September 2008
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9 Reads
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3 Citations
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September 2008
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9 Reads
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3 Citations
September 2008
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273 Reads
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20 Citations
Since 2000, Ifremer has been implemented a Fisheries Information System (FIS), in strong collaboration with the DPMA (Direction of fisheries and aquaculture of the French Ministry of Agriculture and Fisheries). The FIS aims at building an operational and multidisciplinary monitoring network for scientific purposes, allowing a comprehensive view of fishery systems including their biological, technical, environmental and economical components. The objectives of the FIS are (i) to provide the specifications and methodologies for the collection, storage and processing of fisheries data, with the constant concern to harmonise all these procedures on a national scale, (ii) to improve data management system and access to data for a widespread public, and (iii) to produce and distribute relevant datasets, indicators and synthesis, for understanding and evaluation, including bio-economic diagnostics of the fisheries, and assessment of the short and long-term impacts of fisheries management scenario and measures. The FIS covers all the French fisheries, including overseas territories and small-scale fisheries, for which data are often hardly available or missing, whereas two thirds of the French vessels are less than 12 meters long. The challenge was to establish a statistical and an integrated approach supporting bio-ecological and economic issues. To further an integrated analysis of the fishery systems, the wide range kinds of data-including acoustic surveys, biological in-situ observations, environmental observations, as well as fishing statistics (landings and efforts) or economic data-are managed in a single data management system, based on an integrated relational data base with geographical facilities.
September 2008
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199 Reads
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9 Citations
DRAFT Abstract: The development on the ecosystem-based approach to fisheries implies to improve integrated analysis of fisheries by considering the biological as well as the socioeconomic dimensions of the exploitation and thus, an improvement in the knowledge of fleets structure, evolution and activity. Since 2000, Ifremer has been implemented a Fisheries Information System (FIS), a multidisciplinary monitoring network allowing an integrated and comprehensive view of fishery systems including biological, technical, environmental and economical components. The FIS covers all the French fisheries, including the so-often neglected small-scale fisheries. One of the originalities of the FIS lies in the fleet monitoring procedure: a comprehensive collection of annual activity calendars aiming at characterizing the inactivity or activity of the vessels each month of the year and, in the latter case, the métiers practised (use of a gear to target one or several species) and the main fishing areas. This survey covers all the French fishing fleets and provides minimum but exhaustive information on the vessels. It is particularly instructive for the small-scale fisheries, where catches and effort data are often incomplete. Furthermore, this exhaustive data allows stratifying the fleet in fleets (typologies) and thus provides the basis (i) for the implementation of sampling schemes to estimate catches, landings, discards or economic performance of the different fleets and (ii) for the development of a fleet-métier matrix giving the possibility of identifying at the time, the structure of the whole fleet in fleets, the métier polyvalence of the vessels and the allocation of fishing effort on the different exploited fishing resources.
... site-day sampling frame). This method (catch assessment survey) consists on a sampler recording on site the landings of all or a random sample of vessels landing at a site and day, which can be raised to all sites and days in the year using the hierarchical cluster sampling probabilities at 6 each stage (Vølstad et al. 2014, Demanèche et al. 2013. Possibilities also exist for other combinations of methods, such as the use of aerial surveys to estimate effort combined with intercept surveys to record catches and other data. ...
September 2008
... Hội chế biến và xuất khẩu thủy sản Việt Nam (http://vasep.com.vn), Thủy sản 247 (https://thuysan247.com),…đa phần tập trung vào các bài viết tin tức liên quan đến thủy sản trong nước, xuất khẩu, cách thức nuôi trồng thủy sản,... Các nghiên cứu khác trên thế giới liên quan đến sử dụng GIS trong thủy sản (Aguilar et al., 2013), Hệ thống thông tin quan trắc đa lĩnh vực về thủy sản của Pháp (Daures et al., 2008). Vấn đề truy tìm nguồn gốc các sản phẩm nói chung dùng công nghệ RFID (Šenk et al., 2013) và truy tìm nguồn gốc thực phẩm dùng QRCode (Malla & Dugar, 2016). ...
September 2008
... In France, these vessels are structured in four fleet categories according to the typology defined by the IFREMER's Fisheries Information System (French national monitoring network for the observation of marine resources and the monitoring of professional fishing fleets), which is adapted to the framework of the European programme of fleets economic performance ( Table 1). The objective of this typology is to manage the heterogeneity of fishing vessels and to classify them into groups or segments having similar fishing techniques and strategies as well as homogeneous economic characteristics [34,35]. In this work, the size segmentation is different from that used in the fleet typology of IFREMER, the French Institute of Marine Research. ...
September 2008