scientific careers, we are pleased to announce the signing of eleven new permanent contracts.

👉 Read more here: https://ihc.fcsh.unl.pt/en/eleven-permanent-contracts/

#Histodons #ScienceJobs #History #ContemporaryHistory #Migrations #SocialMovements #ModernHistory #Anthropocene #Colonialism #HistoryOfScience #Imperialism #Fascism #Capitalism #SocialHistory #PoliticalHistory #ColonialHistory #EnvironmentalHistory #CulturalHistory

The Kernel and the Ark

I. The Wall and the Infinite

It is possible that the history of the modern West hinges on a single, melancholic misreading of Voltaire. When Candide, exhausted by the Lisbon earthquake and the brutalities of the Seven Years’ War, finally withdraws to the banks of the Propontis to utter his famous dictum—“Il faut cultiver notre jardin”—he is not proposing a program of agricultural management. He is issuing a plea for containment. To cultivate a garden, in the shadow of such overwhelming chaos, is an act of stoic resignation. It is an admission that the world is too vast, too violent, and too unintelligible to be governed by reason. One builds a wall against the infinite, and within that limited circumference, one tends to the soil. The garden is a refuge from nature.

Yet, as the industrial century unfolded, this sentiment underwent a strange inversion. The humility of the retreat was lost, replaced by a technocratic ambition that saw the wall not as a limit, but as a prototype. The imperative shifted: it was no longer enough to carve out a sanctuary from the planetary wild; the logic of the garden was to be extended until it covered the earth entirely. The garden ceased to be a refuge and became a replacement.

We might trace the genealogy of this hubris—the architectural drift from the bounded plot to the total interior. It is a lineage that moves from the Victorian parlor terrarium to the Amazonian plantation, and finally to the hermetically sealed domes of the American desert. It suggests that the dominant form of the Anthropocene is not the city or the factory, but the Greenhouse: a glass ark designed to optimize life by severing it from its context.

Against this transparent, frictionless interior, a different topology emerges. It is not the pristine wilderness, which is a romantic fiction, but something denser, more obscure, and paradoxically more vital. It resembles the “thicket”—a space of entanglement and opacity where the metabolic resistance to simplification can still be found. To understand why the thicket has become a necessary philosophical posture, one must first walk the perimeter of the glass house we have built around ourselves.

II. The Portable Climate

Control, it seems, begins with isolation. Before a system can be optimized, it must be severed from the noise of its environment. In the history of botany, this severance was achieved not by a grand theorist, but by a London surgeon named Nathaniel Bagshaw Ward, who, in 1829, found himself frustrated by the industrial smog of Whitechapel.

Ward’s ferns were dying, choked by the soot of the coal age. His discovery was accidental: while observing a sphinx moth pupa buried in a sealed glass jar containing damp soil, he noticed a quiet miracle. The fern spores within the soil had sprouted. Moisture evaporated from the earth, condensed on the cold glass, and wept back down in a closed hydrological loop. The fern thrived, suspended in a permanent, self-sufficient spring, protected from the London fog by a skin of glass.

This device, the Wardian Case, appears initially as a trivial curiosity of the Victorian parlor. Yet it functioned as the first space capsule. Before the glass case, the botanical world was defined by the tyranny of the local. Plants were bound to their terroir; they could not easily cross the climatic abyss of the oceans without perishing from salt spray or temperature shock. Nature was situated. The Wardian case smashed this locality. It created a portable micro-climate, a fragment of the English garden that could survive the equator, or a slice of the tropics that could endure the North Sea.

The British Empire, always attuned to the logistics of extraction, immediately recognized the power of this portable interior. The case allowed biological life to be stripped of its ecological web and transported as pure genetic capital. In 1848, Robert Fortune utilized these glass arks to smuggle twenty thousand tea plants from Shanghai to the Himalayas, breaking the Chinese monopoly and inaugurating the Indian tea industry. Decades later, Henry Wickham would carry Hevea brasiliensis seeds from Brazil to Kew Gardens, and thence to Malaya, an act of biological relocation that would collapse the Amazonian rubber boom and fuel the coming automobile age.

There is a profound shift in ontology here. The plant inside the case is no longer an organism in conversation with its environment; it has become a “generic input,” severed from the specificities of wind, soil, and insect life. This marks the onset of a biological imperialism where the “garden” is no longer a place one visits, but a box one ships. It represents the victory of the grid over the ocean, the smooth logistics of empire over the rough friction of the earth.

And yet, the closure was never complete. The soil inside those cases carried more than the intended crop; it held what historians call “portmanteau biota”—ants, fungi, earthworms, and weeds. The empire believed it was moving tea, but it was also moving the feral. The “crazy ant” (Paratrechina longicornis) hitched a ride in these portable interiors, beginning a global insurgency that persists to this day. The glass ark, designed to exclude the chaotic outside, had already smuggled the chaos within.

III. The Geometry of the Plantation

If the Wardian case was the molecular unit of this logic, the early twentieth century saw its expansion into a totalizing landscape. The ambition was no longer merely to transport plants, but to rationalize the very environment in which they grew—to smooth out the “thicket” of the world into a legible, productive surface. This is the logic of what Timothy Morton has termed agrilogistics: the ancient program to eliminate contradiction and enforce a monoculture of presence.

The apotheosis of this drive is found in Fordlandia. In 1928, Henry Ford, seeking to break the British rubber monopoly, purchased 2.5 million acres of the Amazon rainforest. He did not see a complex, metabolic web; he saw a disorder to be rectified. He attempted to overlay the industrial grid of Detroit onto the biological density of Brazil.

Fordlandia was less a farm than a moral project. Ford, who despised the “messiness” of history and the disorderly lives of his workforce, sought a clean slate. His engineers cleared the jungle—a thicket of unimaginable complexity—and planted rubber trees in tight, geometric rows. They imposed the discipline of the factory clock, the nutritional regime of oatmeal, and the social ritual of square dancing upon indigenous workers. The land was treated as a terraformed plain, the rubber tree as a standardized cog that would function identically regardless of its context.

But Hevea has a specific terroir. In the wild, rubber trees space themselves out, a natural distancing that serves as an immune system against the South American Leaf Blight (Microcyclus ulei). The distance is the friction that stops the pathogen. By collapsing this distance, by planting the trees in the smooth, efficient rows of the industrial grid, Ford created a banquet for the fungus.

The thicket struck back. The blight moved effortlessly along the vectors of the plantation. The friction of biodiversity had been removed, leaving the path clear for the pathogen. Ford poured capital into pesticides, but the “liveness” of the fungus—its capacity to metabolize the static monoculture—was superior to the dead geometry of the plan.

Fordlandia stands as a parable of the “average.” It illustrates the failure of scaling. One cannot scale terroir without stripping it of its defenses. When a “kernel”—a specific life in a specific context—is treated as a “cog,” it becomes a zombie system: structurally fragile, waiting for the first shock to induce collapse. The attempt to average out the Amazon failed because liveness is inherently non-scalable; it relies on the very friction that the grid seeks to eliminate.

IV. The World Interior of Capital

The failure of the plantation did not arrest the desire for enclosure; it merely drove it indoors. In the post-war era, facing the twin specters of nuclear annihilation and ecological exhaustion, the West embraced the metaphor of “Spaceship Earth.” Popularized by Buckminster Fuller, this concept reimagined the planet not as a mother, but as a vehicle—a mechanical artifact with finite resources, an operating manual, and a need for a pilot.

Fuller’s architectural response was the geodesic dome. He envisioned domes spanning midtown Manhattan to regulate the weather, and “Cloud Nine” spheres floating in the sky, severing humanity entirely from the earth’s crust. This marks the transition to what Peter Sloterdijk calls the “World Interior of Capital.” We ceased to live on the earth and began to live inside a climate-controlled sphere. The shopping mall, the office tower, the sealed automobile—these are foams, interconnected bubbles of immunity where the atmosphere is conditioned and the outside is held at bay.

This logic reached its terminal velocity in 1991 with Biosphere 2. A literal attempt to build a total garden, it was a hermetically sealed glass box in the Arizona desert, containing a miniature rainforest, an ocean, and a desert, along with eight humans. It was designed to prove the viability of a “closed loop” system, a portable world for the colonization of Mars.

Its failure was instructive. The oxygen levels inside the dome plummeted, not because of a mechanical leak, but because the concrete structure itself began to absorb carbon dioxide, starving the plants. The dead matter of the architecture was eating the air. Simultaneously, the “noble” species—hummingbirds and bees—perished, while the feral species exploded. The same crazy ants that had traveled in the Wardian cases overran the facility. Cockroaches multiplied. Morning glory vines choked the curated rainforest.

The human element fared no better. The “crew,” trapped in the smooth proximity of the enclosure, devolved into factionalism. The psychological friction of a world without an “outside” proved unbearable. Biosphere 2 demonstrated that smoothness is chemically and socially unstable. The total interior is a death trap because it lacks the metabolic capacity of the outside. By attempting to eliminate the “weed,” the designers destroyed the immune system of the whole. The ants won because they were the only inhabitants adapted to the high-friction reality of the thicket.

V. The Monoculture of the Sky

We arrive, finally, at the present moment, where the ambition of enclosure has ascended to the stratosphere. Having failed to contain the world in a box, the technocratic impulse has turned to the project of turning the world itself into the box.

This is the logic underpinning geoengineering and Solar Radiation Management. Proposals to inject sulfate aerosols into the upper atmosphere to deflect sunlight represent the ultimate Wardian case. They treat the atmosphere not as a chaotic, sublime force, but as a glazing—a roof whose opacity can be adjusted like a dimmer switch. The planet becomes a single, managed interior.

The risks of such a project—”termination shock,” where a cessation of spraying unleashes accumulated heat in a sudden, lethal wave—are well documented. But the philosophical implication is perhaps even more chilling. As John von Neumann warned decades ago, weather control merges the affairs of every nation. It eliminates the “outside” entirely. There is no longer British weather or Brazilian weather; there is only The System.

This is the realization of the terraformed plain. It is a world where the “dark forest” has been illuminated and managed, where the sun itself is converted into a utility, and where the planet becomes a monoculture of the sky.

VI. The Strategy of the Briar Patch

If the trajectory of modernity is the construction of a fragile, optimized glass ark, where does one find a footing? We cannot return to Voltaire’s garden; the walls are too brittle to hold back the flood. Nor can we resign ourselves to the suffocating interior of Fuller’s dome.

The alternative lies in the texture of the thicket.

In the folklore of the American South, there is the story of Br’er Rabbit and the Briar Patch. When captured by the Fox, the Rabbit pleads, “Don’t throw me in the briar patch!” The Fox, operating on the logic of the predator who prefers the open field, views the briar patch as a torture device—thorny, messy, illegible. He throws the Rabbit in, expecting him to be shredded. But the Rabbit was born in the briar patch. The thorns that cut the Fox are the Rabbit’s defense system.

The modern Fox is the algorithm, the market, the scraper seeking legible data. It desires smoothness. The briar patch represents the local context, the dense history, the “terroir” that resists easy summarization. The thicket is not a retreat into nature, but a strategic niche. It suggests that to survive the simplifying gaze of the machine, one must become “high-friction.”

This requires a redefinition of “liveness.” Liveness is not mere novelty; it is metabolic capacity. The glass ark is a zombie system—a closed loop where inputs equal outputs, preserving form but preventing transformation. The thicket, by contrast, is a fermenter. It takes generic energy—shocks, news, pain—and metabolizes it through a specific kernel to produce something singular.

We see this in the difference between a product and a practice. If one moves a global franchise from Seattle to Singapore, it functions perfectly because it is dead; it is a product, severed from place. If one attempts to move a philosophy like Fichte’s from the salons of Jena to a corporate boardroom, it withers. It requires the nutrient density of its specific scene to survive. It is alive because it is entangled.

Gilles Clément, the French gardener, offers a vocabulary for this posture. He speaks of the “Planetary Garden” not as a machine to be controlled, but as a “Garden in Motion.” He directs our attention to the “Third Landscape”—the roadside verges, the abandoned lots, the scrublands. These are the thickets. They are the reservoirs of genetic diversity where the unscripted life, banished from the monoculture, continues to evolve.

VII. A Gesture Toward the Weed

The history of the West has been a long war against the weed. We built glass cases to distinguish the valuable specimen from the unwanted intruder. We cleared the Amazon to impose the average. We networked the globe to smooth out the friction of distance.

Yet the weed—the superweed that drinks poison and thrives—remains the victor. The thicket is the inevitable return of complexity to a system that tries to simplify it.

The task, then, is not to build a better glass house, but to learn the habits of the briar patch. It is a call to abandon the pursuit of the fragile, legible career or identity—the “glass ark” of the self—and to cultivate a life of density and opacity. To be a fermenter rather than a node. To seek resonance rather than scale.

In a world that seeks to turn every subject into a cog within a planetary spaceship, the most radical act is to become an un-weedingable root—a kernel of such high-dimensional specificity that the algorithm chokes trying to digest it. We should not simply cultivate our garden. We should allow the fence to rot, and watch what grows in the clearing.

#Agrologistics #AI #AlgorithmicResistance #Anthropocene #ArchitectureTheory #Art #artificialIntelligence #Biosphere2 #BuckminsterFuller #Business #ClimatePhilosophy #ComplexityTheory #DeepEcology #DesignFiction #DigitalResistance #EcologicalGrief #Enclosure #EnvironmentalHistory #Fordlandia #futureOfWork #Garden #Geoengineering #GillesClément #Leadership #Liveness #MetabolicRift #Metabolism #Modernity #Permaculture #PeterSloterdijk #philosophy #PhilosophyOfNature #PostIndustrialism #Rewilding #SpaceshipEarth #systemsThinking #Technocracy #Terroir #TheAnthropocene #TheGarden #TheKernel #TheThicket #TheWorldInterior #ThirdLandscape #VictorianBotany #WardianCase #WorldInterior #writing

The Kernel and the Ark

I. The Wall and the Infinite

It is possible that the history of the modern West hinges on a single, melancholic misreading of Voltaire. When Candide, exhausted by the Lisbon earthquake and the brutalities of the Seven Years’ War, finally withdraws to the banks of the Propontis to utter his famous dictum—“Il faut cultiver notre jardin”—he is not proposing a program of agricultural management. He is issuing a plea for containment. To cultivate a garden, in the shadow of such overwhelming chaos, is an act of stoic resignation. It is an admission that the world is too vast, too violent, and too unintelligible to be governed by reason. One builds a wall against the infinite, and within that limited circumference, one tends to the soil. The garden is a refuge from nature.

Yet, as the industrial century unfolded, this sentiment underwent a strange inversion. The humility of the retreat was lost, replaced by a technocratic ambition that saw the wall not as a limit, but as a prototype. The imperative shifted: it was no longer enough to carve out a sanctuary from the planetary wild; the logic of the garden was to be extended until it covered the earth entirely. The garden ceased to be a refuge and became a replacement.

We might trace the genealogy of this hubris—the architectural drift from the bounded plot to the total interior. It is a lineage that moves from the Victorian parlor terrarium to the Amazonian plantation, and finally to the hermetically sealed domes of the American desert. It suggests that the dominant form of the Anthropocene is not the city or the factory, but the Greenhouse: a glass ark designed to optimize life by severing it from its context.

Against this transparent, frictionless interior, a different topology emerges. It is not the pristine wilderness, which is a romantic fiction, but something denser, more obscure, and paradoxically more vital. It resembles the “thicket”—a space of entanglement and opacity where the metabolic resistance to simplification can still be found. To understand why the thicket has become a necessary philosophical posture, one must first walk the perimeter of the glass house we have built around ourselves.

II. The Portable Climate

Control, it seems, begins with isolation. Before a system can be optimized, it must be severed from the noise of its environment. In the history of botany, this severance was achieved not by a grand theorist, but by a London surgeon named Nathaniel Bagshaw Ward, who, in 1829, found himself frustrated by the industrial smog of Whitechapel.

Ward’s ferns were dying, choked by the soot of the coal age. His discovery was accidental: while observing a sphinx moth pupa buried in a sealed glass jar containing damp soil, he noticed a quiet miracle. The fern spores within the soil had sprouted. Moisture evaporated from the earth, condensed on the cold glass, and wept back down in a closed hydrological loop. The fern thrived, suspended in a permanent, self-sufficient spring, protected from the London fog by a skin of glass.

This device, the Wardian Case, appears initially as a trivial curiosity of the Victorian parlor. Yet it functioned as the first space capsule. Before the glass case, the botanical world was defined by the tyranny of the local. Plants were bound to their terroir; they could not easily cross the climatic abyss of the oceans without perishing from salt spray or temperature shock. Nature was situated. The Wardian case smashed this locality. It created a portable micro-climate, a fragment of the English garden that could survive the equator, or a slice of the tropics that could endure the North Sea.

The British Empire, always attuned to the logistics of extraction, immediately recognized the power of this portable interior. The case allowed biological life to be stripped of its ecological web and transported as pure genetic capital. In 1848, Robert Fortune utilized these glass arks to smuggle twenty thousand tea plants from Shanghai to the Himalayas, breaking the Chinese monopoly and inaugurating the Indian tea industry. Decades later, Henry Wickham would carry Hevea brasiliensis seeds from Brazil to Kew Gardens, and thence to Malaya, an act of biological relocation that would collapse the Amazonian rubber boom and fuel the coming automobile age.

There is a profound shift in ontology here. The plant inside the case is no longer an organism in conversation with its environment; it has become a “generic input,” severed from the specificities of wind, soil, and insect life. This marks the onset of a biological imperialism where the “garden” is no longer a place one visits, but a box one ships. It represents the victory of the grid over the ocean, the smooth logistics of empire over the rough friction of the earth.

And yet, the closure was never complete. The soil inside those cases carried more than the intended crop; it held what historians call “portmanteau biota”—ants, fungi, earthworms, and weeds. The empire believed it was moving tea, but it was also moving the feral. The “crazy ant” (Paratrechina longicornis) hitched a ride in these portable interiors, beginning a global insurgency that persists to this day. The glass ark, designed to exclude the chaotic outside, had already smuggled the chaos within.

III. The Geometry of the Plantation

If the Wardian case was the molecular unit of this logic, the early twentieth century saw its expansion into a totalizing landscape. The ambition was no longer merely to transport plants, but to rationalize the very environment in which they grew—to smooth out the “thicket” of the world into a legible, productive surface. This is the logic of what Timothy Morton has termed agrilogistics: the ancient program to eliminate contradiction and enforce a monoculture of presence.

The apotheosis of this drive is found in Fordlandia. In 1928, Henry Ford, seeking to break the British rubber monopoly, purchased 2.5 million acres of the Amazon rainforest. He did not see a complex, metabolic web; he saw a disorder to be rectified. He attempted to overlay the industrial grid of Detroit onto the biological density of Brazil.

Fordlandia was less a farm than a moral project. Ford, who despised the “messiness” of history and the disorderly lives of his workforce, sought a clean slate. His engineers cleared the jungle—a thicket of unimaginable complexity—and planted rubber trees in tight, geometric rows. They imposed the discipline of the factory clock, the nutritional regime of oatmeal, and the social ritual of square dancing upon indigenous workers. The land was treated as a terraformed plain, the rubber tree as a standardized cog that would function identically regardless of its context.

But Hevea has a specific terroir. In the wild, rubber trees space themselves out, a natural distancing that serves as an immune system against the South American Leaf Blight (Microcyclus ulei). The distance is the friction that stops the pathogen. By collapsing this distance, by planting the trees in the smooth, efficient rows of the industrial grid, Ford created a banquet for the fungus.

The thicket struck back. The blight moved effortlessly along the vectors of the plantation. The friction of biodiversity had been removed, leaving the path clear for the pathogen. Ford poured capital into pesticides, but the “liveness” of the fungus—its capacity to metabolize the static monoculture—was superior to the dead geometry of the plan.

Fordlandia stands as a parable of the “average.” It illustrates the failure of scaling. One cannot scale terroir without stripping it of its defenses. When a “kernel”—a specific life in a specific context—is treated as a “cog,” it becomes a zombie system: structurally fragile, waiting for the first shock to induce collapse. The attempt to average out the Amazon failed because liveness is inherently non-scalable; it relies on the very friction that the grid seeks to eliminate.

IV. The World Interior of Capital

The failure of the plantation did not arrest the desire for enclosure; it merely drove it indoors. In the post-war era, facing the twin specters of nuclear annihilation and ecological exhaustion, the West embraced the metaphor of “Spaceship Earth.” Popularized by Buckminster Fuller, this concept reimagined the planet not as a mother, but as a vehicle—a mechanical artifact with finite resources, an operating manual, and a need for a pilot.

Fuller’s architectural response was the geodesic dome. He envisioned domes spanning midtown Manhattan to regulate the weather, and “Cloud Nine” spheres floating in the sky, severing humanity entirely from the earth’s crust. This marks the transition to what Peter Sloterdijk calls the “World Interior of Capital.” We ceased to live on the earth and began to live inside a climate-controlled sphere. The shopping mall, the office tower, the sealed automobile—these are foams, interconnected bubbles of immunity where the atmosphere is conditioned and the outside is held at bay.

This logic reached its terminal velocity in 1991 with Biosphere 2. A literal attempt to build a total garden, it was a hermetically sealed glass box in the Arizona desert, containing a miniature rainforest, an ocean, and a desert, along with eight humans. It was designed to prove the viability of a “closed loop” system, a portable world for the colonization of Mars.

Its failure was instructive. The oxygen levels inside the dome plummeted, not because of a mechanical leak, but because the concrete structure itself began to absorb carbon dioxide, starving the plants. The dead matter of the architecture was eating the air. Simultaneously, the “noble” species—hummingbirds and bees—perished, while the feral species exploded. The same crazy ants that had traveled in the Wardian cases overran the facility. Cockroaches multiplied. Morning glory vines choked the curated rainforest.

The human element fared no better. The “crew,” trapped in the smooth proximity of the enclosure, devolved into factionalism. The psychological friction of a world without an “outside” proved unbearable. Biosphere 2 demonstrated that smoothness is chemically and socially unstable. The total interior is a death trap because it lacks the metabolic capacity of the outside. By attempting to eliminate the “weed,” the designers destroyed the immune system of the whole. The ants won because they were the only inhabitants adapted to the high-friction reality of the thicket.

V. The Monoculture of the Sky

We arrive, finally, at the present moment, where the ambition of enclosure has ascended to the stratosphere. Having failed to contain the world in a box, the technocratic impulse has turned to the project of turning the world itself into the box.

This is the logic underpinning geoengineering and Solar Radiation Management. Proposals to inject sulfate aerosols into the upper atmosphere to deflect sunlight represent the ultimate Wardian case. They treat the atmosphere not as a chaotic, sublime force, but as a glazing—a roof whose opacity can be adjusted like a dimmer switch. The planet becomes a single, managed interior.

The risks of such a project—”termination shock,” where a cessation of spraying unleashes accumulated heat in a sudden, lethal wave—are well documented. But the philosophical implication is perhaps even more chilling. As John von Neumann warned decades ago, weather control merges the affairs of every nation. It eliminates the “outside” entirely. There is no longer British weather or Brazilian weather; there is only The System.

This is the realization of the terraformed plain. It is a world where the “dark forest” has been illuminated and managed, where the sun itself is converted into a utility, and where the planet becomes a monoculture of the sky.

VI. The Strategy of the Briar Patch

If the trajectory of modernity is the construction of a fragile, optimized glass ark, where does one find a footing? We cannot return to Voltaire’s garden; the walls are too brittle to hold back the flood. Nor can we resign ourselves to the suffocating interior of Fuller’s dome.

The alternative lies in the texture of the thicket.

In the folklore of the American South, there is the story of Br’er Rabbit and the Briar Patch. When captured by the Fox, the Rabbit pleads, “Don’t throw me in the briar patch!” The Fox, operating on the logic of the predator who prefers the open field, views the briar patch as a torture device—thorny, messy, illegible. He throws the Rabbit in, expecting him to be shredded. But the Rabbit was born in the briar patch. The thorns that cut the Fox are the Rabbit’s defense system.

The modern Fox is the algorithm, the market, the scraper seeking legible data. It desires smoothness. The briar patch represents the local context, the dense history, the “terroir” that resists easy summarization. The thicket is not a retreat into nature, but a strategic niche. It suggests that to survive the simplifying gaze of the machine, one must become “high-friction.”

This requires a redefinition of “liveness.” Liveness is not mere novelty; it is metabolic capacity. The glass ark is a zombie system—a closed loop where inputs equal outputs, preserving form but preventing transformation. The thicket, by contrast, is a fermenter. It takes generic energy—shocks, news, pain—and metabolizes it through a specific kernel to produce something singular.

We see this in the difference between a product and a practice. If one moves a global franchise from Seattle to Singapore, it functions perfectly because it is dead; it is a product, severed from place. If one attempts to move a philosophy like Fichte’s from the salons of Jena to a corporate boardroom, it withers. It requires the nutrient density of its specific scene to survive. It is alive because it is entangled.

Gilles Clément, the French gardener, offers a vocabulary for this posture. He speaks of the “Planetary Garden” not as a machine to be controlled, but as a “Garden in Motion.” He directs our attention to the “Third Landscape”—the roadside verges, the abandoned lots, the scrublands. These are the thickets. They are the reservoirs of genetic diversity where the unscripted life, banished from the monoculture, continues to evolve.

VII. A Gesture Toward the Weed

The history of the West has been a long war against the weed. We built glass cases to distinguish the valuable specimen from the unwanted intruder. We cleared the Amazon to impose the average. We networked the globe to smooth out the friction of distance.

Yet the weed—the superweed that drinks poison and thrives—remains the victor. The thicket is the inevitable return of complexity to a system that tries to simplify it.

The task, then, is not to build a better glass house, but to learn the habits of the briar patch. It is a call to abandon the pursuit of the fragile, legible career or identity—the “glass ark” of the self—and to cultivate a life of density and opacity. To be a fermenter rather than a node. To seek resonance rather than scale.

In a world that seeks to turn every subject into a cog within a planetary spaceship, the most radical act is to become an un-weedingable root—a kernel of such high-dimensional specificity that the algorithm chokes trying to digest it. We should not simply cultivate our garden. We should allow the fence to rot, and watch what grows in the clearing.

#Agrologistics #AI #AlgorithmicResistance #Anthropocene #ArchitectureTheory #Art #artificialIntelligence #Biosphere2 #BuckminsterFuller #Business #ClimatePhilosophy #ComplexityTheory #DeepEcology #DesignFiction #DigitalResistance #EcologicalGrief #Enclosure #EnvironmentalHistory #Fordlandia #futureOfWork #Garden #Geoengineering #GillesClément #Leadership #Liveness #MetabolicRift #Metabolism #Modernity #Permaculture #PeterSloterdijk #philosophy #PhilosophyOfNature #PostIndustrialism #Rewilding #SpaceshipEarth #systemsThinking #Technocracy #Terroir #TheAnthropocene #TheGarden #TheKernel #TheThicket #TheWorldInterior #ThirdLandscape #VictorianBotany #WardianCase #WorldInterior #writing

The Kernel and the Ark

I. The Wall and the Infinite

It is possible that the history of the modern West hinges on a single, melancholic misreading of Voltaire. When Candide, exhausted by the Lisbon earthquake and the brutalities of the Seven Years’ War, finally withdraws to the banks of the Propontis to utter his famous dictum—“Il faut cultiver notre jardin”—he is not proposing a program of agricultural management. He is issuing a plea for containment. To cultivate a garden, in the shadow of such overwhelming chaos, is an act of stoic resignation. It is an admission that the world is too vast, too violent, and too unintelligible to be governed by reason. One builds a wall against the infinite, and within that limited circumference, one tends to the soil. The garden is a refuge from nature.

Yet, as the industrial century unfolded, this sentiment underwent a strange inversion. The humility of the retreat was lost, replaced by a technocratic ambition that saw the wall not as a limit, but as a prototype. The imperative shifted: it was no longer enough to carve out a sanctuary from the planetary wild; the logic of the garden was to be extended until it covered the earth entirely. The garden ceased to be a refuge and became a replacement.

We might trace the genealogy of this hubris—the architectural drift from the bounded plot to the total interior. It is a lineage that moves from the Victorian parlor terrarium to the Amazonian plantation, and finally to the hermetically sealed domes of the American desert. It suggests that the dominant form of the Anthropocene is not the city or the factory, but the Greenhouse: a glass ark designed to optimize life by severing it from its context.

Against this transparent, frictionless interior, a different topology emerges. It is not the pristine wilderness, which is a romantic fiction, but something denser, more obscure, and paradoxically more vital. It resembles the “thicket”—a space of entanglement and opacity where the metabolic resistance to simplification can still be found. To understand why the thicket has become a necessary philosophical posture, one must first walk the perimeter of the glass house we have built around ourselves.

II. The Portable Climate

Control, it seems, begins with isolation. Before a system can be optimized, it must be severed from the noise of its environment. In the history of botany, this severance was achieved not by a grand theorist, but by a London surgeon named Nathaniel Bagshaw Ward, who, in 1829, found himself frustrated by the industrial smog of Whitechapel.

Ward’s ferns were dying, choked by the soot of the coal age. His discovery was accidental: while observing a sphinx moth pupa buried in a sealed glass jar containing damp soil, he noticed a quiet miracle. The fern spores within the soil had sprouted. Moisture evaporated from the earth, condensed on the cold glass, and wept back down in a closed hydrological loop. The fern thrived, suspended in a permanent, self-sufficient spring, protected from the London fog by a skin of glass.

This device, the Wardian Case, appears initially as a trivial curiosity of the Victorian parlor. Yet it functioned as the first space capsule. Before the glass case, the botanical world was defined by the tyranny of the local. Plants were bound to their terroir; they could not easily cross the climatic abyss of the oceans without perishing from salt spray or temperature shock. Nature was situated. The Wardian case smashed this locality. It created a portable micro-climate, a fragment of the English garden that could survive the equator, or a slice of the tropics that could endure the North Sea.

The British Empire, always attuned to the logistics of extraction, immediately recognized the power of this portable interior. The case allowed biological life to be stripped of its ecological web and transported as pure genetic capital. In 1848, Robert Fortune utilized these glass arks to smuggle twenty thousand tea plants from Shanghai to the Himalayas, breaking the Chinese monopoly and inaugurating the Indian tea industry. Decades later, Henry Wickham would carry Hevea brasiliensis seeds from Brazil to Kew Gardens, and thence to Malaya, an act of biological relocation that would collapse the Amazonian rubber boom and fuel the coming automobile age.

There is a profound shift in ontology here. The plant inside the case is no longer an organism in conversation with its environment; it has become a “generic input,” severed from the specificities of wind, soil, and insect life. This marks the onset of a biological imperialism where the “garden” is no longer a place one visits, but a box one ships. It represents the victory of the grid over the ocean, the smooth logistics of empire over the rough friction of the earth.

And yet, the closure was never complete. The soil inside those cases carried more than the intended crop; it held what historians call “portmanteau biota”—ants, fungi, earthworms, and weeds. The empire believed it was moving tea, but it was also moving the feral. The “crazy ant” (Paratrechina longicornis) hitched a ride in these portable interiors, beginning a global insurgency that persists to this day. The glass ark, designed to exclude the chaotic outside, had already smuggled the chaos within.

III. The Geometry of the Plantation

If the Wardian case was the molecular unit of this logic, the early twentieth century saw its expansion into a totalizing landscape. The ambition was no longer merely to transport plants, but to rationalize the very environment in which they grew—to smooth out the “thicket” of the world into a legible, productive surface. This is the logic of what Timothy Morton has termed agrilogistics: the ancient program to eliminate contradiction and enforce a monoculture of presence.

The apotheosis of this drive is found in Fordlandia. In 1928, Henry Ford, seeking to break the British rubber monopoly, purchased 2.5 million acres of the Amazon rainforest. He did not see a complex, metabolic web; he saw a disorder to be rectified. He attempted to overlay the industrial grid of Detroit onto the biological density of Brazil.

Fordlandia was less a farm than a moral project. Ford, who despised the “messiness” of history and the disorderly lives of his workforce, sought a clean slate. His engineers cleared the jungle—a thicket of unimaginable complexity—and planted rubber trees in tight, geometric rows. They imposed the discipline of the factory clock, the nutritional regime of oatmeal, and the social ritual of square dancing upon indigenous workers. The land was treated as a terraformed plain, the rubber tree as a standardized cog that would function identically regardless of its context.

But Hevea has a specific terroir. In the wild, rubber trees space themselves out, a natural distancing that serves as an immune system against the South American Leaf Blight (Microcyclus ulei). The distance is the friction that stops the pathogen. By collapsing this distance, by planting the trees in the smooth, efficient rows of the industrial grid, Ford created a banquet for the fungus.

The thicket struck back. The blight moved effortlessly along the vectors of the plantation. The friction of biodiversity had been removed, leaving the path clear for the pathogen. Ford poured capital into pesticides, but the “liveness” of the fungus—its capacity to metabolize the static monoculture—was superior to the dead geometry of the plan.

Fordlandia stands as a parable of the “average.” It illustrates the failure of scaling. One cannot scale terroir without stripping it of its defenses. When a “kernel”—a specific life in a specific context—is treated as a “cog,” it becomes a zombie system: structurally fragile, waiting for the first shock to induce collapse. The attempt to average out the Amazon failed because liveness is inherently non-scalable; it relies on the very friction that the grid seeks to eliminate.

IV. The World Interior of Capital

The failure of the plantation did not arrest the desire for enclosure; it merely drove it indoors. In the post-war era, facing the twin specters of nuclear annihilation and ecological exhaustion, the West embraced the metaphor of “Spaceship Earth.” Popularized by Buckminster Fuller, this concept reimagined the planet not as a mother, but as a vehicle—a mechanical artifact with finite resources, an operating manual, and a need for a pilot.

Fuller’s architectural response was the geodesic dome. He envisioned domes spanning midtown Manhattan to regulate the weather, and “Cloud Nine” spheres floating in the sky, severing humanity entirely from the earth’s crust. This marks the transition to what Peter Sloterdijk calls the “World Interior of Capital.” We ceased to live on the earth and began to live inside a climate-controlled sphere. The shopping mall, the office tower, the sealed automobile—these are foams, interconnected bubbles of immunity where the atmosphere is conditioned and the outside is held at bay.

This logic reached its terminal velocity in 1991 with Biosphere 2. A literal attempt to build a total garden, it was a hermetically sealed glass box in the Arizona desert, containing a miniature rainforest, an ocean, and a desert, along with eight humans. It was designed to prove the viability of a “closed loop” system, a portable world for the colonization of Mars.

Its failure was instructive. The oxygen levels inside the dome plummeted, not because of a mechanical leak, but because the concrete structure itself began to absorb carbon dioxide, starving the plants. The dead matter of the architecture was eating the air. Simultaneously, the “noble” species—hummingbirds and bees—perished, while the feral species exploded. The same crazy ants that had traveled in the Wardian cases overran the facility. Cockroaches multiplied. Morning glory vines choked the curated rainforest.

The human element fared no better. The “crew,” trapped in the smooth proximity of the enclosure, devolved into factionalism. The psychological friction of a world without an “outside” proved unbearable. Biosphere 2 demonstrated that smoothness is chemically and socially unstable. The total interior is a death trap because it lacks the metabolic capacity of the outside. By attempting to eliminate the “weed,” the designers destroyed the immune system of the whole. The ants won because they were the only inhabitants adapted to the high-friction reality of the thicket.

V. The Monoculture of the Sky

We arrive, finally, at the present moment, where the ambition of enclosure has ascended to the stratosphere. Having failed to contain the world in a box, the technocratic impulse has turned to the project of turning the world itself into the box.

This is the logic underpinning geoengineering and Solar Radiation Management. Proposals to inject sulfate aerosols into the upper atmosphere to deflect sunlight represent the ultimate Wardian case. They treat the atmosphere not as a chaotic, sublime force, but as a glazing—a roof whose opacity can be adjusted like a dimmer switch. The planet becomes a single, managed interior.

The risks of such a project—”termination shock,” where a cessation of spraying unleashes accumulated heat in a sudden, lethal wave—are well documented. But the philosophical implication is perhaps even more chilling. As John von Neumann warned decades ago, weather control merges the affairs of every nation. It eliminates the “outside” entirely. There is no longer British weather or Brazilian weather; there is only The System.

This is the realization of the terraformed plain. It is a world where the “dark forest” has been illuminated and managed, where the sun itself is converted into a utility, and where the planet becomes a monoculture of the sky.

VI. The Strategy of the Briar Patch

If the trajectory of modernity is the construction of a fragile, optimized glass ark, where does one find a footing? We cannot return to Voltaire’s garden; the walls are too brittle to hold back the flood. Nor can we resign ourselves to the suffocating interior of Fuller’s dome.

The alternative lies in the texture of the thicket.

In the folklore of the American South, there is the story of Br’er Rabbit and the Briar Patch. When captured by the Fox, the Rabbit pleads, “Don’t throw me in the briar patch!” The Fox, operating on the logic of the predator who prefers the open field, views the briar patch as a torture device—thorny, messy, illegible. He throws the Rabbit in, expecting him to be shredded. But the Rabbit was born in the briar patch. The thorns that cut the Fox are the Rabbit’s defense system.

The modern Fox is the algorithm, the market, the scraper seeking legible data. It desires smoothness. The briar patch represents the local context, the dense history, the “terroir” that resists easy summarization. The thicket is not a retreat into nature, but a strategic niche. It suggests that to survive the simplifying gaze of the machine, one must become “high-friction.”

This requires a redefinition of “liveness.” Liveness is not mere novelty; it is metabolic capacity. The glass ark is a zombie system—a closed loop where inputs equal outputs, preserving form but preventing transformation. The thicket, by contrast, is a fermenter. It takes generic energy—shocks, news, pain—and metabolizes it through a specific kernel to produce something singular.

We see this in the difference between a product and a practice. If one moves a global franchise from Seattle to Singapore, it functions perfectly because it is dead; it is a product, severed from place. If one attempts to move a philosophy like Fichte’s from the salons of Jena to a corporate boardroom, it withers. It requires the nutrient density of its specific scene to survive. It is alive because it is entangled.

Gilles Clément, the French gardener, offers a vocabulary for this posture. He speaks of the “Planetary Garden” not as a machine to be controlled, but as a “Garden in Motion.” He directs our attention to the “Third Landscape”—the roadside verges, the abandoned lots, the scrublands. These are the thickets. They are the reservoirs of genetic diversity where the unscripted life, banished from the monoculture, continues to evolve.

VII. A Gesture Toward the Weed

The history of the West has been a long war against the weed. We built glass cases to distinguish the valuable specimen from the unwanted intruder. We cleared the Amazon to impose the average. We networked the globe to smooth out the friction of distance.

Yet the weed—the superweed that drinks poison and thrives—remains the victor. The thicket is the inevitable return of complexity to a system that tries to simplify it.

The task, then, is not to build a better glass house, but to learn the habits of the briar patch. It is a call to abandon the pursuit of the fragile, legible career or identity—the “glass ark” of the self—and to cultivate a life of density and opacity. To be a fermenter rather than a node. To seek resonance rather than scale.

In a world that seeks to turn every subject into a cog within a planetary spaceship, the most radical act is to become an un-weedingable root—a kernel of such high-dimensional specificity that the algorithm chokes trying to digest it. We should not simply cultivate our garden. We should allow the fence to rot, and watch what grows in the clearing.

#Agrologistics #AI #AlgorithmicResistance #Anthropocene #ArchitectureTheory #Art #artificialIntelligence #Biosphere2 #BuckminsterFuller #Business #ClimatePhilosophy #ComplexityTheory #DeepEcology #DesignFiction #DigitalResistance #EcologicalGrief #Enclosure #EnvironmentalHistory #Fordlandia #futureOfWork #Garden #Geoengineering #GillesClément #Leadership #Liveness #MetabolicRift #Metabolism #Modernity #Permaculture #PeterSloterdijk #philosophy #PhilosophyOfNature #PostIndustrialism #Rewilding #SpaceshipEarth #systemsThinking #Technocracy #Terroir #TheAnthropocene #TheGarden #TheKernel #TheThicket #TheWorldInterior #ThirdLandscape #VictorianBotany #WardianCase #WorldInterior #writing

The Kernel and the Ark

I. The Wall and the Infinite

It is possible that the history of the modern West hinges on a single, melancholic misreading of Voltaire. When Candide, exhausted by the Lisbon earthquake and the brutalities of the Seven Years’ War, finally withdraws to the banks of the Propontis to utter his famous dictum—“Il faut cultiver notre jardin”—he is not proposing a program of agricultural management. He is issuing a plea for containment. To cultivate a garden, in the shadow of such overwhelming chaos, is an act of stoic resignation. It is an admission that the world is too vast, too violent, and too unintelligible to be governed by reason. One builds a wall against the infinite, and within that limited circumference, one tends to the soil. The garden is a refuge from nature.

Yet, as the industrial century unfolded, this sentiment underwent a strange inversion. The humility of the retreat was lost, replaced by a technocratic ambition that saw the wall not as a limit, but as a prototype. The imperative shifted: it was no longer enough to carve out a sanctuary from the planetary wild; the logic of the garden was to be extended until it covered the earth entirely. The garden ceased to be a refuge and became a replacement.

We might trace the genealogy of this hubris—the architectural drift from the bounded plot to the total interior. It is a lineage that moves from the Victorian parlor terrarium to the Amazonian plantation, and finally to the hermetically sealed domes of the American desert. It suggests that the dominant form of the Anthropocene is not the city or the factory, but the Greenhouse: a glass ark designed to optimize life by severing it from its context.

Against this transparent, frictionless interior, a different topology emerges. It is not the pristine wilderness, which is a romantic fiction, but something denser, more obscure, and paradoxically more vital. It resembles the “thicket”—a space of entanglement and opacity where the metabolic resistance to simplification can still be found. To understand why the thicket has become a necessary philosophical posture, one must first walk the perimeter of the glass house we have built around ourselves.

II. The Portable Climate

Control, it seems, begins with isolation. Before a system can be optimized, it must be severed from the noise of its environment. In the history of botany, this severance was achieved not by a grand theorist, but by a London surgeon named Nathaniel Bagshaw Ward, who, in 1829, found himself frustrated by the industrial smog of Whitechapel.

Ward’s ferns were dying, choked by the soot of the coal age. His discovery was accidental: while observing a sphinx moth pupa buried in a sealed glass jar containing damp soil, he noticed a quiet miracle. The fern spores within the soil had sprouted. Moisture evaporated from the earth, condensed on the cold glass, and wept back down in a closed hydrological loop. The fern thrived, suspended in a permanent, self-sufficient spring, protected from the London fog by a skin of glass.

This device, the Wardian Case, appears initially as a trivial curiosity of the Victorian parlor. Yet it functioned as the first space capsule. Before the glass case, the botanical world was defined by the tyranny of the local. Plants were bound to their terroir; they could not easily cross the climatic abyss of the oceans without perishing from salt spray or temperature shock. Nature was situated. The Wardian case smashed this locality. It created a portable micro-climate, a fragment of the English garden that could survive the equator, or a slice of the tropics that could endure the North Sea.

The British Empire, always attuned to the logistics of extraction, immediately recognized the power of this portable interior. The case allowed biological life to be stripped of its ecological web and transported as pure genetic capital. In 1848, Robert Fortune utilized these glass arks to smuggle twenty thousand tea plants from Shanghai to the Himalayas, breaking the Chinese monopoly and inaugurating the Indian tea industry. Decades later, Henry Wickham would carry Hevea brasiliensis seeds from Brazil to Kew Gardens, and thence to Malaya, an act of biological relocation that would collapse the Amazonian rubber boom and fuel the coming automobile age.

There is a profound shift in ontology here. The plant inside the case is no longer an organism in conversation with its environment; it has become a “generic input,” severed from the specificities of wind, soil, and insect life. This marks the onset of a biological imperialism where the “garden” is no longer a place one visits, but a box one ships. It represents the victory of the grid over the ocean, the smooth logistics of empire over the rough friction of the earth.

And yet, the closure was never complete. The soil inside those cases carried more than the intended crop; it held what historians call “portmanteau biota”—ants, fungi, earthworms, and weeds. The empire believed it was moving tea, but it was also moving the feral. The “crazy ant” (Paratrechina longicornis) hitched a ride in these portable interiors, beginning a global insurgency that persists to this day. The glass ark, designed to exclude the chaotic outside, had already smuggled the chaos within.

III. The Geometry of the Plantation

If the Wardian case was the molecular unit of this logic, the early twentieth century saw its expansion into a totalizing landscape. The ambition was no longer merely to transport plants, but to rationalize the very environment in which they grew—to smooth out the “thicket” of the world into a legible, productive surface. This is the logic of what Timothy Morton has termed agrilogistics: the ancient program to eliminate contradiction and enforce a monoculture of presence.

The apotheosis of this drive is found in Fordlandia. In 1928, Henry Ford, seeking to break the British rubber monopoly, purchased 2.5 million acres of the Amazon rainforest. He did not see a complex, metabolic web; he saw a disorder to be rectified. He attempted to overlay the industrial grid of Detroit onto the biological density of Brazil.

Fordlandia was less a farm than a moral project. Ford, who despised the “messiness” of history and the disorderly lives of his workforce, sought a clean slate. His engineers cleared the jungle—a thicket of unimaginable complexity—and planted rubber trees in tight, geometric rows. They imposed the discipline of the factory clock, the nutritional regime of oatmeal, and the social ritual of square dancing upon indigenous workers. The land was treated as a terraformed plain, the rubber tree as a standardized cog that would function identically regardless of its context.

But Hevea has a specific terroir. In the wild, rubber trees space themselves out, a natural distancing that serves as an immune system against the South American Leaf Blight (Microcyclus ulei). The distance is the friction that stops the pathogen. By collapsing this distance, by planting the trees in the smooth, efficient rows of the industrial grid, Ford created a banquet for the fungus.

The thicket struck back. The blight moved effortlessly along the vectors of the plantation. The friction of biodiversity had been removed, leaving the path clear for the pathogen. Ford poured capital into pesticides, but the “liveness” of the fungus—its capacity to metabolize the static monoculture—was superior to the dead geometry of the plan.

Fordlandia stands as a parable of the “average.” It illustrates the failure of scaling. One cannot scale terroir without stripping it of its defenses. When a “kernel”—a specific life in a specific context—is treated as a “cog,” it becomes a zombie system: structurally fragile, waiting for the first shock to induce collapse. The attempt to average out the Amazon failed because liveness is inherently non-scalable; it relies on the very friction that the grid seeks to eliminate.

IV. The World Interior of Capital

The failure of the plantation did not arrest the desire for enclosure; it merely drove it indoors. In the post-war era, facing the twin specters of nuclear annihilation and ecological exhaustion, the West embraced the metaphor of “Spaceship Earth.” Popularized by Buckminster Fuller, this concept reimagined the planet not as a mother, but as a vehicle—a mechanical artifact with finite resources, an operating manual, and a need for a pilot.

Fuller’s architectural response was the geodesic dome. He envisioned domes spanning midtown Manhattan to regulate the weather, and “Cloud Nine” spheres floating in the sky, severing humanity entirely from the earth’s crust. This marks the transition to what Peter Sloterdijk calls the “World Interior of Capital.” We ceased to live on the earth and began to live inside a climate-controlled sphere. The shopping mall, the office tower, the sealed automobile—these are foams, interconnected bubbles of immunity where the atmosphere is conditioned and the outside is held at bay.

This logic reached its terminal velocity in 1991 with Biosphere 2. A literal attempt to build a total garden, it was a hermetically sealed glass box in the Arizona desert, containing a miniature rainforest, an ocean, and a desert, along with eight humans. It was designed to prove the viability of a “closed loop” system, a portable world for the colonization of Mars.

Its failure was instructive. The oxygen levels inside the dome plummeted, not because of a mechanical leak, but because the concrete structure itself began to absorb carbon dioxide, starving the plants. The dead matter of the architecture was eating the air. Simultaneously, the “noble” species—hummingbirds and bees—perished, while the feral species exploded. The same crazy ants that had traveled in the Wardian cases overran the facility. Cockroaches multiplied. Morning glory vines choked the curated rainforest.

The human element fared no better. The “crew,” trapped in the smooth proximity of the enclosure, devolved into factionalism. The psychological friction of a world without an “outside” proved unbearable. Biosphere 2 demonstrated that smoothness is chemically and socially unstable. The total interior is a death trap because it lacks the metabolic capacity of the outside. By attempting to eliminate the “weed,” the designers destroyed the immune system of the whole. The ants won because they were the only inhabitants adapted to the high-friction reality of the thicket.

V. The Monoculture of the Sky

We arrive, finally, at the present moment, where the ambition of enclosure has ascended to the stratosphere. Having failed to contain the world in a box, the technocratic impulse has turned to the project of turning the world itself into the box.

This is the logic underpinning geoengineering and Solar Radiation Management. Proposals to inject sulfate aerosols into the upper atmosphere to deflect sunlight represent the ultimate Wardian case. They treat the atmosphere not as a chaotic, sublime force, but as a glazing—a roof whose opacity can be adjusted like a dimmer switch. The planet becomes a single, managed interior.

The risks of such a project—”termination shock,” where a cessation of spraying unleashes accumulated heat in a sudden, lethal wave—are well documented. But the philosophical implication is perhaps even more chilling. As John von Neumann warned decades ago, weather control merges the affairs of every nation. It eliminates the “outside” entirely. There is no longer British weather or Brazilian weather; there is only The System.

This is the realization of the terraformed plain. It is a world where the “dark forest” has been illuminated and managed, where the sun itself is converted into a utility, and where the planet becomes a monoculture of the sky.

VI. The Strategy of the Briar Patch

If the trajectory of modernity is the construction of a fragile, optimized glass ark, where does one find a footing? We cannot return to Voltaire’s garden; the walls are too brittle to hold back the flood. Nor can we resign ourselves to the suffocating interior of Fuller’s dome.

The alternative lies in the texture of the thicket.

In the folklore of the American South, there is the story of Br’er Rabbit and the Briar Patch. When captured by the Fox, the Rabbit pleads, “Don’t throw me in the briar patch!” The Fox, operating on the logic of the predator who prefers the open field, views the briar patch as a torture device—thorny, messy, illegible. He throws the Rabbit in, expecting him to be shredded. But the Rabbit was born in the briar patch. The thorns that cut the Fox are the Rabbit’s defense system.

The modern Fox is the algorithm, the market, the scraper seeking legible data. It desires smoothness. The briar patch represents the local context, the dense history, the “terroir” that resists easy summarization. The thicket is not a retreat into nature, but a strategic niche. It suggests that to survive the simplifying gaze of the machine, one must become “high-friction.”

This requires a redefinition of “liveness.” Liveness is not mere novelty; it is metabolic capacity. The glass ark is a zombie system—a closed loop where inputs equal outputs, preserving form but preventing transformation. The thicket, by contrast, is a fermenter. It takes generic energy—shocks, news, pain—and metabolizes it through a specific kernel to produce something singular.

We see this in the difference between a product and a practice. If one moves a global franchise from Seattle to Singapore, it functions perfectly because it is dead; it is a product, severed from place. If one attempts to move a philosophy like Fichte’s from the salons of Jena to a corporate boardroom, it withers. It requires the nutrient density of its specific scene to survive. It is alive because it is entangled.

Gilles Clément, the French gardener, offers a vocabulary for this posture. He speaks of the “Planetary Garden” not as a machine to be controlled, but as a “Garden in Motion.” He directs our attention to the “Third Landscape”—the roadside verges, the abandoned lots, the scrublands. These are the thickets. They are the reservoirs of genetic diversity where the unscripted life, banished from the monoculture, continues to evolve.

VII. A Gesture Toward the Weed

The history of the West has been a long war against the weed. We built glass cases to distinguish the valuable specimen from the unwanted intruder. We cleared the Amazon to impose the average. We networked the globe to smooth out the friction of distance.

Yet the weed—the superweed that drinks poison and thrives—remains the victor. The thicket is the inevitable return of complexity to a system that tries to simplify it.

The task, then, is not to build a better glass house, but to learn the habits of the briar patch. It is a call to abandon the pursuit of the fragile, legible career or identity—the “glass ark” of the self—and to cultivate a life of density and opacity. To be a fermenter rather than a node. To seek resonance rather than scale.

In a world that seeks to turn every subject into a cog within a planetary spaceship, the most radical act is to become an un-weedingable root—a kernel of such high-dimensional specificity that the algorithm chokes trying to digest it. We should not simply cultivate our garden. We should allow the fence to rot, and watch what grows in the clearing.

#Agrologistics #AI #AlgorithmicResistance #Anthropocene #ArchitectureTheory #Art #artificialIntelligence #Biosphere2 #BuckminsterFuller #Business #ClimatePhilosophy #ComplexityTheory #DeepEcology #DesignFiction #DigitalResistance #EcologicalGrief #Enclosure #EnvironmentalHistory #Fordlandia #futureOfWork #Garden #Geoengineering #GillesClément #Leadership #Liveness #MetabolicRift #Metabolism #Modernity #Permaculture #PeterSloterdijk #philosophy #PhilosophyOfNature #PostIndustrialism #Rewilding #SpaceshipEarth #systemsThinking #Technocracy #Terroir #TheAnthropocene #TheGarden #TheKernel #TheThicket #TheWorldInterior #ThirdLandscape #VictorianBotany #WardianCase #WorldInterior #writing

The Kernel and the Ark

I. The Wall and the Infinite

It is possible that the history of the modern West hinges on a single, melancholic misreading of Voltaire. When Candide, exhausted by the Lisbon earthquake and the brutalities of the Seven Years’ War, finally withdraws to the banks of the Propontis to utter his famous dictum—“Il faut cultiver notre jardin”—he is not proposing a program of agricultural management. He is issuing a plea for containment. To cultivate a garden, in the shadow of such overwhelming chaos, is an act of stoic resignation. It is an admission that the world is too vast, too violent, and too unintelligible to be governed by reason. One builds a wall against the infinite, and within that limited circumference, one tends to the soil. The garden is a refuge from nature.

Yet, as the industrial century unfolded, this sentiment underwent a strange inversion. The humility of the retreat was lost, replaced by a technocratic ambition that saw the wall not as a limit, but as a prototype. The imperative shifted: it was no longer enough to carve out a sanctuary from the planetary wild; the logic of the garden was to be extended until it covered the earth entirely. The garden ceased to be a refuge and became a replacement.

We might trace the genealogy of this hubris—the architectural drift from the bounded plot to the total interior. It is a lineage that moves from the Victorian parlor terrarium to the Amazonian plantation, and finally to the hermetically sealed domes of the American desert. It suggests that the dominant form of the Anthropocene is not the city or the factory, but the Greenhouse: a glass ark designed to optimize life by severing it from its context.

Against this transparent, frictionless interior, a different topology emerges. It is not the pristine wilderness, which is a romantic fiction, but something denser, more obscure, and paradoxically more vital. It resembles the “thicket”—a space of entanglement and opacity where the metabolic resistance to simplification can still be found. To understand why the thicket has become a necessary philosophical posture, one must first walk the perimeter of the glass house we have built around ourselves.

II. The Portable Climate

Control, it seems, begins with isolation. Before a system can be optimized, it must be severed from the noise of its environment. In the history of botany, this severance was achieved not by a grand theorist, but by a London surgeon named Nathaniel Bagshaw Ward, who, in 1829, found himself frustrated by the industrial smog of Whitechapel.

Ward’s ferns were dying, choked by the soot of the coal age. His discovery was accidental: while observing a sphinx moth pupa buried in a sealed glass jar containing damp soil, he noticed a quiet miracle. The fern spores within the soil had sprouted. Moisture evaporated from the earth, condensed on the cold glass, and wept back down in a closed hydrological loop. The fern thrived, suspended in a permanent, self-sufficient spring, protected from the London fog by a skin of glass.

This device, the Wardian Case, appears initially as a trivial curiosity of the Victorian parlor. Yet it functioned as the first space capsule. Before the glass case, the botanical world was defined by the tyranny of the local. Plants were bound to their terroir; they could not easily cross the climatic abyss of the oceans without perishing from salt spray or temperature shock. Nature was situated. The Wardian case smashed this locality. It created a portable micro-climate, a fragment of the English garden that could survive the equator, or a slice of the tropics that could endure the North Sea.

The British Empire, always attuned to the logistics of extraction, immediately recognized the power of this portable interior. The case allowed biological life to be stripped of its ecological web and transported as pure genetic capital. In 1848, Robert Fortune utilized these glass arks to smuggle twenty thousand tea plants from Shanghai to the Himalayas, breaking the Chinese monopoly and inaugurating the Indian tea industry. Decades later, Henry Wickham would carry Hevea brasiliensis seeds from Brazil to Kew Gardens, and thence to Malaya, an act of biological relocation that would collapse the Amazonian rubber boom and fuel the coming automobile age.

There is a profound shift in ontology here. The plant inside the case is no longer an organism in conversation with its environment; it has become a “generic input,” severed from the specificities of wind, soil, and insect life. This marks the onset of a biological imperialism where the “garden” is no longer a place one visits, but a box one ships. It represents the victory of the grid over the ocean, the smooth logistics of empire over the rough friction of the earth.

And yet, the closure was never complete. The soil inside those cases carried more than the intended crop; it held what historians call “portmanteau biota”—ants, fungi, earthworms, and weeds. The empire believed it was moving tea, but it was also moving the feral. The “crazy ant” (Paratrechina longicornis) hitched a ride in these portable interiors, beginning a global insurgency that persists to this day. The glass ark, designed to exclude the chaotic outside, had already smuggled the chaos within.

III. The Geometry of the Plantation

If the Wardian case was the molecular unit of this logic, the early twentieth century saw its expansion into a totalizing landscape. The ambition was no longer merely to transport plants, but to rationalize the very environment in which they grew—to smooth out the “thicket” of the world into a legible, productive surface. This is the logic of what Timothy Morton has termed agrilogistics: the ancient program to eliminate contradiction and enforce a monoculture of presence.

The apotheosis of this drive is found in Fordlandia. In 1928, Henry Ford, seeking to break the British rubber monopoly, purchased 2.5 million acres of the Amazon rainforest. He did not see a complex, metabolic web; he saw a disorder to be rectified. He attempted to overlay the industrial grid of Detroit onto the biological density of Brazil.

Fordlandia was less a farm than a moral project. Ford, who despised the “messiness” of history and the disorderly lives of his workforce, sought a clean slate. His engineers cleared the jungle—a thicket of unimaginable complexity—and planted rubber trees in tight, geometric rows. They imposed the discipline of the factory clock, the nutritional regime of oatmeal, and the social ritual of square dancing upon indigenous workers. The land was treated as a terraformed plain, the rubber tree as a standardized cog that would function identically regardless of its context.

But Hevea has a specific terroir. In the wild, rubber trees space themselves out, a natural distancing that serves as an immune system against the South American Leaf Blight (Microcyclus ulei). The distance is the friction that stops the pathogen. By collapsing this distance, by planting the trees in the smooth, efficient rows of the industrial grid, Ford created a banquet for the fungus.

The thicket struck back. The blight moved effortlessly along the vectors of the plantation. The friction of biodiversity had been removed, leaving the path clear for the pathogen. Ford poured capital into pesticides, but the “liveness” of the fungus—its capacity to metabolize the static monoculture—was superior to the dead geometry of the plan.

Fordlandia stands as a parable of the “average.” It illustrates the failure of scaling. One cannot scale terroir without stripping it of its defenses. When a “kernel”—a specific life in a specific context—is treated as a “cog,” it becomes a zombie system: structurally fragile, waiting for the first shock to induce collapse. The attempt to average out the Amazon failed because liveness is inherently non-scalable; it relies on the very friction that the grid seeks to eliminate.

IV. The World Interior of Capital

The failure of the plantation did not arrest the desire for enclosure; it merely drove it indoors. In the post-war era, facing the twin specters of nuclear annihilation and ecological exhaustion, the West embraced the metaphor of “Spaceship Earth.” Popularized by Buckminster Fuller, this concept reimagined the planet not as a mother, but as a vehicle—a mechanical artifact with finite resources, an operating manual, and a need for a pilot.

Fuller’s architectural response was the geodesic dome. He envisioned domes spanning midtown Manhattan to regulate the weather, and “Cloud Nine” spheres floating in the sky, severing humanity entirely from the earth’s crust. This marks the transition to what Peter Sloterdijk calls the “World Interior of Capital.” We ceased to live on the earth and began to live inside a climate-controlled sphere. The shopping mall, the office tower, the sealed automobile—these are foams, interconnected bubbles of immunity where the atmosphere is conditioned and the outside is held at bay.

This logic reached its terminal velocity in 1991 with Biosphere 2. A literal attempt to build a total garden, it was a hermetically sealed glass box in the Arizona desert, containing a miniature rainforest, an ocean, and a desert, along with eight humans. It was designed to prove the viability of a “closed loop” system, a portable world for the colonization of Mars.

Its failure was instructive. The oxygen levels inside the dome plummeted, not because of a mechanical leak, but because the concrete structure itself began to absorb carbon dioxide, starving the plants. The dead matter of the architecture was eating the air. Simultaneously, the “noble” species—hummingbirds and bees—perished, while the feral species exploded. The same crazy ants that had traveled in the Wardian cases overran the facility. Cockroaches multiplied. Morning glory vines choked the curated rainforest.

The human element fared no better. The “crew,” trapped in the smooth proximity of the enclosure, devolved into factionalism. The psychological friction of a world without an “outside” proved unbearable. Biosphere 2 demonstrated that smoothness is chemically and socially unstable. The total interior is a death trap because it lacks the metabolic capacity of the outside. By attempting to eliminate the “weed,” the designers destroyed the immune system of the whole. The ants won because they were the only inhabitants adapted to the high-friction reality of the thicket.

V. The Monoculture of the Sky

We arrive, finally, at the present moment, where the ambition of enclosure has ascended to the stratosphere. Having failed to contain the world in a box, the technocratic impulse has turned to the project of turning the world itself into the box.

This is the logic underpinning geoengineering and Solar Radiation Management. Proposals to inject sulfate aerosols into the upper atmosphere to deflect sunlight represent the ultimate Wardian case. They treat the atmosphere not as a chaotic, sublime force, but as a glazing—a roof whose opacity can be adjusted like a dimmer switch. The planet becomes a single, managed interior.

The risks of such a project—”termination shock,” where a cessation of spraying unleashes accumulated heat in a sudden, lethal wave—are well documented. But the philosophical implication is perhaps even more chilling. As John von Neumann warned decades ago, weather control merges the affairs of every nation. It eliminates the “outside” entirely. There is no longer British weather or Brazilian weather; there is only The System.

This is the realization of the terraformed plain. It is a world where the “dark forest” has been illuminated and managed, where the sun itself is converted into a utility, and where the planet becomes a monoculture of the sky.

VI. The Strategy of the Briar Patch

If the trajectory of modernity is the construction of a fragile, optimized glass ark, where does one find a footing? We cannot return to Voltaire’s garden; the walls are too brittle to hold back the flood. Nor can we resign ourselves to the suffocating interior of Fuller’s dome.

The alternative lies in the texture of the thicket.

In the folklore of the American South, there is the story of Br’er Rabbit and the Briar Patch. When captured by the Fox, the Rabbit pleads, “Don’t throw me in the briar patch!” The Fox, operating on the logic of the predator who prefers the open field, views the briar patch as a torture device—thorny, messy, illegible. He throws the Rabbit in, expecting him to be shredded. But the Rabbit was born in the briar patch. The thorns that cut the Fox are the Rabbit’s defense system.

The modern Fox is the algorithm, the market, the scraper seeking legible data. It desires smoothness. The briar patch represents the local context, the dense history, the “terroir” that resists easy summarization. The thicket is not a retreat into nature, but a strategic niche. It suggests that to survive the simplifying gaze of the machine, one must become “high-friction.”

This requires a redefinition of “liveness.” Liveness is not mere novelty; it is metabolic capacity. The glass ark is a zombie system—a closed loop where inputs equal outputs, preserving form but preventing transformation. The thicket, by contrast, is a fermenter. It takes generic energy—shocks, news, pain—and metabolizes it through a specific kernel to produce something singular.

We see this in the difference between a product and a practice. If one moves a global franchise from Seattle to Singapore, it functions perfectly because it is dead; it is a product, severed from place. If one attempts to move a philosophy like Fichte’s from the salons of Jena to a corporate boardroom, it withers. It requires the nutrient density of its specific scene to survive. It is alive because it is entangled.

Gilles Clément, the French gardener, offers a vocabulary for this posture. He speaks of the “Planetary Garden” not as a machine to be controlled, but as a “Garden in Motion.” He directs our attention to the “Third Landscape”—the roadside verges, the abandoned lots, the scrublands. These are the thickets. They are the reservoirs of genetic diversity where the unscripted life, banished from the monoculture, continues to evolve.

VII. A Gesture Toward the Weed

The history of the West has been a long war against the weed. We built glass cases to distinguish the valuable specimen from the unwanted intruder. We cleared the Amazon to impose the average. We networked the globe to smooth out the friction of distance.

Yet the weed—the superweed that drinks poison and thrives—remains the victor. The thicket is the inevitable return of complexity to a system that tries to simplify it.

The task, then, is not to build a better glass house, but to learn the habits of the briar patch. It is a call to abandon the pursuit of the fragile, legible career or identity—the “glass ark” of the self—and to cultivate a life of density and opacity. To be a fermenter rather than a node. To seek resonance rather than scale.

In a world that seeks to turn every subject into a cog within a planetary spaceship, the most radical act is to become an un-weedingable root—a kernel of such high-dimensional specificity that the algorithm chokes trying to digest it. We should not simply cultivate our garden. We should allow the fence to rot, and watch what grows in the clearing.

#Agrologistics #AI #AlgorithmicResistance #Anthropocene #ArchitectureTheory #Art #artificialIntelligence #Biosphere2 #BuckminsterFuller #Business #ClimatePhilosophy #ComplexityTheory #DeepEcology #DesignFiction #DigitalResistance #EcologicalGrief #Enclosure #EnvironmentalHistory #Fordlandia #futureOfWork #Garden #Geoengineering #GillesClément #Leadership #Liveness #MetabolicRift #Metabolism #Modernity #Permaculture #PeterSloterdijk #philosophy #PhilosophyOfNature #PostIndustrialism #Rewilding #SpaceshipEarth #systemsThinking #Technocracy #Terroir #TheAnthropocene #TheGarden #TheKernel #TheThicket #TheWorldInterior #ThirdLandscape #VictorianBotany #WardianCase #WorldInterior #writing

Get to know the #TransatlanticLab project in under 4 minutes. :)

https://www.youtube.com/watch?v=m69l8bvDhAA

#Histodons #EU_funded #Atlantic #Colonialism #Slavery #Racism #HistoryOfScience #Eugenics #EnvHist #Heritage #Arts #EnvironmentalHistory

In May and June of 2025, Giulia Champion and I ran an online seminar seres titled Living With Water. This was an extraordinary international coming together of over seventy speakers from across disciplines. I am finally uploading the videos of these talks (where we have permission). Please enjoy (more still to come) https://livingwithwater.hcommons.org/recordings/ #water #research #history #arts #science #FilmStudies #anthropology #architecture #geography #literature #environment #EnvHums #EnvironmentalHistory

https://samgrinsell.hcommons.org/2025/12/10/planetary-infrastructures/
NEW BLOGPOST - Planetary Infrastructures. In which I continue thinking about history as connection, this time through a course I've been teaching this term
#history #HistoryOfScience #Infrastructure #InfrastructuralHistory #EnvironmentalHistory #UrbanHistory

https://samgrinsell.hcommons.org/2025/12/10/planetary-infrastructures/
NEW BLOGPOST - Planetary Infrastructures. In which I continue thinking about history as connection, this time through a course I've been teaching this term
#history #HistoryOfScience #Infrastructure #InfrastructuralHistory #EnvironmentalHistory #UrbanHistory

https://samgrinsell.hcommons.org/2025/12/10/planetary-infrastructures/
NEW BLOGPOST - Planetary Infrastructures. In which I continue thinking about history as connection, this time through a course I've been teaching this term
#history #HistoryOfScience #Infrastructure #InfrastructuralHistory #EnvironmentalHistory #UrbanHistory

⛏️ Daqui a uma semana, dia 5 de Dezembro, rumaremos até Mértola para a 12ª Jornada Interdisciplinar na Mina de São Domingos — "Minas, tecnologias e educação: convergências".

✍️ Inscrições (gratuitas) até 4 de Dezembro para [email protected] ou 286 647 534.

ℹ️ https://ihc.fcsh.unl.pt/events/12a-jornada-mina/

#Histodons #Geology #Mining #MinaDeSãoDomingos #PatrimónioGeológico #PatrimónioMineiro #Minas #Alentejo #Mértola #HistóriaAmbiental #EnvironmentalHistory

This week's #NewBooks at the library:
- a damaged copy of Positive Tipping Points: How to Fix the Climate Crisis
- a second-hand copy of the 1982 classic Lamarck the Mythical Precursor: A Study of the Relations Between Science and Ideology published by @themitpress (there aren't that many books on Lamarck)
- a former library copy of The Environmental Consequences of War: Legal, Economic and Scientific Perspectives. This one came from the holdings of the JSCSC (Joint Services Command and Staff College)'s Hobson Library, one of the UK's largest military libraries (!), probably the most unusual provenance for any of the books I have.

#ClimateChange #HistoryOfScience #ScienceHistory #HistSci #History #EnvironmentalHistory #Warfare #Books #Scicomm #Bookstodon @bookstodon

📰 O número 47 do jornal MAPA inclui uma entrevista de três páginas à equipa do projecto #FIREUSES — "Paisagens de Fogo", na qual falaram sobre mega-incêndios, o fogo como sujeito político, os eucaliptos, a gestão da paisagem em Portugal, entre outros temas.

Já nas bancas!

#Histodons #EnvironmentalHistory #RuralHistory #SocialHistory #OnTheMedia #History #Sociology #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial

📰 O número 47 do jornal MAPA inclui uma entrevista de três páginas à equipa do projecto #FIREUSES — "Paisagens de Fogo", na qual falaram sobre mega-incêndios, o fogo como sujeito político, os eucaliptos, a gestão da paisagem em Portugal, entre outros temas.

Já nas bancas!

#Histodons #EnvironmentalHistory #RuralHistory #SocialHistory #OnTheMedia #History #Sociology #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial

📰 O número 47 do jornal MAPA inclui uma entrevista de três páginas à equipa do projecto #FIREUSES — "Paisagens de Fogo", na qual falaram sobre mega-incêndios, o fogo como sujeito político, os eucaliptos, a gestão da paisagem em Portugal, entre outros temas.

Já nas bancas!

#Histodons #EnvironmentalHistory #RuralHistory #SocialHistory #OnTheMedia #History #Sociology #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial

📰 O número 47 do jornal MAPA inclui uma entrevista de três páginas à equipa do projecto #FIREUSES — "Paisagens de Fogo", na qual falaram sobre mega-incêndios, o fogo como sujeito político, os eucaliptos, a gestão da paisagem em Portugal, entre outros temas.

Já nas bancas!

#Histodons #EnvironmentalHistory #RuralHistory #SocialHistory #OnTheMedia #History #Sociology #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial

📰 O número 47 do jornal MAPA inclui uma entrevista de três páginas à equipa do projecto #FIREUSES — "Paisagens de Fogo", na qual falaram sobre mega-incêndios, o fogo como sujeito político, os eucaliptos, a gestão da paisagem em Portugal, entre outros temas.

Já nas bancas!

#Histodons #EnvironmentalHistory #RuralHistory #SocialHistory #OnTheMedia #History #Sociology #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial

📖 Mariana Valente and Maria Ilhéu wrote the chapter "Learning to Notice and Love in a More-than-human World" included in the book "Narrating the Multispecies World", edited by Michaela Fenske.

🔓 Available in #OpenAccess: https://www.transcript-verlag.de/978-3-8376-7056-1/narrating-the-multispecies-world/

#Histodons #History #EnvironmentalHistory #ClimateChange #ArtAndScience #EnvironmentalHumanities #Environment

📰 O número de Outubro da Le Monde Diplomatique (PT) inclui um ensaio de Frederico Ágoas, Miguel Carmo e José Ferreira, decorrente do projecto #FIREUSES, intitulado "Uma catástrofe (não) anunciada. História e política dos grandes #incêndios em Portugal"

👉 Encontram a revista nas bancas ou em https://pt.mondediplo.com/

#Histodons #History #Sociology #EnvironmentalHistory #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial

📰 O número de Outubro da Le Monde Diplomatique (PT) inclui um ensaio de Frederico Ágoas, Miguel Carmo e José Ferreira, decorrente do projecto #FIREUSES, intitulado "Uma catástrofe (não) anunciada. História e política dos grandes #incêndios em Portugal"

👉 Encontram a revista nas bancas ou em https://pt.mondediplo.com/

#Histodons #History #Sociology #EnvironmentalHistory #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial

📰 O número de Outubro da Le Monde Diplomatique (PT) inclui um ensaio de Frederico Ágoas, Miguel Carmo e José Ferreira, decorrente do projecto #FIREUSES, intitulado "Uma catástrofe (não) anunciada. História e política dos grandes #incêndios em Portugal"

👉 Encontram a revista nas bancas ou em https://pt.mondediplo.com/

#Histodons #History #Sociology #EnvironmentalHistory #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial

📰 O número de Outubro da Le Monde Diplomatique (PT) inclui um ensaio de Frederico Ágoas, Miguel Carmo e José Ferreira, decorrente do projecto #FIREUSES, intitulado "Uma catástrofe (não) anunciada. História e política dos grandes #incêndios em Portugal"

👉 Encontram a revista nas bancas ou em https://pt.mondediplo.com/

#Histodons #History #Sociology #EnvironmentalHistory #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial

📰 O número de Outubro da Le Monde Diplomatique (PT) inclui um ensaio de Frederico Ágoas, Miguel Carmo e José Ferreira, decorrente do projecto #FIREUSES, intitulado "Uma catástrofe (não) anunciada. História e política dos grandes #incêndios em Portugal"

👉 Encontram a revista nas bancas ou em https://pt.mondediplo.com/

#Histodons #History #Sociology #EnvironmentalHistory #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial

This week's #NewBooks at the library: Some classic literature that I bought second-hand.
- A Plague of Sheep: Environmental Consequences of the Conquest of Mexico, published by Cambridge University Press (which was removed from the holdings of the University of Plymouth Charles Seale-Hayne Library just down the road from me!)
- Carl Safina's classic Song for the Blue Ocean: Encounters Along the World's Coasts and Beneath the Seas, published by Henry Holt
- and Extinctions in Near Time: Causes, Contexts, and Consequences, published by Springer.

#Extinction #Biodiversity #Palaeontology #Paleontology #NaturalHistory #NatureWriting #EnvironmentalHistory #Books #Scicomm #Bookstodon @bookstodon

Historically, coppicing has supplied timber and materials for centuries, fostering complex ecosystems where different species can flourish.

Once widespread, this practice faded, causing many species to decline.

#EnvironmentalHistory #Ecology

'#OnondagaLake in New York State: Seventeenth Century Origins of a Superfund Site' - an article in the #EnvironmentAndSociety Collection of The Rachel Carson Center and The White Horse Press on #ScienceOpen:

📑🔗 https://www.scienceopen.com/document?vid=65d6c9df-bfcb-4495-923e-a90ff95a5a95

#EnvironmentalHistory #Haudenosaunee #IndigenousRights #DecolonizeHistory #SacredLand

'#OnondagaLake in New York State: Seventeenth Century Origins of a Superfund Site' - an article in the #EnvironmentAndSociety Collection of The Rachel Carson Center and The White Horse Press on #ScienceOpen:

📑🔗 https://www.scienceopen.com/document?vid=65d6c9df-bfcb-4495-923e-a90ff95a5a95

#EnvironmentalHistory #Haudenosaunee #IndigenousRights #DecolonizeHistory #SacredLand

'#OnondagaLake in New York State: Seventeenth Century Origins of a Superfund Site' - an article in the #EnvironmentAndSociety Collection of The Rachel Carson Center and The White Horse Press on #ScienceOpen:

📑🔗 https://www.scienceopen.com/document?vid=65d6c9df-bfcb-4495-923e-a90ff95a5a95

#EnvironmentalHistory #Haudenosaunee #IndigenousRights #DecolonizeHistory #SacredLand

'#OnondagaLake in New York State: Seventeenth Century Origins of a Superfund Site' - an article in the #EnvironmentAndSociety Collection of The Rachel Carson Center and The White Horse Press on #ScienceOpen:

📑🔗 https://www.scienceopen.com/document?vid=65d6c9df-bfcb-4495-923e-a90ff95a5a95

#EnvironmentalHistory #Haudenosaunee #IndigenousRights #DecolonizeHistory #SacredLand

'#OnondagaLake in New York State: Seventeenth Century Origins of a Superfund Site' - an article in the #EnvironmentAndSociety Collection of The Rachel Carson Center and The White Horse Press on #ScienceOpen:

📑🔗 https://www.scienceopen.com/document?vid=65d6c9df-bfcb-4495-923e-a90ff95a5a95

#EnvironmentalHistory #Haudenosaunee #IndigenousRights #DecolonizeHistory #SacredLand

Historical ecology (Ecology 🏞️)

Historical ecology is a research program that focuses on the interactions between humans and their environment over long-term periods of time, typically over the course of centuries. In order to carry out this work, historical ecologists synthesize long-series data collected by practitioners in diverse fields. Rather than concentrating on one spec...

https://en.wikipedia.org/wiki/Historical_ecology

#HistoricalEcology #Ecology #Anthropology #EnvironmentalHistory

🔥 O projeto #FIREUSES publicou três entrevistas sobre o estudo do fogo em Portugal: com a geógrafa Raquel Soeiro de Brito, com o engenheiro silvicultor João Filipe Bugalho e com o engenheiro agrónomo João Castro Caldas.

Os vídeos contaram com a colaboração da TERRATREME Filmes.

👉 https://projetos.dhlab.fcsh.unl.pt/s/fireuses/page/entrevistas

#Histodons #EnvironmentalHistory #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial #PaisagensDeFogo #SocialHistory

🔥 O projeto #FIREUSES publicou três entrevistas sobre o estudo do fogo em Portugal: com a geógrafa Raquel Soeiro de Brito, com o engenheiro silvicultor João Filipe Bugalho e com o engenheiro agrónomo João Castro Caldas.

Os vídeos contaram com a colaboração da TERRATREME Filmes.

👉 https://projetos.dhlab.fcsh.unl.pt/s/fireuses/page/entrevistas

#Histodons #EnvironmentalHistory #Wildfires #ForestFires #IncêndiosEmPortugal #FogosPT #FogosFlorestais #HistóriaAmbiental #HistóriaAgrária #HistóriaSocial #PaisagensDeFogo #SocialHistory