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Cryptogamie, Algologie

This page lists the articles of the journal Cryptogamie, Algologie ; you can filter the content (multiple choices) using the form below.



2012

en Review of the main ecological features affecting benthic dinoflagellate blooms

Santiago FRAGA et al.

171-179, Published on 25 May 2012, art. 33 (20)

en A new method for sampling potentially toxic benthic dinoflagellates

Marinella ABBATE et al.

165-170, Published on 25 May 2012, art. 33 (19)

en Genetic diversity of the genus Ostreopsis Schmidt: phylogeographical considerations and molecular methodology applications for field detection in the Mediterranean Sea

Antonella PENNA et al.

153-163, Published on 25 May 2012, art. 33 (18)

en Management of Ostreopsis blooms in recreational waters along the Catalan coast (NW Mediterranean Sea): cooperation between a research project and a monitoring program

Magda VILA et al.

143-152, Published on 25 May 2012, art. 33 (17)

en Interactions between scientists, managers and policy makers in the framework of the French MediOs project on Ostreopsis (2008-2010)

Rodolphe LEMÉE et al.

137-142, Published on 25 May 2012, art. 33 (16)

en Preliminary assessments of the impact of Ostreopsis cf. ovata (Dinophyceae) development on macroinvertebrates in the North Western Mediterranean Sea

Aurélie BLANFUNÉ et al.

129-136, Published on 25 May 2012, art. 33 (15)

en The negative impact of Ostreopsis cf. ovata on phytal meiofauna from the coastal NW Mediterranean

Laurence D. GUIDI-GUILVARD et al.

121-128, Published on 25 May 2012, art. 33 (14)

en Comparative growth of three strains of Ostreopsis ovata at different light intensities with focus on inter-specific allelopathic interactions

Marina MONTI & Eleonora CECCHIN

113-119, Published on 25 May 2012, art. 33 (13)

en Cell growth and toxins' content of Ostreopsis cf. ovata in presence and absence of associated bacteria

Silvana VANUCCI et al.

105-112, Published on 25 May 2012, art. 33 (12)

en Palytoxin and other microalgal toxins belonging to different chemical classes induce cytotoxic effects involving a common set of stress response proteins

Gian Paolo ROSSINI & Gian Luca SALA

99-103, Published on 25 May 2012, art. 33 (11)


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