64–69 — TEMPORAL ENERGY STRATEGY
These are independent descriptors rather than mutually exclusive branches.
Operational definition
Layer type: Time-pattern and regulatory-policy layer Governs: Items 64–69
Formal definition
The Temporal Energy Strategy layer identifies the recurring pattern by which an organism encounters energetic opportunities, anticipates future conditions, reacts to present disturbances, uses reserves, and changes metabolic modes through time.
Governing question
What temporal rules govern when this organism acquires, stores, switches, suppresses, or expends energy?
Included dimensions
- acquisition regularity;
- environmental predictability;
- reserve dependence;
- anticipatory regulation;
- reactive regulation;
- metabolic flexibility.
Strategy-versus-state distinction
A strategy is a repeated pattern, capacity, or regulatory rule.
A state is what the organism is doing at a particular time.
For example:
- strategy: seasonally accumulate lipid before winter;
- state: currently accumulating lipid;
- life-course state: preparing for first migration.
Inclusion rule
A characteristic belongs here when it describes:
- timing;
- frequency;
- predictability;
- switching rule;
- reserve policy;
- regulatory anticipation;
- response to disturbance.
Multidimensional character
The descriptors are not mutually exclusive.
An organism may be:
- intermittently fed;
- seasonally predictable;
- strongly reserve-dependent;
- anticipatorily regulated;
- metabolically flexible.
This layer therefore produces a temporal profile rather than one branch label.
Exclusion rule
This layer does not describe the biochemical mechanism itself or the organism’s current physiological condition. Those belong to Energy-Conservation Mechanisms and Metabolic Activity States.
64. Acquisition regularity
- continuous
- intermittent
- pulsed
- feast-and-famine
- opportunistic
65. Environmental predictability
- highly regular
- diel
- tidal
- lunar
- seasonal
- episodic
- stochastic
66. Reserve dependence
- low reserve dependence
- moderate buffering
- strongly storage-dependent
- obligately pre-provisioned
67. Anticipatory regulation
- circadian
- seasonal
- developmental
- migratory
- reproductive
68. Reactive regulation
- starvation response
- hypoxia response
- prey-induced activation
- stress-induced metabolic switching
- emergency catabolism
69. Metabolic flexibility
- obligate specialist
- facultative specialist
- generalist
- substrate-switching
- acceptor-switching
- trophically mixotrophic
- stage-dependent switching