Reserva Indígena Uty-Xunati
Area inhabited by
Terena.
Legal situation
Encaminhada RI
Legal jurisdiction
Amazônia Legal
States (FS)
RO
Isolated indigenous?
Não
Frontier Stripe?
Overlapping Areas
0
Map
There is no available data for plotting this Protected Area in a map.Towns
Towns with incidence in this Indigenous Land
Towns - Reserva Indígena Uty-Xunati
| # | State (FS) | Municipality | Municipality Area (ha) | IL area in the Municipality (ha) | IL area in the Municipality (%) | 1 | RO | Vilhena | 1,169,914.60 | 890.34 |
|
99.22 |
|---|
Territorial Rights
Legal history
Keep up with legal history of this Indigenous Land
Related Normative Acts - Reserva Indígena Uty-Xunati
| Document | Stage | Number | Date | Publication |
|---|---|---|---|---|
| Decreto | Encaminhada RI | 10.763 | 09/08/2021 | 10/08/2021 |
| Outros | Encaminhada RI | 9 | 25/03/2024 | 25/03/2024 |
Peoples and Demography
There is no demography information for this Indigenous Land.
| Peoples | Linguistic family | Language |
|---|---|---|
| Terena | Aruak | Terena |
| Year | Population in the Indigenous Land | Source |
|---|
Environment
Management
Distribution of the presence of the State through Funai and Sesai
Cuiabá
Vilhena (RO/MT)
Indigenous Organizations
There is no stored information about Indigenous Organizations for Reserva Indígena Uty-Xunati.
Projects with indigenous participation
There is no stored information about projects for Reserva Indígena Uty-Xunati.
Pressures and Threats
Threats to the environment and to the life of the indigenous peoples - Reserva Indígena Uty-Xunati.
Deforestation in the Legal Amazon
This subject present the deforestation data analysis made by the Brazilian Amazonian Rainforest Satellite Monitoring Project (Prodes) run by the National Institute of Space Research (INPE). The Prodes aims to map deforestation in forest areas of Legal.
Total identified of deforestation until year 2000: 0 hectares
Total identified of deforestation until 2023: 18 hectares
Hotspots
Area covered by the point: a hotspot indicates the existence of fire in one picture element (pixel), which varies from 1 km x 1 km to 5 km x 4 km. This pixel may contain one or several distinct fires, but these will be represented as a single spot. If a fire is very extensive, it will be detected by some neighbouring pixels: in other words, various hot spots will be associated with a single large fire.