Statistical analyses for the generalized mixed-effects model evaluating the effect of region, week, tree sex, tree side, A. mellifera and wasp presence on wild bee presence in three regions in 2016.

Summary of analysis of variance for effects of plant species, plant type (tree or shrub), provenance (native or non-native), and Julian date number on bee genus diversity and snapshot counts.

Bernadette M. Mach (6156710)
Daniel A. Potter (420879)

December 2018

Summary of analysis of variance for effects of plant species, plant type (tree or shrub), provenance...

Reviewed effects of managed bees on wild bees through changes in plant communities.

Rachel E. Mallinger (3277620)
Hannah R. Gaines-Day (4672390)
Claudio Gratton (148958)

December 2017

Variables reported by studies examining the effects of managed bees on plant communities includin...

Results from generalized linear mixed models testing for the effects of an ant reduction treatment (A), tree species diversity (SD), mahogany (Swietenia macrophylla) genotypic diversity (GD), and their interactions on the abundance of generalist (G) and specialist (S) herbivores on mahogany.

María José Campos-Navarrete (779572)
Luis Abdala-Roberts (618958)
Miguel A. Munguía-Rosas (485508)
Víctor Parra-Tabla (485510)

August 2015

The model for ant abundance tested for the effects of SD, GD, and their interaction, but did not ...

Statistical analyses for the generalized mixed-effects model evaluating the effect of region, year, week, tree sex, tree side, A. mellifera or wasp presence on wild bee presence in two regions in 2016 and 2017.

Androulla I. Varnava (14609427)
George A. Manganaris (4862041)
Menelaos C. Stavrinides (17262521)

October 2023

Statistical analyses for the generalized mixed-effects model evaluating the effect of region, year, ...

Results of general linear models.

Sebastian Hopfenmüller (618158)
Ingolf Steffan-Dewenter (127438)
Andrea Holzschuh (506825)

August 2014

Effects of connectivity, patch density, percentage semi-natural habitats, patch slope and patch a...

Statistics from the mixed effect linear model (MIXED) analysis of the population abundance and parasitism rate of cotton aphids in different seasons and years.

Jinhua Li (160513)
Yuekun Wu (5946431)
Qian Zhang (49333)
Haiqiang Li (5946434)
Hongsheng Pan (391528)
Wei Lu (3580)
Dongmei Wang (282313)
Jianping Zhang (161794)
Yanhui Lu (332793)

November 2018

Statistics from the mixed effect linear model (MIXED) analysis of the population abundance and paras...

Individual bee level linear mixed effect models relative to annual number of colonies surviving among six apiaries in North Dakota, 2010–2013.

Matthew Smart (2583088)
Jeff Pettis (454522)
Nathan Rice (849720)
Zac Browning (576507)
Marla Spivak (328033)

March 2016

Individual bee level linear mixed effect models relative to annual number of colonies surviving a...

Generalized linear models for bee abundance and species richness depending on landscape variables.

Laura Fortel (614514)
Mickaël Henry (205924)
Laurent Guilbaud (614515)
Anne Laure Guirao (614516)
Michael Kuhlmann (430827)
Hugues Mouret (614517)
Orianne Rollin (614518)
Bernard E. Vaissière (506818)

August 2014

Results of generalized linear models with abundance or species richness as dependent variables an...

Summary of analysis of variance for effects of plant species, plant type (tree or shrub), provenance (native or non-native), and Julian date number on bee taxa abundance.

Bernadette M. Mach (6156710)
Daniel A. Potter (420879)

December 2018

Summary of analysis of variance for effects of plant species, plant type (tree or shrub), provenance...

Results of statistical analyses for the generalized mixed-effects model evaluating the effect of treatment, region and their interaction, and the number of individual inflorescences per inflorescence group on the number of pods produced in the open and wind pollination treatment.

Androulla I. Varnava (14609427)
George A. Manganaris (4862041)
Menelaos C. Stavrinides (17262521)

October 2023

Results of statistical analyses for the generalized mixed-effects model evaluating the effect of tre...

Statistical values of the generalized linear mixed-effect model using water as a control reference to determine the effect of treatments and age on social behavior occurrence in all bees (observations from day 3 to day 17 after reintroduction).

Julie Fourrier (769542)
Matthieu Deschamps (707196)
Léa Droin (769543)
Cédric Alaux (163634)
Dominique Fortini (769544)
Dominique Beslay (360593)
Yves Le Conte (163630)
James Devillers (734182)
Pierrick Aupinel (769545)
Axel Decourtye (441353)

July 2015

GLMMs logistic regression was performed on a total of 727 behaviors. n indicates the number of be...

Statistical values of the generalized linear mixed-effect model using water as a control reference to determine the effect of treatments and age on social behavior occurrence in young bees (observations from day 3 to day 5 after reintroduction).

Julie Fourrier (769542)
Matthieu Deschamps (707196)
Léa Droin (769543)
Cédric Alaux (163634)
Dominique Fortini (769544)
Dominique Beslay (360593)
Yves Le Conte (163630)
James Devillers (734182)
Pierrick Aupinel (769545)
Axel Decourtye (441353)

July 2015

GLMMs logistic regression was performed on a total of 293 behaviors. n indicates the number of be...

Correlation between the percentage of viable seeds in each yellow starthistle seed head and the average number of site visits by morphotype.

Misha Leong (510404)
Claire Kremen (147400)
George K. Roderick (169507)

January 2014

Bee morphotype visitation data, calculated community metrics, and yellow starthistle seed heads w...

Generalized linear models for the occurrence frequency of bee species depending on functional traits and landscape variables within 500 m.

Laura Fortel (614514)
Mickaël Henry (205924)
Laurent Guilbaud (614515)
Anne Laure Guirao (614516)
Michael Kuhlmann (430827)
Hugues Mouret (614517)
Orianne Rollin (614518)
Bernard E. Vaissière (506818)

August 2014

Results of generalized linear models with the occurrence frequency of bee species as dependent va...

Data from: Evaluating predictive performance of statistical models explaining wild bee abundance in a mass-flowering crop

Blasi Romero, Maria
Bartomeus, Ignasi
Bommarco, Riccardo
Gagic, Vesna
Garratt, Michael
Holzschuh, Andrea
Kleijn, David
Lindström, Sandra A.M.
Olsson, Peter
Polce, Chiara
Potts, Simon G.
Rundlöf, Maj
Scheper, Jeroen
Smith, Henrik G.
Steffan-Dewenter, Ingolf
Clough, Yann

January 2021

Wild bee populations are threatened by current agricultural practices in many parts of the world, wh...

Summary of analysis of variance for effects of plant species, plant type (tree or shrub), provenance (native or non-native), and Julian date number on bee genus diversity and snapshot counts.

Bernadette M. Mach (6156710)
Daniel A. Potter (420879)

December 2018

Summary of analysis of variance for effects of plant species, plant type (tree or shrub), provenance...

Reviewed effects of managed bees on wild bees through changes in plant communities.

Rachel E. Mallinger (3277620)
Hannah R. Gaines-Day (4672390)
Claudio Gratton (148958)

December 2017

Variables reported by studies examining the effects of managed bees on plant communities includin...

Results from generalized linear mixed models testing for the effects of an ant reduction treatment (A), tree species diversity (SD), mahogany (Swietenia macrophylla) genotypic diversity (GD), and their interactions on the abundance of generalist (G) and specialist (S) herbivores on mahogany.

María José Campos-Navarrete (779572)
Luis Abdala-Roberts (618958)
Miguel A. Munguía-Rosas (485508)
Víctor Parra-Tabla (485510)

August 2015

The model for ant abundance tested for the effects of SD, GD, and their interaction, but did not ...

Statistical analyses for the generalized mixed-effects model evaluating the effect of region, year, week, tree sex, tree side, A. mellifera or wasp presence on wild bee presence in two regions in 2016 and 2017.

Androulla I. Varnava (14609427)
George A. Manganaris (4862041)
Menelaos C. Stavrinides (17262521)

October 2023

Statistical analyses for the generalized mixed-effects model evaluating the effect of region, year, ...

Results of general linear models.

Sebastian Hopfenmüller (618158)
Ingolf Steffan-Dewenter (127438)
Andrea Holzschuh (506825)

August 2014

Effects of connectivity, patch density, percentage semi-natural habitats, patch slope and patch a...

Statistics from the mixed effect linear model (MIXED) analysis of the population abundance and parasitism rate of cotton aphids in different seasons and years.

Jinhua Li (160513)
Yuekun Wu (5946431)
Qian Zhang (49333)
Haiqiang Li (5946434)
Hongsheng Pan (391528)
Wei Lu (3580)
Dongmei Wang (282313)
Jianping Zhang (161794)
Yanhui Lu (332793)

November 2018

Statistics from the mixed effect linear model (MIXED) analysis of the population abundance and paras...

Individual bee level linear mixed effect models relative to annual number of colonies surviving among six apiaries in North Dakota, 2010–2013.

Matthew Smart (2583088)
Jeff Pettis (454522)
Nathan Rice (849720)
Zac Browning (576507)
Marla Spivak (328033)

March 2016

Individual bee level linear mixed effect models relative to annual number of colonies surviving a...

Generalized linear models for bee abundance and species richness depending on landscape variables.

Laura Fortel (614514)
Mickaël Henry (205924)
Laurent Guilbaud (614515)
Anne Laure Guirao (614516)
Michael Kuhlmann (430827)
Hugues Mouret (614517)
Orianne Rollin (614518)
Bernard E. Vaissière (506818)

August 2014

Results of generalized linear models with abundance or species richness as dependent variables an...

Summary of analysis of variance for effects of plant species, plant type (tree or shrub), provenance (native or non-native), and Julian date number on bee taxa abundance.

Bernadette M. Mach (6156710)
Daniel A. Potter (420879)

December 2018

Summary of analysis of variance for effects of plant species, plant type (tree or shrub), provenance...

Results of statistical analyses for the generalized mixed-effects model evaluating the effect of treatment, region and their interaction, and the number of individual inflorescences per inflorescence group on the number of pods produced in the open and wind pollination treatment.

Androulla I. Varnava (14609427)
George A. Manganaris (4862041)
Menelaos C. Stavrinides (17262521)

October 2023

Results of statistical analyses for the generalized mixed-effects model evaluating the effect of tre...

Statistical values of the generalized linear mixed-effect model using water as a control reference to determine the effect of treatments and age on social behavior occurrence in all bees (observations from day 3 to day 17 after reintroduction).

Julie Fourrier (769542)
Matthieu Deschamps (707196)
Léa Droin (769543)
Cédric Alaux (163634)
Dominique Fortini (769544)
Dominique Beslay (360593)
Yves Le Conte (163630)
James Devillers (734182)
Pierrick Aupinel (769545)
Axel Decourtye (441353)

July 2015

GLMMs logistic regression was performed on a total of 727 behaviors. n indicates the number of be...

Statistical values of the generalized linear mixed-effect model using water as a control reference to determine the effect of treatments and age on social behavior occurrence in young bees (observations from day 3 to day 5 after reintroduction).

Julie Fourrier (769542)
Matthieu Deschamps (707196)
Léa Droin (769543)
Cédric Alaux (163634)
Dominique Fortini (769544)
Dominique Beslay (360593)
Yves Le Conte (163630)
James Devillers (734182)
Pierrick Aupinel (769545)
Axel Decourtye (441353)

July 2015

GLMMs logistic regression was performed on a total of 293 behaviors. n indicates the number of be...

Correlation between the percentage of viable seeds in each yellow starthistle seed head and the average number of site visits by morphotype.

Misha Leong (510404)
Claire Kremen (147400)
George K. Roderick (169507)

January 2014

Bee morphotype visitation data, calculated community metrics, and yellow starthistle seed heads w...

Generalized linear models for the occurrence frequency of bee species depending on functional traits and landscape variables within 500 m.

Laura Fortel (614514)
Mickaël Henry (205924)
Laurent Guilbaud (614515)
Anne Laure Guirao (614516)
Michael Kuhlmann (430827)
Hugues Mouret (614517)
Orianne Rollin (614518)
Bernard E. Vaissière (506818)

August 2014

Results of generalized linear models with the occurrence frequency of bee species as dependent va...

Data from: Evaluating predictive performance of statistical models explaining wild bee abundance in a mass-flowering crop

Blasi Romero, Maria
Bartomeus, Ignasi
Bommarco, Riccardo
Gagic, Vesna
Garratt, Michael
Holzschuh, Andrea
Kleijn, David
Lindström, Sandra A.M.
Olsson, Peter
Polce, Chiara
Potts, Simon G.
Rundlöf, Maj
Scheper, Jeroen
Smith, Henrik G.
Steffan-Dewenter, Ingolf
Clough, Yann

January 2021

Wild bee populations are threatened by current agricultural practices in many parts of the world, wh...

Summary of analysis of variance for effects of plant species, plant type (tree or shrub), provenance (native or non-native), and Julian date number on bee genus diversity and snapshot counts.

Bernadette M. Mach (6156710)
Daniel A. Potter (420879)

December 2018

Summary of analysis of variance for effects of plant species, plant type (tree or shrub), provenance...

Reviewed effects of managed bees on wild bees through changes in plant communities.

Rachel E. Mallinger (3277620)
Hannah R. Gaines-Day (4672390)
Claudio Gratton (148958)

December 2017

Variables reported by studies examining the effects of managed bees on plant communities includin...

Results from generalized linear mixed models testing for the effects of an ant reduction treatment (A), tree species diversity (SD), mahogany (Swietenia macrophylla) genotypic diversity (GD), and their interactions on the abundance of generalist (G) and specialist (S) herbivores on mahogany.

María José Campos-Navarrete (779572)
Luis Abdala-Roberts (618958)
Miguel A. Munguía-Rosas (485508)
Víctor Parra-Tabla (485510)

August 2015

The model for ant abundance tested for the effects of SD, GD, and their interaction, but did not ...

Statistical analyses for the generalized mixed-effects model evaluating the effect of region, week, tree sex, tree side, <i>A</i>. <i>mellifera</i> and wasp presence on wild bee presence in three regions in 2016.

Abstract

Extracted data

Statistical analyses for the generalized mixed-effects model evaluating the effect of region, week, tree sex, tree side, <i>A</i>. <i>mellifera</i> and wasp presence on wild bee presence in three regions in 2016.

Abstract

Extracted data

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