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Biodiversity conservation through REDD+ : modeling costs of alternative REDD+ scenarios in the tropical region

by Dimantchev, Emil G.

Abstract

The United Nations negotiations on climate change have focused their attention on a set of policies for Reducing Emissions from Deforestation and Degradation (REDD+). This paper explores the potential of REDD+ to reduce CO2 emissions and protect tropical biodiversity. The study uses ArcGIS to model forest areas under threat of deforestation in 59 tropical developing countries. A constrained linear optimization model, implemented with linear optimization software, is used to construct a Conservation Possibilities Frontier (CPF). The CPF shows the potential of REDD+ to achieve emission reductions and species conservation under limited budgets. I use linear optimization to construct marginal abatement cost curves under various policy scenarios and estimate the costs of generating biodiversity co-benefits from REDD+. An international mechanism mainly designed to reduce emissions at least cost will provide low conservation benefits. Incorporating provisions for biodiversity co-benefits in the REDD+ framework can protect a high number of rare and threatened forest species at a relatively low cost.

Note

bachelor

Bachelor of Arts

Includes bibliographical references.

Administrative Notes

None

Copyright
Copyright restrictions apply.
Publisher
Colorado College
PID
coccc:3366
Digital Origin
born digital
Extent
110 pages : illustrations (chiefly color), color maps
Thesis
Senior Thesis -- Colorado College
Thesis Advisor
Smith, Mark
Department/Program
Department of Economics and Business
Degree Name
bachelor
Degree Type
Bachelor of Arts
Degree Grantor
Colorado College
Date Issued
2011