책 이미지
eBook 미리보기
책 정보
· 제목 : Transformative Climate Governance: A Capacities Perspective to Systematise, Evaluate and Guide Climate Action (Hardcover, 2020)
· 분류 : 외국도서 > 인문/사회 > 사회과학 > 인류 지리학
· ISBN : 9783030490393
· 쪽수 : 698쪽
· 출판일 : 2020-08-27
· 분류 : 외국도서 > 인문/사회 > 사회과학 > 인류 지리학
· ISBN : 9783030490393
· 쪽수 : 698쪽
· 출판일 : 2020-08-27
목차
Part 1: Towards transformative climate governance: What governance capacities do we need?
Authors: Katharina Holscher
Chapter 1
Introduction: Understanding climate change as a transformation challenge and governance implications
Chapter 2
Capacities for transformative climate governance ? a conceptual frameworkPart 2: Understanding capacities for transformative climate governance in Rotterdam and New York City
Author: Katharina Holscher
Chapter 3
Methodology: assessing and comparing governance capacities in two frontrunner cities
Chapter 4
Understanding capacities for transformative climate governance in Rotterdam, the Netherlands
Chapter 5
Understanding capacities for transformative climate governance in New York City, US
Chapter 6
What can we learn from frontrunner cities?
Chapter 7
What can we learn about the capacities required to experiment for climate governance?
Part 3: Developing capacities for transformative climate governance under high-end scenarios in Europe
Chapter 8
Climate governance and high-end futures in Europe
Chapter 9
A transition management approach to develop transition pathways under high-end scenarios
Chapter 10
Capacities in high-end scenarios in Europe: a governance perspective
Chapter 11
Developing capacities for sustainability and resilience transformations under high-end scenarios: identifying robust enabling conditions
Part 4: Towards supporting transformative climate governance capacities ? lessons learned and ways forward
Chapter 12
Bridging and weaving science and policy knowledges: Lessons learned and recommendations for strengthening capacities for transformative climate governance
Appendix
Appendix A: Step-by-step description of the IMPRESSIONS methodology to co-create pathways under high-end scenarios
