Regression tree analysis for crustacean zooplankton densities aggregated across all waterbodies in the U.S., with the locations of the waterbodies from the regression tree groupings shown with different colors on the map.

Regression tree analysis of the log fish abundance at Lizard Island, QLD, Australia.

Valeriya Komyakova (497360)
Philip L. Munday (333703)
Geoffrey P. Jones (117774)

December 2013

The explanatory variables were: site, topographic complexity, habitat diversity, coral species ri...

Regression models for geographic distribution of species richness and abundance.

Xiao-Dong Yu (434533)
Liang Lü (2637379)
Feng-Yan Wang (2637388)
Tian-Hong Luo (434534)
Si-Si Zou (2637382)
Cheng-Bin Wang (2637385)
Ting-Ting Song (402555)
Hong-Zhang Zhou (434535)

May 2016

Regression models for geographic distribution of species richness and abundance.</p

Locations of reservoirs (filled circles) and natural lakes (open circles) sampled in the 2007 National Lakes Assessment that were included in zooplankton analyses.

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

Locations of reservoirs (filled circles) and natural lakes (open circles) sampled in the 2007 Nation...

Regression tree analysis for calanoid zooplankton density aggregated across all waterbodies (reservoirs and natural lakes together) in the U.S.

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

In the pie charts, white refers to natural lakes and black refers to reservoirs.</p

Regression tree analysis for calanoid zooplankton density conducted separately for a) natural lakes and b) reservoirs.

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

Regression tree analysis for calanoid zooplankton density conducted separately for a) natural lakes ...

Multiple linear regression model statistics for the effects of waterbody type as an indicator variable (with natural lakes coded as 0 and reservoirs coded as 1), latitude, and the interaction of waterbody type and latitude on zooplankton and other environmental variables.

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

Multiple linear regression model statistics for the effects of waterbody type as an indicator variab...

Multivariate regression tree for 10 species of fish from Moore Reef fish aggregation site.

Eric E. Fisher (6111383)
John H. Choat (3315060)
Mark I. McCormick (126071)
Mike Cappo (488961)

December 2018

The best tree structure from a multivariate regression tree analysis of the counts of 10 species pre...

Allochthony in the different zooplankton groups as functions of (A) the ratio between phytoplanktonic and bacterioplanktonic biomassa and (B) amount dissolved organic carbon in lake Övre Björntjärn.

Martin Berggren (701223)
Ann-Kristin Bergström (701224)
Jan Karlsson (3297)

March 2015

Regression lines are drawn separately for each zooplankton group which represents significant (p ...

Comparison of each zooplankton group and other environmental variables between natural lakes and reservoirs across the continental U.S., with each variable’s untransformed mean values and standard errors (SE).

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

Comparison of each zooplankton group and other environmental variables between natural lakes and res...

Classification regression tree.

Benjamin C. Williams (3219786)
Gordon H. Kruse (3219780)
Martin W. Dorn (3219783)

October 2016

Proportion of female walleye pollock mature by area from a classification and regression tree mod...

Predicting the density of zooplankton subsidy to a stream with multiple impoundments using water quality parameters

Ruhl, Nathan
Ruggiero, Dominic
Iuliucci, Sara
Grove, Michael
Richmond, Courtney

January 2023

Damming a stream inserts a lentic system (an impoundment or reservoir) into a lotic system, changing...

Predicting the density of zooplankton subsidy to a stream with multiple impoundments using water quality parameters

Ruhl, Nathan
Ruggiero, Dominic
Iuliucci, Sara
Grove, Michael
Richmond, Courtney

January 2023

Damming a stream inserts a lentic system (an impoundment or reservoir) into a lotic system, changing...

Temporal Variation and Spatial Distribution in the Water Environment Helps Explain Seasonal Dynamics of Zooplankton in River-Type Reservoir

Jingyun Yin
Jihong Xia
Zhichang Xia
Wangwei Cai
Zewen Liu
Kejun Xu
Yue Wang
Rongzhen Zhang
Xu Dong

October 2022

Integrated assessment of the water environment has become widespread in many rivers, lakes, and rese...

Relationships between reservoir primary purpose and a) total crustacean zooplankton, b) total copepods, c) calanoids, and d) cladocerans.

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

Letters above each boxplot denote statistical differences of zooplankton among reservoir primary pur...

Crustacean Zooplankton Species Richness in 66 North American Lakes

April 2011

Data from 66 North American lakes were collected to construct a model for predicting the number of c...

Regression tree analysis of the log fish abundance at Lizard Island, QLD, Australia.

Valeriya Komyakova (497360)
Philip L. Munday (333703)
Geoffrey P. Jones (117774)

December 2013

The explanatory variables were: site, topographic complexity, habitat diversity, coral species ri...

Regression models for geographic distribution of species richness and abundance.

Xiao-Dong Yu (434533)
Liang Lü (2637379)
Feng-Yan Wang (2637388)
Tian-Hong Luo (434534)
Si-Si Zou (2637382)
Cheng-Bin Wang (2637385)
Ting-Ting Song (402555)
Hong-Zhang Zhou (434535)

May 2016

Regression models for geographic distribution of species richness and abundance.</p

Locations of reservoirs (filled circles) and natural lakes (open circles) sampled in the 2007 National Lakes Assessment that were included in zooplankton analyses.

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

Locations of reservoirs (filled circles) and natural lakes (open circles) sampled in the 2007 Nation...

Regression tree analysis for calanoid zooplankton density aggregated across all waterbodies (reservoirs and natural lakes together) in the U.S.

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

In the pie charts, white refers to natural lakes and black refers to reservoirs.</p

Regression tree analysis for calanoid zooplankton density conducted separately for a) natural lakes and b) reservoirs.

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

Regression tree analysis for calanoid zooplankton density conducted separately for a) natural lakes ...

Multiple linear regression model statistics for the effects of waterbody type as an indicator variable (with natural lakes coded as 0 and reservoirs coded as 1), latitude, and the interaction of waterbody type and latitude on zooplankton and other environmental variables.

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

Multiple linear regression model statistics for the effects of waterbody type as an indicator variab...

Multivariate regression tree for 10 species of fish from Moore Reef fish aggregation site.

Eric E. Fisher (6111383)
John H. Choat (3315060)
Mark I. McCormick (126071)
Mike Cappo (488961)

December 2018

The best tree structure from a multivariate regression tree analysis of the counts of 10 species pre...

Allochthony in the different zooplankton groups as functions of (A) the ratio between phytoplanktonic and bacterioplanktonic biomassa and (B) amount dissolved organic carbon in lake Övre Björntjärn.

Martin Berggren (701223)
Ann-Kristin Bergström (701224)
Jan Karlsson (3297)

March 2015

Regression lines are drawn separately for each zooplankton group which represents significant (p ...

Comparison of each zooplankton group and other environmental variables between natural lakes and reservoirs across the continental U.S., with each variable’s untransformed mean values and standard errors (SE).

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

Comparison of each zooplankton group and other environmental variables between natural lakes and res...

Classification regression tree.

Benjamin C. Williams (3219786)
Gordon H. Kruse (3219780)
Martin W. Dorn (3219783)

October 2016

Proportion of female walleye pollock mature by area from a classification and regression tree mod...

Predicting the density of zooplankton subsidy to a stream with multiple impoundments using water quality parameters

Ruhl, Nathan
Ruggiero, Dominic
Iuliucci, Sara
Grove, Michael
Richmond, Courtney

January 2023

Damming a stream inserts a lentic system (an impoundment or reservoir) into a lotic system, changing...

Predicting the density of zooplankton subsidy to a stream with multiple impoundments using water quality parameters

Ruhl, Nathan
Ruggiero, Dominic
Iuliucci, Sara
Grove, Michael
Richmond, Courtney

January 2023

Damming a stream inserts a lentic system (an impoundment or reservoir) into a lotic system, changing...

Temporal Variation and Spatial Distribution in the Water Environment Helps Explain Seasonal Dynamics of Zooplankton in River-Type Reservoir

Jingyun Yin
Jihong Xia
Zhichang Xia
Wangwei Cai
Zewen Liu
Kejun Xu
Yue Wang
Rongzhen Zhang
Xu Dong

October 2022

Integrated assessment of the water environment has become widespread in many rivers, lakes, and rese...

Relationships between reservoir primary purpose and a) total crustacean zooplankton, b) total copepods, c) calanoids, and d) cladocerans.

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

Letters above each boxplot denote statistical differences of zooplankton among reservoir primary pur...

Crustacean Zooplankton Species Richness in 66 North American Lakes

April 2011

Data from 66 North American lakes were collected to construct a model for predicting the number of c...

Regression tree analysis of the log fish abundance at Lizard Island, QLD, Australia.

Valeriya Komyakova (497360)
Philip L. Munday (333703)
Geoffrey P. Jones (117774)

December 2013

The explanatory variables were: site, topographic complexity, habitat diversity, coral species ri...

Regression models for geographic distribution of species richness and abundance.

Xiao-Dong Yu (434533)
Liang Lü (2637379)
Feng-Yan Wang (2637388)
Tian-Hong Luo (434534)
Si-Si Zou (2637382)
Cheng-Bin Wang (2637385)
Ting-Ting Song (402555)
Hong-Zhang Zhou (434535)

May 2016

Regression models for geographic distribution of species richness and abundance.</p

Locations of reservoirs (filled circles) and natural lakes (open circles) sampled in the 2007 National Lakes Assessment that were included in zooplankton analyses.

Jonathan P. Doubek (4762296)
Cayelan C. Carey (689238)
Michael Lavender (6191042)
Amanda K. Winegardner (6191045)
Marieke Beaulieu (6191048)
Patrick T. Kelly (2927535)
Amina I. Pollard (2553424)
Dietmar Straile (128939)
Jason D. Stockwell (6191051)

January 2019

Locations of reservoirs (filled circles) and natural lakes (open circles) sampled in the 2007 Nation...

Regression tree analysis for crustacean zooplankton densities aggregated across all waterbodies in the U.S., with the locations of the waterbodies from the regression tree groupings shown with different colors on the map.

Abstract

Extracted data

Regression tree analysis for crustacean zooplankton densities aggregated across all waterbodies in the U.S., with the locations of the waterbodies from the regression tree groupings shown with different colors on the map.

Abstract

Extracted data

Related items

Related items