Chester Sands

Mr. Chester Sands

British Antarctic Survey
orcid

Research Focus & Metrics

Academic Career Length

24Years (2003-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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28 February 2007 in Polar Biology
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Journal Article
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KLKatrin Linse
Katrin Linse
TCTherese Cope
Therese Cope
ALAnne-Nina Lörz
Anne-Nina Lörz
CSChester Sands
Chester Sands

21 November 2008 in Cladistics
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Journal Article
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CSChester Sands
Chester Sands
SMSandra J. McInnes
Sandra J. McInnes
NMNigel J. Marley
Nigel J. Marley
WGWilliam P. Goodall‐Copestake
William P. Goodall‐Copestake
PCPeter Convey
Peter Convey
KLKatrin Linse
Katrin Linse

25 April 2013 in Marine Biology
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Journal Article
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Stefanie KaiserStefanie Kaiser
Stefanie Kaiser
SBSimone Nunes Brandão
Simone Nunes Brandão
SBSaskia Brix
Saskia Brix
DBDavid K. A. Barnes
David K. A. Barnes
DBDavid A. Bowden
David A. Bowden
MYMoriaki Yasuhara
Moriaki Yasuhara

15 October 2004 in Molecular Ecology
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Journal Article
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RGRyan Garrick
Ryan Garrick
CSChester Sands
Chester Sands
DRD. M. Rowell
D. M. Rowell
NTN. N. Tait
N. N. Tait
PGP. Greenslade
P. Greenslade
PSPaul Sunnucks
Paul Sunnucks

25 October 2006 in Molecular Ecology
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Journal Article
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PSPaul Sunnucks
Paul Sunnucks
MBMark Blacket
Mark Blacket
JTJody M. Taylor
Jody M. Taylor
CSChester Sands
Chester Sands
SCSherryn A. Ciavaglia
Sherryn A. Ciavaglia
APAlexandra Pavlova
Alexandra Pavlova

14 April 2011 in Zootaxa
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Journal Article
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NMNigel J. Marley
Nigel J. Marley
SMSandra J. Mcinnes
Sandra J. Mcinnes
CSChester Sands
Chester Sands
We assessed the available morphological evidence to see if this corroborates the paraphyly in the Parachela (Tardigrada) as suggested by recent molecular data. We reconcile molecular phylogenetics with alpha morphology, focusing on claw and apophysis for the insertion of the stylet muscles (AISM). We combine molecular and morphological evidence to define six new taxa within the Parachela Schuster et al 1980. These include two new families of Isohypsibiidae fam. nov. and Ramazzottidae fam. nov. along with four new superfamilies of Eohypsibioidea superfam. nov., Hypsibioidea super- fam. nov., Isohypsibioidea superfam. nov., and Macrobiotoidea superfam. nov.