Climate Change Justice and Global Resource Commons

£41.99

Climate Change Justice and Global Resource Commons

Local and Global Postcolonial Political Ecologies

Environmentalist thought and ideology Applied ecology Environmental policy and protocols Climate change Social impact of environmental issues

Author: Shangrila Joshi

Dinosaur mascot

Collection: Routledge Studies in Environmental Justice

Language: English

Published by: Routledge

Published on: 4th April 2021

Format: LCP-protected ePub

Size: 6 Mb

ISBN: 9781000369502


Examining Climate Justice and Inequities

This book examines the multiple scales at which the inequities of climate change are borne out.

Shangrila Joshi engages in a multi-scalar analysis of the myriad ways in which various resource commons – predominantly atmosphere and forests – are implicated in climate governance, with a consistent emphasis throughout on the justice implications for disenfranchised communities. The book starts with an analysis of North-South inequities in responsibility, vulnerability, and capability, as evidenced in global climate treaty negotiations from Rio to Paris. It then moves on to examine the ways in which structural inequalities are built into the conceptualization and operationalization of various neoliberal climate solutions such as Reducing Emissions from Deforestation and Forest Degradation (REDD+) and the Clean Development Mechanism (CDM). Drawing on qualitative interviews conducted in Delhi, Kathmandu, and the Terai region of Nepal, participant observation at the Climate Conference in Copenhagen (COP-15), and textual analysis of official documents, the book articulates a geography of climate justice, considering how ideas of injustice pertaining to colonialism, race, Indigeneity, caste, gender, and global inequality intersect with the politics of scale.

Intended Audience

This book will be of great interest to students and scholars of environmental justice, climate justice, climate policy, political ecology, and South Asian studies.

Show moreShow less