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Number of specimens sampled per species.

Jonas J. Astrin (764358)
Hubert Höfer (3183420)
Jörg Spelda (3183435)
Joachim Holstein (3183432)
Steffen Bayer (738909)
Lars Hendrich (230658)
Bernhard A. Huber (70446)
Karl-Hinrich Kielhorn (3183423)
Hans-Joachim Krammer (3183414)
Martin Lemke (3183438)
Juan Carlos Monje (3183429)
Jérôme Morinière (3169341)
Björn Rulik (3183426)
Malte Petersen (3183417)
Hannah Janssen (3183441)
Christoph Muster (530367)

Publication date

September 2016

DOI

10.1371/journal.pone.0162624.g003

Abstract

<p>19% of the species were 'singletons', while the median representation lay at 4 individuals per species.</p

Extracted data

Related items

The species used in the analysis, their classification as either widespread or endemic, their extent of occurrence (in km²) and the number of individuals sampled (N).

Eduardo Chacón-Madrigal (4919395)
Wolfgang Wanek (517078)
Peter Hietz (1268877)
Stefan Dullinger (234553)

March 2018

<p>The species used in the analysis, their classification as either widespread or endemic, their ext...

Proportion of sampled animals per age group, related to species and study site.

Marieke Klaasen (509275)
Hendrik-Jan Roest (299303)
Wim van der Hoek (53746)
Bart Goossens (409760)
Arss Secka (509276)
Arjan Stegeman (199275)

January 2014

<p>Proportion of sampled animals per age group, related to species and study site.</p

Minimum required number of specimen records to develop accurate species distribution models

Proosdij, van, A.S.J.
Sosef, M.S.M.
Wieringa, J.J.
Raes, N.

January 2016

Species distribution models (SDMs) are widely used to predict the occurrence of species. Because SDM...

Frequency histograms of specimen numbers (A), number of haplotypes per species (B) and changes in the number of haplotypes with respect to the number of specimens sampled per species (C).

Kurt Jordaens (182972)
Georg Goergen (814994)
Massimiliano Virgilio (182967)
Thierry Backeljau (182981)
Audrey Vokaer (814995)
Marc De Meyer (182986)

October 2015

<p>In the latter, for each dot that represents more than one species, the number of species is given...

DOI:10.1093/sysbio/syr030 Point of View Determining Species Boundaries in a World Full of Rarity: Singletons, Species Delimitation Methods

Gwynne S. Lim
Michael Balke
Rudolf Meier

January 2011

Singletons—species only known from a single specimen—and uniques—species that have only been collect...

Species content by site.

Jason C. Schaller (5916431)
Goggy Davidowitz (625188)
Daniel R. Papaj (266650)
Robert L. Smith (3037551)
Yves Carrière (2911511)
Wendy Moore (68834)

October 2018

Species content at each collecting site. The percent of aggregations that contained multiple species...

Contrast between number of species from single researchers and the total number of recorded species.

Jan Vondrák (706026)
Jiří Malíček (5746214)
Zdeněk Palice (5746217)
František Bouda (5746220)
Franz Berger (5746223)
Neil Sanderson (5746226)
Andy Acton (5746229)
Václav Pouska (5746232)
Roman Kish (5746235)

September 2018

Contrast between number of species from single researchers and the total number of recorded species....

Frequencies of reported species.

Christopher Uhlig (787379)
Hannes Krause (787380)
Thea Koch (633000)
Marcelo Gama de Abreu (633001)
Peter Markus Spieth (787381)

August 2015

<p>Values are given as number; percentage relative to total (below pie diagram). Analysis was perfor...

Individual-based rarefaction is ideal to control for differences in random sampling effort.

Oyomoare L. Osazuwa-Peters (5916242)
W. D. Stevens (5916245)
Iván Jiménez (3286083)

October 2018

Panel (a) shows species accumulation curves for the two simulated sampling units shown in Fig 1. The...

Sampling localities and number of specimens belonging to certain species collected at each locality.

Ivana Buj (576249)
Zoran Marčić (576251)
Marko Ćaleta (576252)
Radek Šanda (576250)
Matthias F. Geiger (461845)
Jörg Freyhof (153334)
Annie Machordom (116895)
Jasna Vukić (770220)

December 2017

<p>Sampling localities and number of specimens belonging to certain species collected at each locali...

Descriptive statistics for the proportion of juveniles, summed over all species (with sufficient sample size), for n = 19 sites with sufficient number of specimens to calculate the proportions.

Birte Rancka (710499)
Ted von Proschwitz (710500)
Kristoffer Hylander (147420)
Frank Götmark (710501)

March 2015

<p>For criteria in this analysis, see text.</p><p>Descriptive statistics for the proportion of juven...

Number of sampled and missing species from phylogenetic reconstructions (Fig. 1) according to the total number of species in each subclade.

Fabio L. Lobato (599196)
Diego R. Barneche (599197)
Alexandre C. Siqueira (599198)
Ana M. R. Liedke (599199)
Alberto Lindner (48423)
Marcio R. Pie (386202)
David R. Bellwood (141161)
Sergio R. Floeter (503589)

July 2014

<p>Percentage of species not represented in the analyses due to missing genera and the percentage of...

Data from: Minimum required number of specimen records to develop accurate species distribution models

van Proosdij, André S. J.
Sosef, Marc S. M.
Wieringa, Jan J.
Raes, Niels

June 2015

Species Distribution Models (SDMs) are widely used to predict the occurrence of species. Because SDM...

Numbers of specimens, of sequenced specimens and of OTUs (Sanger, NGS and total) per sample.

Régis Vivien (719546)
Franck Lejzerowicz (2151814)
Jan Pawlowski (3853)

February 2016

<p>Numbers of specimens, of sequenced specimens and of OTUs (Sanger, NGS and total) per sample.</p

Intraspecific representativeness of our dataset.

Armelle Coeur d’acier (572379)
Astrid Cruaud (159999)
Emmanuelle Artige (572380)
Gwenaëlle Genson (181496)
Anne-Laure Clamens (572381)
Eric Pierre (572382)
Sylvie Hudaverdian (572383)
Jean-Christophe Simon (65402)
Emmanuelle Jousselin (572384)
Jean-Yves Rasplus (159990)

June 2014

<p>Frequency histograms of specimen numbers (A), number of haplotypes per species (B) and changes in...

The species used in the analysis, their classification as either widespread or endemic, their extent of occurrence (in km²) and the number of individuals sampled (N).

Eduardo Chacón-Madrigal (4919395)
Wolfgang Wanek (517078)
Peter Hietz (1268877)
Stefan Dullinger (234553)

March 2018

<p>The species used in the analysis, their classification as either widespread or endemic, their ext...

Proportion of sampled animals per age group, related to species and study site.

Marieke Klaasen (509275)
Hendrik-Jan Roest (299303)
Wim van der Hoek (53746)
Bart Goossens (409760)
Arss Secka (509276)
Arjan Stegeman (199275)

January 2014

<p>Proportion of sampled animals per age group, related to species and study site.</p

Minimum required number of specimen records to develop accurate species distribution models

Proosdij, van, A.S.J.
Sosef, M.S.M.
Wieringa, J.J.
Raes, N.

January 2016

Species distribution models (SDMs) are widely used to predict the occurrence of species. Because SDM...

Frequency histograms of specimen numbers (A), number of haplotypes per species (B) and changes in the number of haplotypes with respect to the number of specimens sampled per species (C).

Kurt Jordaens (182972)
Georg Goergen (814994)
Massimiliano Virgilio (182967)
Thierry Backeljau (182981)
Audrey Vokaer (814995)
Marc De Meyer (182986)

October 2015

<p>In the latter, for each dot that represents more than one species, the number of species is given...

DOI:10.1093/sysbio/syr030 Point of View Determining Species Boundaries in a World Full of Rarity: Singletons, Species Delimitation Methods

Gwynne S. Lim
Michael Balke
Rudolf Meier

January 2011

Singletons—species only known from a single specimen—and uniques—species that have only been collect...

Species content by site.

Jason C. Schaller (5916431)
Goggy Davidowitz (625188)
Daniel R. Papaj (266650)
Robert L. Smith (3037551)
Yves Carrière (2911511)
Wendy Moore (68834)

October 2018

Species content at each collecting site. The percent of aggregations that contained multiple species...

Contrast between number of species from single researchers and the total number of recorded species.

Jan Vondrák (706026)
Jiří Malíček (5746214)
Zdeněk Palice (5746217)
František Bouda (5746220)
Franz Berger (5746223)
Neil Sanderson (5746226)
Andy Acton (5746229)
Václav Pouska (5746232)
Roman Kish (5746235)

September 2018

Contrast between number of species from single researchers and the total number of recorded species....

Frequencies of reported species.

Christopher Uhlig (787379)
Hannes Krause (787380)
Thea Koch (633000)
Marcelo Gama de Abreu (633001)
Peter Markus Spieth (787381)

August 2015

<p>Values are given as number; percentage relative to total (below pie diagram). Analysis was perfor...

Individual-based rarefaction is ideal to control for differences in random sampling effort.

Oyomoare L. Osazuwa-Peters (5916242)
W. D. Stevens (5916245)
Iván Jiménez (3286083)

October 2018

Panel (a) shows species accumulation curves for the two simulated sampling units shown in Fig 1. The...

Sampling localities and number of specimens belonging to certain species collected at each locality.

Ivana Buj (576249)
Zoran Marčić (576251)
Marko Ćaleta (576252)
Radek Šanda (576250)
Matthias F. Geiger (461845)
Jörg Freyhof (153334)
Annie Machordom (116895)
Jasna Vukić (770220)

December 2017

<p>Sampling localities and number of specimens belonging to certain species collected at each locali...

Descriptive statistics for the proportion of juveniles, summed over all species (with sufficient sample size), for n = 19 sites with sufficient number of specimens to calculate the proportions.

Birte Rancka (710499)
Ted von Proschwitz (710500)
Kristoffer Hylander (147420)
Frank Götmark (710501)

March 2015

<p>For criteria in this analysis, see text.</p><p>Descriptive statistics for the proportion of juven...

Number of sampled and missing species from phylogenetic reconstructions (Fig. 1) according to the total number of species in each subclade.

Fabio L. Lobato (599196)
Diego R. Barneche (599197)
Alexandre C. Siqueira (599198)
Ana M. R. Liedke (599199)
Alberto Lindner (48423)
Marcio R. Pie (386202)
David R. Bellwood (141161)
Sergio R. Floeter (503589)

July 2014

<p>Percentage of species not represented in the analyses due to missing genera and the percentage of...

Data from: Minimum required number of specimen records to develop accurate species distribution models

van Proosdij, André S. J.
Sosef, Marc S. M.
Wieringa, Jan J.
Raes, Niels

June 2015

Species Distribution Models (SDMs) are widely used to predict the occurrence of species. Because SDM...

Numbers of specimens, of sequenced specimens and of OTUs (Sanger, NGS and total) per sample.

Régis Vivien (719546)
Franck Lejzerowicz (2151814)
Jan Pawlowski (3853)

February 2016

<p>Numbers of specimens, of sequenced specimens and of OTUs (Sanger, NGS and total) per sample.</p

Intraspecific representativeness of our dataset.

Armelle Coeur d’acier (572379)
Astrid Cruaud (159999)
Emmanuelle Artige (572380)
Gwenaëlle Genson (181496)
Anne-Laure Clamens (572381)
Eric Pierre (572382)
Sylvie Hudaverdian (572383)
Jean-Christophe Simon (65402)
Emmanuelle Jousselin (572384)
Jean-Yves Rasplus (159990)

June 2014

<p>Frequency histograms of specimen numbers (A), number of haplotypes per species (B) and changes in...

The species used in the analysis, their classification as either widespread or endemic, their extent of occurrence (in km²) and the number of individuals sampled (N).

Eduardo Chacón-Madrigal (4919395)
Wolfgang Wanek (517078)
Peter Hietz (1268877)
Stefan Dullinger (234553)

March 2018

<p>The species used in the analysis, their classification as either widespread or endemic, their ext...

Proportion of sampled animals per age group, related to species and study site.

Marieke Klaasen (509275)
Hendrik-Jan Roest (299303)
Wim van der Hoek (53746)
Bart Goossens (409760)
Arss Secka (509276)
Arjan Stegeman (199275)

January 2014

<p>Proportion of sampled animals per age group, related to species and study site.</p

Minimum required number of specimen records to develop accurate species distribution models

Proosdij, van, A.S.J.
Sosef, M.S.M.
Wieringa, J.J.
Raes, N.

January 2016

Species distribution models (SDMs) are widely used to predict the occurrence of species. Because SDM...