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Land Use

Amazon River. Photo: Carolina Marques

As the global population grows, it’s more important than ever to use land and natural resources efficiently. To meet the world’s needs, we must improve agricultural productivity while avoiding expansion into carbon-rich areas like forests.

CPI research identifies and assesses opportunities to improve land-use efficiency and increase the productivity of land while simultaneously protecting forests’ vital carbon stocks. Current partnerships include the Ministry of Agriculture in Brazil, the Ministry of Finance in Indonesia, and other decision-makers to support a Production & Protection strategy.

Latest work

Publication

Landscape of Climate Finance in Brazil

In this first-of-its-kind report, CPI/PUC-RIO tracks and analyzes climate finance flowing to and within Brazil, across all actors – domestic and international; public and private – between 2019 and 2023. 

Publication

The Seeded Initiative

The Seeded Initiative funds native seedling nurseries in Brazil, ensuring financial stability through guarantees and long-term purchase agreements.

Publication

Fit-for-Purpose Forest Finance: A Menu of Financial Mechanisms

A new study by CPI/PUC-RIO identifies 30 international financial mechanisms currently mobilizing capital to advance forest objectives around the world.

Publication

The Forest-Climate Nexus for the Brazilian Amazon

CPI/PUC-RIO and AmazON 2030 show how the RDM can boost the Amazon’s economy by turning degraded areas into opportunities for revenue and sustainable development.

Data Visualization

Data Visualization (The Forest-Climate Nexus: A Fit-for-Purpose Framework for Climate Impact)

Study by CPI/PUC-RIO presents a financial architecture tailored to meet the different realities of tropical forests across the world, and proposes a Reversing Deforestation Mechanism (RDM) to fill a critical gap that would advance restoration and transform the role of forests from a climate risk to...

Publication

The Forest-Climate Nexus: A Fit-for-Purpose Framework for Climate Impact

This study presents a financial architecture tailored to meet the different realities of tropical forests across the world, and proposes a Reversing Deforestation Mechanism (RDM) to fill a critical gap that would advance restoration and transform the role of forests from a climate risk to a climate...
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