This essay examines climatic territories as environments in which atmospheric processes, spatial inequalities and systems of representation become inseparable. Climate is not encountered only as global data; it is lived through heat, air, water, exposure, mobility and infrastructure. Socioplastics provides operators for tracing how planetary abstraction is translated into situated consequence. The essay argues that climatic knowledge must connect scales without allowing global models to erase local experience. Territory is therefore understood as a climatic relation rather than a fixed surface. Justice depends on making visible how environmental burdens and adaptive capacities are unevenly distributed. Its governing operator is ClimateTranslation: climatic territory emerges through contested conversions between atmospheric processes, lived exposure, models and political decisions.
The exclusive operator governing this perspective is ClimateTranslation: climatic territory emerges through contested conversions between atmospheric processes, lived exposure, models and political decisions. Socioplastics possesses a territorial and ecological dimension that becomes most urgent under climate change. Climate is not an external theme applied to the system. It is a field in which abstraction, inequality, architecture and material exposure intersect. The project’s operators make visible how atmospheric processes become territorial consequences and political decisions. The intellectual lineage includes political ecology, environmental justice, landscape theory, urban climatology and critical cartography. Lefebvre’s production of space, Harvey’s uneven development, Haraway’s situated knowledge, Latour’s terrestrial politics and contemporary climate justice research all inform this field. Socioplastics contributes a compact grammar for tracing conversions across scale. ClimateTranslation is the central operator. Climate cannot become politically actionable without translation into models, maps, scenarios and indicators. Yet every translation selects variables and scales. Lived exposure may disappear inside averages. Translation is necessary, but never innocent. HeatSentence converts thermal difference into a spatial judgement. Materials, shade, vegetation, income and labour distribute heat unequally. A city sentences bodies to different levels of exposure. The operator links climate to justice without reducing either to metaphor. SoilCustody shifts attention from atmosphere to ground. Soil is a living archive and a material infrastructure. Custody introduces responsibility across generations and challenges property-based models of territory. ExtractionDrift follows consequences beyond the declared site of extraction. Mining, tourism, logistics, digital infrastructure and urban development displace effects through water, labour, housing and climate. Drift reveals the inadequacy of bounded impact assessment. PlanetaryAbstraction addresses the scale at which climate becomes globally legible. Planetary models are indispensable, but they risk erasing local difference. The operator asks how totality can be represented without sacrificing situated experience.
ScarcityAnticipation shows how expected shortage reorganises territory before scarcity fully occurs. Water, land, energy and housing become objects of pre-emptive control. Anticipation produces borders, speculation and exclusion. ResilienceMisreading criticises the celebration of adaptation. Communities praised for resilience may be forced to absorb repeated damage while structural causes remain untouched. The operator distinguishes collective capacity from institutional abandonment. MaintenanceReturn brings climate into everyday architecture. Adaptation depends not only on major projects but on shade, repair, drainage, vegetation, materials and care. Maintenance becomes climatic governance. AtmospherePosture connects environmental condition to bodily response. Heat, pollution, humidity and noise reorganise movement and attention. Climate is lived through posture before it is known through data. TopolexicalSovereignty shows how naming territories affects environmental politics. Labels such as wasteland, green zone, risk area or development corridor determine what uses become legitimate. Naming produces ecological futures. VectorAfterlife explains why historical infrastructures continue shaping climate vulnerability. Roads, zoning, drainage and property boundaries outlive the regimes that produced them. Adaptation must confront inherited vectors. The compactness of these operators allows movement between scientific, political and experiential registers. Yet climate demands empirical accountability. Terms cannot substitute for data, fieldwork or collaboration with affected communities. The risk is abstraction. A conceptual system may aestheticise climate complexity while remaining detached from material intervention. Socioplastics must keep returning to measurable exposures, bodies and territories. A second risk is universality. Planetary language can conceal unequal responsibility. Climate is global, but its causes and consequences are distributed asymmetrically. At its strongest, Socioplastics provides a territorial grammar for climate justice. It connects model and body, atmosphere and soil, extraction and maintenance. The operator reveals a mechanism; the marker preserves its address; the field allows relations across scales. Climate becomes not a separate topic but a test of whether the philosophy can remain answerable to the material world.
ClimateTranslation makes climatic territory more precise than a general claim that climate is socially constructed. Atmospheric processes are materially real, but they become governable through translations: sensors convert heat into measurements; models convert measurements into scenarios; maps convert scenarios into zones; institutions convert zones into priorities, budgets and legal obligations. At every stage, scale, resolution and uncertainty are redistributed. Translation is indispensable, yet never innocent. The genealogy appropriate to this essay joins political ecology, climate justice, Indigenous studies and critical cartography. Work by Sheila Jasanoff on civic epistemologies, Mike Hulme on the cultural life of climate, Kathryn Yusoff on geology and racialisation, Kyle Whyte on Indigenous climate justice, and Shannon Mattern on urban sensing demonstrates that climate knowledge is inseparable from the infrastructures through which it is made public. Socioplastics contributes an operator capable of following a climatic relation across these heterogeneous media without collapsing them into a single explanatory level. Territory enters because translation always lands somewhere. A metropolitan heat map can reveal unequal exposure while simultaneously smoothing the interiors, routines and bodily differences that produce that inequality. A resilience index can direct resources but can also reward communities already able to document themselves in institutionally legible ways. ClimateTranslation asks which lived conditions survive abstraction, which disappear, and who gains authority from the resulting image. The issue is not a choice between local testimony and planetary modelling, but the construction of reversible passages between them. This reversibility is the ethical criterion of the operator. A model should be capable of returning to the street, dwelling, workplace, body and ecosystem from which its variables were abstracted. Conversely, situated experience should be able to modify the categories of the model rather than merely illustrate conclusions already reached. Climatic territory becomes politically meaningful when translation operates in both directions. It is then neither a coloured administrative surface nor an ineffable lived condition, but a negotiated composition of atmosphere, infrastructure, history and unequal capacity to endure.
Other markers clarify secondary mechanisms: HeatSentence condenses the political articulation of thermal exposure; PlanetaryAbstraction examines totalising scale; ResilienceMisreading identifies interpretive failure. Yet ClimateTranslation remains the exclusive anchor because it explains how these distinct conditions are connected and where their connection can be held accountable. The architectural consequence is substantial. Buildings and public spaces do not merely endure climate; they participate in translating it. Materials register thermal histories, sections distribute air and shade, maintenance regimes expose some bodies while protecting others, and energy models convert these relations into design decisions. A climatic territory is therefore composed through sections, surfaces, routines and institutional thresholds as much as through meteorological data. ClimateTranslation allows these layers to remain connected without pretending that one representation can stand for all of them. For this reason, the operator should guide not only analysis but also method. A robust climatic inquiry should preserve a chain from sensing to modelling, from modelling to representation, and from representation to intervention. At each passage it should record what was aggregated, which uncertainty was accepted and who was consulted. Translation becomes politically accountable when its losses are documented rather than hidden behind technical fluency.
DOCUMENT
PDF · Socioplastics [9516] · LAPIEZA-LAB · 2026 PDF on Google Drive
METADATA
Author: Anto Lloveras
Affiliation: LAPIEZA-LAB, Madrid
ORCID: 0009-0009-9820-3319
Series: Socioplastics
Tome: Tome X
Collection: Operative Essays
Node: 9516
Governing operator: ClimateTranslation
Document type: Conceptual research essay
Language: English
Licence: CC BY-NC-SA 4.0
Year: 2026
Version: V01
CITATION
Lloveras, A. (2026). Climatic Territories — Socioplastics [9516]. Madrid: LAPIEZA-LAB.