Potencial vaccine enters field testing; Building national capacity for market-oriented smallholder dairy research and development; The grass is always greener ... ; Forage legumes boost livestock and crop production; Maker-assisted breeding programmes; Networking - building for the future.

This study has developed a methodology that builds on the approach to measuring agricultural research returns suggested by Alston et al (1995). We have integrated a herd model to measure the potential size of impact of a new technology, GIS, to predict where this impacts is likely to be felt, and the economic surplus model to estimate some of the costs of trypanosomosis, the potential benefits of controlling it, and potential returns to vaccine research. The advantage of this approach is that it uses field data and GIS analysis to determine where and how much impact research will have on livestock productivity, rather than 'guesstimates' by researchers, as has often been done in previous studies of returns to agricultural research. It is an approach, however, that requires much data and the type of information that is still scarce in many developing countries. This includes evidence of the productivity impacts of a given livestock technology at the herd, rather than individual animal level, and access to GIS data at the lowest adminstrative level possible (e.g. district). Ideally, household level survey data are used to complement the GIS data and verify the recommendation domain. Thus this approach will be enhanced in future analyses by the availability of a wider range of data collected at the household level from different livestock production systems to examine more closely the question 'Impact on whom?'

The importance of livestock; Board of trustees; ILRI's donors in 1995; ILRI's addresses; A global livestock research institute; Moves towards a new institute; Major trends; Developing a medium-term plan; Broadening horizons; Collaboration and integration the names of the game; Live vaccine delivery systems for east coast fever; What is a live delivery system; Why live delivery systems; Progress to date; Attacking the schizont form; Where to now; Mice and cattle immune systems like chalk and cheese; Helper T cells in mice and cattle; Vital reminders; Interpreting the language of parasites; Starting from the parasite; Starting with the host; Promise for the future; GIS - a research tool and beyond; Controlling tick-borne diseases in Zimbabwe; Maximising human benefits, minimising environmental costs; GIS in production-system research; Tools for research and development; Women dairy farmers in Africa; Who should extension workers by talking to; Who does the work; What are the benefits of dairying; Implications for dairy development; Ploughing with cows feasible in East African highlands; Ploughing with cows technically feasible; Farmers test dairy-draft cows on farms; Farmers emphasise milk yields; Moving into new areas with new partners; Toxin-degrading microbe release multi-purpose tree feed potential; To much, too soon; Gradual adaptation; Another string to the farmers' bow; Biodiversity - the future of world food production; Knowing what to conserve; Knowing what has been collected; Knowing what it can do; Keeping it clean; The future of world food production; A library on a disc; A technology for today; ILRI's CD-ROMs; Early days; ILRI programme and project activities in 1995; ILRI senior staff in 1995; Post-doctoral associates and graduate fellows at ILRI in 1995; Publications by ILRI staff in 1995; Financial summary.