Collaboration Across Boundaries for Social-Ecological Systems Science

Chapter 1 Introduction: Collaboration Across Boundaries for Social-Ecological Systems Science

Chapter 2 Lessons Learned About Collaborating Across Coupled Natural-Human Systems Research on Mexico’s Payments for Hydrological Services Program

Chapter 3 Adapting to the Challenges of International and Interdisciplinary Research of Coupled Human and Natural Systems

Chapter 4 Collaborative Research Across Boundaries: Mangrove Ecosystem Services and Poverty Traps as a Coupled Natural-Human System

Chapter 5 Learning About Forest Futures Under Climate Change Through Transdisciplinary Collaboration Across Traditional and Western Knowledge Systems

Chapter 6 Sustaining Interdisciplinary Collaboration Across Continents and Cultures: Lessons from the Mongolian Rangelands and Resilience Project

Chapter 7 Challenges of Boundary Crossing in Graduate Training for Coupled Human-Natural Systems Research

Chapter 8 Understanding the Central Great Plains as a Coupled Climatic-Hydrological-Human System: Lessons Learned in Operationalizing Interdisciplinary Collaboration

Chapter 9 High-Resolution Remote Sensing Data as a Boundary Object to Facilitate Interdisciplinary Collaboration

Chapter 10 Scientists and Stakeholders, Data and Diagnostics: Crossing Boundaries for Modeling the Impacts of Highway Paving in a Tri-national Frontier in the Amazon

Chapter 11 Collaboration Across Boundaries: Reflections on Studying the Sustainability of the Mississippi River Delta as a Coupled Natural-Human System

Chapter 12 Crossing Boundaries for Collaboration in Comparative Perspective: Key Insights, Lessons Learned, and Recommendations for Future Practice