POSTHUMAN ECOLOGIES: SYMBIOTIC NETWORKS AND THE REIMAGINING
OF ENVIRONMENTAL AGENCY
GER 494
FALL 2023
Introduction: Expanding the Boundaries of Environmental Agency
Data indicates that human activity contributes significantly to ecological degradation and
climate change [but] What role can posthuman ecologies play in making us aware of our
agency? Traditional views place humans in oppositional positions as active perpetrators of
environmental change and nonhuman others whose bodies convey passive agency. This
presupposition ignores that agency unfolds within the agency relations of organisms, ecosystems
and material processes. More relevant here, posthuman ecologies upset this paradigm by
recognizing the agency of more-than-human assemblages, from microbial communities to
planetary systems (Bayes 2023). These entanglements show how agency is not the property of
singular beings but an emergent force conditioned through countless exchanges. To acknowledge
this distributed agency involves transcending the hierarchical model, which holds human agency
a priori at the expense of other species while taking human beings out of the responsibility
equation in the wider environment, into a more shared perspective where duty is distributed
across species and environments. Anthropocentric assumptions too easily remain in ecological
discussion and limit our ability to respond effectively to environmental crises through an
artificial exclusion between human and nonhuman actors. Such concerns have their due in
posthuman ecocriticism in Oppermann (2016) who argues that it serves as a much-needed
corrective, one that places ecological agency as a continual negotiation in multispecies
assemblages. This re-conceptualization breaks down the hard walls between subject and
environment, bringing to light how agency is co-produced, not forced. Without these lenses the
discussions towards effective environmental thought risk cataclysmic monotony of agency
frameworks that keep missing the complex interactions happening. So, reframing where agency
resides and emphasizing symbiotic networks as central to ecological agency is first and foremost
an idea around which we should organize reflection of environmental philosophy and policy.
Posthuman ecologies, therefore, provide strong grounds for rethinking agency not simply as a
linear trajectory of human action leading to social outcomes but as co-habitation where human
and nonhuman forces interact as entwined actors producing competitive but also mutually
influential materialities, including ecological responsibility and inasmuch eco-philosophies.
Symbiosis and relationality are central to rethinking how agency works, illustrating how
living and nonliving entities co-produce ecological outcomes. Traditional frameworks of agency
depend on an assumption of self-determining autonomy, but ecologies operate via
interdependence, not individual action. According to Ruddick (2017), agency must be
recognized as part of systems of interaction and this is a perspective that has been highlighted in
literature and ecological theory. Annihilation and Haraway’s Staying with the Trouble and
Latour’s We Have Never Been Modern are the kinds of primary texts that show the breaking
down of rigid individual boundaries, where we find entanglement to be the ground of ecological
agency. Annihilation’s Shimmer is a representation of this notion where beings within it
intermingle and evolve, corroborating that agency is a process of negotiation instead of a
property. According to Oppermann (2016), posthuman ecocriticism questions the traditional
dichotomies of nature and culture and brings hybridity to the forefront of ecological
entanglements. The conservation of natural capital, as a central concept in environmental
discourse, must therefore be rethought from an anthropocentric to an interspecies participatory
model. Carrying this discussion to the planetary, Marino (2023) proposes a speculative model of
astroenvironmentalism to reimagine agency beyond earth, and to illustrate that ecological
entanglements happen at scales; Marshall on the other hand depicts the entanglements of the
human and non-human world in closer proximity, alluding to startlingly local encounters with
other-than-humans. These views together indicate that agency is not contained in solitary
entities but rather emerges through dynamic processes of co-creation. Working with these
frameworks exposes the truth that symbiosis is not the exception to ecological function, it is its
organizing principle. With this understanding, environmental thought could be liberated from
anthropocentric limitations, realizing that agency is granted through relations and not through
forceful exertion.
Distributed Autonomy: Assemblages, Symbiosis, and the Reconfiguration of Agency
Posthuman agency challenges conventional understandings of control by moving towards
relational networks that allow for broader, rather than centralized, agency. Deleuze and
Guattari's theory of assemblage suggests a conceptual framework through which to understand
the emergence of agency in an assemblage of organisms, technologies, and environments.
Assemblages, then, are complex, fluid systems where agency is not pre-determined in certain
embodiments, and weaves through changing modularity (Posteraro 2020). This undermines the
teleological hierarchy in which humans stand as active agents molding passive environments.
Hayles (2021) builds on this line by introducing us to cognitive assemblages, which draw
biological and technological entities into networks of mutual influence. These assemblies show
that agency is not singular nor unilateral, but co-produced through relations. Assemblage Theory,
with its focus on these distributed interactions, recasts conceptions of power as not only diffused
but as composed of ecological and technological systems that are also inextricably intertwined.
Such a viewpoint rests upon escaping stark binaries between subject and object, rather
understanding agency as a quality resulting from collective arrangements.
In evolutionary biology, for example, this translated into the departure of the Extended
Evolutionary Synthesis (EES) from existing adaptationist paradigms. Laland et al. arguing in
(2015) that evolution is not just dictated by genetic selection, rather, evolution is actively
constructed through interactions between organisms and their environments. This view combines
symbiosis as an integral driver of evolutionary patterns and causes that can predict how species
will evolve based on their own formative behaviors. Digitalization in agriculture is thus
describes as a modern-day example of how organisms and technologies co-adapt their
trajectories of collective adaptive bright (Forney & Dwiartama 2023). Instead of passively
responding to environmental pressures, organisms change their environment in ways which
shifts evolutionary pathways. This recursive feedback loop illustrates how agency is formed not
only at the level of individual organisms but also at the level of larger ecological and
technological assemblages (Berk, Galvan, & Hattam, 2013). This redefinition of adaptation thus
involves an ongoing negotiation rather than a one-off linear process, and thus the task of endless
re-ascription complicates the classical Darwinian frameworks. Posthuman ecologies take from
EES the notion of agency, but move beyond stagnant models of agency imprinted upon the
environment to an understanding of agency as an active factor of ecological futures written
through multispecies interactions.
The Critical Zone Theory provides another perspective for thinking about how agency
gets performed in biological and material systems, or how the surface of the Earth is an active
site of exchange. According to Latour (2018), the critical zone as the thin layer at which life-
water-soil interactions reshape planetary conditions over time. In contrast to conventional models
of the environment that see human and nonhuman forces as distinct, this theory places
interdependency at the fore, showing how entanglements of matter and life create agency.
According to Acuto and Curtis (2014), assemblage thinking has implications for international
relations, as geopolitics is also embedded by ecological processes. It is an epistemic challenge to
anthropocentrism, which tends to sequester human agency up in the binary of anthropogenic
planetary doom, in which people become both adversaries of and victims from environmental
change, and whose co-constitution with environmental change is largely invisible. Such
distributed agency can be most clearly seen in domains like music performance, where by
activating a set of technologies, participants' relationships become increasingly emergent and
their performances co-constructed (Stapleton and Davis, 2021). When adapted for use in
ecology, these insights imply that shifts in the environment are not determined by one
omniscient force but arise from the entangled interplay of many. But we need to acknowledge
this complexity if we are to reconfigure environmental policy and discourse away from top-down
interventions towards the types of adaptive strategies that can begin the process of recognizing
ecology as fluid and agency-possessing.
Instances from empirical studies of microbial ecologies, fungal networks, and coral reef
systems demonstrate how nonhuman actors possess agency and exert force in shaping the bio
and physical world around them. Fungal mycorrhizal networks, for example, allow nutrient
exchanges between trees that forcibly reshape forest ecosystems. According to Hosmer et al.
(2022), this sort of cooperation tests individualist concepts of what it means to act as organic
beings respond to relationships by changing the environment so that all of them can survive. This
is equally transferred to coral reef symbiosis where mutualism between coral and algae is
beneficial for the support of various marine life. These examples demonstrate what it means
when it is argued that ecological agency is not just intentionality since biochemical and
physiological actions can result in significant ecological impacts. Forney and Dwiartama (2023)
argue that acknowledging nonhuman agency is fundamental in rethinking conservation
strategies; thus, this establishes that the models we currently have in place often neglect the
aspect of symbiotic interdependencies. This suggests that management strategies must deal with
dynamic relationships rather than tidy compartments or fixed categories of entities. This makes
for a better ecological discourse that is moving away from thinking of discrete organisms to
networks of interaction, and towards a more integrated view of the agency.
Posthuman ecologies (as posthumanist perspectives focused on multi-species approaches
are often called) reconfigure environmental agency by moving beyond external management
frameworks in favor of nurturing interspecies relations. Conventional environmental governance
is based on the premise that human interventions will steer ecosystems toward stability, thereby
perpetuating a model of control. Such approaches overlook the ways that agency is enacted
across multiple scales and therefore fail to account for the complexity of ecological systems
(Berk, Galvan & Hattam, 2013). Hayles (2021) notes that distributed proximities represent how
agency is enacted through aggregated but site-specific processes rather than through decree.
Posteraro (2020) generalizes this idea to biological systems, showing that the mechanisms of
evolution and ecology manifest as decentralized exchanges. This is consistent with principles of
adaptive management, that we should remain flexible and responsive rather than following a
strict policy. By understanding that agency emerges through entangled relations, ecological
thought can transcend interventionist schemes, working in concert to sustain ecological health.
The future of environmental policies should be focused less on the management or stewardship
of nature as an outside object that needs to be shaped, and more on the way in which we interact,
as fully engaged actors, to construct planetary futures.
Symbiotic Networks and the Transformation of Identity
Entangled symbiotically in ecological systems, rigid distinctions between human and
nonhuman identities crumble, a premise explored in speculative fiction a great deal. What is
most frightening about the Shimmer in Annihilation is not merely the way it elucidates the
individual, it unearths systems; it forces things apart, but how it renders life irreversible. Munar,
Gyimóthy and Chen (2013) suggest that identity is not fixed, but a developing process molded
through active relations in ever-connected ecological and techno-social spheres. When organisms
engage in symbiotic exchanges, their boundaries become increasingly porous, resulting in
emergent forms of agency that are neither purely human or nonhuman. As a metaphor for this
process of connectedness and transformation, we observe the Shimmer, which embodies how
biological and cognitive change comes about through environmental immersion. The same
behavior can be reflected by Industrial symbiosis in which sharing a resource in an indirect way
changes the role or function of each system in the network which results in a persisting and
mutually beneficial instead of a competition-based way of cohabitation (Zhang et al., 2015).
Instead, such insights groove deeper than narrative in the fictive realm; they are about bona fide
biological and material entanglements that complicate settled ideas about identity. An
understanding of agency as being socio-materially distributed means that there is need to re-think
some of the processes where identity is understood and divided through frameworks such as
social constructionism. Rather, the erosion of the individual subjectivity implies that there is a
need to be made sense of intersections of what identity is, an examination that must render the
subject as a negotiation process rather than a static condition. This view matches the posthuman
ecologies that favor interdependent models of agential power over dualistic perspectives.
Understanding these interactions helps us appreciate the fact that everything is connected.
Ecological systems are interdependent, which follows the definition of Sympoiesis
suggested by Haraway, no organism or system exists trans-historically and ontogenetically.
Drawing further insights from complexity theory, identity may be understood as emerging from
relationships within ecological assemblages that are both unpredictable and in-between
ecologies (Terra & Passador, 2016). And in contrast to traditional models where individuals act
independently of their environments, this framework suggests that identity is an emergent
property of collective interactions. Organisms are configured by and configure their milieu,
forming a reciprocal topology that calls into question traditional boundaries separating self from
other. In the literature on industrial symbiosis, cooperative production networks discussed by
Huang, Wang, and Chen (2019) provide new organizational forms mediated by cooperative
interactions that make it possible for firms to operate together. In these reflections of biological
systems, it is evident that communities of microbes contribute to the formation and working of
the hosts, this means that identity is not a product of a purely constructionist process. This
realization of individuality, where it applies to ecology and technology at that, is now longer a
characteristic but a state of affairs constantly influenced by hubs and clusters of information,
ecology and technology. In these symbiotic processes the process of restructuring of identity
erodes the traditional notions of independence and self-sufficiency and recurrently calls for
thinking in terms of relation (Huang, Wang & Chen, 2019). This perspective thus deviates from
the traditional thinking in conservation where the idea is to conserve species and not the of the
living networks. Then, in cases where identity is being constructed through interactions with
animals, environmental ethics has to aim at making interspecies relations rather than promoting
supervisor autocratic approaches. Interpreting the above inserts this work into a conception of
ecological agency that is more complex.
Cellular components and the pathogen particles will continuously change their behavior
depending on the response of the other to the particular action. Transcorporeality, as proposed by
Alaimo (2016), seeks to investigate the ongoing interplay between bodies and their
environment. This viewpoint violates fixed definitions of identity because it shows that the
exchange of materials between organisms and ecosystems produces fluid, instead of solid,
boundaries. The relationship of human bodies with the outside world, toxins, microbes,
atmospheric conditions, illustrates that identity is not housed within a single organism but rather
consists of continuous exchanges. In the technology space, Gaggioli et al. (2016) explore this
notion through the lens of human-computer interaction, proposing that digital interfaces
reconfigure cognition and embodiment in a manner analogous to biological symbiosis. These
proceedings emphasize that identity is always unstable, adjusting according to its environment
over time and never remains constant. The same holds true for industrial networks, in which the
recycling of waste materials and energy flows establish new production configurations that span
beyond classic economic borders (Fraccascia et al., 2017). The relational ontology of identity
takes umbrage with these kinds of essentialist assumptions that characterize people as
independent subjects, making the claim instead that they are part of larger structures of
exchange. Understanding this fluidity allows for re-conceptualizing the sort of work involved in
identity beyond humanist traditions, informed by the labor of both ecological and technological
assemblages. Posthuman ecologies thus offer a more holistic perspective on agency by
relocating attention to interdependent networks. The loosening of fixed borders demands a more
fluid conception of identity, one that recognizes its always-changing quality.
In particular, real-world analogies of symbiotic relationships further manifest the notion
that identity is not something fixed or autonomous, but rather a constant state of co-becoming
through symbiotic interactions. Lichen, for example, is not one organism but a combination of
fungi and algae, suggesting that our biological identity is fundamentally relational. These
partnerships highlight the way that species co-evolve, shaping each other through its own mutual
influence instead of existing independently (Yu et al., 2015). Human-microbial interactions
offer a second, even clear, example; the microbiome is essential to digestion, immunity, and
cognition, suggesting that human identity itself is constituted by nonhuman life. Industrial
networks experience similar dynamics that, through collaborative resource-sharing practices,
have reshaped their economic and ecological relationships in composite identity formation,
which is a result of the mutual dependence on such relationships (Domenech et al. 2019). These
insights have ramifications when it comes to environmental thought, especially in terms of
conservation, and human stewardship of land and natural resources. When we understand
identity as the product of symbiotic entanglements, then traditional strategies that center on
preserving single species that has unsympathetic relations with other species are inadequate for
sustaining biodiversity. Rather, they need to understand that life in all of its forms is a network of
relationships, and the decline in the health of these relationships should be prioritized over
preserving individual specimens. They question some deep-seated humanist assumptions,
suggesting that identity is more a property of interactions in complex ecosystems than a quality
that inheres in individual persons or peoples. Environmentalists take this perspective reorienting
environmental conversation into inclusive, system-oriented approaches that focuses on the
cooperation instead of domination. This acknowledgment of these networks positions identity as
a process of continuous negotiation rather than a static value or self-containment.
The elimination of the discrete individual in favor of relational identity raises ethical
questions regarding environmental responsibility and response. Anthropocentric ethics often
posit humans are the stewards of nature, but this perspective perpetuates an artificial division
between human and nonhuman actors. There is need to rethink ethical responsibility premised on
the notion that the agency is not necessarily limited to individual subjects, but rather is dispersed
within ecological networks (Berk et al., 2013). But if identity is interdependent, then ethical
models must account for the collective dynamics that sustain life. Adaptive governance
frameworks identified by symbiotic relationships have proven to be more effective than
interventionist models according to Forney and Dwiartama (2023). Instead of dictating human-
led conservation strategies, this model stresses cooperation across taxa, recognizing that
ecosystems self-regulate through mutualistic interactions. This engendering of ethical
responsibility beyond human agency also unsettles dualisms that separate human and less-than-
human worlds, aperture’s integrated forms of governance that account for interspecies
relationships. This principle is illustrated through industrial symbiosis, which shows that when
systems of resource-sharing are structured to be mutually beneficial for all participating entities
(rather than privileging human interests in isolation) is where sustainability emerges (Zhang et
al., 2015). This rethinking of ethics resonates with wider posthumanist perspectives that stress
interconnectivity rather than hierarchical control. Embracing responsibility as a coowned act
means that we must alter our environmental philosophy by shedding dominion-based paradigms
and towards a kin-based understanding of interspecies kinship. Particularly as they are integrated
into policy and addressed through ecological management, these ideas are new potential
resources for responding to the environmental problems we face today.
Conceptualizing identity as an emergent property of a symbiotic network fundamentally
damns humanist traditions that locate the human subject as autonomous and self-sufficient.
Western philosophical thought has long treated individuality as a sine qua non of identity, but
ecological and technological developments obfuscate this understanding. Assemblage theory
stands in contrast to these claims, emphasizing that identity is dynamic, not fixed, determined
instead by outside actors and relations (Acuto & Curtis, 2014). This is also evidenced with
industrial networks where it has been shown that efficiency and sustainability come out of
networks and not just individual models of production. Latour (2018), for instance, builds upon
this lens by presenting actor-network theory, where the boundaries between the subject and
object are dissolved, recognizing agency as an irrevocably mobile quality of entangled systems.
This change is in concordance with other advances in the field of environmentalism where ideas
of maintaining natural resources tend to replace the concept of saving species. Zhang et al.
(2015) say, as such, this theorisation of identity moves conventional ethical and ecological
problems toward an integrated approach to governance. Posthumanism does not work within
anthropocentric actions in terms of perceiving nature, though, these theoretical frameworks
accept this approach, including the role of more flexible approach in identifying environmental
actors. Such revelations only increase a desire to think about the identity in a different way, as
about the collective project rather than the individual characteristic. Therefore, evaluating the
humanist legacies offers a positive way of approaching the ecological and the technological
changes in a broader manner.
Ecological Ethics in a Posthuman Framework: Responsibility Beyond the Human
Hyper-objects offer a challenge to more traditional models of ethics as they suggest how
ecological events of great magnitude operate outside human understanding. Morton (2013) uses
the term to mean huge things, like climate change and ocean acidification, that are too
temporally and spatially large for people to fully comprehend. It means one is dealing with
phenomena that span the globe and that operate outside of the linear cause or effect spread of the
traditional measures of ethics. Stables (2020) notes that humanist ethics are based upon
assumptions of ability to manipulate environmental conditions, and hyper-objects challenge
these assumptions by indicating the shortcomings of human agency. This reconfiguration
requires a via shift in ethical responsibility, from anthropocentric models towards distributed
accountability. According to Oppermann (2016), in such a posthuman ethics human and
nonhuman forces are shown to be entangled in a way that no longer equates responsibility with
individual obligation, but rather relates it as an unfolding process. Both climate change reflects
this dynamic as it results from the aggregate effects of innumerable interactions across many
species, ecosystems, and technological systems (Cielemęcka & Daigle, 2019). Ethics, therefore,
can no longer remain human-focused, but must also branch out to see the networks of agency in
which we are embedded. Posthuman ethics challenges the idea of uniquely human moral
agency, advocating for a rethinking of moral obligation in an ecological context as a process of
dynamic negotiation instead of a static imperative. Ethical analysis is thus insufficiently
equipped to navigate the complexities of these planetary-scale transformations without paying
attention to their broader scope. As ethical challenges, hyper-objects call for systemic,
multispecies, and environmental approaches. It promotes a re-evaluation of classic moral
structures and facilitates a deeper understanding of the interconnectedness of ecology.
Sustainable CSR that includes nonhuman values requires a framework that embeds the
intrinsic worth of nonhuman anthropomorphic entities. In the spirit of the multi-species justice of
Van Dooren and Kirksey (2016) it is proposed that an ethical model in which animals, plants and
ecosystems are afforded moral consideration, and we want to challenge conventional justice
systems on the anthropocentric bias in such systems. MacCormack (2016) says multi-species
justice provides an alternative approach to hierarchies, presenting all life forms as recognizing
their shared vulnerabilities. The instrumentalist ethics, which only valuate nonhumans when that
can enhance human wellbeing, should be replaced with the moral obligation to form
relationships with nonhumans (Lindgren & Öhman, 2019). Rather, they urge an approach that
acknowledges the agency of animals and ecosystems as actors in ethical and political processes.
Such frameworks range from environmental governance frameworks that include animal
welfare laws, habitat protections, or conservation policies that prioritize ecosystem health over
human utility (Hoppe, 2020), all the way down to the societal agreements about how to treat
animals (Das et al., 2020). The examples illustrate the manner in which ethics may develop so as
to also account for interspecies relationships. This perspective has far-reaching implications for
discussions of law and policy, especially around the role of nonhuman actors in decision-making
processes. When justice is no longer restricted to humans as subjects, then governance must also
adapt to meet multispecies entanglements. It is argued that this shift fundamentally reorders what
environmental ethics looks like, from a paradigmatic ethics of exclusion to an ethics of
relational accountability. Multi-species justice establishes the ground for more inclusive
environmental policies by embedding ethical reasoning across interspecies assemblages.
Indigenous ecological philosophies also offer longstanding ethical paradigms that
prioritize reciprocity and kinship over dominion over nature. Relational ontology, pervasive in
many Māori and Andean traditions, denies the separation of human and nonhuman beings,
understanding each form of life as interconnected within dynamic ecological systems. These
views are in line with posthuman ethics as they challenge and deconstruct the idea of human
exceptionalism and recognize the agency of nonhuman actors (Braidotti, 2019). Indigenous
knowledge teach that responsibility is a two-way street, involving not just human-to-human care
and harm, but also care and harm to our furred and feathered kin, our trees, rivers, and
landscapes (Cielemęcka & Daigle, 2019). This raises a challenge to the western legal systems
which recognises responsibility in terms of ownership and resource utilization. This is because
relational ontologies suggest that ecosystems are subjects of ethical communities rather than
entities to be saved or exploited (Stables, 2020). It is used in legal and political contexts of this
perspective that pertain to Indigenous people’s relationship to the land where stewardship is
upheld in tandem with a reverence for dominion. In contrast to conservation strategies based on
human dichotomy that proscribes the protection of species at the risk of the other, Indigenous
ethics consider the need for sustainable and manners that are adaptive to provide for all the
creatures (Hoppe 2020). They supply useful inputs to the Environmental Governance as
increasing numbers of global conservation approaches are beginning to acknowledge that
Command and Control strategies are insufficient. Relational ethics was proposed by Herman and
et.al which was adopted into the policies in environmental governance. That is why such a view
makes us aware of the interdependency principle of ecosystems as opposed to moral systems that
exist outside the anthropocentric focus.
Nonhuman rights, legal recognition is an example of how ecological ethics can lead to
policy and governance. Recent rulings that have recognized rivers, forests and ecosystems as
legal persons demonstrate how law can adapt to acknowledge the agency of nonhuman entities.
These legal innovations also challenge fundamental assumptions at the core of Western
jurisprudence; nature, so the argument goes, has been classified as property but not a legal
subject, with some scholars indicating a 500-year history of western law serving to these goals
(MacCormack, 2016). Another example of this shift in paradigm is the Whanganui River in New
Zealand and the Ganges River in India, which have both been afforded legal personhood that
allows them to have representation in court (Lindgren & Öhman, 2019). These decisions diverge
from traditional environmental law, which typically conceives of conservation in terms of
human ownership and stewardship. Rather, legal personhood is based on the right of ecosystems
to exist, regenerate and to be free from harm, radically changing the framework of
environmental justice (Braidotti, 2019). These frameworks are still rather recent but suggest a
higher possibility of the expanded ethico-legal liability for entities beyond the human. However,
there is criticism on such policies when it comes to legal personhood of nonhuman entities as
argued by Hoppe (2020) who says that such policies may be unrealistic. These models are
defended as helpful attempts of moving away from anthropocentrisms of the legal structure and
integrating the biosphere. This is quite in tandem with the posthuman ethical presupposition that
exists in culture and society today and the legal acknowledgment of nonhuman agency. This
contributes to the developing understanding of ecological interdependencies as pertaining to
legal and moral concerns and thus supports the development of multispecies policies.
Only a fundamental transformation of environmental governance can take us beyond an
ethics of preservation to one of symbiotic co-existence. Conventional models to protect nature
presume that nature should be shielded from human activity, but this view fails to account for
the ways that ecosystems operate through relations of entanglement. One of the critiques of
preservationist ethics made by Oppermann (2016) is that the dynamics of change are not
addressed so that nature is viewed statically, whereas she argues if environmental governance is
to be effective, it must acknowledge change as an integral quality of ecological systems.
Symbiotic ethics, on the other hand, prefer policies that encourage co-existence versus those that
mandate strict separation. This transition, as Stables (2020) suggests, calls for reimagining policy
governance by including flexible regulatory tools that can adapt to changing ecological
circumstances. This can be witnessed in regenerative agriculture, permaculture, or community-
led rewilding programs, which promote interspecies cooperation over protectionism and
exclusion (Cielemęcka & Daigle, 2019). In response, legal frameworks must adjust to account
for the prehistoric traditions of the ecological, which recognize that nonhuman wills have the
potential to determine environmental fates. Hoppe (2020) proposes governance frameworks built
on symbiotic ethics, such as environmental trusts and rights-of-nature laws, as models for policy
innovations. They push for untethering conservation strategies from human-centered paradigms
towards governance structures focused on relationships rather than rigid constructions. It must
therefore be noted that transitioning towards a symbiotic ethic can assist environmental thought
in the formulation of better and more efficient patterns for the prevention of ecological disasters.
It also led to enhancing the perceived relevance of the need to solve the problem of governance
of all living organisms interconnectedness.
Speculative Futures: Imagining Posthuman Ecologies in Art and Science
Speculative fiction imagines futures in which ecological transformation emerges through
entanglement, problematizing the fantasy of human agency as solitary direction. It is a world
with no end and no beginning, at least to the human mind. As for the novels of Jeff VanderMeer,
mutant creatures are born from the changing of both animals and the environment in such works
as Annihilation and The Southern Reach Trilogy. This is done in the manner of a moral prism
through which the readers cannot be quite sure about what to make of the incidents. According to
Armstrong (2021), speculative fiction provides a space for us to reshape our versions of
ecological futures through scenarios that portray nature and technology as co-creating each other.
Speculative narrative cultivates critical hope by combining relational models of existence that
center and design out of an anthropocentric [or anthropological] assumptions, contends Mohr
(2021). In these texts, ecological transformation is not seen as disaster but as an opportunity to
reimagine survival and adaptation in years of planetary instability. This structure of dissolution
for fixed identities in speculative fiction is important for showing that agency is divided through
networks, not located in autonomous people (Åsberg & Le Guin, 2019). These representations
question the ethics of coexistence and challenge human-centric conservation frameworks that
priorities species persistence over ecosystemic resilience. Speculative fiction interrupts
entrenched tropes of environmental intervention by projecting radically different visions of
ecological entanglement. This did this work put people into a position to reconsider how agency,
adaptation, and survival plays out in a world beyond the anthropocentric contribution. Fantasy
provide some conceptual terrain where new paradigms can be rehearsed if the future is to be
considered beyond anthropocentrism.
Xenobiology actualizes an ecological discourse, expanding it by, if not undermining the
notion of the terrestrial, at least extending questions of what how adaptation and agency can both
be understood and placed beyond Earth. Traditional evolutionary models are often limited by
Earth-centric assumptions, which assume that life operates under known biochemical and
environmental conditions. Williams and Keating (2022) argue that, with their previously
unimagined dimensions, extraterrestrial ecologies upset such reasoning, demanding that we
develop new grammars for our understanding of symbiosis, intelligence, and biological co-
evolution. Xenobiology forces a reassessment of a variety of biological fundamentals, including
the power of interspecies relationships to dictate unicellular adaptive strategies, by speculating
on alien life. As Armstrong (2021) argues, speculative fiction adds its voice to this discussion,
forecasting planetary environments in which symbiosis usurps competition as the leading
evolution engine. If life does exist elsewhere, it is likely to evolve under conditions very
different from those on Earth, raising the need for a wider definition of ecological agency.
Burnard and Colucci-Gray (2021) note that space exploration and astrobiology are integrating
posthuman perspectives, recognizing that extraterrestrial environments may resist human
description. The alien life search has grown far beyond the simple search for organisms that
resemble what we know on Earth and includes seeking interactions with non-carbon-based
ecologies, extremophiles, sentient and intelligent ecosystems (Karademirler, 2021). All of this
speculation, however, is not strictly hypothetical, with studies of extremophiles on Earth already
showing organisms able to thrive in areas previously considered uninhabitable. Ecological
thinking, extended beyond planetary boundaries, disrupts the human-centric impulse to delineate
life in human terms. The concept of xenobiology forces consideration of the fact that human
intelligence is not necessarily the end point of adaptive success. Agency, in this context, is
recast as a phenomenon that spans planetary and interstellar scales.
Pierre Huyghe’s works, for instance, combine living organisms, artificial intelligence
and environmental variables to create dynamic, self-sustaining systems. According to Åsberg
and Le Guin (2019), eco-art is a channel that can translate more academic conversations about
posthumanism into sensory experiences of ecological entanglement. These works resist typical
nature representations by foregrounding hybridizations, unreliability, and interspecies
collaboration. Just because they are titled as art, thus exempting them from the requirements of
art proper, and are large-scale and potentially similar to art, does not mean that they are art, build
human-nature binaries or reveal the agency of nonhuman beings in the creation of art. Such
projects destabilize human-nature binaries by revealing that nonhuman beings catalyze and even
shape artistic processes (Rossi, 2023). Huyghe’s installations, which include algae, insects and
autonomous machines, show how biological and synthetic systems can co-evolve to resist the
control of humans. Instead, it has been made apparent in Williams & Keating (2022) how eco-
art’s speculative geographies formulate new paradigms for both ethics and aesthetics to engage
with the environment. Rather than treating nature as a static backdrop to human activity, these
installations portray it as a dynamic force in estimating artistic outcomes. This shift is significant
for broader environmental discourse insofar as it suggests that engagement with nature needs to
shift away from purely observational detachment and toward active collaboration. If ecosystems
are treated as participatory agents and not as material backdrops, ecological ethics must be
informed by their agency in the creation of material and aesthetic realities. Eco-art's experimental
quality allows for exploring speculatively ecological futures and indicating openings towards
integrating biological and technological systems.
The examples in synthetic biology and biomimicry show that through the increasing
complexity of engineered and symbiotic networks, numerous problems of the natural
environment can be addressed. For instance, the concept of synthetic biology, which strives to
build biological systems that function outside the realm of evolutionary prehistory, is said to
have the objective of developing organisms or genetic constructs that would result in improved
fitness for their environments. This field is generally linked with speculative fiction as it is
central to the border between life and the regions of life that were not considered previously
(Mohr, 2021). The foregoing introduces major questions about the agency of ecology implicit in
synthetic biology’s vision of making extropian biological systems not yet arrived at by evolution,
for effectuating the plant and animal extinction crisis or otherwise. However these new
organisms offer promising riffs, they also lead to ethical issues of human interference with
evolutionary processes and thus anew definition of what natural and artificial means. As Mohr
(2021) is right to state, synthetic biology’s speculative components do not help resolve the
uncertainty over the ecological functionality of the engineered organisms themselves.
In contrast, however, biomimicry starts with an understanding of ecological processes as
a means of drawing inspiration from systems in nature to harness their efficiencies in human
technologies (Armstrong, 2021). While overall biomimicry is consistent with ecological
sustainability, its focus on copying the processes of biological systems creates ethical
conundrums of another ilk. Bioengineering attempts at the re-channeling of evolutionary
trajectories call the concept of ecological agency into question and raise issues concerning the
ethics of manipulating life forms themselves (Karademirler, 2021). As Burnard and Colucci-
Gray (2021) note, novel engineered systems emerging from the fields of synthetic biology and
biomimicry will necessitate a re-imagining of environmental governance, as these systems will
likely produce emergent effects beyond human control. These exciting technologies raise ethical
questions about the balance between scientific innovation and ecological stewardship that need
to be addressed through ethical principles. A world must be invented, drawn from the images of
living that have been warped or disturbed by engineered symbiosis, a world in which much of
the agency at the center of environmental philosophy has been artificially reallocated or engaged.
This larger dangerous field of speculative posthuman ecology poses particular risks when
ecological narratives risk can be co-opted by corporate and state interests. As both speculative
fiction and emergent sciences offer incentives to reconsider the way we may think about
ecological agency, the potential for pursuit of profit-driven agendas through such visions exists,
as well. Williams and Keating (2022) alert us that corporate actors can harness ecological
rhetoric to construct justifications for resource-exploitative projects, developing these initiatives
under the mantle of sustainability. Burnard and Colucci-Gray (2021) underscore the ways in
which techno-capitalism frequently understands ecological crises as problems to be solved
through technological innovation rather than as expressions of the underlying systemic
inequalities that have contributed to their production. When a posthuman ecology is merely a
marketing scheme, it runs the danger of being an extension of present-day modes of exploitation
rather than a rupture of them. Armstrong (2021) critiques this tendency arguing that speculative
futures can also be used to reproduce, rather than confront, hegemonic power. The problem with
this is that ecological futures are to be treated as market opportunities, not ethical imperatives.
As argued by Mohr (2021), critical engagement with speculative ecology helps to protect
against its risk of being instrumentalised. Posthuman philosophy can therefore resist co-optation
by making a distinction between transformative ecological engagement versus capitalist
greenwashing. The challenge here is not to forget that even speculative visions are co-opted into
systems of resistance, rather than assimilating into dominant modes of economic production.
Acknowledging this tension emphasizes the need for speculative inquiry that is responsible to
both ecological and ethical concerns. Should speculative futures offer real alternatives, they
must not be absorbed by structures that reproduce ecological devastation.
Offering alternative paradigms for environmental agency, speculative futures suggest
conceptual resources for transcending human exceptionalism. From fictional narratives to
scientific innovations to artistic interventions, a growing discourse recontextualizes ecological
relations. In this sense, speculative thought is a mode of experimenting with the reconfiguration
of political and ethical underpinnings of environmental governance (Rossi, 2023). If posthuman
ecology offers an existential challenge to hierarchical models of agency, speculative inquiry,
then, must continue to expand beyond the traditional bounds of the field (e.g. assumptions about
speculative design as a dialogue between designer and user). Williams and Keating (2022) argue
that only interdisciplinary methodologies are adequate to fully express the implications of
posthuman thought. Speculative ecology will be a complex understanding of environmental
futures that will involve the use of literature and art, science, and philosophy, Åsberg and Le
Guin (2019) argues that it is not only art about the imagination needed but an imperative to
comprehend in order to survive a planet. This article discusses new forms of organization
following the traditional conservationist approach, given the increasing focus on ecological
issues. Recognizing that speculative futures is an important aspect where epistemological change
occurs underlines the role of constructively speculative future in construction of the
environmental discourse. Thus, by paying attention to thinking in the speculative tradition,
ecological philosophy can maintain its orientation in the constantly emerging assemblages of the
planet.
Conclusion: Toward a Politics of Symbiosis
The conceptualization of agency envisioned through posthuman ecologies necessitates an
integrative approach, encompassing philosophical, scientific, and cultural studies perspectives.
With their focus on mutuality and interdependence, these perspectives converge on a conception
of relational interdependence as the condition of life, thereby contesting anthropocentric
conceptions of environmental agency where the individual is seen as an isolated, human-centered
actor. With the human being the ultimate decider of species devastating the earth, it becomes a
necessity to think of agency across forms of life, rather than just the human. In a posthumanist
sense, agency is also no longer correlated solely with individuals or species, but with the
interdependent and vibrantly active web of networks that millions of lives create and contribute
to making the world go round. Thus, it differs from the anthropocentric models of thinking that
focus on power over the world. Rather, it indulges in the reciprocal exchanges of species,
ecologies and technologies. Such a frame prompts us to reconsider how we place ourselves to
articulate the abstract notions of ecologics, and to offer an inhabitation of the livable that is that
is not suggestive of ownership, but rather a different, non-exclusive reciprocal relation to the
living environment. Thus, even in the changing perspectives of environmental issues, many
knowledge systems and disciplines are feeding into this ecology. Life forms are coming together,
through the global reality of what the Anthropocene can articulate.
To solve the ecological crises of our time, that will require future research and policy to
focus on the value of multispecies collaboration and untether itself from human exceptionalism.
Many existing environmental frameworks privilege human beings as part of the top of the
ecological hierarchy, thereby ignoring the deep entanglements latent among species, each other,
and ecosystems. This rejection of anthropocentrism allows for an ethics rooted in ecological
entanglement as the principle of life on planet Earth. It will not only reimagine relationships
between humans and nature but also foreground the survival, thriving, and flourishing of
nonhuman beings, recognizing their agency in the collective stewardship of the globe. Policies
arising from this understanding would move from management of ecosystems by humans to one
that values inter-specific cooperation. This transformation also involves a recalibration around
concepts of resource allocation, environmental equity, and the moral complexities of
technological and biological remediation. Ultimately, a politics of symbiosis requires us to set
the example of struggling, selflessly, for a habitat for all the earth's inhabitants, because the fate
of our shared home will be determined by a flourishing of all forms of life on our planet.
References
Acuto, M., & Curtis, S. (2014). Assemblage thinking and international relations.
In Reassembling international theory: Assemblage thinking and international
relations (pp. 1-15). London: Palgrave Macmillan UK.
Armstrong, E. (2021). Speculative ecologies: science fiction and the anthropocene
imagination (Doctoral dissertation, UNSW Sydney).
Åsberg, C., & Le Guin, U. K. (2019). Planetary Speculation. Cultivating More-Than-Human
Arts. Kosmologiska Pilar/Cosmological Arrows. Stockholm: Art And Theory Publishing,
37-51.
Bayes, C. (2023). Reimagining urban nature: literary imaginaries for posthuman cities.
Liverpool University Press.
Berk, G., Galvan, D. C., & Hattam, V. (Eds.). (2013). Political creativity: reconfiguring
institutional order and change. University of Pennsylvania Press.
Braidotti, R. (2019). A theoretical framework for the critical posthumanities. Theory, culture &
society, 36(6), 31-61.
Burnard, P., & Colucci-Gray, L. (2021). Reframing STEAM by posthumanizing
transdisciplinary education: Towards an understanding of how sciences and arts meet and
matter for sustainable futures. Convergence Education Review, 7(2).
Cielemęcka, O., & Daigle, C. (2019). Posthuman sustainability: An ethos for our anthropocenic
future. Theory, Culture & Society, 36(7-8), 67-87.
Domenech, T., Bleischwitz, R., Doranova, A., Panayotopoulos, D., & Roman, L. (2019).
Mapping Industrial Symbiosis Development in Europe_ typologies of networks,
characteristics, performance and contribution to the Circular Economy. Resources,
conservation and recycling, 141, 76-98.
Forney, J., & Dwiartama, A. (2023). The project, the everyday, and reflexivity in sociotechnical
agri-food assemblages: proposing a conceptual model of digitalisation. Agriculture and
Human Values, 40(2), 441-454.
Fraccascia, L., Albino, V., & Garavelli, C. A. (2017). Technical efficiency measures of industrial
symbiosis networks using enterprise input-output analysis. International Journal of
Production Economics, 183, 273-286.
Gaggioli, A., Ferscha, A., Riva, G., Dunne, S., & Viaud-Delmon, I. (2016). Human computer
confluence: Transforming human experience through symbiotic technologies (Vol. 2016).
Berlin, Germany:: De Gruyter Open.
Hayles, N. K. (2021). Three Species Challenges: 26Toward a General Ecology of Cognitive
Assemblages. In The ethos of digital environments (pp. 25-45). Routledge.
Hoppe, K. (2020). Responding as composing: towards a post-anthropocentric, feminist ethics for
the Anthropocene. Distinktion: Journal of Social Theory, 21(2), 125-142.
Hosmer, T., Wang, J., Jiang, W., & He, Z. (2022, December). Integrated reconfigurable
autonomous architecture system. In Proceedings of the 42nd Annual Conference of the
Association for Computer Aided Design in Architecture: Distributed Proximities,
ACADIA 2022 (pp. 1-14). Acadiahttps://2022. acadia. org/.
Huang, M., Wang, Z., & Chen, T. (2019). Analysis on the theory and practice of industrial
symbiosis based on bibliometrics and social network analysis. Journal of cleaner
production, 213, 956-967.
Karademirler, M. I. (2021). Feminist Speculative Futures: Imagination, and the Search for
Alternatives in the Anthropocene (Master's thesis).
Lindgren, N., & Öhman, J. (2019). A posthuman approach to human-animal relationships:
Advocating critical pluralism. Environmental Education Research, 25(8), 1200-1215.
MacCormack, P. (2016). Posthuman ethics: Embodiment and cultural theory. Routledge.
Marino, A. (2023). Astroenvironmentalism as SF: Bordering (and Ordering) Otherworldly
Ecologies. Environmental Humanities, 15(1), 25-43.
Mohr, D. M. (2021). Critical hope: Relationalities in 21st-century speculative fiction and art.
In The Postworld In-Between Utopia and Dystopia (pp. 61-77). Routledge.
Munar, A. M., Gyimóthy, S., & Cai, L. (Eds.). (2013). Tourism social media: Transformations in
identity, community and culture. Emerald Group Publishing.
Oppermann, S. (2016). 14 From Material to Posthuman Ecocriticism: Hybridity, Stories,
Natures. Handbook of ecocriticism and cultural ecology, 2, 273.
Oppermann, S. (2016). From posthumanism to posthuman ecocriticim. Relations. Beyond
Anthropocentrism, 4(1), 23-37.
Posteraro, T. (2020). Assemblage theory and the two poles of organic life. Deleuze and guattari
studies, 14(3), 402-432.
Rossi, E. (2023). Becoming water: posthuman feminism in contemporary speculative
fiction (Doctoral dissertation, Birkbeck, University of London).
Ruddick, S. M. (2017). Rethinking the subject, reimagining worlds. Dialogues in Human
Geography, 7(2), 119-139.
Stables, A. (2020). Environmental ethics and ontologies: Humanist or posthumanist? The case
for constrained pluralism. Journal of Philosophy of Education, 54(4), 888-899.
Stapleton, P., & Davis, T. (2021). Ambiguous Devices: Improvisation, agency, touch and
feedthrough in distributed music performance. Organised Sound, 26(1), 52-64.
Terra, Leonardo AA, and João L. Passador. "Symbiotic dynamic: The strategic problem from the
perspective of complexity." Systems Research and Behavioral Science 33, no. 2 (2016):
235-248.
Williams, N., & Keating, T. (Eds.). (2022). Speculative geographies: ethics, technologies,
aesthetics. Springer Nature.
Williams, N., & Keating, T. (Eds.). (2022). Speculative geographies: ethics, technologies,
aesthetics. Springer Nature.
Yu, F., Han, F., & Cui, Z. (2015). Evolution of industrial symbiosis in an eco-industrial park in
China. Journal of Cleaner Production, 87, 339-347.
Zhang, Y., Zheng, H., & Fath, B. D. (2015). Ecological network analysis of an industrial
symbiosis system: A case study of the Shandong Lubei eco-industrial park. Ecological
Modelling, 306, 174-184.
