Sammy De Grave

Dr. Sammy De Grave

Museum of Natural History, University of Oxford, Oxford, Oxfordshire, UK
orcid

Research Focus & Metrics

Academic Career Length

33Years (1994-Present)

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

Representative Publications

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1 December 2012 in Current Biology
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Journal Article
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WAWard Appeltans
Ward Appeltans
SAShane T. Ahyong
Shane T. Ahyong
GAGary Anderson
Gary Anderson
MAMartin V. Angel
Martin V. Angel
TATom Artois
Tom Artois
MCMark J. Costello
Mark J. Costello

18 December 2007 in Hydrobiologia
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Journal Article
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Sammy De GraveSammy De Grave
Sammy De Grave
YCYixiong Cai
Yixiong Cai
AAA. Anker
A. Anker

25 March 2015 in PLOS ONE
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Journal Article
Open access
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Sammy De GraveSammy De Grave
Sammy De Grave
KSKevin G. Smith
Kevin G. Smith
NANils A. Adeler
Nils A. Adeler
DADave J. Allen
Dave J. Allen
FAFernando Alvarez
Fernando Alvarez
DWDaisy Wowor
Daisy Wowor
We present the first global assessment of extinction risk for a major group of freshwater invertebrates, caridean shrimps. The risk of extinction for all 763 species was assessed using the IUCN Red List criteria that include geographic ranges, habitats, ecology and past and present threats. The Indo-Malayan region holds over half of global species diversity, with a peak in Indo-China and southern China. Shrimps primarily inhabit flowing water; however, a significant subterranean component is present, which is more threatened than the surface fauna. Two species are extinct with a further 10 possibly extinct, and almost one third of species are either threatened or Near Threatened (NT). Threats to freshwater shrimps include agricultural and urban pollution impact over two-thirds of threatened and NT species. Invasive species and climate change have the greatest overall impact of all threats (based on combined timing, scope and severity of threats).

1 August 2023 in Journal of Crustacean Biology
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Journal Article
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Sammy De GraveSammy De Grave
Sammy De Grave
WDWim Decock
Wim Decock
SDStefanie Dekeyzer
Stefanie Dekeyzer
PDPeter J F Davie
Peter J F Davie
CFCharles H J M Fransen
Charles H J M Fransen
SSSandro Santos
Sandro Santos
A new assessment of the global biodiversity of decapod Crustacea (to 31 December 2022) records 17,229 species in 2,550 genera and 203 families. These figures are derived from a well-curated dataset maintained on the online platform DecaNet, a subsidiary of the World Register of Marine Species (WoRMS). Distinct phases are recognised in the discovery process (as measured by species descriptions) corresponding to major historical and geopolitical time periods, with the current rate of species descriptions being more than three times higher than in the Victorian age of global exploration. Future trends are briefly explored, and it is recognised that a large number of species remain to be discovered and described.

1 October 2011 in Zoologischer Anzeiger
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Journal Article
Closed access
CLChi Pang Li
Chi Pang Li
Sammy De GraveSammy De Grave
Sammy De Grave
TCTin-Yam Chan
Tin-Yam Chan
HLHo Chee Lei
Ho Chee Lei
Ka Hou CHUKa Hou CHU
Ka Hou CHU