Temporality
In APS, temporality refers to the organised structure of biological persistence across time.
Living systems do not merely exist in time.
They actively organise:
- continuity;
- transformation;
- regulation;
- development;
- adaptation;
- and persistence
across interacting temporal conditions and scales.
Temporality therefore is not simply:
- chronological duration;
- linear succession;
- or external measurement of change.
Instead, temporality concerns how living systems sustain viable organisation through ongoing transformation across time.
APS consequently treats temporality as:
the organisation of persistence through time.
Living systems preserve continuity through:
- physiological regulation;
- developmental organisation;
- behavioural coordination;
- ecological interaction;
- adaptive reorganisation;
- and evolutionary transformation.
These processes unfold across multiple interacting temporal scales, including:
- rapid metabolic regulation;
- developmental timing;
- behavioural flexibility;
- ecological succession;
- reproductive continuity;
- and long-term evolutionary change.
Biological temporality is therefore:
- multiscalar;
- processual;
- continuity-sensitive;
- and viability-oriented.
APS rejects the idea that persistence requires static stability or unchanging identity.
Living systems instead preserve continuity through:
- reorganisation;
- compensation;
- adaptation;
- and transformation across time.
Temporality therefore links:
- continuity;
- persistence;
- development;
- adaptation;
- resilience;
- semiosis;
- cognition;
- ecology;
- and evolution
within a unified organisational framework.
Disruptions to temporality may appear as:
- developmental instability;
- ecological collapse;
- loss of adaptive flexibility;
- breakdown of continuity;
- or failure of persistence-maintaining organisation.
APS consequently treats temporality as one of the central organisational dimensions through which biological explanation becomes intelligible.