Cognition and Mind

Cognition belongs within biological organisation without being identical with life, biological agency, regulation, intelligence, representation, prediction, consciousness, or mind. APS defines cognition as the organisation of biological significance across time. Biological Agency, Biological Evaluation, Significance, and Integration provide pre-cognitive explanatory dependencies, but none by itself establishes cognition. Cognitive attribution becomes warranted only where integrated biological significance modulates activity across a temporal field of viability-relevant possibilities in ways not exhausted by immediate or fixed regulation. This article establishes the canonical architectural position of cognition within APS while leaving the lower biological boundary of cognition open to comparative empirical testing.

The matter-to-mind problem combines several distinct explanatory questions. APS approaches one of them biologically by asking how living organisation can support agency, biological evaluation, significance, integration, cognition, mind, selfhood, and reflective agency. These relations form an explanatory architecture rather than an established developmental or evolutionary sequence. APS distinguishes the biological availability of significance from cognition, self-awareness, and phenomenal consciousness, and does not claim to explain why subjective experience exists. Its contribution is to decompose the apparent matter-to-mind gap into more specific organisational explananda that can be investigated independently.

Contemporary research has transformed our understanding of plants from passive organisms into active biological agents whose persistence depends upon continual regulation, signalling, development, and ecological organisation. Rather than treating these discoveries as independent explanatory domains, APS interprets them as complementary expressions of viability-oriented organised persistence. This article synthesises the contemporary literature on plant agency and shows how signalling, cognition, organism–environment coupling, ecological interaction, and distributed regulation become mutually intelligible within a single organisational framework centred on biological agency.

Whether plants are cognitive cannot be decided either by the absence of nervous systems or by the presence of adaptive responsiveness, signalling, plasticity and learning-like activity. APS approaches plant cognition as a comparative explanatory problem. Plants clearly exhibit biological agency, biological evaluation and biological significance, but these pre-cognitive capacities do not by themselves establish cognition. APS defines cognition as the organisation of biological significance across time and currently proposes that cognitive attribution becomes warranted where integrated biological significance modulates activity across a temporal field of viability-relevant possibilities in ways not exhausted by immediate or fixed regulation. Applying this boundary to plant phenomena produces a differentiated result. Distributed sensing, systemic signalling and developmental plasticity establish sophisticated biological organisation but do not independently warrant cognition. Stress priming provides a stronger boundary case but remains cognitively indeterminate because temporally extended molecular, physiological and developmental regulation remains an adequate explanation of current evidence. Habituation-like phenomena are suggestive, while stronger associative-learning claims remain empirically contested. Plants therefore provide a demanding test of whether cognition can be extended beyond nervous systems without collapsing into biological regulation in general.

Cognition belongs within biological organisation without being identical with life or biological agency. APS defines cognition as the organisation of biological significance across time. This article examines what cognitive organisation contributes once cognitive attribution has been independently warranted. Biological Agency, Biological Evaluation, Significance and Integration provide pre-cognitive foundations, while cognition arises where significance is organised across time in ways that can modulate present activity relative to viability-relevant circumstances and possibilities beyond what immediate or fixed regulation alone explains. Cognitive organisation need not be restricted to nervous systems, but neither non-neural complexity nor adaptive regulation establishes cognition by itself. Semiosis, information and representation may contribute to particular cognitive phenomena without constituting universal stages of cognition. The article therefore situates cognition as a materially implemented form of living organisation that can contribute to organised persistence while remaining distinct from life, regulation, intelligence, consciousness and mind.

Biological values arise from the evaluative activities of living systems. Through organised persistence, organisms distinguish conditions according to their significance for viability, functioning, and adaptive persistence. Repeated evaluations stabilise into patterns of biological importance that guide regulation, behaviour, and goal-directed activity. Within the Agency–Process–Scale (APS) framework, biological values provide a bridge between meaning, evaluation, human values, and morality while avoiding both moral reductionism and the assumption that values originate only in human culture.

Living systems do not inhabit neutral worlds. Some conditions support survival, functioning, and adaptive persistence, while others threaten or constrain them. Explaining why certain conditions matter is therefore a fundamental biological problem. Within the Agency–Process–Scale (APS) framework, biological significance refers to the relevance that conditions acquire for living systems through biological evaluation. Significance emerges when agents distinguish conditions according to their consequences for ongoing activity, organisation, and persistence. It is therefore not identical with information, function, meaning, or value, although it contributes to each. Biological significance occupies a central position within the APS architecture because it provides the bridge between biological agency and the later emergence of meaning, cognition, and mind. Understanding biological significance helps explain how living systems organise their interactions with the world around what matters and why increasingly complex forms of cognition and experience remain grounded in this fundamental biological reality.

Living systems constantly encounter conditions that matter to their continued existence. Food, danger, opportunity, memory, social relationships, and environmental change can all be significant. Yet significance alone does not produce cognition, meaning, mind, or selfhood. What matters must also be organised into coherent patterns of relation. In APS, this process is called integration. Integration is the process by which significant relations are organised into coherent functional wholes capable of coordinated activity. It provides the bridge between significance and cognition and helps explain how increasingly complex forms of biological organisation give rise to meaning, mind, selfhood, and reflective agency.

Meaning is the interpretive organisation of significance within broader patterns of relation, consequence, value, purpose, identity, and understanding. Within APS, meaning emerges from the progressive organisation of significance through integration, cognition, mind, selfhood, and reflective agency. Meaning explains how what matters becomes understood, interpreted, and situated within larger frameworks of understanding. It therefore functions as the interpretive culmination of the Cognition–Mind pathway and the current endpoint of the Matter-to-Mind programme.

Mind is the integrated organisation of cognition and significance through which an agent maintains a coherent relationship with itself and its world. Within APS, mind emerges from the integration of cognition and serves as the organisational bridge between cognition and selfhood.

Selfhood is often associated with consciousness, self-awareness, identity, or the human experience of being a self. Within APS, however, selfhood addresses a more fundamental biological question: how living systems remain themselves despite continual change. Organisms replace components, develop, learn, adapt, and reorganise while maintaining continuity across time. APS interprets this continuity not as the persistence of matter, essence, or identity, but as persistent integrative organisation. Selfhood therefore explains how living systems maintain continuity of agency, significance, cognition, and mind despite ongoing material, developmental, and experiential change. It occupies a pivotal position between mind and reflective agency within the APS architecture.

Cognition is often treated as an abstract informational or computational process separable from the biological organisation of living systems. APS rejects this separation. This article argues that cognition, where present, is organised within viability-oriented, constraint-closed living organisation and cannot be understood independently of the persistence dynamics through which living systems sustain themselves across time. Organised persistence does not by itself establish cognition. Rather, it provides the biological organisation within which the dependencies required for cognition can arise and be investigated.

Cognitive terminology is widely used across biology, but the use of terms such as memory, learning, attention, decision-making, and anticipation does not by itself establish that a system is cognitive. APS therefore distinguishes the translation of cognitive vocabulary into descriptions of biological organisation from the separate question of cognitive attribution. This lexicon provides a disciplined framework for identifying the organisational functions tracked by cognitive terminology without importing assumptions derived from human psychological experience. Shared vocabulary may identify comparable organisational roles without implying identical mechanisms, experiences, minds, or cognitive status. The lexicon therefore functions as a conceptual guardrail supporting comparative biological inquiry while preventing mentalistic drift and category errors.

Biological systems are often described as goal-directed, from cellular repair and morphogenesis to organismal behaviour and adaptive regulation. Goal-directedness need not imply represented ends, intentions, or minds, but neither should it be reduced to the mere observation that activity converges on an outcome. APS distinguishes the observable directedness of biological activity, the mechanisms through which such directedness is produced, and the organisational grounding that makes particular states or trajectories biologically significant. On this account, viability conditions ground biological normativity, while biological goals are states or trajectories whose attainment, maintenance, restoration, or avoidance is privileged within viability-oriented organisation.

This article clarifies the place of consciousness within the Agency–Process–Scale (APS) framework. APS argues that consciousness is not required to explain agency, meaning, normativity, evaluation, or biological function, all of which arise from viability-oriented organisation. Consciousness is instead understood as a later evolutionary development emerging within certain forms of cognition and biological integration.

This article clarifies why APS does not equate life with sentience, and explains how biological agency, normativity, and cognition can be present without subjective experience.

This article explains how cognition can remain biologically continuous with life without being identified with life itself. In APS, biological agency, evaluation and significance establish the organisational conditions from which cognition can arise, but they do not by themselves establish cognition. Cognition concerns the organisation of biological significance across time, while mind represents a further integration of evaluative and cognitive processes. The result is a continuity from life toward mind that avoids both mentalist discontinuity and the assumption that all living activity is cognitive.

Cognition was not always a biological problem. It was successively approached through questions about knowledge and intellect, mind, experimental psychology, behaviour, representation, computation, and neural implementation. Ecological, embodied, dynamical, distributed, enactive, comparative, and biological approaches subsequently widened the problem by asking whether cognition could occur beyond familiar neural cases. This article traces that reorganisation of the explanatory landscape and shows why it produces a contemporary biological boundary problem: how to distinguish cognition from sophisticated regulation without either restricting cognition to nervous systems or extending it indiscriminately throughout life.

Plant cognition provides a longitudinal case through which the development of the Agency–Process–Scale framework can be examined. The originating APS account placed biological agency at the centre of the plant-cognition question. Subsequent work differentiated agency, biological evaluation, significance, integration, and cognition; developed a more discriminating boundary between cognition and sophisticated biological regulation; and introduced comparative controls requiring specified explananda, adequate comparators, and demonstrable explanatory gain. When these resources were reapplied to plants, they narrowed what APS could warrant as cognition without diminishing the biological significance of the underlying phenomena. The resulting change is neither straightforward continuity nor simple correction, but a documented case of conceptual differentiation and methodological constraint altering the claims a developing framework is entitled to make.

Biological evaluation is the process through which living systems distinguish conditions according to their significance for viability, functional integrity, and adaptive persistence. In APS, evaluation emerges directly from biological agency and provides the foundation for adaptive regulation, meaning, cognition, mind, selfhood, values, and morality. By explaining how significance arises within living systems, biological evaluation serves as a central bridge between biological organization and human experience.

Reflective agency is the capacity of a persistent self to evaluate, direct, and transform its own agency. While agency enables living systems to act, cognition enables evaluation, mind enables coherent self–world organisation, and selfhood enables continuity through time, reflective agency introduces the possibility of self-directed transformation. Through reflective agency, agents become capable of examining and reshaping their goals, commitments, values, and modes of action. APSI therefore treats reflective agency as a distinct organisational achievement emerging from agency, cognition, mind, and selfhood. Reflective agency occupies a pivotal position between selfhood and meaning and provides the foundation for responsibility, deliberate self-change, value formation, and reflective forms of meaning.

Once cognition has been independently warranted, a further biological question arises: where and how is the relevant cognitive organisation materially implemented? This article examines how cognition may depend upon relations distributed across spatial and temporal extents while distinguishing distributed implementation from distributed regulation alone. It establishes the evidential and comparative requirements for determining when a distributed account of cognition makes an additional explanatory contribution.