Evolution of Phosphorus Limitation in Lakes¶
Schindler, D. W. (1977). Evolution of Phosphorus Limitation in Lakes. Science, 195(4275), 260-262.
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Primes¶
- Cycle
- The relational network is nutrient and population state variables; the closed path runs: fertilizer runoff raises phosphorus → phosphorus feeds algal blooms → blooms die and decompose → decomposition depletes oxygen and releases sediment-bound phosphorus → which raises available phosphorus, returning to the origin.
This sourceWhole-lake experiments showing phosphorus controls eutrophication; underpins the feedback loop in which phosphorus loading drives algal blooms, decomposition, oxygen depletion, and internal phosphorus recycling.
- The relational network is nutrient and population state variables; the closed path runs: fertilizer runoff raises phosphorus → phosphorus feeds algal blooms → blooms die and decompose → decomposition depletes oxygen and releases sediment-bound phosphorus → which raises available phosphorus, returning to the origin.
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Registry ID ref:723558074998 · see in the full table