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ProjectProgramme / project reportEnabling participation in the fishery statistics and information system in the Mediterranean (TCP/INT/2904)
Working strategy of the MedFisis-TCP Component
2004Also available in:
No results found.This document reports on the first coordination meeting of the TCP project Enabling participation in the fishery statistics and information system in the Mediterranean (TCP/INT/2904). The meeting was held to establish a working strategy and planning for the project. Countries of the Eastern Mediterranean (Cyprus, Egypt, Lebanon, Syria and Turkey) are participating in this project. The project aims to prepare participating countries to set-up and harmonize their fishery statistics syste ms and participate in full in the activities of the MedFIsis project. The General Fishery Commission for the Mediterranean (GFCM), at its Twenty-sixth Session (Ischia, September 2001), endorsed a project proposal to develop a Mediterranean Fishery Statistics and Information System (MedFIsis), as presented by the Scientific Advisory Committee (SAC) Sub-Committee on Statistics and Information (SCSI). The three year project MedFIsis is jointly financed by FAO and the European Union. Such a regional system is recognized to be necessary to complement other fisheries management means and serve as the basic vital tool for international bodies to monitor the state of the Mediterranean fisheries and the well-being of the whole ecosystem in the basin. -
ProjectProgramme / project reportEnabling participation in the fishery statistics and information system in the Mediterranean (TCP/INT/2904)
Templates for Reports
2004Also available in:
No results found.This document contains all templates that are being used for the publication of reports and other documents of the MedFisis project. This document is updated periodically. -
ProjectProgramme / project reportEnabling participation in the fishery statistics and information system in the Mediterranean (TCP/INT/2904)
The present status of fishery and information system in Cyprus.
2004Also available in:
No results found.This report presents the current status of the Fishery and Information System in Cyprus, as well as the organisation structure managed by the Department of Fisheries and Marine Research (DFMR) under the jurisdiction of the Ministry of Agriculture and Natural Resources. The objective of this report is to identify fields were assistance is required in relation to needs and infrastructure. The basic aim is to improve the current Fishery and Information System in Cyprus through the MedFisi s Project. It should also be stressed that modernisation and improvement of fisheries management is necessary in view of Cyprus accession to the European Union, since the management of Mediterranean Fisheries resources is of great importance.
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Book (series)Technical study小型鱼菜共生食物生产 – 鱼菜综合种养技术 2021本技术手册首先介绍了鱼菜共生的概念，包括其发展简史及其在无土栽培和现代农业大范畴中的地位。随后是鱼菜共生的主要理论框架，包括氮循环和硝化作用、细菌的作用、鱼菜共生系统均衡的概念；接着介绍了重要的技术内容，包括水质参数、水质测试和鱼菜共生的水源，以及系统设计的一些方法和理论，包括三种主要的鱼菜共生系统：基质床栽培、营养膜栽培和深水栽培。本手册详细介绍了鱼菜共生生态系统组成的三类生物（细菌、植物和鱼类），手册还介绍了管理策略和故障排除方法以及相关的话题，尤其强调了鱼菜共生投入品中当地可持续材料的使用。本手册还包含九个附录，介绍了其他重要内容：鱼菜共生中常见植物生长的最适条件；常见病虫害的化学和生物防治，包含一份共用的种植指南；常见鱼病及其症状、病因以及治疗方法；在鱼类种群量和投饲量一定的条件下，计算生成的氨含量和所需的生物过滤介质数量；自制鱼饲料的生产；建立鱼菜共生系统装置的步骤和注意事项；小规模基质栽培鱼菜共生系统的成本收益分析；构建三种小规模鱼菜共生系统的综合指导步骤；以及本手册的简要总结，用作拓展、延伸和教育的补充材料。
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DocumentOther documentWorld tea production and trade
Current and future development
2015Also available in:
No results found.Tea (Camellia sinensis) is the manufactured drink most consumed in the world. Discovered about 2700BC, it is one of the oldest beverages in the world. Today it is available for consumption in six main varieties, based on the oxidization and fermentation technique applied. The tea crop has rather specific agro-climatic requirements that are only available in tropical and subtropical climates, while some varieties can tolerate marine climates of British mainland and Washington area of the Unites S tates. The tea plant needs a hot, moist climate. Its specific requirements are: temperatures ranging from 10-30oC (zone 8 climate or warmer), minimum annual precipitation of 1250 mm, preferably acidic soils, ideally 0.5-10 degree slopes and elevations up to 2000 meters. Tea production therefore is geographically limited to a few areas around the world and it is highly sensitive to changes in growing conditions. Importantly, its ideal growing conditions are at high risk and expected to significan tly change under climate change.