Indigenous Lands in the Brazilian Amazon: carbon stocks and barriers to deforestation

1 de abril de 2015

abr 1, 2015

Ana Carolina Crisostomo, Ane Alencar, Isabel Mesquita, Isabel Castro Silva, Martha Fellows Dourado, Paulo Moutinho, Pedro de Araújo Lima Constantino, Valderli Piontekowski

Indigenous lands (ILs) in the Brazilian Amazon cover a significant portion of the region (27% of forest area) and are home to 173 ethnic groups. In addition to being critical for the physical and sociocultural survival of indigenous communities – 98% of Brazil’s area of demarcated ILs lies in the Amazon –, they are also key areas for the conservation of regional and global biodiversity.

Despite these obvious and touted benefits provided by indigenous territories to the Amazonian environment, their role in climate change mitigation and climate balance in the region is still underrecognized. Contributing to this recognition is therefore the primary purpose of this publication. We hope that the results outlined here can help protect indigenous territories and develop climate change adaptation strategies for indigenous peoples.

Baixar (sujeito à disponibilidade)

Download (subject to availability)

ODS 13ODS 15

Este projeto está alinhado aos Objetivos de Desenvolvimento Sustentável (ODS).

Saiba mais em brasil.un.org/pt-br/sdgs.

Veja também

See also

Caixa de ferramentas de gênero

Caixa de ferramentas de gênero

O documento proporciona uma ideia geral do material disponível sobre gênero e cadeias de valor em vários países, objetivando motivar e colaborar com os profissionais para integrar uma perspectiva de gênero no desenvolvimento de cadeias de valor.

Leafcutter Ant Nests Inhibit Low-Intensity Fire Spread in the Understory of Transitional Forests at the Amazon’s Forest-Savanna Boundary

Leafcutter Ant Nests Inhibit Low-Intensity Fire Spread in the Understory of Transitional Forests at the Amazon’s Forest-Savanna Boundary

Leaf-cutter ants (Atta spp.) remove leaf litter and woody debris—potential fuels—in and around their nests and foraging trails. We conducted single and three annual experimental fires to determine the effects of this leaf-cutter ant activity on the behavior of...

Threshold Responses to Soil Moisture Deficit by Trees and Soil in Tropical Rain Forests: Insights from Field Experiments

Threshold Responses to Soil Moisture Deficit by Trees and Soil in Tropical Rain Forests: Insights from Field Experiments

Many tropical rain forest regions are at risk of increased future drought. The net effects of drought on forest ecosystem functioning will be substantial if important ecological thresholds are passed. However, understanding and predicting these effects is challenging using observational studies alone. Field-based rainfall exclusion (canopy throughfall exclusion; TFE) experiments can offer mechanistic insight into the response to extended or severe drought and can be used to help improve model-based simulations, which are currently inadequate.