Prof. Claire Spottiswoode

Biography & Research

Gabriel Jamie with Mozambican Tailorbird

With a Greater Honeyguide in Mozambique

I am an evolutionary biologist and passionate naturalist with a particular interest in the ecology, evolution and conservation of species interactions. I run two long-term field projects on African birds: one in southern Zambia focusing on coevolution between brood-parasitic birds and the hosts that they exploit to raise their young (the focus of AfricanCuckoos.com), and one in northern Mozambique on the mutually beneficial interactions between honeyguides and the human honey-hunters with whom they cooperate to gain access to bees’ nests (the focus of AfricanHoneyguides.com). Both projects involve close cooperation with rural communities, and rely on their local field knowledge and skill.

I am South African and did my undergraduate studies at the University of Cape Town (1998–2001), followed by PhD research at the University of Cambridge (2002–2005) under the supervision of Professor Nick Davies. I have stayed on in Cambridge since with the kind support of various research fellowships, and in mid-2016 returned to South Africa to start a joint position at the University of Cape Town. I currently supervise research students and teach at both the University of Cape Town and the University of Cambridge.

In Cambridge, I am Principal Research Associate and the Hans Gadow Lecturer in the Department of Zoology. In Cape Town, I am the Pola Pasvolsky Chair in Conservation Biology at the FitzPatrick Institute of African Ornithology, part of the Department of Biological Sciences.

I first began field research on coevolution between brood-parasitic birds and their hosts in Zambia in early 2006 (enabled by a Junior Research Fellowship from Sidney Sussex College in Cambridge, and support from the FitzPatrick Institute at the University of Cape Town): Cuckoo Finches and their hosts, and subsequently Greater and Lesser Honeyguides, African Cuckoos, Vidua finches, and their hosts.

Most of my work is inspired by field observations and, with the help of students, postdocs and collaborators, I try to integrate field experiments with approaches drawn from other fields. I have greatly enjoyed collaborating with experts in evolutionary genetics, sensory biology, anthropology, biophysics, applied mathematics, and other fields. 

Our work on host-parasite coevolution to date has focussed on two main areas: first, we’ve been interested in asking how coevolution can escalate into ongoing arms races involving defensive egg signatures in hosts, and mimetic forgeries in parasites. Second, incorporating genetic approaches, we’ve been interested in asking how host-specificity can evolve within parasitic species that exploit multiple hosts. Please see the Research and Study Systems pages on this website for more information on these topics, as well as related questions being pursued by students, postdocs and collaborators working in Zambia.

In addition to brood parasitism, I’m also fascinated by mutualistic interactions between species. In particular, we study the remarkable mutualism between human honey-hunters and Greater Honeyguides who lead them to wild bees’ nests, in Mozambique’s beautiful Niassa National Reserve and elsewhere in eastern Africa, in collaboration with the honey-hunting community of Mbamba Village and the Niassa Carnivore Project, and with the support of the European Research Council. This is the topic of a sister website, AfricanHoneyguides.com.

I am also fascinated by plant-animal mutualisms. In South Africa, former postdoctoral fellow Dr Anina Coetzee (now Lecturer at Nelson Mandela Metropolitan University) is leading work on how sunbird pollinators may be driving the astonishingly diverse radiation of bird-pollinated Erica species in the Cape Floristic Region’s fynbos vegetation.

I’m widely interested in the evolutionary ecology of birds and have also worked on avian sociality, nest camouflage, life-history evolution, sexual selection, migration, and the conservation ecology of threatened species in the Horn of Africa and northern Mozambique (please see the links below for more information on some of these topics).

 I currently serve on the Executive Council of the International Society for Behavioural Ecology, and am a Senior Research Fellow at Magdalene College, Cambridge.

News

New paper on imperfect egg mimicry

Our paper “Combined measures of mimetic fidelity explain imperfect mimicry in a brood parasite-host system” has just been published in the journal Biology Letters. This study was led by Tanmay Dixit, and carried out together with Gary Choi, Salem al-Mosleh, Jess Lund, Jolyon Troscianko, Collins Moya, L Mahadevan, and Claire Spottiswoode, as part of a collaboration between our group and Prof. Mahadevan and his lab at Harvard University. Together we combined mathematical tools and field experiments in Zambia to quantify a key difference – “squiggle” markings – between the eggs of hosts (tawny-flanked prinias) and parasites (cuckoo finches). We showed that suboptimal behaviour on the part of prinias allows cuckoo finches to get by with an imperfect copy of prinia eggs.

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New paper on host aggression and hawk mimicry

Our paper “Aggressive hosts are undeterred by a cuckoo’s hawk mimicry, but probably make good foster parents” has just been published in the journal Proceedings of the Royal Society B. In the paper, we investigate the costs and benefits to the African cuckoo of specializing on a highly aggressive host species, the fork-tailed drongo.

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African Cuckoos Team at the Pan-African Ornithological Congress

The African Cuckoos Team had a fantastic time at the Pan-African Ornithological Congress (PAOC15), this year held in Vic Falls, Zimbabwe. Dr Chima Nwaogu gave a plenary talk on “Differing Priorities in the Timing of Annual Life History Events”, while Professor Claire Spottiswoode and Silky Hamama presented during a roundtable session on communities in conservation and research. Silky also presented a poster, with Claire, Jess Lund, Mairenn Attwood and Cameron Blair each giving research talks as well. 

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