Introduction
This article analyzes the concepts of subjectivity and identity through the lens of biology. Drawing on the book Forest Euphoria, Patricia Ononiwu Kaishian proposes a shift from a vision of static being toward a relational ontology. The reader will discover how the life cycles of eels and the structure of mycelium challenge traditional understandings of the individual.
The text argues that identity is not a wall, but a dynamic process. An analysis of magnetoreception and organismal modularity allows for a redefinition of freedom, memory, and rootedness within an ecosystem.
The Eel and the Model of Dynamic Rootedness
Patricia Ononiwu Kaishian utilizes the biology of eel migration to revise the concept of rootedness. Traditionally, we associate rootedness with stability or settlement; however, the eel achieves belonging through movement. Returning to a destination does not negate migration, but is rather its prerequisite.
The author introduces the model of dynamic rootedness. In this view, a bond with a place is the ability to rediscover an environment after a long journey. This shifts our understanding of knowledge: alongside declarative knowledge exists embodied competence, or the organism's ability to navigate without a conscious map model.
An example of this is magnetoreception, which allows the fish to orient itself in space. This proves that an organism does not need language to process complex environmental information.
The Body as a Material Archive of Survival History
According to Kaishian, the body is not a neutral object, but a material archive of the results of natural selection. The structure of an organism—from its receptors to its immune system—constitutes a condensed record of the species' history of survival.
This information is functional rather than narrative. This means that the body stores adaptive mechanisms rather than autobiographical memories of ancestors. In a human context, the author juxtaposes this with the Armenian concept of cha-ka-ta-gyr (destiny written on the forehead).
This comparison demonstrates that no subject begins as a blank slate. Both biology and culture impose frameworks that limit us, yet simultaneously enable our agency in the world.
Individuality as Relationally Maintained Organization
Patricia Ononiwu Kaishian argues that the individual is not a completely autonomous island. Biological autonomy exists in degrees and depends on interdependence. Evidence for this is found in symbiogenesis and the fact that organisms function as holobionts—communities consisting of a host and its microbiome.
Mycelium, in particular, challenges the idea of a compact body. A fungus is a modular process in which boundaries are actively regulated through hyphal fusions (anastomoses). Here, individuality is a relational achievement rather than isolation.
The author warns against romanticizing nature. Relationality does not imply unconditional harmony; within mycorrhizal networks, cooperation and conflicts of interest coexist. She defines fungal personhood as biological agency, not human-like consciousness.
Summary
The relational ontology proposed by Kaishian redefines the subject as a dynamic node of flows. The concept of myceliality could serve as a model for science: a decentralized system that combines openness to new data with rigorous verification.
The paradox of life is that the boundary of an organism exists only because it is not absolutely airtight. The greatest tribute one can pay to nature is to acknowledge its biological alterity. Identity, therefore, proves to be not a wall, but an actively regulated boundary of flow.
Frequently Asked Questions
How does the biology of eel migration change our understanding of the concepts of rootedness and knowledge?
The biology of eel migration introduces the concept of dynamic rootedness, in which belonging is realized through movement and the ability to rediscover an environment, rather than through settlement in one place. This also allows for a distinction between declarative knowledge and embodied competence, showing that organisms can possess navigation systems and process information without conscious, linguistic cognition.
1. In what way does the body of an organism store information about the past, and how does this relate to the human sense of identity and destiny?
2. The body stores information about the past within its structure as a material result of the history of survival and selection, which is functional rather than narrative in nature. In the context of identity and destiny, this means that a human—much like an organism with its inherited developmental architecture—is not a completely self-determining entity, but is born with a specific set of possibilities, inclinations, and limitations resulting from history and environment.
3. Does being an individual mean complete independence and autonomy from external conditions?
4. No, being an individual does not mean complete independence, because no organism is a self-sufficient island nor does it start as a blank slate. Autonomy does not consist in the absence of heritage or external conditions, but in the ability to act reflectively within them. Individuality is therefore a relationally maintained organization, rather than absolute isolation.
5. Must identity be constant and unchanging for an organism or a human to maintain the continuity of their existence?
6. No, identity does not have to be static and unchanging, because the biological persistence of an organism does not mean maintaining an identical form. The continuity of being can be realized through change and developmental processes, where the transience of individual stages constitutes the mechanism of identity.
7. What is rootedness, if it is not linked to an immutable place of origin or biology?
8. Rootedness is a relationship of responsibility, memory, and orientation toward a place that is maintained over time. In this view, belonging is not a one-time fact of origin, but a practice.
9. From a biological and philosophical point of view, what constitutes an individual in the case of mycelium?
10. From a biological perspective, a fungal individual is a dynamic system of apical growth and hyphal fusion, which is a modular organization rather than a compact body. Philosophically, this individual is understood as a stabilized process and a configuration of flows, in which individuality is functional and gradable in nature.
Do organisms in mycorrhizal networks act as a conscious community with a control center?
No, the ordered functioning of mycorrhizal networks does not require a central dispatcher or a conscious control center. It results from local interaction rules, feedback loops, and selection, which is an example of emergent behavior.
Does the relational nature of organisms such as fungi mean that unconditional cooperation and harmony always prevail in nature?
No, the relational nature of organisms does not imply unconditional harmony, as ecosystems encompass both cooperation and conflict, as well as exploitation. Interdependence can coexist with conflicts of interest, and the nature of relationships changes depending on environmental conditions.
Is it possible to speak of the agency of fungi without attributing human consciousness to them?
Yes, one can speak of the agency of fungi without attributing human consciousness to them by recognizing them as centers of biological interests. This agency is based on biological efficacy—the organism's ability to regulate its own actions and respond to stimuli in order to maintain homeostasis.
How can the concept of myceliality be applied to the reform of the scientific system and the process of acquiring knowledge?
This concept assumes the creation of a decentralized system in which knowledge is generated in many autonomous centers and can emerge on the periphery, rather than only in centers of prestige. This requires combining an openness to a plurality of perspectives with rigorous quality control mechanisms and the ability to reject information that does not meet methodological criteria.
In what way does the biology of fungi allow for a redefinition of the understanding of the individual and the process of creating scientific knowledge?
The biology of fungi shows that an individual can be distributed, modular, and relational, which challenges the vision of the subject as an autonomous and centrally controlled body. In the context of science, the analogy to mycelium allows the analysis to shift from the visible 'fruit body' (e.g., the author's name) toward the hidden infrastructure and network of cooperation that enables knowledge to emerge.
