EU-TMR Research Network on Social Evolution


Keele University
Research on Social Insects
in Keele, UK
The Keele group has 30years of experience in the study of the exocrine glands and secretions of social insects. Special micro-techniques have been devised for the identification and accurate quantification of the substances in a single gland of a single individual. It has more recently developed methods for the analysis of the materials (chiefly hydrocarbons) on the cuticle of insects, and from its work with ants, bees and wasps, it is possible to obtain a cuticular profile from, e.g. a single wing of a bee, an antenna, or a few abdominal sclerites, thus avoiding the contamination that is often found on the legs of these insects and which, it is believed, affects the results of some studies performed with solvent extracts, along with accidental inclusion of glandular compounds. The group has the ability and experience to determine differences in cuticular substances and glandular secretions among species, colonies, and patrilines (full-sister lines within a colony headed by a multiple mated queen). Specific cuticular hydrocarbons are being synthesized and supplied to partners of the network for recognition studies. The group assumes the role of conceptual task-leader for all chemical work in the network. Collaborations with other teams in the network are in progress on behavioural and evolutionary studies , to answer specific questions of individual recognition in ants, bees and wasps. The Keele group organized the third network workshop on "Chemical Communication and Behaviour" (together with the Firenze group) in March 1998. The determination of composition of secretions and provision of synthetic mixtures for behavioural tests is part of its duties. The Keele group is supported by grants from the The British Council, CAPES (Brazil), The Royal Society and industrial partners. Work is in progress on the identification of exocrine secretions of a number of hymenopteran types.

The Keele group has also research interests in insect moulting hormones and insect antifeedants, giving a broad chemical view of insect development and behaviour (Keele Homepage). It also forms the Chemical Ecology part of the center for applied Entomology and Parasitology (CAEP) shared between the School of Life Sciences and The School  of Chemistry and Physics. Chemistry has 5 full professors, 9 further academic staff, 10 postdocs and 60 research students (mostly Ph.D.), covering a broad array of research programmes in organic chemistry, inorganic and physical chemistry and materials science.

There are on-going projects on Hymenoptera with the Harpur Adams Agricultural College, Carl Hayden Bee Research Centre (Tuscon, Arizona) and the Federal University of Alagoas (Brazil) and Instituto de Biociencias (University of Sao Paulo, Brazil) and the University of Leuven, Belgium. Visitors interested in insect secretions, pheromones (except Lepidoptera), cuticular substances and plant-insect interactions are welcome.

Department of Chemistry, Keele


Persons in Keele directly involved in the network research:

Dr. David Morgan (professor)

Dr. Graeme Jones (lecturer)

Dr. Roland Maile (TMR postdoc)
Dr. Harald Jungnickel (TMR postdoc)
John Clewes (technician) (1998 - 1999)
Sally Spencer (work experience technician)


Selected publications: