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smart energy + transportation infrastructure

Infrastructure investments in remote areas can transform landscapes and watersheds, unleashing irreversible, destructive change. Projects' impacts vary considerably and their approval is dependent on small groups of public decision-makers. Investments, especially remote roads, are often economically inefficient and usually have unnecessarily large environmental and social impacts. These characteristics - variable quality, concentrated decision-making, economic flaws and design shortcomings - add up to a big conservation opportunity, one in which good economic analyses can be influential. CSF's Smart Energy + Transportation Infrastructure program provides training to conservationists and decision-makers, as well as comprehensive cost-benefit analyses of infrastructure projects, such as dams and roads. Keen understanding of these projects at multiple levels of society will result in better decisions and large-scale conservation gains.

Efeitos de projetos de infra-estrutura de energia e transportes sobre a expansão de soja na bacia do rio Madeira

Series number: 
7

Case studies for the development of environmental compensation in Peru

Peru compensation publications

As part of our collaboration with the Environmental Ministry in Peru (MINAM), CSF has finished a series of papers on environmental compensation (biodiversity offsets). We explored 4 infrastructure and extractive projects in Madre de Dios and Loreto, and analyzed how to offset their residual impacts. This work supports MINAM’s development and implementation of technical compensation guidelines, while also generating evidence about methods for designing environmental compensation plans.

Evaluación de efectos ambientales derivados de la instalación de cinco centrales hidroeléctricas en el Río Marañón

Subsidizing Socio-environmental Compensation Processes in the Brazilian Amazon: Impact Analysis of the Teles-Pires dam

CSF is conducting an economic analysis of the impacts of the Teles-Pires dam construction in the Brazilian Amazon, to help: (1) define socio-environmental compensation values more aligned with the well-being loss perception of the affected local community via an effective economic valuation method; (2) raise local awareness of dam impacts; and (3) defend the rights of people affected by the construction.

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