2005 Journal article Legacy File

Hawai‘i’s Mountain-to-Sea Ecosystems: Social–Ecological Microcosms for Sustainability Science and Practice

Primary Investigators / Authors

Kenneth Y. Kaneshiro | Pauline Chinn | Kristin N. Duin

Document Abstract / Summary Overview

There is an urgent need to develop the underlying theory and principles of ‘‘sustainability science,’’ based on an understanding of the fundamental interactions between nature and humans. This requires a new research and education paradigm that embraces biocomplexity, integrates the physical, biological, and social sciences, and uses a coupled, human–natural systems approach. An initiative aligned with this paradigm and approach, and centered on the Hawaiian Island’s unique mountain-to-sea ecosystems, is developing at the University of Hawai‘i. These ecosystems, extending from upland tropical forests to the fringing coral reefs, correspond to the roughly wedge-shaped catchments, traditionally called ahupua‘a in the Hawaiian language. Despite the collapse of the ahupua‘a system and, tragically, the Native Hawaiian population, its legacy of ecological and cultural stewardship remains. This legacy, and the potential of these ecosystems as microcosms for addressing the core questions of sustainability science, has provided the impetus for a growing number of projects employing a social– ecological systems perspective. An overview of three projects that employ a ‘‘learning community’’ approach and cultural stewardship perspective inspired by the ahupua‘a system is provided. These include the Ecosystems Thrust Area of Hawai‘i EPSCoR, a U.S. National Science Foundation research infrastructure program, focused on ecosystem research and monitoring activities; a sustainability curriculum program, Malama I Ka ‘Aina, of the College of Education; and a project that builds on programs of the Division of Ecology and Health and its affiliated AsiaPacific Center for Infectious Disease Ecology, linking ecosystem resilience and infectious diseases.

Resource Access Nodes

EcoHealth →

Technical Properties

Accession ID: 10.1007/s10393-005-8779-z
Archival Collection: UKZN-IKS
Language Registry: English
Asset Extent / Duration: 12 Pages
Publisher: Springer-Verlag
Rights Management Attribution: EcoHealth Journal Consortium
Licence Data: EcoHealth Journal Consortium

Co-Authors & Contributors

Kenneth Y. Kaneshiro | Pauline Chinn | Kristin N. Duin creator

Taxonomy Classifications

🏷️ Journal article 🏷️ UKZN-IKS 🏷️ United States 🏷️ Kenneth Y. Kaneshiro 🏷️ Pauline Chinn 🏷️ Kristin N. Duin 🏷️ sustainability ecosystems environmental sensors ecological monitoring disease ecology resilience 🏷️ Springer-Verlag 🏷️ EcoHealth Journal Consortium

Subject Keywords

# sustainability ecosystems environmental sensors ecological monitoring disease ecology resilience

Geographic Spatial Coverage

📍 United States
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