Number of species observed in 0.1 ha samples (S) and predicted number of plant species using three nonparametric estimators (Chao1, ACE and Bootstrap) for 19 forest patches on the Yucatan Peninsula.

Species accumulation curves based on forest floor-based sampling of epiphytes.

Juliano Sarmento Cabral (755877)
Gunnar Petter (755878)
Glenda Mendieta-Leiva (755879)
Katrin Wagner (696261)
Gerhard Zotz (755880)
Holger Kreft (187754)

June 2015

A) Brazilian core transects (n = 30). B) Brazilian edge transects (n = 30). C) Panamanian transec...

van Breugel, Michiel
Craven, Dylan
Lai, Hao Ran
Bailon, Mario
Turner, Benjamin
Hall, Jefferson

December 2018

Species abundances per plot. Sampling was nested, with plants with 1-5 cm dbh sampled in 500 m2 per ...

Basic theoretical arguments advocating jackknife-2 as usually being the most appropriate nonparametric estimator of total species richness.

Béguinot, Jean

January 2016

12 pagesInternational audienceA lot of nonparametric estimators of the number of unrecorded species ...

Nonparametric species richness estimations of the monodominant Gilbertiodendron forest and the adjacent mixed forest.

Kelvin S.-H. Peh (566608)
Bonaventure Sonké (230332)
Olivier Séné (566609)
Marie-Noël K. Djuikouo (566610)
Charlemagne K. Nguembou (566611)
Hermann Taedoumg (566612)
Serge K. Begne (566613)
Simon L. Lewis (136299)

May 2014

*A total of 211 tree species and morphotypes were recorded from plot surveys (a total of 3 ha for...

Log linear models proposed to explain the variation in plant species density (S) in 19 forest patches on the Yucatan Peninsula.

Miguel A. Munguía-Rosas (485508)
Salvador Montiel (649453)

October 2014

Log linear models proposed to explain the variation in plant species density (S) in 19 forest pat...

Relationship between plant species density (number of species in 0.1 ha) and patch size (Size) (A) and between plant species density and the distance to the nearest patch (B) for a group of 19 forest patches on the Yucatan Peninsula.

Miguel A. Munguía-Rosas (485508)
Salvador Montiel (649453)

October 2014

Regression lines for A and B are also shown. The scale on the “x” axis for A is logarithmic.</p

Non-parametric estimations of (A) all plant species richness and (B) rare plant species richness for the whole study area and each of 9 ecosites.

Jian Zhang (1682)
Scott E. Nielsen (102428)
Tess N. Grainger (552881)
Monica Kohler (552882)
Tim Chipchar (552883)
Daniel R. Farr (552884)

April 2014

Non-parametric estimations of (A) all plant species richness and (B) rare plant species richness ...

Evaluation and monitoring of the flora in a nature reserve by estimation methods

CHIARUCCI, ALESSANDRO
MACCHERINI, SIMONA
DE DOMINICIS, VINCENZO

January 2001

We tested the use of non-parametric estimators of species richness to evaluate the flora of a relati...

Asymptotic models of species-area curve for measuring diversity of dry tropical forest tree species

Sagar, R.
Raghubanshi, A. S.
Singh, J. S.

June 2003

In a dry tropical forest, we examine the fitness and predictability of two non-asymptotic models (lo...

Number of plant species, genera and families in 26 forest patches (FP) and 4 reference sites within a continuous forest (CF) sampled in the fragmented Lacandon rainforest, Chiapas, Mexico.

Manuel A. Hernández-Ruedas (573120)
Víctor Arroyo-Rodríguez (242308)
Jorge A. Meave (182912)
Miguel Martínez-Ramos (496817)
Guillermo Ibarra-Manríquez (528244)
Esteban Martínez (5654482)
Gilberto Jamangapé (573121)
Felipe P. L. Melo (573122)
Bráulio A. Santos (242306)

June 2014

The observed values (Obs) and the expected (Exp) after a coverage-based rarefaction (interpolatio...

species richness in two wet tropical forest compartments

S. Magnussen
R. Pélissier
F. He
B. R. Ramesh
S. Magnussen R. Pélissier

March 2015

We assessed the performance of ten incidence-based estimators of tree species richness in simulated ...

Potential number of ethnomedicines using a non-parametric jackknife richness estimator and Chao’s species richness estimator.

Christopher D. Golden (125847)
B. J. Rodolph Rasolofoniaina (125850)
E. J. Gasta Anjaranirina (147387)
Lilien Nicolas (147393)
Laurent Ravaoliny (147398)
Claire Kremen (147400)

July 2012

As we were unable to sample the entire human population of the Makira Protected Area, we attempte...

Predicting the number of new species in further taxonomic sampling

Shen TJ

[[abstract]]In evaluating the effectiveness of further sampling in species taxonomic surveys, a prac...

Rarefaction curves of species richness (bootstrap method) based on the number of arthropods inhabiting Heliconia aurantiaca herbs in continuous forest and forest fragments in southeastern Mexico.

Julieta Benítez-Malvido (843037)
Wesley Dáttilo (576258)
Ana Paola Martínez-Falcón (338751)
César Durán-Barrón (843038)
Jorge Valenzuela (843039)
Sara López (843040)
Rafael Lombera (843041)

January 2016

The shaded area represents the confidence intervals of 95% based on 1000 randomizations.</p

Estimating species richness in hyper-diverse large tree communities

Ter Steege, Hans
Sabatier, Daniel
Mota de Oliveira, Sylvia
Magnusson, William E.
Molino, Jean-François
Gomes, Vitor F
Pos, Edwin T
Salomão, Rafael P

May 2017

Species richness estimation is one of the most widely used analyses carried out by ecologists, and n...

Species accumulation curves based on forest floor-based sampling of epiphytes.

Juliano Sarmento Cabral (755877)
Gunnar Petter (755878)
Glenda Mendieta-Leiva (755879)
Katrin Wagner (696261)
Gerhard Zotz (755880)
Holger Kreft (187754)

June 2015

A) Brazilian core transects (n = 30). B) Brazilian edge transects (n = 30). C) Panamanian transec...

Species abundances per plot

van Breugel, Michiel
Craven, Dylan
Lai, Hao Ran
Bailon, Mario
Turner, Benjamin
Hall, Jefferson

December 2018

Species abundances per plot. Sampling was nested, with plants with 1-5 cm dbh sampled in 500 m2 per ...

Basic theoretical arguments advocating jackknife-2 as usually being the most appropriate nonparametric estimator of total species richness.

Béguinot, Jean

January 2016

12 pagesInternational audienceA lot of nonparametric estimators of the number of unrecorded species ...

Nonparametric species richness estimations of the monodominant Gilbertiodendron forest and the adjacent mixed forest.

Kelvin S.-H. Peh (566608)
Bonaventure Sonké (230332)
Olivier Séné (566609)
Marie-Noël K. Djuikouo (566610)
Charlemagne K. Nguembou (566611)
Hermann Taedoumg (566612)
Serge K. Begne (566613)
Simon L. Lewis (136299)

May 2014

*A total of 211 tree species and morphotypes were recorded from plot surveys (a total of 3 ha for...

Log linear models proposed to explain the variation in plant species density (S) in 19 forest patches on the Yucatan Peninsula.

Miguel A. Munguía-Rosas (485508)
Salvador Montiel (649453)

October 2014

Log linear models proposed to explain the variation in plant species density (S) in 19 forest pat...

Relationship between plant species density (number of species in 0.1 ha) and patch size (Size) (A) and between plant species density and the distance to the nearest patch (B) for a group of 19 forest patches on the Yucatan Peninsula.

Miguel A. Munguía-Rosas (485508)
Salvador Montiel (649453)

October 2014

Regression lines for A and B are also shown. The scale on the “x” axis for A is logarithmic.</p

Non-parametric estimations of (A) all plant species richness and (B) rare plant species richness for the whole study area and each of 9 ecosites.

Jian Zhang (1682)
Scott E. Nielsen (102428)
Tess N. Grainger (552881)
Monica Kohler (552882)
Tim Chipchar (552883)
Daniel R. Farr (552884)

April 2014

Non-parametric estimations of (A) all plant species richness and (B) rare plant species richness ...

Evaluation and monitoring of the flora in a nature reserve by estimation methods

CHIARUCCI, ALESSANDRO
MACCHERINI, SIMONA
DE DOMINICIS, VINCENZO

January 2001

We tested the use of non-parametric estimators of species richness to evaluate the flora of a relati...

Asymptotic models of species-area curve for measuring diversity of dry tropical forest tree species

Sagar, R.
Raghubanshi, A. S.
Singh, J. S.

June 2003

In a dry tropical forest, we examine the fitness and predictability of two non-asymptotic models (lo...

Number of plant species, genera and families in 26 forest patches (FP) and 4 reference sites within a continuous forest (CF) sampled in the fragmented Lacandon rainforest, Chiapas, Mexico.

Manuel A. Hernández-Ruedas (573120)
Víctor Arroyo-Rodríguez (242308)
Jorge A. Meave (182912)
Miguel Martínez-Ramos (496817)
Guillermo Ibarra-Manríquez (528244)
Esteban Martínez (5654482)
Gilberto Jamangapé (573121)
Felipe P. L. Melo (573122)
Bráulio A. Santos (242306)

June 2014

The observed values (Obs) and the expected (Exp) after a coverage-based rarefaction (interpolatio...

species richness in two wet tropical forest compartments

S. Magnussen
R. Pélissier
F. He
B. R. Ramesh
S. Magnussen R. Pélissier

March 2015

We assessed the performance of ten incidence-based estimators of tree species richness in simulated ...

Potential number of ethnomedicines using a non-parametric jackknife richness estimator and Chao’s species richness estimator.

Christopher D. Golden (125847)
B. J. Rodolph Rasolofoniaina (125850)
E. J. Gasta Anjaranirina (147387)
Lilien Nicolas (147393)
Laurent Ravaoliny (147398)
Claire Kremen (147400)

July 2012

As we were unable to sample the entire human population of the Makira Protected Area, we attempte...

Predicting the number of new species in further taxonomic sampling

Shen TJ

[[abstract]]In evaluating the effectiveness of further sampling in species taxonomic surveys, a prac...

Rarefaction curves of species richness (bootstrap method) based on the number of arthropods inhabiting Heliconia aurantiaca herbs in continuous forest and forest fragments in southeastern Mexico.

Julieta Benítez-Malvido (843037)
Wesley Dáttilo (576258)
Ana Paola Martínez-Falcón (338751)
César Durán-Barrón (843038)
Jorge Valenzuela (843039)
Sara López (843040)
Rafael Lombera (843041)

January 2016

The shaded area represents the confidence intervals of 95% based on 1000 randomizations.</p

Estimating species richness in hyper-diverse large tree communities

Ter Steege, Hans
Sabatier, Daniel
Mota de Oliveira, Sylvia
Magnusson, William E.
Molino, Jean-François
Gomes, Vitor F
Pos, Edwin T
Salomão, Rafael P

May 2017

Species richness estimation is one of the most widely used analyses carried out by ecologists, and n...

Species accumulation curves based on forest floor-based sampling of epiphytes.

Juliano Sarmento Cabral (755877)
Gunnar Petter (755878)
Glenda Mendieta-Leiva (755879)
Katrin Wagner (696261)
Gerhard Zotz (755880)
Holger Kreft (187754)

June 2015

A) Brazilian core transects (n = 30). B) Brazilian edge transects (n = 30). C) Panamanian transec...

Species abundances per plot

van Breugel, Michiel
Craven, Dylan
Lai, Hao Ran
Bailon, Mario
Turner, Benjamin
Hall, Jefferson

December 2018

Species abundances per plot. Sampling was nested, with plants with 1-5 cm dbh sampled in 500 m2 per ...

Basic theoretical arguments advocating jackknife-2 as usually being the most appropriate nonparametric estimator of total species richness.

Béguinot, Jean

January 2016

12 pagesInternational audienceA lot of nonparametric estimators of the number of unrecorded species ...

Number of species observed in 0.1 ha samples (S) and predicted number of plant species using three nonparametric estimators (Chao1, ACE and Bootstrap) for 19 forest patches on the Yucatan Peninsula.

Abstract

Extracted data

Number of species observed in 0.1 ha samples (S) and predicted number of plant species using three nonparametric estimators (Chao1, ACE and Bootstrap) for 19 forest patches on the Yucatan Peninsula.

Abstract

Extracted data

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