P-values of ANCOVA for changes in sterol contents of four phytoplankton species, depending on the continuous variable light intensity (l, loge-transformed) and the factor medium phosphorus concentration (P).

Responses of lipid biomarkers (sterols and fatty acids (FAs) ) to multiple environmental in common marine diatoms and dinoflagellates in laboratory experiments.

Cao, Zhong
Bi, Rong
Zhang, Chuanli
Cui, Jiaxuan
Li, Li
Ding, Yang
Zhao, Meixun

August 2023

In the monospecific cultures of two algal species, i.e., P. tricornutum (Bacillariophyceae; strain M...

Sulfolipid profiles of Microcystis aeruginosa and cyanobacterial blooms as an indicator of P availability

Martin, Robbie M.
Denney, Maddie K.
Pound, Helena L.
Chaffin, Justin D.
Bullerjahn, George S.
McKay, Robert M.
Jones, Katarina A.
Castro, Hector F.
Campagna, Shawn R.
Wilhelm, Steven W.

May 2022

While phosphorus (P) scarcity can limit primary productivity in lakes, its oversupply can lead to th...

Effect of CO2, nutrients and light on coastal plankton. IV. Physiological responses

Sobrino, C.
Segovia, M.
Neale, P. J.
Mercado, J. M.
Garcia-Gomez, C.
Kulk, G.
Lorenzo, M. R.
Camarena, T.
van de Poll, W. H.
Spilling, K.
Ruan, Z.

November 2014

We studied the physiological response of phytoplankton to the interacting effects of 3 factors affec...

Simultaneous effects of light intensity and phosphorus supply on the sterol content of phytoplankton.

Maike Piepho
Dominik Martin-Creuzburg
Alexander Wacker

Sterol profiles of microalgae and their change with environmental conditions are of great interest i...

Simultaneous Effects of Light Intensity and Phosphorus Supply on the Sterol Content of Phytoplankton

Piepho, Maike
Martin-Creuzburg, Dominik
Wacker, Alexander

January 2010

Sterol profiles of microalgae and their change with environmental conditions are of great interest i...

Change in sterol content with light intensity in Chlamydomonas globosa.

Maike Piepho (358055)
Dominik Martin-Creuzburg (358057)
Alexander Wacker (358060)

February 2013

(▴, straight line) High-P treatments. (○, dashed line) Low-P treatments. Superscripts indicate st...

Change in sterol content with light intensity in Cyclotella meneghiniana.

Maike Piepho (358055)
Dominik Martin-Creuzburg (358057)
Alexander Wacker (358060)

February 2013

(▴, straight line) High-P treatments. (○, dashed line) Low-P treatments. Superscripts indicate st...

Suitability of Phytosterols Alongside Fatty Acids as Chemotaxonomic Biomarkers for Phytoplankton

Taipale, Sami J.
Hiltunen, Minna
Vuorio, Kristiina
Peltomaa, Elina

March 2016

The composition and abundance of phytoplankton is an important factor defining ecological status of...

Summary of nested ANOVAs for phytoplankton abundance, pH, dissolved oxygen (DO), and temperature.

Holly J. Puglis (318378)
Michelle D. Boone (318381)

February 2013

Summary of nested ANOVAs for phytoplankton abundance, pH, dissolved oxygen (DO), and temperature....

Phytoplankton group identification with chemotaxonomic biomarkers: In combination they do better

Peltomaa, Elina
Asikainen, Harri
Blomster, Jaanika
Pakkainen, Hannu
Rigaud, Cyril
Salmi, Pauliina
Taipale, Sami

May 2023

Chemotaxonomic biomarkers are needed to monitor and evaluate the nutritional quality of phytoplankto...

Phytoplankton group identification with chemotaxonomic biomarkers : In combination they do better

Peltomaa, E.
Asikainen, H.
Blomster, J.
Pakkanen, H.
Rigaud, C.
Salmi, P.
Taipale, S.

January 2023

Chemotaxonomic biomarkers are needed to monitor and evaluate the nutritional quality of phytoplankto...

Cell abundance, growth rate, cellular P quotas, and alkaline phosphatase activity from a laboratory experiment examining the response of three species of marine phytoplankton grown under different phosphorus (P) conditions

Whitney, LeAnn P.
Lomas, Michael W.

September 2020

Dataset: Phytoplankton phosphonate utilizationA laboratory experiment was carried out to characteriz...

Changes in inorganic carbon chemistry during phytoplankton growth in two chemostat experiments.

Jolanda M. H. Verspagen (614732)
Dedmer B. Van de Waal (420369)
Jan F. Finke (614733)
Petra M. Visser (358848)
Ellen Van Donk (2910167)
Jef Huisman (120338)

August 2014

Left panels: Chemostat experiment with low pCO2 of 200 ppm in the gas flow and 500 µmo...

Short-term and acclimated production-resource relationships for light-limited and nutrient-limited phytoplankton populations.

Michael J. Behrenfeld (8416701)
Kelsey M. Bisson (13813092)
Emmanuel Boss (6010568)
Peter Gaube (3805048)
Lee Karp-Boss (648174)

September 2022

(A) Short-term (20 minute) carbon-specific 14C uptake as measured by Fisher & Halsey [76] for Thalas...

Experiment I (N-limited, December 2014) phytoplankton fatty acid concentrations.

Morgan T. Meyers (6714587)
William P. Cochlan (2161789)
Edward J. Carpenter (603534)
Wim J. Kimmerer (2906564)

May 2019

Experiment I (N-limited, December 2014) phytoplankton fatty acid concentrations.</p

Responses of lipid biomarkers (sterols and fatty acids (FAs) ) to multiple environmental in common marine diatoms and dinoflagellates in laboratory experiments.

Cao, Zhong
Bi, Rong
Zhang, Chuanli
Cui, Jiaxuan
Li, Li
Ding, Yang
Zhao, Meixun

August 2023

In the monospecific cultures of two algal species, i.e., P. tricornutum (Bacillariophyceae; strain M...

Sulfolipid profiles of Microcystis aeruginosa and cyanobacterial blooms as an indicator of P availability

Martin, Robbie M.
Denney, Maddie K.
Pound, Helena L.
Chaffin, Justin D.
Bullerjahn, George S.
McKay, Robert M.
Jones, Katarina A.
Castro, Hector F.
Campagna, Shawn R.
Wilhelm, Steven W.

May 2022

While phosphorus (P) scarcity can limit primary productivity in lakes, its oversupply can lead to th...

Effect of CO2, nutrients and light on coastal plankton. IV. Physiological responses

Sobrino, C.
Segovia, M.
Neale, P. J.
Mercado, J. M.
Garcia-Gomez, C.
Kulk, G.
Lorenzo, M. R.
Camarena, T.
van de Poll, W. H.
Spilling, K.
Ruan, Z.

November 2014

We studied the physiological response of phytoplankton to the interacting effects of 3 factors affec...

Simultaneous effects of light intensity and phosphorus supply on the sterol content of phytoplankton.

Maike Piepho
Dominik Martin-Creuzburg
Alexander Wacker

Sterol profiles of microalgae and their change with environmental conditions are of great interest i...

Simultaneous Effects of Light Intensity and Phosphorus Supply on the Sterol Content of Phytoplankton

Piepho, Maike
Martin-Creuzburg, Dominik
Wacker, Alexander

January 2010

Sterol profiles of microalgae and their change with environmental conditions are of great interest i...

Change in sterol content with light intensity in Chlamydomonas globosa.

Maike Piepho (358055)
Dominik Martin-Creuzburg (358057)
Alexander Wacker (358060)

February 2013

(▴, straight line) High-P treatments. (○, dashed line) Low-P treatments. Superscripts indicate st...

Change in sterol content with light intensity in Cyclotella meneghiniana.

Maike Piepho (358055)
Dominik Martin-Creuzburg (358057)
Alexander Wacker (358060)

February 2013

(▴, straight line) High-P treatments. (○, dashed line) Low-P treatments. Superscripts indicate st...

Suitability of Phytosterols Alongside Fatty Acids as Chemotaxonomic Biomarkers for Phytoplankton

Taipale, Sami J.
Hiltunen, Minna
Vuorio, Kristiina
Peltomaa, Elina

March 2016

The composition and abundance of phytoplankton is an important factor defining ecological status of...

Summary of nested ANOVAs for phytoplankton abundance, pH, dissolved oxygen (DO), and temperature.

Holly J. Puglis (318378)
Michelle D. Boone (318381)

February 2013

Summary of nested ANOVAs for phytoplankton abundance, pH, dissolved oxygen (DO), and temperature....

Phytoplankton group identification with chemotaxonomic biomarkers: In combination they do better

Peltomaa, Elina
Asikainen, Harri
Blomster, Jaanika
Pakkainen, Hannu
Rigaud, Cyril
Salmi, Pauliina
Taipale, Sami

May 2023

Chemotaxonomic biomarkers are needed to monitor and evaluate the nutritional quality of phytoplankto...

Phytoplankton group identification with chemotaxonomic biomarkers : In combination they do better

Peltomaa, E.
Asikainen, H.
Blomster, J.
Pakkanen, H.
Rigaud, C.
Salmi, P.
Taipale, S.

January 2023

Chemotaxonomic biomarkers are needed to monitor and evaluate the nutritional quality of phytoplankto...

Cell abundance, growth rate, cellular P quotas, and alkaline phosphatase activity from a laboratory experiment examining the response of three species of marine phytoplankton grown under different phosphorus (P) conditions

Whitney, LeAnn P.
Lomas, Michael W.

September 2020

Dataset: Phytoplankton phosphonate utilizationA laboratory experiment was carried out to characteriz...

Changes in inorganic carbon chemistry during phytoplankton growth in two chemostat experiments.

Jolanda M. H. Verspagen (614732)
Dedmer B. Van de Waal (420369)
Jan F. Finke (614733)
Petra M. Visser (358848)
Ellen Van Donk (2910167)
Jef Huisman (120338)

August 2014

Left panels: Chemostat experiment with low pCO2 of 200 ppm in the gas flow and 500 µmo...

Short-term and acclimated production-resource relationships for light-limited and nutrient-limited phytoplankton populations.

Michael J. Behrenfeld (8416701)
Kelsey M. Bisson (13813092)
Emmanuel Boss (6010568)
Peter Gaube (3805048)
Lee Karp-Boss (648174)

September 2022

(A) Short-term (20 minute) carbon-specific 14C uptake as measured by Fisher & Halsey [76] for Thalas...

Experiment I (N-limited, December 2014) phytoplankton fatty acid concentrations.

Morgan T. Meyers (6714587)
William P. Cochlan (2161789)
Edward J. Carpenter (603534)
Wim J. Kimmerer (2906564)

May 2019

Experiment I (N-limited, December 2014) phytoplankton fatty acid concentrations.</p

Responses of lipid biomarkers (sterols and fatty acids (FAs) ) to multiple environmental in common marine diatoms and dinoflagellates in laboratory experiments.

Cao, Zhong
Bi, Rong
Zhang, Chuanli
Cui, Jiaxuan
Li, Li
Ding, Yang
Zhao, Meixun

August 2023

In the monospecific cultures of two algal species, i.e., P. tricornutum (Bacillariophyceae; strain M...

Sulfolipid profiles of Microcystis aeruginosa and cyanobacterial blooms as an indicator of P availability

Martin, Robbie M.
Denney, Maddie K.
Pound, Helena L.
Chaffin, Justin D.
Bullerjahn, George S.
McKay, Robert M.
Jones, Katarina A.
Castro, Hector F.
Campagna, Shawn R.
Wilhelm, Steven W.

May 2022

While phosphorus (P) scarcity can limit primary productivity in lakes, its oversupply can lead to th...

Effect of CO2, nutrients and light on coastal plankton. IV. Physiological responses

Sobrino, C.
Segovia, M.
Neale, P. J.
Mercado, J. M.
Garcia-Gomez, C.
Kulk, G.
Lorenzo, M. R.
Camarena, T.
van de Poll, W. H.
Spilling, K.
Ruan, Z.

November 2014

We studied the physiological response of phytoplankton to the interacting effects of 3 factors affec...

P-values of ANCOVA for changes in sterol contents of four phytoplankton species, depending on the continuous variable light intensity (l, log<sub>e</sub>-transformed) and the factor medium phosphorus concentration (P).

Abstract

Extracted data

P-values of ANCOVA for changes in sterol contents of four phytoplankton species, depending on the continuous variable light intensity (l, log<sub>e</sub>-transformed) and the factor medium phosphorus concentration (P).

Abstract

Extracted data

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