INVESTIGADORES
CASCO sylvina Lorena
artículos
Título:
Epibiont algae on planktic microcrustaceans from a subtropical shallow lake (Argentina)
Autor/es:
ZALOCAR DE DOMITROVIC, Y.; FORASTIER, M.E.; CASCO, S. L.; CONFORTI, V.
Revista:
ALGOLOGICAL STUDIES
Editorial:
E. SCHWEIZERBART'SCHE VERLAGS
Referencias:
Lugar: Stuttgart; Año: 2008 vol. 127 p. 29 - 38
ISSN:
0342-1120
Resumen:
Abstract: Studies on taxonomy and seasonal variations of density and biomass
were carried out over a year on epibiont algae on planktic microcrustaceans from
a subtropical shallow lake (Corrientes, Argentina). Four taxa, 3 Chlorophyta and
1 Euglenophyta, were documented. Among them, Chloromonas anuraeae (KORSHIKOV)
GERLOFF et ETTL and Chlorangiopsis systilis KORSHIKOV were documented
for the first time for South America, and Korshikoviella setosa (FILARSZ.)
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
for the first time for South America, and Korshikoviella setosa (FILARSZ.)
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
for the first time for South America, and Korshikoviella setosa (FILARSZ.)
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
GERLOFF et ETTL and Chlorangiopsis systilis KORSHIKOV were documented
for the first time for South America, and Korshikoviella setosa (FILARSZ.)
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
for the first time for South America, and Korshikoviella setosa (FILARSZ.)
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
for the first time for South America, and Korshikoviella setosa (FILARSZ.)
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
GERLOFF et ETTL and Chlorangiopsis systilis KORSHIKOV were documented
for the first time for South America, and Korshikoviella setosa (FILARSZ.)
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
for the first time for South America, and Korshikoviella setosa (FILARSZ.)
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
for the first time for South America, and Korshikoviella setosa (FILARSZ.)
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
were carried out over a year on epibiont algae on planktic microcrustaceans from
a subtropical shallow lake (Corrientes, Argentina). Four taxa, 3 Chlorophyta and
1 Euglenophyta, were documented. Among them, Chloromonas anuraeae (KORSHIKOV)
GERLOFF et ETTL and Chlorangiopsis systilis KORSHIKOV were documented
for the first time for South America, and Korshikoviella setosa (FILARSZ.)
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
for the first time for South America, and Korshikoviella setosa (FILARSZ.)
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
SILVA for the first time in Argentina. Colacium vesiculosum EHRENB. was the most
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
frequent taxon observed. The infestation percentage was high in adult microcrustaceans
of calanoid copepods. The absence of a significant correlation between the
density of epibionts and microcrustaceans or between both populations and the
environmental variables suggests that epibiont algae might not play a key role in
the regulation of planktic microcrustaceans.
for the first time for South America, and Korshikoviella setosa (FILARSZ
