The Global Agenda for Social Work and Social Development (The Agenda) is designed by IFSW, IASSW and ICSW to strengthen the profile of social work and to enable social workers to make a stronger contribution to policy development. The Agenda themes and commitments are presented and links with the core global statements are made explicit. The practical, conceptual and ethical challenges inherent in crafting global statements are discussed, including the need to respect regional diversity. The article concludes with a challenge to social workers to help shape the Agenda process and the future strategies of the global bodies.

This is the final document adopted at the IASSW and IFSW General Assemblies in Adelaide, Australia, 2004. However, as the use, implementation and review of the Global Standards is to remain a dynamic process, please send your comments or recommendations to Vishanthie Sewpaul.

Simple syntheses of enantiopure (E)- and (Z)-3-(alkylsulfinyl)-1-methoxy-1,3-butadienes 2and 3 were provided by the addition of (1S)-isoborneol-10-sulfenic and (S)-phenyl-2-hydroxyethanesulfenic acids 8 to (E)- and (Z)-1-methoxybut-1-en-3-ynes (9) and (10). These additions proceeded with asymmetric induction, the extent of which depended upon the nature of the chiral hydroxyalkyl group. Cycloadditions of methyl acrylate to the enantiopure dienes proceeded with complete regioselectivity and very high stereoselectivity when catalyzed by lithium perchlorate or zinc chloride in dichloromethane. The chirality at sulfur controlled the diastereofacial selectivity in these Diels-Alder cycloadditions.

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A two-dimensional rectangular cavity of aspect ratio one is studied experimentally using a laser-doppler velocimeter. The enclosure is air filled and consists of two vertical walls at unequal isothermal temperatures and two connecting horizontal walls with temperatures varying linearly between the two vertical surfaces. This study clearly defines the existence of periodic laminar flow regimes detectable at Ra numbers above 0.3 × 107. These periodic variations in velocity are induced by the upper and lower boundary conditions. The envelopes of vertical and horizontal velocity fluctuations are reported as a function of position for Rayleigh numbers of 0.25 × 107, 0.50 × 107, and 0.85 × 107. In addition, the effect of Ra number on frequency of flow is reported.