Martin.AI;
1. Geophilosophy: Earth, territory, and the creation of
concepts
According to Deleuze and Guattari, geophilosophy names neither a
regional philosophy of geography nor a simple philosophical interest in
landscapes. It designates a claim about the genesis of thought itself.
Philosophy is not presented as the contemplation of timeless essences from a
view nowhere; it is the creation of concepts on a plane of immanence. That
plane is never detached from the Earth. Concepts emerge through situated
conditions: territories, cities, routes of exchange, political forms, climates
of thought, and historically specific milieus. Philosophy, therefore, has a
geography not because philosophers happen to live somewhere, but because
thought is conditioned by the Earth-bound arrangements through which concepts
become possible.
The central contrast is between territory and Earth. Territory gives
relative consistency: it marks, gathers, orders, and stabilizes. Earth
unsettles such stabilizations: it is associated with movement,
deterritorialization, excess, and the possibility that a concept may exceed the
local conditions from which it emerged. Geophilosophy, in this sense, does not
reduce thought to place. Rather, it investigates the relation by which thought
is territorially conditioned and yet capable of deterritorializing the given.
It is precisely this tension - between situatedness and movement - that gives
geophilosophy its philosophical force.
Deleuze and Guattari, therefore, reject two simplifications. The first
is origin mythology: philosophy is not born from a miraculous universal reason
that suddenly appears outside history. The second is crude environmental
determinism: concepts are not mechanically produced by soil, climate, or
location. Instead, philosophy emerges from contingent assemblages. Ancient
Greek philosophy, for example, is not explained by geography alone; it is
reconstructed as the effect of a distinctive conjunction of city, commerce,
political form, rivalry, friendship, discourse, and conceptual invention. A
milieu does not determine thought linearly; it furnishes the conditions
under which certain forms of thinking become thinkable.
From a systemist perspective, geophilosophy is best treated as a
conceptual diagnostic. It asks how a concept is assembled, what territory it
presupposes, what it excludes, what movement it enables, and what new Earth it
imagines. Its primary register is not moral prescription. It does not tell a
geoscientist how to communicate volcanic risk, how to allocate water under
scarcity, or how to regulate mineral extraction. Instead, it asks how terms
such as nature, Earth, territory, people, world, and future organize the field
in which such questions can later be posed.
This matters because conceptual regimes are not inert. They arrange
perception, distribute attention, and make some forms of action appear
reasonable while others appear eccentric, premature, or impossible. When the
Earth is conceptualized as a passive stage, ethical questions are likely to be
framed as questions of human use. When the Earth is conceptualized as a
dynamic, processual, and generative condition of thought, the background
shifts: humans appear less as sovereign users than as situated participants in
Earth-bound processes. Geophilosophy thus offers a way to diagnose the
conceptual ground of Earth-related judgment.
2. Geoethics: responsible practice within the Earth system
Geoethics has a different genealogy and a different task. It emerged
from the geosciences and from reflection on the responsibilities that accompany
Earth science knowledge, Earth-related expertise, and interventions in
geophysical and geochemical environments. Its contemporary definition extends
beyond professional etiquette. It concerns the values that should underpin
appropriate behaviours and practices wherever human activities interact with
the Earth system. It also addresses the ethical, social, and cultural
implications of geoscientific knowledge, education, research, practice, and
communication.
The shift from professional ethics to planetary responsibility is
decisive. In its narrower sense, geoethics concerns the conduct of
geoscientists: integrity in data production, prudence in hazard communication,
fairness in expert advice, responsibility in fieldwork, and transparency in
public communication. In its broader sense, geoethics concerns all
Earth-related practices by which societies transform their planetary habitat:
resource extraction, infrastructure construction, land-use change, climate adaptation,
geoengineering proposals, disaster risk reduction, groundwater management,
heritage protection, and the governance of environmental knowledge. The
professional geoscientist remains important, but the field of responsibility broadens to include civic and institutional conduct.
Geoethics, therefore, works at the interface of knowledge and action.
It does not merely ask what is true about the Earth; it asks what follows from
knowing it. Scientific knowledge of earthquakes, floods, mineral systems,
coastal dynamics, climate forcing, or planetary boundaries becomes geoethically
salient when it enters a decision space involving exposure, vulnerability,
intergenerational consequences, public trust, or irreversible harm. Geoethics
is not reducible to the application of science; it is the normative
interpretation of Earth knowledge under conditions of uncertainty, plurality,
asymmetrical power, and practical consequence.
A systemist reading clarifies the scope of the term. At the telluric
level, geoethics attends to Earth processes and constraints: finite resources,
hazardous dynamics, biogeochemical cycles, deep time, and planetary
habitability. At the social level, it attends to institutions, communities,
legal orders, economic interests, and forms of collective vulnerability. At the
artefactual level, it attends to instruments, models, infrastructures,
monitoring networks, standards, data systems, and technological interventions.
At the conceptual level, it attends to values, responsibilities, narratives,
classifications, and public meanings. Geoethics becomes adequate to
planetary-scale anthropogenic change only when all four levels are held
together rather than separated into isolated expert domains.
This extension does not make geoethics vague. It makes it more
demanding. Geoethics must preserve its operational force - codes of conduct,
professional standards, decision procedures, educational practices, and
communication norms - while also addressing the broader civic condition in
which Earth science operates. It must speak to experts without becoming
corporatist; to citizens without becoming merely inspirational; to institutions
without becoming technocratic; and to philosophy without losing contact with
practice.
3. Shared orientation: Earth as condition, not backdrop
The principal convergence between geophilosophy and geoethics is
their refusal to treat the Earth as a passive setting. In geophilosophy, the
Earth is implicated in the emergence of concepts. In geoethics, the Earth
system is implicated in the scope of responsibility. In both cases, Earth is
not simply the scenery before which human thought and action unfold. It is a
formative condition: it constrains, affords, destabilizes, receives impacts,
and returns consequences.
This shared orientation has a diagnostic value. It displaces the
modern habit of separating thought from ground, ethics from material
consequences, and action from Earth-system effects. Geophilosophy shows that
concepts have milieus. Geoethics shows that actions have planetary
implications. Their common gesture is to reconnect what disciplinary
abstraction has often separated: concept and terrain, knowledge and
responsibility, place and world, scientific description and civic judgement.
However, the convergence must be formulated carefully. Geophilosophy
does not become ethical merely because it speaks of the Earth. Geoethics does
not become geophilosophical merely because it invokes planetary responsibility.
Their relation is mediated by the question of how concepts condition action. A
society that names the Earth as stock, resource, capital, heritage, commons,
Gaia, system, territory, or habitat will organize responsibility differently.
The conceptual framing does not determine conduct by itself, but it sets the
horizon within which conduct is justified.
Proposition 1 - Conceptual conditioning:
Geoethical judgement depends partly on the conceptual regime through which the
Earth is made intelligible; geophilosophy can diagnose that regime without
replacing normative analysis.
Proposition 2 - Normative orientation:
Geophilosophical insight remains ethically underdetermined unless it is
connected to practices of responsibility, care, justice, prudence, and
institutional accountability.
4. Divergences that must be preserved
The productive relation between geophilosophy and geoethics depends
on preserving their divergences. Four distinctions are especially important.
First, they differ in disciplinary origin. Geophilosophy belongs to
continental philosophy and critical theory; geoethics, initially within applied ethics in Earth science, has expanded into environmental, civic,
and planetary ethics. This difference matters because each field has its own standards of argument. Geophilosophy values conceptual invention,
critique of transcendence, and attention to immanence, territory, and becoming.
Geoethics values responsible conduct, public trust, risk communication,
professional integrity, justice, and the translation of knowledge into
practice.
Second, they differ in abstraction. Geophilosophy works through
concepts such as plane of immanence, deterritorialization,
reterritorialization, milieu, and people-to-come. These terms are powerful but
not operational in the sense required by professional practice. Geoethics works
through principles, commitments, educational programs, guidelines, codes,
institutional duties, and situated decision processes. It must remain
answerable to practice. A geoethical analysis of groundwater depletion,
landslide risk, or deep-sea mining cannot stop at conceptual creativity; it
must examine harm, responsibility, uncertainty, and the distribution of
burdens.
Third, they differ in their relation to science. Geophilosophy can
draw on scientific metaphors and Earth-related concepts, but it is not an
empirical geoscience. Geoethics, by contrast, is constitutively linked to
geoscientific knowledge and to the evidential practices through which such
knowledge is produced, communicated, contested, and applied. Its credibility
depends partly on fidelity to what is known, what is uncertain, and what
remains contested within Earth science.
Fourth, they differ in ethical explicitness. Geoethics is explicitly
normative. It asks what should be done, by whom, under which constraints, for
whose benefit, and with what accountability. Geophilosophy is not an ethics in
that direct sense. It may have political and ethical implications, but its
principal task is conceptual rather than prescriptive. Confusing the two
registers risks weakening both: geoethics becomes obscure if it substitutes
conceptual play for responsibility, while geophilosophy becomes flattened if it
is reduced to an applied moral doctrine.
5. A structured interface
A constructive relationship between geophilosophy and geoethics can be organized into a heuristic cycle. The point is not to artificially harmonize the two fields, but to make their interface usable for scholarly and civic
analysis.
Diagnose. Geophilosophy helps diagnose the conceptual territory in
which an Earth-related problem is framed. What is the Earth in this discourse:
resource base, living system, geosphere, habitat, archive, infrastructure,
territory, common home, or legal subject? Which assumptions are embedded in the
prevailing vocabulary? Which forms of expertise are privileged? Which relations
are made invisible? Diagnosis prevents geoethics from treating its objects as
self-evident.
Reframe. Once the conceptual territory is visible, geoethics can ask
whether it should be reframed. For example, a mining project framed only as
economic development may be reframed as a matter of intergenerational justice,
landscape transformation, Indigenous rights, ecological risk, and material
dependency. A flood defence framed only as engineering protection may be
reframed as a question of managed retreat, social vulnerability, insurance
regimes, sediment dynamics, and public memory. Reframing is not rhetorical
decoration; it changes the decision space.
Operationalise. Geoethics then has to convert reframed insight into
practice. This may involve standards for communication, participatory
procedures, disclosure obligations, precautionary thresholds, monitoring arrangements, educational curricula, institutional mandates, or design principles for infrastructure. Here, the artefactual domain is crucial. Ethical
intentions become consequential only when they are embedded in tools,
protocols, budgets, models, maintenance regimes, and legal-administrative routines.
Evaluate. Evaluation asks whether the proposed practices remain
faithful to both Earth-system realities and social plurality. Do they reduce
exposure or merely redistribute it? Do they acknowledge uncertainty or conceal
it behind technical confidence? Do they respect affected communities as
participants or treat them as recipients of expert instruction? Do they
consider long-term habitability or only short-term efficiency? Evaluation keeps
geoethics from becoming a vocabulary of good intentions detached from material
and institutional effects.
Aperture. The interface finally opens toward future work. New Earth
conditions - climate disruption, sea-level rise, critical mineral demand,
groundwater stress, cascading hazards, biodiversity loss, and debates over
geoengineering - require new concepts and new responsibilities. Geophilosophy
contributes conceptual invention; geoethics contributes normative orientation
and practical accountability. Their conjunction is most useful when it
generates research questions, educational forms, and civic practices that can
be tested, revised, and institutionally sustained.
6. Implications for planetary-scale anthropogenic change
Planetary-scale anthropogenic change intensifies the need for this
interface. In earlier modern imaginaries, human societies often appeared to act upon local environments, while the planet remained a stable background.
That separation is no longer plausible. Human activities alter atmospheric
composition, sediment flows, biogeochemical cycles, hydrological regimes,
coastal dynamics, land systems, and the distribution of risk. The Earth system
responds in ways that are nonlinear, delayed, uneven, and often difficult to
attribute within ordinary political timeframes.
This condition has two consequences. Conceptually, the Earth can no
longer be treated as a mere environment in the sense of surroundings. It must be
treated as the dynamic condition of social life, technological possibility, and
future habitability. Normatively, responsibility can no longer be confined to
individual intention or local compliance. It must include distributed agency,
institutional design, infrastructures, cumulative effects, and
intergenerational consequences. Geoethics without geophilosophical diagnosis may
underestimate how deeply inherited concepts of nature, progress, extraction,
and mastery structure action. Geophilosophy without geoethical orientation may
underestimate the urgency of decisions whose consequences are already
materializing.
The Anthropocene debate illustrates the point. Whether the
Anthropocene is formalized as a geological epoch, interpreted as an event, or
used as a broader cultural concept, it functions as an epistemological
disturbance. It changes how relations among Earth processes, social
organization, artefactual systems, and conceptual regimes are understood. A
geophilosophical reading asks how the concept rearranges thought: what kind of
Earth, humanity, agency, and history it makes visible. A geoethical reading asks
what duties follow: how responsibility, justice, precaution, communication, and
governance should be reorganized in the face of planetary-scale human influence. The two
readings are distinct, but they become mutually illuminating when held
together.
7. Cautions: avoiding three false syntheses
The first is metaphorical inflation. Because both terms begin with
geo-, it is tempting to treat them as naturally aligned. This is insufficient.
The geo- in geophilosophy concerns Earth, territory, milieu, and the
spatial-material conditioning of concepts. The geo- in geoethics concerns the
Earth system as the field of responsible conduct. The overlap is significant,
but it has to be argued, not assumed.
The second is normative shortcutting. One cannot derive a geoethical
duty directly from Deleuze and Guattari. Geophilosophy can unsettle
anthropocentric assumptions and make conceptual space for new relations with
Earth, but responsibility requires additional normative reasoning: about harm,
justice, capability, vulnerability, obligation, and institutional agency.
Geoethics must therefore draw not only on geophilosophy but also on
environmental ethics, political theory, sociology of expertise, risk governance,
and geoscientific evidence.
The third is scientistic reduction. Geoethics depends on Earth
science, but it is not reducible to technical assessment. Scientific knowledge
informs judgment; it does not by itself settle value conflicts. Decisions
about acceptable risk, fair distribution, precaution, sacrifice, restoration,
or retreat involve social and conceptual choices as well as geophysical
evidence. A mature geoethics must therefore remain both scientifically literate
and philosophically reflexive.
8. Toward an Earth-oriented civic epistemology
The strongest formulation of the relationship between geophilosophy
and geoethics is that together they contribute to an Earth-oriented civic
epistemology. By this is meant a mode of collective knowing in which
Earth-system understanding, conceptual reflexivity, and public responsibility
are institutionally connected. Such an epistemology would not ask citizens
simply to believe experts, nor experts simply to deliver facts, nor
philosophers simply to invent concepts. It would ask how societies can organize
knowledge practices that are truthful, situated, responsible, and capable of
guiding action amid planetary change.
In this arrangement, geophilosophy has a critical role. It examines
the inherited conceptual terrain: nature as an externality, Earth as a resource, progress as extraction, resilience as adaptation without transformation, sustainability as a managerial balance, and responsibility as individual
behaviour rather than systemic coordination. It can also help imagine
alternative concepts: planetary habitat, Earth-World nexus, geo-civicness,
common vulnerability, or more-than-human cohabitation. Such concepts do not solve
problems by themselves, but they can reorganize what counts as a problem.
Geoethics has the corresponding practical role. It asks how such
reorganized understanding should enter education, public communication,
research conduct, expert advice, institutional design, and civic practice. It
translates Earth-oriented understanding into responsibilities: epistemic
responsibility for reliable knowledge; communicative responsibility for
truthful and comprehensible public engagement; professional responsibility for
integrity and prudence; institutional responsibility for fair and accountable
decisions; and intergenerational responsibility for maintaining the conditions
of planetary habitability.
Conclusion
Geophilosophy and geoethics meet around a shared displacement of
abstraction from nowhere. Geophilosophy displaces the image of thought as
detached from Earth, territory, and milieu. Geoethics displaces the image of
action as detached from Earth-system consequence. Each, therefore, contests a different form of detachment: conceptual detachment in the first case, practical and moral detachment in the second.
Their difference remains essential. Geophilosophy is a philosophy of
conceptual genesis, situated thought, and deterritorializing movement.
Geoethics is an ethics of Earth-related conduct, responsibility, and practice.
The former clarifies how concepts become possible; the latter asks how
knowledge and capability should be exercised. The former is diagnostic and
inventive; the latter is normative and operational. They become most valuable
together when neither is asked to do the other’s work.
The revised thesis may therefore be stated as follows: geophilosophy
can serve geoethics by revealing the conceptual territories that shape
Earth-related responsibility. In contrast, geoethics can serve geophilosophy by
orienting Earth-bound thought toward accountable practice. Their interface is
not a new grand theory but a disciplined passage from diagnosis to
responsibility: Earth conditions thought; thought frames action; action
transforms Earth; and transformed Earth conditions future thought. In an age of
planetary-scale anthropogenic change, this circularity is not merely
theoretical. It is the field in which scholarship, civic judgement, and
geoethical practice must now operate.
References
Deleuze, G., and Guattari, F. (1994). What
Is Philosophy? Trans. H. Tomlinson and G. Burchell. New York: Columbia
University Press. Original French edition 1991.
Di Capua, G., Peppoloni, S., and Bobrowsky,
P. (2017). The Cape Town Statement on Geoethics. Annals of Geophysics, 60(7).
International Association for Promoting
Geoethics (IAPG). Definition of Geoethics.
Jonas, H. (1984). The Imperative of
Responsibility: In Search of an Ethics for the Technological Age. Chicago:
University of Chicago Press.
Keating, T. P. (2022). Geophilosophies:
Towards another sense of the earth. Subjectivity, 15, 298-322.
Latour, B. (2017). Facing Gaia: Eight
Lectures on the New Climatic Regime. Cambridge: Polity.
Peppoloni, S., and Di Capua, G. (eds.)
(2021). Geoethics: Manifesto for an Ethics of Responsibility Towards the Earth.
Cham: Springer.
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