This document provides the report of the joint APEC/FAO/NACA/SEMARNAP workshop on “Trans-boundary aquatic animal pathogen transfer and the development of harmonized standards on aquaculture health management,” held at Puerto Vallarta, Mexico, 2000. The workshop reviewed the impacts of trans-boundary pathogens, management strategies and harmonisation of of aquatic animal health management measures. Participants adopted the “Puerto Vallarta Plan of Action” incorporating recommendations for to control the spread of serious aquatic animal pathogens.

This article describes the international Consortium Programme on Shrimp Farming and the Environment, which was formed based on the recommendations of the World Bank review on shrimp aquaculture and the environment (1998), a 1999 NACA/WWF meeting in Bangkok, Thailand on shrimp management practices, and an FAO Bangkok technical consultation on policies for sustainable shrimp aquaculture (12/1997). The article was prepared for publication in InterCoast Issue #39, Cross Portfolio Learning for Enhancing Integrated Coastal Management.

This collection of publications originates from the International Consortium Program on Shrimp Farming and the Environment, which was implemented by the World Bank, the Network of Aquaculture Centres in Asia-Pacific (NACA), the World Wildlife Fund (WWF), the Food and Agriculture Organization of the United Nations (FAO), and the United Nations Environment Programme (UNEP). The consortium supported 35 complementary case studies prepared by more than 100 researchers in more than 20 shrimp farming countries.

This report provides a background to the issues of focusing aquaculture on poverty alleviation based on the conclusions of an FAO/NACA Expert Consultation, which was organised in order to provide field-level professionals in Asia with a unique opportunity to come together to share experience on working in the field of poverty alleviation and aquaculture, and to prepare a platform for future networking.

Lymphocystis is a common, chronic and benign infection caused by an iridovirus that results in uniquely hypertrophied cells, typically in the skin and fins of only the more advanced orders of fishes.