This methods preprint defines transient sequestration as finite storage or conversion among identifiable state variables. Version 2 distinguishes chemical, hydraulic, elastic, thermal, electrical, magnetic, kinetic, and potential storage; includes mass, work, leakage, degradation, and hysteresis channels; and requires no unaccounted net gain over a declared cycle. Starch and turgor are treated as distinct chemical and hydraulic/elastic examples. No experimental validation is claimed.
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Andrew Roebuck (2026) studied this question.
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