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Community-based conservation of flooded forest in the Mamirauá Sustainable Development Reserve

Brazil Mamiraua Sustainable Development Reserve

An iterative learning process of community-based management of a flooded forest in the Brazilian Amazon is approaching a framework that simultaneously benefits biodiversity conservation and local communities.

Mamirauá Sustainable Development Reserve (MSDR) is located in one of the world’s largest flooded forests and part of the Brazilian Amazon. Annually, the forest floods by roughly 12 meters to the tree tops for a six-month period. This flooded forest is thus not only of extremely high local and global biodiversity value but also of value as a regional floodplain. In 1992, in response to deforestation pressures, the area was designated an Ecological Station which required the complete restriction of human influence on the area. However, within a few years, scientists noted that continued intense pressure from external commercial interests coupled with lack of state means for surveillance and enforcement threatened the longevity and sustainability of the forest area under the strict management scheme. Rather, the involvement of local people in the area’s management was essential to its long-term viability. Therefore, in 1996, the area was re-classified as a Sustainable Development Reserve which allowed residents and legitimate users of the forest to both manage the conservation imperatives of the area and regain access to the benefits and livelihoods they had derived from the forest for generations. Since this designation, the NGO Sociedade Civil Mamirauá (SCM) has worked to develop and implement suitable approaches for carrying out effective conservation while also improving livelihoods of the residents of the area. For example, community fisheries and forestry schemes based on traditional low-impact practices have been devised to ensure sustainable harvesting of these forest resources. One of the greatest innovations of the SCM has been the combination of traditional and indigenous knowledge with modern science and monitoring to bolster sustainable resource management. This has been particularly successful in the management of local fisheries.

Case effectiveness on

Climate change

Mitigation: Positive

Although this impact has not yet been quantified, the observed decrease in the amount of land being converted for agriculture is reported to help ensure that the carbon sequestration potential of the forest maintains a higher level of integrity than it otherwise would.

Adaptation: Not reported

No adaptation outcomes were reported.

Ecosystem health

Ecological effect: Positive

Over the last 10 years, a considerable decrease in the amount of forest habitat being converted to agricultural land has been observed. Furthermore, the recorded number of instances of illegal trade in timber has decreased. This improved forest management is likely to protect the habitats of the wide variety of species residing in the forest. Monitoring and evaluation carried out over a decade has reported the recovery of several species whose populations were facing sharp decline prior to the creation of the protected area including alligators, turtles, and pirarucu. This monitoring further reported the stabilization of a number of frequently hunted species such as the red howler monkey. Although causal evidence has not yet been provided, monitoring suggests that the high productivity of the floodplain and increased protection of floodplain areas conducive to the reproduction and weaning of jaguar cubs is likely to have positively impacted the local jaguar population.

Socioeconomic outcomes

Sustainable forest management has been reported to offer income diversification opportunities to local communities within and surrounding the Mamirauá Sustainable Development Reserve. Due to improved access to diverse markets, it is reported that communities are able to sell timber at prices 100-150 percent higher than those for timber extracted through unsustainable means. Since the start of the intervention, a 64% reduction in the region's infant mortality rate has been measured and is partly attributed to SCM's role as mediator between local communities and health departments.

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Flooded Amazonian forest
Photo © Tsaiga

Intervention type

  • Management
  • Protection
Targets poor/disadvantaged
Conducted at landscape scale

Ecosystem type

  • Tropical & subtropical forests
  • Streams, rivers, riparian

Instigators

  • State/district/local government agency
  • Local NGO or CBO (eg. indigenous)
  • Research institutions

Societal challenges

  • Biodiversity conservation
  • Climate change mitigation
  • Economic and Social development

Literature info

  • Grey literature
Case methodology not reported