Skip to content

References: Systems Thinking in Ecology

Wikipedia

  1. Systems Ecology - Wikipedia - Introduces the interdisciplinary field that applies systems thinking to ecological research, covering energy flows, nutrient cycling, and ecosystem-level feedback mechanisms.

  2. Trophic Cascade - Wikipedia - Explains how changes at one trophic level ripple through an ecosystem, illustrating the interconnected relationships between predators, herbivores, and plant communities.

  3. Feedback Loop - Wikipedia - Defines positive and negative feedback loops with examples from biology and ecology, providing essential vocabulary for understanding ecosystem self-regulation and stability.

Textbooks

  1. Meadows, Donella H. Thinking in Systems: A Primer - Chelsea Green Publishing - A foundational introduction to systems thinking that explains stocks, flows, and feedback loops using accessible examples applicable to ecological and environmental systems.

  2. Odum, Eugene P. and Gary W. Barrett. Fundamentals of Ecology - Cengage Learning - The classic ecology textbook that pioneered the ecosystem-level approach to ecology, covering energy flow, biogeochemical cycles, and community dynamics in natural systems.

Online Resources

  1. Minnesota Biological Survey - Minnesota DNR - Documents the biodiversity and ecological health of Minnesota's native plant communities using systematic survey data that reveals ecosystem-level patterns and connections.

  2. Cedar Creek Ecosystem Science Reserve - University of Minnesota - A Long Term Ecological Research site in Minnesota conducting pioneering experiments on biodiversity, ecosystem function, and how plant communities respond to environmental change.

  3. The Systems Thinker - Leverage Networks - Offers articles, diagrams, and case studies that teach systems thinking tools like causal loop diagrams and behavior-over-time graphs applicable to ecological analysis.

  4. Millennium Ecosystem Assessment - United Nations - A comprehensive global assessment of ecosystem services and human well-being that demonstrates how systems thinking applies to large-scale ecological and policy challenges.

  5. Minnesota Phenology Network - USA National Phenology Network - Tracks seasonal biological events across Minnesota, illustrating feedback relationships between climate, plant flowering, pollinator activity, and ecosystem timing.