You are here

Josephine Paris

Email:               Twitter: @josephine_paris

My interest is in conservation genetics, in particular the use of methods in molecular ecology in order to clarify patterns of genetic diversity and population structure to aid conservation and management efforts. I am especially interested in the use of next generation sequencing applications as the field moves towards population genomics.

Current research

Many rivers in southwest England have high levels of toxic metals due to a long history of mining in the region. Metal naïve fish do not fare well in such waters and yet many of rivers harbour apparently healthy and numerous populations of brown trout (Salmo trutta L.). I am undertaking genetic analyses to uncover the adaptive traits associated with the metal tolerance ecotype, using microsatellites and RADSeq.


Paris JR, King RA, Stevens JR (2015) Human mining activity across the ages determines the genetic structure of modern brown trout (Salmo trutta L.) populations. Evolutionary Applications. 8(6):573-585.

Media & Press

'Pollution Spurs Rapid Adaptation in Trout' 4th August 2015, Scientific American

'Fish genetically mutated by Cornish mining' 17th May 2015,; ITV News West Country

Interview with BBC Radio Cornwall, 19th May 2015

'The effects of metal pollution on fish' 11th November 2014, NERC Planet Earth Podcast


BSc Ecology and Conservation (Hons) University of Sussex (First Class)

John Maynard Smith Award for Ecology & Conservation (2012)


March 2016 FSBI Small Research Grant - £4900

March 2016 University of Exeter Postgraduate Research Enhancement Fund - £480

February 2016 Genetics Society Training Grant - £700

January 2016 Santander Postgraduate Research Award - £500

November 2014 FSBI Small Research Grant - £1000

October 2014 TGAC Genotyping-by-sequencing workshop Grant Funded - €800

August 2014 University of Exeter Postgraduate Research Enhancement Fund - £500

November 2013 Genetics Society Junior Scientist Travel Grant - £750

April 2013 NoWPas 2013 - as a committee sourced £21,000


2012-2016 Graduate Teaching Assistant - BIO2081: Bahamas Coral Reef Field Trip

February 2016 Course Organiser - RAD-Sequencing analysis workshop, NTNU University Museum, Trondheim, Norway

January 2016 Teaching Assistant - Workshop on Genomics 2016, Cesky Krumlov (

October 2015 Teaching Assistant - Advanced course in RADSeq analyses and data interpretation, Lund University, GENECO

June 2015  Teaching Assistant - TGAC Genotyping-by-sequencing course (

February 2015 Demonstrator - Wellcome Trust Short Read Genomics Workshop

January 2015 Teaching Assistant - Workshop on Genomics 2015, Cesky Krumlov (

October 2014 Teaching Assistant - TGAC Genotyping-by-sequencing course

February 2014 Lead demonstrator - NERC Population Genomics and Metagenomics Workshop (


March 2016 Presented at overseas lab meeting, University of Illinois, Urbana-Champaign

February 2016 Invited talk at NTNU University Museum, Trondheim, Norway

February 2016 Invited internal seminar at Sheffield University EEE Theme - "Brown trout and heavy metals: the genetic basis of adaptation to Britain's mining history"

October 2015 Invited lecture at 'Advanced course in RADSeq analyses and data interpretation', Lund University, GENECO

June 2015 Invited speaker at TGAC Genotyping-by-sequencing course - "RADSeq: Identifying the genetic effects of metal toxicity in brown trout populations"

Workshops and Conferences

January 2014 Attendee - Workshop on Genomics, 2014 (

December 2013 Presentation - GW4 Ecology and Conservation meeting

September 2013 Poster presentation - iEOS 2013 conference (

April 2013 Committee Member and presentation -  NoWPaS 2013 (

Other responsibilities

Biosciences Athena Swan - Committee member

Early Career Research Network - Committee member

BYOB: Bring Your Own Bioinformatics - Committee member

Previous work
I used microsatellites to characterise the genetic diversity of two Polish populations of the natterjack toad (Bufo calamita), supervised by Professor Trevor Beebee. My results were consistent with previous studies, confirming that B. Calamita
survived in an ice-age refugium in Iberia, from which the population dispersed in a leptokurtic fashion, spreading north and east during the last interstadial.

The University of Exeter, The Queen's Drive, Exeter, Devon, UK EX4 4QJ
Copyright and Disclaimer