Book contents
- Natural Resource Management Reimagined
- Ecology, Biodiversity and Conservation
- Natural Resource Management Reimagined
- Copyright page
- Contents
- Contributors
- Preface
- 1 The Systems Ecology Paradigm
- 2 Environmental and Natural Resource Challenges in the Twenty-First Century
- 3 Evolution of Ecosystem Science to Advance Science and Society in the Twenty-First Century
- 4 Five Decades of Modeling Supporting the Systems Ecology Paradigm
- 5 Advances in Technology Supporting the Systems Ecology Paradigm
- 6 Emergence of Cross-Scale Structural and Functional Processes in Ecosystem Science
- 7 Evolution of the Systems Ecology Paradigm in Managing Ecosystems
- 8 Land/Atmosphere/Water Interactions
- 9 Humans in Ecosystems
- 10 A Systems Ecology Approach for Community-Based Decision Making
- 10.1 Introduction
- 10.2 Collaborative Decision Making
- 10.3 Summary: Linking Scientific Knowledge and Resource Management Needs, a Systems Ecology Approach
- Appendix 10.1 Examples of Questions Guiding Problem Definition
- Appendix 10.2 Issues to Be Considered Regarding Biophysical Properties
- Appendix 10.3 Climate, Weather, Energy, and Economic Factors
- Appendix 10.4 Social and Cultural Factors
- Appendix 10.5 Questions Associated with Geographic and Time Scales
- Appendix 10.6 Analysis of the Human Dimensions of the Rio Puerco Watershed
- 11 Environmental Literacy
- 12 Organizational and Administrative Challenges and Innovations
- 13 Where to From Here? Unraveling Wicked Problems
- Index
Appendix 10.2 - Issues to Be Considered Regarding Biophysical Properties
from 10 - A Systems Ecology Approach for Community-Based Decision Making
Published online by Cambridge University Press: 25 February 2021
Book contents
- Natural Resource Management Reimagined
- Ecology, Biodiversity and Conservation
- Natural Resource Management Reimagined
- Copyright page
- Contents
- Contributors
- Preface
- 1 The Systems Ecology Paradigm
- 2 Environmental and Natural Resource Challenges in the Twenty-First Century
- 3 Evolution of Ecosystem Science to Advance Science and Society in the Twenty-First Century
- 4 Five Decades of Modeling Supporting the Systems Ecology Paradigm
- 5 Advances in Technology Supporting the Systems Ecology Paradigm
- 6 Emergence of Cross-Scale Structural and Functional Processes in Ecosystem Science
- 7 Evolution of the Systems Ecology Paradigm in Managing Ecosystems
- 8 Land/Atmosphere/Water Interactions
- 9 Humans in Ecosystems
- 10 A Systems Ecology Approach for Community-Based Decision Making
- 10.1 Introduction
- 10.2 Collaborative Decision Making
- 10.3 Summary: Linking Scientific Knowledge and Resource Management Needs, a Systems Ecology Approach
- Appendix 10.1 Examples of Questions Guiding Problem Definition
- Appendix 10.2 Issues to Be Considered Regarding Biophysical Properties
- Appendix 10.3 Climate, Weather, Energy, and Economic Factors
- Appendix 10.4 Social and Cultural Factors
- Appendix 10.5 Questions Associated with Geographic and Time Scales
- Appendix 10.6 Analysis of the Human Dimensions of the Rio Puerco Watershed
- 11 Environmental Literacy
- 12 Organizational and Administrative Challenges and Innovations
- 13 Where to From Here? Unraveling Wicked Problems
- Index
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- Natural Resource Management ReimaginedUsing the Systems Ecology Paradigm, pp. 323Publisher: Cambridge University PressPrint publication year: 2021