Central Rio de Janeiro Atlantic Forest Mosaic
| Central Rio de Janeiro Atlantic Forest Mosaic | |
|---|---|
| Mosaico da Mata Atlântica Central Fluminense | |
 Três Picos - Highest point of the mosaic | |
  | |
| Nearest city | Rio de Janeiro |
| Coordinates | 22°24′50″S 42°36′50″W / 22.414°S 42.614°W |
| Area | 295,723 hectares (730,750 acres) |
| Designation | Protected area mosaic |
| Created | 11 December 2006 |
The Central Rio de Janeiro Atlantic Forest Mosaic (Portuguese: Mosaico da Mata Atlântica Central Fluminense) is a protected area mosaic in the state of Rio de Janeiro, Brazil. The mosaic is inland, to the east of the city of Rio de Janeiro.
History
[edit]A project to create three new protected area mosaics in the Serra do Mar Ecological Corridor began in December 2005, coordinated by the National Council of the Atlantic Forest Biosphere Reserve. These were the Bocaina Mosaic, Central Rio de Janeiro Atlantic Forest Mosaic and Mantiqueira Mosaic. Funding was provided by Conservation International, the Fund for the Global Environment Facility, the Government of Japan, the MacArthur Foundation and the World Bank.[1] The Central Coastal Atlantic Forest Mosaic was recognized by the Ministry of the Environment on 11 December 2006.[2] There were originally 22 conservation units in the mosaic. Others were added, and as of 2010 there were 29 units, with a total area of 295,723 hectares (730,750 acres).[3] The strategic plan was developed in 2010.[4]
Extent
[edit]The Central Rio de Janeiro Atlantic Forest Mosaic encompasses 14 municipalities: Bom Jardim, Cachoeiras de Macacu, Casimiro de Abreu, Duque de Caxias, Guapimirim, Itaboraí, Macaé, Magé, Miguel Pereira, Nova Friburgo, Nova Iguaçu, Petrópolis, Rio Bonito, São Gonçalo, São José do Vale do Rio Preto, Silva Jardim, Teresópolis and Tanguá.[3]
Environment
[edit]Altitudes range from sea level at the Guanabara Bay to 2,316 metres (7,598 ft) in the Três Picos State Park, with different degrees of human occupation, resulting in great diversity of environments and landscapes.[3] The land in the lower regions was formed by sediments deposited by the rivers and the sea. In the coastal areas there are several meandering rivers that deposit fine sediment carried from the mountains, creating an ideal environment for the growth of mangroves, which are concentrated in the Guapimirim Environmental Protection Area and the Guanabara Ecological Station. Further from the shore there are patches of dense alluvial rainforest. Further back again this starts to merge into dense lowland and sub-montane rainforest in the Bacia do Rio Macacu, Guapi-Guapiaçu and Suruí environmental protection areas.[5]
Further inland, as the land rises, there are fragments of dense montane forest, dense high montane forest and alpine meadows. To the north of the mosaic there are patches of submontane and montane seasonal forest. Originally the most common form of vegetation in the mosaic was dense lowland rainforest, followed by dense submontane and montane rainforest. The semideciduous montane forest and alpine meadows were the least common. The native vegetation has been subject to exploitation and destruction for several centuries. Today there are 511 fragments of forest and mangroves, with an area of 177,557 hectares (438,750 acres).[5]
Conservation units
[edit]Conservation units in the mosaic include:[6]
Notes
[edit]- ^ Corredor ecológico da Serra do Mar – FMA.
- ^ Costa, Lamas & Fernandes 2010, p. 5.
- ^ a b c Costa, Lamas & Fernandes 2010, p. 13.
- ^ Costa, Lamas & Fernandes 2010, p. 6.
- ^ a b Costa, Lamas & Fernandes 2010, p. 17.
- ^ Costa, Lamas & Fernandes 2010, p. 15.
Sources
[edit]- "Corredor ecológico da Serra do Mar", Acervo da Folha do Meio (in Portuguese), FMA: Folha do Meio Ambiente, 20 December 2006, archived from the original on 23 September 2016, retrieved 2016-09-22
- Costa, Cláudia; Lamas, Ivana; Fernandes, Rosan (December 2010), Planejamento Estratégico do Mosaico Central Fluminense (PDF) (in Portuguese), Reserva da Biosfera da Mata Atlântica, archived from the original (PDF) on 2016-10-07, retrieved 2016-10-02