profile

Prof Len Thomas:
Professor of Statistics

Prof Len Thomas

Prof Len Thomas
The Observatory
Buchanan Gardens
University of St Andrews
St Andrews
KY16 9LZ
Fife
UK

tel: (44) (0) 1334 461801
fax: (44) (0) 1334 461800
room: 208
email: lt5@st-andrews.ac.uk

Related Content:


Personal Homepage

Centre for Research into Ecological & Environmental Modelling
School of Mathematics & Statistics
National Centre for Statistical Ecology
Scottish Oceans Institute

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I am a statistician based in the Centre for Research into Ecological and Environmental Modelling (CREEM) and School of Mathematics and Statistics (where I am joint head of the Division of Statistics). My research is motivated by ecological applications, particularly related to widlife conservation.

There are currently four main strands to my work:

  • Development of methods and software for estimating the size, density and distribution of wild animal and plant populations. I mostly work on a group of related methods called distance sampling. A particular recent focus has been on the use of passive acoustics (i.e., recording sounds) to estimate the size of whale and dolphin populations.
  • Use of computer intensive methods to fit and compare stochastic models of wildlife population dynamics. I mostly work on algorithms called particle filters.
  • Inferences from animal-borne tags. This includes reconstructing animal tracks from noisy data about animal location, and inferring behavioural state from tag measurements.
  • Development and application of methods for quantifying human-caused disturbance (particularly underwater sounds) on animal behaviour, and also the consequences of this disturbance for the animal populations.

For more information, please see my personal homepage.

 



My main research areas are: (1) Development of methods and software for estimating the size, density and distribution of wild animal and plant populations. I mostly work on a group of related methods called distance sampling. (2) Use of computer intensive methods to fit and compare stochastic models of wildlife population dynamics. Here, I mostly work on algorithms called particle filters. For more details about my work, including links to my publications, please see my personal home page.

source: symbiosis


Recent Publications:

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