Rio de Janeiro August, 2008

Transcription

1 Information System for Aquaculture Exploitation Permits in Federal Water Bodies in Brazil SINAU Flavio Simas de Andrade Helvécio da Silva Araújo Mafra Filho GIS Technical Advisers M.Sc. Ministry of Fisheries and Aquaculture MPA Rio de Janeiro August, 2008

2 Project Objectives Register, monitor, and control aquaculture practices in Brazilian Federal water bodies Source: Interministerial Norm # 06/04

3 Federal Estates (Water Bodies) Inland waters, territorial sea, the economic exclusive zone, and the continental platform Lakes, rivers or any watercourse that flows within Federal lands, crosses more than one State, serves as international or State boundaries, or extends itself to or from a foreign territory Reservoirs built with Federal funds. Source: Brazilian Constitution (1988)

4 Project Background Project design September, 2003 Database modeling September/November, 2003 GIS modeling September/November, 2003 Data gathering September/December, 2003 Beginning of operation (Arcview 3.1) January, 2004 Website Implementation February, 2005 System Upgrade (ArcGis 9.1) February, 2006

5 Official i Process Formalities Petitioner MPA State Office MPA HQ s (Brasília) National Water Agency - ANA State Environmental Organization - OEMA Federal Environmental Institute - IBAMA Captaincy of Ports Federal Secretariat of Patrimony - SPU SPU State Office MPA HQ s (Brasília) MPA State Office Petitioner

6 Federal Legislation Brazilian Constitution Law # 9.636/98 regulates administration, leasing, and alienation of Federal estates Decree # 4.895/03 regulates exploitation permits in Federal water bodies Interministerial Norm # 06/04 establishes complementary norms for the Decree # 4.895/03 Law # 6.938/81 Brazilian Environmental Policy Law # 9433/97 National Policy for Water Resources Interministerial Norm # 07/05 withholds up to 1% of water surface of reservoirs for aquaculture Naval Authority Norm # 11 Navigation security

7 Project Modalities Aquaculture Parks Individual Lots Demonstration Units Research Units

8 Workflow 1 - Register Project in Database

9 Workflow 2 - Technical Analyses - Aquaculture Cultivated species (indigenous / exotic) Exotic species X environmental legislation Cultivation structure Compute ratio between total cultivation structure area and project area Production

10 Workflow 3 - Technical Analyses - Geoprocessing Generating of project polygon feature Carrying out neighbourhood analysis Appending polygon feature to Geodatabase Joining i info from database

11 Workflow 3 - Technical Analyses - Geoprocessing

12 Workflow 3 - Technical Analyses - Geoprocessing (Creating Project Polygon Feature)

13 Workflow 3 - Technical Analyses - Geoprocessing (Joining Table Attributes)

14 Workflow 3 - Technical Analyses - Geoprocessing (Spatial Analysis Neighbourhood Assessment)

15 Workflow 3 - Technical Analyses - Geoprocessing (Spatial Analysis - Overlapping Projects / Coordinate Errors)

16 Workflow 3 - Technical Analyses - Geoprocessing (Spatial Analysis Correct and Incorrect Coordinates)

17 Workflow 3 - Technical Analyses - Geoprocessing (Spatial Analysis - Project on Land)

18 Results 1400 projects were evaluated since projects approved preliminarily by MPA 17 projects approved in final instance ( 3 Parks, 10 Demonstration Units, and 4 Individual Lots)

19 Results Marine, Brackish-water, and Freshwater Aquaculture (Requests by Project Modality) Freshwater 0 Marine / Brackish-water Demonstrative Unit Individual Lots Aquaculture Park Dem onstrative Unit Aquaculture Park Research Unit Individual Lots

20 Results Freshwater Aquaculture (Project Requests, Cultivation Area, and Production) Production (t/yr) Project Requests Area (ha) Oreochromis niloticus P iaractus mesopotamicus P seudoplathystoma fasciatum Leporinus sp. Rhamdia sp. Oreochromis niloticus Pseudoplathystoma fasciatum Rhamdia sp. P iaractus mesopotamicus Leporinus sp. Oreochromis niloticus P seudo plathystoma fasciatum Rhamdia sp. P iaractus meso po tamicus Leporinus sp.

21 Results Marine and Brackish-water Aquaculture (Project Requests, Cultivation Area, and Production) Project Requests Perna perna Crassostrea gigas Crassostrea rhizophorae Nodipecten nodosus Litopenaeus vannamei Kappaphycus sp. Rachycentron canadum Area (ha) Perna perna Crassostrea gigas Crassostrea rhizophorae Nodipecten nodosus Litopenaeus vannamei Kappaphycus sp. Rachycentron canadum Production (t/yr) Perna perna Crassostrea rhizophorae Litopenaeus vannamei Rachycentron canadum Crassostrea gigas Nodipecten nodosus Kappaphycus sp.

22 Results (SINAU Website) (

23 Results SINAU Website (

24 Future Perspectives Review legal framework to speed up official process formalities Increase the development team of SINAU Upgrade hardware/software enabling on-line registration, preliminary project analysis, and spatial queries Integration of SINAU with partner organizations systems

25 Conclusions SINAU proved its utility and versatility in the registration, monitoring, control, and assessment of aquaculture projects, improving considerably daily operations SINAU is a powerful tool for strategic planning aiming at sustained aquaculture development in Brazil

26 Staff Rodrigo Roubach Project Supervisor Flavio S. de Andrade - GIS Technical Adviser Helvécio S. A. Mafra Filho - GIS Technical Adviser Luz W. Baladão Aquaculture Engineering Technical Adviser Magda Dequiqui Administrative Support Juliana V. de Andrade Administrative Support

27 Information System for Aquaculture Exploitation Permits in Federal Water Bodies in Brazil SINAU Flavio Simas de Andrade Helvécio da Silva Araújo Mafra Filho GIS Technical Advisers M.Sc. Ministry of Fisheries and Aquaculture MPA Rio de Janeiro August, 2008