Gee Research Blog
Was Fermentation Key to Yeast Diversification?
Tue, 17 Feb 2015 15:30:43 +0000
From bread to beer, yeast has shaped our diets and our recreation for centuries. Recent research in GEE shows how humans have shaped the evolution of this important microorganism. As well as revealing the evolutionary origins of modern fission yeast, the new study published in Nature Genetics this month shows how techniques developed for detecting […]Read more...
Planning for the Future – Resilience to Extreme Weather
Thu, 15 Jan 2015 15:13:14 +0000
As climate change progresses, extreme weather events are set to increase in frequency, costing billions and causing immeasurable harm to lives and livelihoods. GEE’s Professor Georgina Mace contributed to the recent Royal Society report on “Resilience to Extreme Weather”, which predicts the future impacts of increasing extreme weather events, and evaluates potential strategies for improving […]
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Mon, 05 Jan 2015 11:33:21 +0000
Classifying a species as either extinct or extant is important if we are to quantify and monitor current rates of biodiversity loss, but it is rare that a biologist is handy to actually observe an extinction event. Finding the last member of a species is difficult, if not impossible, so extinction classifications are usually estimates […]Read more...
Changing Perspectives in Conservation
Thu, 18 Dec 2014 12:15:44 +0000
Our views of the importance of nature and our place within have changed dramatically over the the last century, and the prevailing paradigm has profound influences on conservation from the science that is conducted to the policies that are enacted. In a recent perspectives piece for Science, GEE’s Professor Georgina Mace considered the impacts that […]Read more...
Function Over Form: Phenotypic Integration and the Evolution of the Mammalian Skull
Mon, 08 Dec 2014 14:05:52 +0000
Our bodies are more than just a collection of independent parts – they are complex, integrated systems that rely upon precise coordination in order to function properly. In order for a leg to function as a leg, the bones, muscles, ligaments, nerves and blood vessels must all work together as an integrated whole. This concept, […]
The post Function Over Form:
Phenotypic Integration and the Evolution of the Mammalian Skull appeared first on GEE Research.
PhD opportunities are regularly updated on this section of the website. Our department hosts students participating in a number of doctoral training programmes funded by research councils. These programmes as well as other funded opportunities are advertised in this space when applications are open. Interested candidates could also make informal enquiries with individual members of the academic staff throughout the year to express their interest and enquire about potential opportunities for postgraduate research.
GEE is a centre of excellence for interdisciplinary bioscience research. Our department is part of the BBSRC London Interdisciplinary Doctoral Programme (LIDo) and offers an outstanding environment for PhD research. Applications for the 2015 PhD intake are now closed. The BBSRC LIDo recruits new PhD students annually. Invitations for applications will be advertised here when open.
The BBSRC London Interdisciplinary Biosciences PhD Consortium brings together six of the world’s leading academic institutions. The programme covers all levels of biology, from molecules through to cells and whole animal physiology. We are looking for students who are interested in using approaches from different disciplines and scientific areas to address cutting-edge biological problems. This programme is aimed at graduates with a strong interest in multi-disciplinary research. Applications are invited from students with a background in biological, physical, computational, engineering or mathematical sciences.
For more information about the programme and the application process visit the BBSRC London Interdisciplinary Biosciences PhD Consortium
GEE is a centre of excellence for environmental science research. GEE offers an outstanding environment for NERC-funded PhD training. Applications for the 2015 PhD intake through the London NERC Doctoral Training Partnership (DTP) are now closed. The London NERC DTP recruits new PhD students annually.
Invitations for applications will be advertised here when open.
The NERC DTP brings together nine of the world’s leading research centres in environmental science. The program adopted an integrated approach to training environmental scientists in ways that cross the boundaries between established disciplines and will train 120 new environmental scientists over the next five years. As well as advanced research training students will receive training in the essential professional and transferable skills needed in today’s society.
In total the Partnership is offering up to 34 fully funded PhD studentships in the following research themes:
- Biodiversity, Evolution and Ecology;
- Earth Dynamics;
- Environmental Pollution;
- Natural and Biological Hazards;
- Past Life and Environments;
- and the multi-disciplinary Earth-Life System Integration
Details of illustrative projects offered from GEE supervisors.
For details of the application process visit the London NERC Doctoral Training Partnership
The Centre for Mathematics and Physics in the Life Sciences and Experimental Biology, CoMPLEX, runs a Doctoral training programme “Modelling Biological Complexity”. This is funded by major grants from the EPSRC and BHF, with additional funding from MRC, BBSRC, NERC, CRUK and UCL. The programme recruits around 15 home and European and Overseas students each year. Training consists of a first MRes year with taught modules and shorter research projects, followed by three years of PhD. All places have funding for fees and stipend.
Applications for the 2015 intake are now open.
The Department of Genetics, Evolution and Environment (GEE) invites applications from outstanding students for UCL Graduate Research Scholarships and Overseas Research Scholarships.
GEE is a vibrant research department in a central London location. Our department brings together scientists with shared interests in genetics, bioinformatics, evolution and biodiversity. We use integrative approaches to understand biological systems from theoretical, molecular and systems perspectives.
Candidates should contact a potential supervisor to discuss projects.
Within the department PhD opportunities are in these areas:
- Biodiversity & Environmental Biology
- Biology of Ageing
- Computational Biology
- Evolutionary Genetics
- Evolution & Development
- Human Genetics & Human Evolution
- Systems Biology
Candidates, from any country, with an excellent background in a relevant
science (first or high upper second class BSc degree, minimum) are
invited to apply. Full details (including downloadable application form
& guidance documents) at:
UK & EU Students
GEE can nominate two applicants to be considered for UCL's Research Scholarships schemes.
How to Apply
Applications are now closed.
Morphological variation is the foundation of evolutionary theory, but the basic influences on morphological variation are still poorly understood. Developmental interactions are often discussed as a major control on variation, but direct analysis of this hypothesis has been hindered by the lack of quantitative comparative data. Similarly, robust analyses analysing both extrinsic and intrinsic influences on morphological evolution are often limited by data availability.
Using advanced biological imaging techniques (CT- and laser scanning) combined with surface-based 3-D morphometrics, this study will build on existing work in mammals by providing the first broad comparative data on modularity and disparity of skulls, jaws and limbs for living and fossil tetrapods. The PhD studentship will focus on one of the major non-mammalian clades, such as lissamphibians or reptiles, clades with incredible diversity in reproductive strategies, ecology and morphology. This project will require extensive international travel for data collection, as well as running analyses and possibly writing new code in R. In combination with existing data from an ontogenetic sequence of Xenopus, and juvenile and adult neontological and paleontological specimens of mammals, this project will produce a robust analysis of the relationships among modularity, morphological disparity, evolutionary rates and how each of these responds to major life history and ecological transitions as well as large-scale btic and environmental events.
In addition to training in biological imaging and quantitative analyses, there will be opportunities for international palaeontological fieldwork during the course of this project.
Details of how to apply can be found on find-a-phd.com
Fully funded 4-year NERC PhD Studentship on Testing a mechanistic general model of global ecosystems: improving prediction by increasing simplicity
|Location:||University College London|
|Funding for:||UK Students, EU Students|
|Funding amount:||Approximately £15,000 annual tax-free stipend (for 48months)|
|Proposed start date:||October 2015|
|Closing date for applications:||Friday 27 February 2015.|
We may invite potentially suitable candidates for interview at any stage during this process.
The Madingley Model is the first mechanistic general ecosystem model of ecosystem function and structure that is both global and applies to marine and terrestrial environments1. It starts from microscopic events (births, deaths) and processes (metabolic rates) at the scale of the individual and scales up to dynamic and patterns at the macroscopic (ecosystem) scale. The current model makes a number of predictions that seem to match empirical patterns, eg inverted biomass pyramid for marine ecosystems; body size -growth rates of individuals, but others (eg heterotroph mortality) appear to fit less well.
The Madingley Model was conceived as a tool to simulate (predict) the impact of major disturbances (eg climate change, biological invasions) on biodiversity and ecosystem function. It is therefore important that the model is able to reproduce the patterns we observe in natural systems, but also that it does so with the minimum information required. This PhD will investigate whether there are functionally redundant processes and patterns in the current model, by analysing the sensitivity of the results (ecological patterns) from the current model to removal of components that relate to different biological processes. Subsequently, processes such as intelligent animal behaviour will be incorporated to consider whether there are key biological processes that are currently missing. Analyses will be based on computer simulations but there is also potential for mathematical analyses of sub-models in isolation.
The project will be based at University College London, but the student is expected to spend two placement periods working in Microsoft Research UK (Cambridge), where the Madingley Model was first developed.
Dr David Murrell (UCL)
Prof. Georgina Mace (UCL)
Dr Drew Purves (Microsoft Research UK)
In addition to a passion for understanding ecological and ecosystem dynamics, the successful candidate will be expected to have some or all of the following skills: computer programming (especially C/C++ or Java); mathematical modelling; statistical modelling.
Citizens of an EU member state (excluding the UK) will be eligible for a fees-only award. UK residents will be eligible for fees and stipend. Minimum qualification requirements are an upper second class honours degree (or equivalent) in a subject that has a strong emphasis on ecology and/or mathematical/computer modelling.
How to apply:
To apply, please send the following documents as single PDF by email to Dr David Murrell:
- a covering letter highlighting your reasons for applying and your suitability for this studentship
- a copy of your CV
- the names and contact details of 2-3 referees
NB This is not a Doctoral Training Partnership (DTP) project, meaning this project has already received funding.
Page last modified on 27 mar 14 15:36