"This publication contains the proceedings of the 34th Biennial Session of the International Committee for Animal Recording (ICAR) and the Interbull Meeting held in Sousse, Tunisia from 28th May to 3rd June 2004.The book is divided in five sessions, containing in total 50 technical papers and reports. One key session debates the traceability and all subjects involved in animal health recording. This publication also presents, for the first time, the statistics of the ""Yearly inquiry on the situation of milk recording in ICAR member countries. Results for the years 2001 and 2002"" are up-dated to April 2004. About 35 pages are devoted to national milk productions, their recording costs, position of milk recording and the results of milk recording divided by breeds and are presented in easy to read tables. The main topics covered in this book are: - the latest genetic improvement techniques for the global dairy industry; - the potential to create an international beef evaluation system; - presentation of advancing new technical standards for identification, performance testing, as well as a discussion of global priorities for livestock management; - new tools to improve the fertility of dairy cows. New technologies have always been important in ICAR forums for members to understand and discuss. In this conference electronic identification and measurement, DNA recording, and internet services were debated, with an exchange of experiences by the delegates. Finally, new strategies for potential new services for the ICAR member organisations were discussed. One such proposal was for an international benchmarking service for measuring and comparing the activities of ICAR organizations."

This publication collects the Proceedings of the 33rd Biennial Session of the International Committee for Animal Recording (ICAR) held in Interlaken, Switzerland on 26-31 May 2002. Around 400 participants from 60 countries took part in the ICAR Session or attended the Interbull Meeting. The activities were divided into five parallel technical sessions. Overall, about 40 technical papers and reports were presented during the sessions. A technical session was especially reserved for the presentation of the activities of the Task-Forces, Sub-Committees and Working Groups in which a total of 19 reports were presented. The issues that were discussed covered the use of new technologies for animal performance recording, the application of national animal tracing databases, the use of data from permanent milk recording for official performance recording, the performance recording of beef traits and possible alternative systems of recording of functional traits. Particularly relevant was also the involvement of representatives of non-member organizations, especially from Central and Eastern Europe and developing countries, whose needs demonstrate the possibilities that are offered to ICAR to help the (re)organization of the animal sector. This supporting activity with those finalized to reach a better comparison of the production systems among the member organization demonstrate the potentialities of the association. The Sessions allowed an active exchange of ideas and experiences among the participants who recognized that the dialogue is the engine for improvement. Considering that the resources of most member organizations have been reduced, the need of working together was strongly underlined, today more than in the past, in order to achieve shared objectives.

"This publication focuses on the various aspects of domestic animal recording, aimed at improving the management of herds and increasing their productivity. New strategies for recording are illustrated and the most updated technologies are presented, on the basis of national experiences where such technologies are already adopted. Although cattle is the prominent species, two parts are dedicated to small ruminants recording and to buffalo recording. Future challenges and opportunities for further development of ICAR and the definition of the future scenarios in the animal recording sector are also described. A special section is dedicated to 'Improving the health traits by recording and evaluation', where the past and future of animal recording and the use of animal recording data for genetic evaluation and breeding are defined. Another section deals with the 'ICAR Reference Laboratory Network', where the reference systems, the principles and the practices for calibration system for routine milk testing are presented. The publication ends with the national statistics on the 'Yearly enquiry on the situation of milk recording in member countries' for the years 2003 and 2004. A total of 45 pages describes the methodologies used at national level for milk recording, the national data for milk production, the costs of recording and the productivity and numbers of recorded cattle at national level (divided by species and by herdbook)."

Sustainable management of the world's livestock genetic diversity is of vital importance to agriculture, food production, rural development and the environment. "The State of the World's Animal Genetic Resources for Food and Agriculture" is the first global assessment of these resources. Drawing on 169 Country Reports, contributions from a number of international organizations and 12 specially commissioned thematic studies, it presents an analysis of the state of agricultural biodiversity in the livestock sector - origins and development, uses and values, distribution and exchange, risk status and threats - and of capacity to manage these resources - institutions, policies and legal frameworks, structured breeding activities and conservation programmes. Needs and challenges are assessed in the context of the forces driving change in livestock production systems. Tools and methods to enhance the use and development of animal genetic resources are explored in sections on the state of the art in characterization, genetic improvement, economic evaluation and conservation. The main findings of the report are summarized in "The State of the World's Animal Genetic Resources for Food and Agriculture - in brief," of which the Arabic, Chinese, English, French, Russian and Spanish versions can be found on the attached CD-ROM and are also available separately in printed form. As well providing a technical reference document, the country-based preparation of "The State of the World" has led to a process of policy development and a "Global Plan of Action for Animal Genetic Resources," which once adopted, will provide an agenda for action by the international community. Published also in French.

Animal identification and recording serves multiple purposes in a country’s livestock sector. It is a prerequisite to establish and operate any genetic improvement programme. It also contributes to animal traceability and disease control, as well as to deterring stock theft. Traceability of animals and their products helps to ensure the safety and quality of animal products, and contributes to enhance market access and to generate larger incomes for producers and other players in the value chain. Animal recording systems are therefore not just an information system but a powerful tool for livestock development and for contributing to global demands for food security and poverty alleviation. To make animal recording systems effective, they must be supported by appropriate public and private policies, and a legal and institutional framework. These multiple uses of animal identification and recording highlight the need to adopt multipurpose systems that integrates animal identification and registration, animal traceability, animal health information and performance recording. The FAO guidelines for development of integrated multipurpose animal recording systems have been prepared with the objective of helping countries to design and implement such systems and to maximize the chances that they will be sustained. These guidelines put performance recording in a more general context, and hence to complement rather than replace the previous FAO guidelines. These guidelines focus primarily upon the process rather than the methods and the technology (e.g. details of the equipment and measurements), since the latter is sufficiently covered by other guidelines. Where necessary, the guidelines are formulated to suit low or medium input production environments.