Regime Shifts in Lake Ecosystems

E483122

Regime Shifts in Lake Ecosystems is an influential ecological work that analyzes how lakes can abruptly transition between alternative stable states due to environmental change and human impacts, with implications for ecosystem management and resilience.

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Regime Shifts in Lake Ecosystems canonical 1

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Predicate Object
instanceOf academic monograph
ecology book
scientific book
aimsTo improve understanding of abrupt ecological change
inform ecosystem management decisions
support prevention of undesirable lake regime shifts
appliesConcept alternative stable states to lake ecosystems
nonlinear dynamics to ecosystem management
resilience to freshwater systems
describes abrupt transitions between alternative stable states in lakes
effects of nutrient loading on lake states
feedback mechanisms maintaining clear-water and turbid states
impacts of human activities on lake regimes
management strategies to prevent undesirable regime shifts
restoration challenges once a regime shift has occurred
emphasizes difficulty of reversing regime shifts
importance of resilience in ecological systems
need to detect approaching thresholds
role of feedback loops in maintaining ecosystem states
field ecology
ecosystem ecology
limnology
resilience theory
focusesOn human-induced environmental change
interactions between nutrients, plants, and fish in lakes
long-term dynamics of shallow lakes
shifts between clear and turbid water states
hasImplication adaptive ecosystem management
biodiversity conservation in freshwater systems
lake restoration policy
sustainable use of freshwater resources
water quality management
influenced development of resilience-based management frameworks
lake ecosystem modeling
research on alternative stable states in ecology
theory of critical transitions in complex systems
mainSubject alternative stable states
early warning signals of regime shifts
ecosystem management
ecosystem resilience
eutrophication
hysteresis in ecosystems
lake ecosystems
nonlinear ecological dynamics
regime shifts
shallow lakes
thresholds in ecological systems

Referenced by (1)

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Stephen R. Carpenter notableWork Regime Shifts in Lake Ecosystems