GEOPORTAL FOR THE MANAGEMENT OF FISHERY DISCARDS, PROVIDING DATA FOR THE MARINE SDI: FAROS PROJECT

Transcription

1 GEOPORTAL FOR THE MANAGEMENT OF FISHERY DISCARDS, PROVIDING DATA FOR THE MARINE SDI: FAROS PROJECT FRANCISCO LANDEIRA GIS COORDINATOR SUPERCOMPUTING CENTER OF GALICIA, SPAIN

2 Index: Context FAROS Objetives Project data Expected results FAROS Archictecture Metadata catalog Discards Management Geoportal Technologies Final considerations Roadmap

3 Context Objetive: The main objective of the project is the development and implementation of an efficient and integral discards and by-catch management network of Spain and Portugal, implying all actors present in the fishing sector (fleets, ports, auctions, industries, etc.). Action 3: Data Adquisition on board Action 4: Optimal networking of fleets and in land agents Discard and captures management data Geoportal Cofunded: LIFE+ Program European Union Duration: Jan 2010 Jan 2013 Partners: Centro Superior de Investigaciones Científicas (IIM-CSIC) (Coordinator) Centro Tecnológico del Mar - CETMAR Centro de Supercomputación de Galicia (CESGA) Instituto de Investigaçao das Pescas e do Mar (INRB-IPIMAR) Instituto Español de Oceanografía (IEO) Autoridad Portuaria de Vigo

4 Expected results Project: Integral management network for the extractive fishing sector and related process industries, which will induce modification on capture methods, areas, depth, etc, to reduce unwanted by-catch Development of a spatial and temporal map based on a developed GIS model to avoid areas or period with abundance of unwanted by-catch Development and implementation of new on-board technologies to capture and send data in real time Actions 3 and 4: Discards Management Geoportal Map viewer and prediction models (WPS) Compatible data model to integrate into the Marine SDI Metadata catalog New on-board technologies for data adquisition BEOS (real time data capturing based on vision) Red Box (data transmitting equipments from fleets to land)

5 FAROS global architecture

6 Data Model Data Model Developed with Instituto Oceanográfico Español and Instituto de Investigaçao das Pescas e do Mar Common data model for Spain and Portugal PostgreSQL Implementation Metadata GeoNetwork CSW service CSIC development. XML - Mikado SeaDataNet interoperability

7 Management Geoportal Network Different levels of users (partners, owners, industries) Data query catches/discards by species and time period Map Viewer Species Valorisation catalog Contaminants Discards prediction model map Reports

8 Discards map Viewer

9 Catalog of species valorisation Uses and Valorisation Food uses Direct consumption Surimi obtaining Flavoring Non-food aplications Pharma compounds Fish meal consumption Carotenoids obtaining Crustacean meal

10 Contaminants Contaminants by specie Mercury (Hg) Lead (Pb) Arsenic (As) Cadmium (Cd)

11 Discards prediction model map INPUTS: OUTPUT: Discards prediction maps Environmental variables: Bathymetry Slope Distance to coast Seabed substrate User selection Fleet variables: Metier (target species, ICES area, gear) Time period Species to model WPS R modeling

12 Reports Ship history Report Trip Report Haul Report Catch Report Size Report

13 Technologies Operative system: Scientific Linux DBMS: PostgreSQL + PostGIS Web server/container: Apache Tomcat Map server: Geoserver Map client: OpenLayers Metadata service CSW: GeoNetwork WPS service: 52north Modeling: R Programming language : Java, Php

14 Roadmap Data Adquisition Red Box versión 1 june 2011 Versión final june 2012 BEOS versión 1 june 2011 Versión final june 2012 Discards Management Geoportal Model map wps Metadata catalog versión 1 septiembre 2011 Versión final june 2012 Pruebas y ajustes june 2012 diciembre 2012 Modelado versión 1 dec 2011 Modelado versión final june 2012 Optimiz dec 2012 Versión 1 dec 2011 Versión final july 2012

15 THANK YOU FOR YOUR ATTENTION Francisco Landeira Vega