Add to ORKG[Abstract] Low hydrocarbon concentrations stimulated the growth of Tetraselmis suecica, whereas higher concentrations (200 ppm) inhibited growth. The content of chlorophyll a in this microalga was affected in a similar way. Crude oil had the most marked effects. Dispersant SEAKLIN-101-NT and mixtures of oil and SEAKLIN-101-NT did not show selective toxicity for the microalga, although inhibitory effects could be observed at high concentrations
This study examines the potential effects of exposure to South Louisiana sweet crude oil (LSC), Core...
Laboratory experiments were conducted to study the effects of oil spills and dispersants on the grow...
The primary objective of this study was to evaluate the application of dispersant to spilled oil as ...
Includes bibliographical references (leaves 62-70)Three marine algal species, Isochrysis galbana Par...
This experiment was designed to determine the effects that crude oil and dispersants have on a marin...
We conducted controlled laboratory exposure experiments to assess the toxic effects of water-accommo...
Two algal culture systems were used to investigate the effects on the growth of five phytoplankton s...
12 pages, 9 figures, 3 tables.-- Printed version published Jul 10, 2009.Two microcosm experiments we...
The effects of crude oil on the population structure of plankton in water samples collected from a f...
This study assessed the toxicity of water-accommodated fraction (WAF) and chemically enhanced WAF (C...
ABSTRACT Four separate mesocosm-based Experiments (A-D) were carried out over a period of four month...
We conducted ship-, shore- and laboratory-based crude oil exposure experiments to investigate (1) th...
A comparison of growth response of algal species in varying concentrations of petroleum products to ...
We conducted ship-, shore- and laboratory-based crude oil exposure experiments to investigate (1) th...
An experimental subsurface release of chemically dispersed oil at Cape Hatt, northern Baffin Island,...
This study examines the potential effects of exposure to South Louisiana sweet crude oil (LSC), Core...
Laboratory experiments were conducted to study the effects of oil spills and dispersants on the grow...
The primary objective of this study was to evaluate the application of dispersant to spilled oil as ...
Includes bibliographical references (leaves 62-70)Three marine algal species, Isochrysis galbana Par...
This experiment was designed to determine the effects that crude oil and dispersants have on a marin...
We conducted controlled laboratory exposure experiments to assess the toxic effects of water-accommo...
Two algal culture systems were used to investigate the effects on the growth of five phytoplankton s...
12 pages, 9 figures, 3 tables.-- Printed version published Jul 10, 2009.Two microcosm experiments we...
The effects of crude oil on the population structure of plankton in water samples collected from a f...
This study assessed the toxicity of water-accommodated fraction (WAF) and chemically enhanced WAF (C...
ABSTRACT Four separate mesocosm-based Experiments (A-D) were carried out over a period of four month...
We conducted ship-, shore- and laboratory-based crude oil exposure experiments to investigate (1) th...
A comparison of growth response of algal species in varying concentrations of petroleum products to ...
We conducted ship-, shore- and laboratory-based crude oil exposure experiments to investigate (1) th...
An experimental subsurface release of chemically dispersed oil at Cape Hatt, northern Baffin Island,...
This study examines the potential effects of exposure to South Louisiana sweet crude oil (LSC), Core...
Laboratory experiments were conducted to study the effects of oil spills and dispersants on the grow...
The primary objective of this study was to evaluate the application of dispersant to spilled oil as ...