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YSF Young Systematists' Forum
Biennial2011 Queen's University, Belfast: 4-7 July 2011
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Officers
| President | |
|
Professor R. Bateman
Jodrell Laboratory Royal Botanic Gardens Kew, Richmond Surrey TW9 3DS |
Richard's research interests are integrating morphological (including palaeobotanical)
and molecular data to study major transitions in land-plant evolution at all spatial
scales. His favourite study groups are living orchids and fossil clubmosses and gymnosperms,
and his pet evolutionary hypothesis is the potential for instant, radical shifts
in phenotype (i.e. saltation). He is currently Vice-President of both the Linnean
Society and the Botanical Society of the British Isles, President of the UK Hardy
Orchid Society, and part-time Head of Policy at the Biosciences Federation. He also
holds a Visiting Professorship at Reading University.
|
| President Elect | |
|
Dr J. Brodie
Dept. of Botany The Natural History Museum Cromwell Rd London SW7 5BD |
|
| Secretary | |
| [vacant] | |
| Meetings Secretary from 8 July 2009 | |
|
Dr J. Cotton
School of Biological Sciences Queen Mary College University of London Mile End Road London E1 4NS |
|
| Grants & Awards Secretary | |
|
Dr. T.A. Richards
School of Biosciences University of Exeter Stocker Road Exeter EX4 4QD |
|
| Membership Secretary | |
|
Dr J.Bennett
St Pauls School Lonsdale Road London SW13 9JT |
|
| Treasurer | |
|
Dr P. Olson
Dept. of Zoology The Natural History Museum Cromwell Rd London SW7 5BD |
Pete's research interests involve the evolution of the parasitic flatworms, and in
particular the evolution of segmentation in the tapeworms. His approaches include
descriptive and pattern-based studies employing morphological and molecular systematics
and phylogenomics, as well as process-based studies including Hox gene expression
and trans-splicing mechanisms of gene translation. He plays an active role at the NHM
in helping to define best practices relating to collections intended to archive genetic biodiversity.
|
| Editor in Chief | |
|
Dr. A. Warren
Department of Zoology The Natural History Museum Cromwell Road London SW7 5BD |
|
Council members retiring in 2009
|
Dr P. Rudall
Jodrell Laboratory Royal Botanic Gardens Kew, Richmond Surrey TW9 3DS |
Paula uses empirical data from comparative morphology (including ontogeny, anatomy,
embryology and pollen morphology) in a phylogenetic and developmental-genetic context,
in particular to address hypotheses on the evolution of plant form and systematics
of monocotyledons.
|
| Newsletter Editor | |
|
Dr M. Ruta
Dept. of Earth Sciences University of Bristol Wills Memorial Building Queen's Rd Bristol BS8 1RJ |
Marcello's research interest cover primitive limbed vertebrates (tetrapods), especially
Devonian to Permian groups, and Palaeozoic echinoderms (with emphasis on the chordate-like
and problematic stylophorans). Major research themes include inter-relationships of
major groups of Palaeozoic tetrapods, the assembly of characters along the stem-groups
of amphibians and amniotes, the use of morphometrics to evaluate disparity, rates
of character change, palaeobiogeography and the study of variance in selected morphofunctional
systems (e.g. appendicular skeleton, lower jaw). He is currently a postdoctoral researcher
involved in phylogenetic aspects of the Permo-Triassic mass extinction.
|
|
Dr R. Scotland
Dept. of Plant Sciences Oxford University South Parks Rd Oxford OX1 3RB |
|
|
Dr A. Vogler
Imperial College University of London Prince Consort Rd London SW7 2AZ |
|
|
Dr D.M. Williams
Dept. of Botany The Natural History Museum Cromwell Rd London SW7 5BD |
|
|
Dr. L. Rüber
Dept. of Zoology The Natural History Museum Cromwell Rd London SW7 5BD |
Lukas' research is motivated by a keen interest in the astonishing diversity of ray-fined
fishes and the patterns of diversity and the evolutionary processes generating it. He is
particularly interested in the application of genetic and geometric morphometric data to
study the evolution of ecological and phenotypic diversity within species rich lineages.
Additional research interests include: biogeography, comparative methods applied to
life-history evolution, ancestral character state reconstruction, and relaxed molecular
clock methods. His current research focuses on Southeast Asian freshwater fish diversity,
marine adaptive radiations, and speciation in Lake Tanganyika cichlids.
|
Council members retiring in 2010
| Webmaster | |
|
Mr R.G. Wilson
Science & Learning Division Royal Horticultural Society Garden Wisley Woking Surrey GU23 6QB |
After gaining his first degree in Botany from the University of Reading, Rupert remained
in the Herbarium of the School of Plant Sciences for 13 years, where he developed
his database skills, putting the Herbarium online. In 2001, he moved to the Royal
Horticultural Society Garden at Wisley, where he took over running the RHS Horticultural
Database, expanding his role in 2005 to cover management of all horticultural data
within the Science and Learning division of the RHS. Rupert maintains a keen interest
in evolving technologies and their possible applications in botany and horticulture.
|
|
Dr D. Gower
Dept. of Zoology The Natural History Museum Cromwell Rd London SW7 5BD |
|
|
Dr S. Mayo Royal Botanic Gardens kew, Richmond Surrey TW9 3AE |
|
Council members retiring in 2011
|
Dr D.Bass
Dept.of Zoology The Natural History Museum Cromwell Rd London SW7 5BD |
|
|
Professor S.E.Evans
Cell & Developmental Biology University College University of London Gower St London WC1E 6BT |
|
|
Dr M van der Giezen
School of Biosciences Geoffrey Pope Building University of Exeter Stocker Rd Exeter EX4 4QD |
Mark's primary research interest is the evolution of early microbial eukaryotes and
their mitochondria. The origin of eukaryotes appears closely linked to that of the
mitochondrion (or its anaerobic sister, the hydrogenosome), and by studying the diversity
of mitochondria in various microbial eukaryotes he hopes to shed light on some key
early events in eukaryote evolution.
|
|
Dr P.Wilkie
Tropical Forest Botanist Royal Botanic Garden 20A Inverleith Row Edinburgh EH3 5LR |
Richard's research interests are integrating morphological (including palaeobotanical)
and molecular data to study major transitions in land-plant evolution at all spatial
scales. His favourite study groups are living orchids and fossil clubmosses and gymnosperms,
and his pet evolutionary hypothesis is the potential for instant, radical shifts
in phenotype (i.e. saltation). He is currently Vice-President of both the Linnean
Society and the Botanical Society of the British Isles, President of the UK Hardy
Orchid Society, and part-time Head of Policy at the Biosciences Federation. He also
holds a Visiting Professorship at Reading University.
Pete's research interests involve the evolution of the parasitic flatworms, and in
particular the evolution of segmentation in the tapeworms. His approaches include
descriptive and pattern-based studies employing morphological and molecular systematics
and phylogenomics, as well as process-based studies including Hox gene expression
and trans-splicing mechanisms of gene translation. He plays an active role at the NHM
in helping to define best practices relating to collections intended to archive genetic biodiversity.
Paula uses empirical data from comparative morphology (including ontogeny, anatomy,
embryology and pollen morphology) in a phylogenetic and developmental-genetic context,
in particular to address hypotheses on the evolution of plant form and systematics
of monocotyledons.
Marcello's research interest cover primitive limbed vertebrates (tetrapods), especially
Devonian to Permian groups, and Palaeozoic echinoderms (with emphasis on the chordate-like
and problematic stylophorans). Major research themes include inter-relationships of
major groups of Palaeozoic tetrapods, the assembly of characters along the stem-groups
of amphibians and amniotes, the use of morphometrics to evaluate disparity, rates
of character change, palaeobiogeography and the study of variance in selected morphofunctional
systems (e.g. appendicular skeleton, lower jaw). He is currently a postdoctoral researcher
involved in phylogenetic aspects of the Permo-Triassic mass extinction.
Lukas' research is motivated by a keen interest in the astonishing diversity of ray-fined
fishes and the patterns of diversity and the evolutionary processes generating it. He is
particularly interested in the application of genetic and geometric morphometric data to
study the evolution of ecological and phenotypic diversity within species rich lineages.
Additional research interests include: biogeography, comparative methods applied to
life-history evolution, ancestral character state reconstruction, and relaxed molecular
clock methods. His current research focuses on Southeast Asian freshwater fish diversity,
marine adaptive radiations, and speciation in Lake Tanganyika cichlids.
After gaining his first degree in Botany from the University of Reading, Rupert remained
in the Herbarium of the School of Plant Sciences for 13 years, where he developed
his database skills, putting the Herbarium online. In 2001, he moved to the Royal
Horticultural Society Garden at Wisley, where he took over running the RHS Horticultural
Database, expanding his role in 2005 to cover management of all horticultural data
within the Science and Learning division of the RHS. Rupert maintains a keen interest
in evolving technologies and their possible applications in botany and horticulture.
Mark's primary research interest is the evolution of early microbial eukaryotes and
their mitochondria. The origin of eukaryotes appears closely linked to that of the
mitochondrion (or its anaerobic sister, the hydrogenosome), and by studying the diversity
of mitochondria in various microbial eukaryotes he hopes to shed light on some key
early events in eukaryote evolution.