Using multitable techniques for assessing
phytoplankton structure and succession in the Reservoir Marne (Seine catchment area, France) Appendix for tables and graphics
F. Bertrand, M. Maumy, A. Rolland and S. Jacquet
Abstract
Appendix for material (table and graphics) that could not be included in the article due to length restrictions.
Table 1 Phytoplankton family counts and color correspondence
Phytoplankton Familly Total Species Selected Speciesa Color
Cryptomonads 7 6 red
Cyanobacteria 33 18 blue
Desmidiates 26 4 darkred
Diatoms 46 14 magenta
Dinoflagellates 15 6 cyan
Euglenoids 16 4 darkgrey
Golden Algae 22 13 orange
Green Algae 111 47 green
Yellow-green Algae 6 1 black
aSelection of species was carried out following the rules detailed in subsection 1.1 of the article.
F. Bertrand
IRMA – Universit´e Louis Pasteur & CNRS, 7 rue Ren´e Descartes, 67084 Strasbourg Cedex, France, e-mail: fbertran@math.u-strasbg.fr
M. Maumy
IRMA – Universit´e Louis Pasteur & CNRS, 7 rue Ren´e Descartes, 67084 Strasbourg Cedex, France, e-mail: mmaumy@math.u-strasbg.fr
A. Rolland
INRA, Station d’Hydrobiologie Lacustre – Universit de Savoie, 75 avenue de Corzent – BP 511 – 74203 Thonon-les-Bains Cedex, France, e-mail: rolland@thonon.inra.fr
S. Jacquet
INRA, Station d’Hydrobiologie Lacustre – Universit de Savoie, 75 avenue de Corzent – BP 511 – 74203 Thonon-les-Bains Cedex, France, e-mail: jacquet@thonon.inra.fr
1
2 F. Bertrand, M. Maumy, A. Rolland and S. Jacquet
d = 0.5
G G G
1
3 2 4
G
1 3 2
4
G
d = 5
G
06/03/2006.1 23/03/2006.1
04/04/2006.1 03/05/2006.1 07/06/2006.1
28/06/2006.1 04/07/2006.1 24/07/2006.1
07/08/2006.1 22/08/2006.1 05/09/2006.1
19/09/2006.1
d = 0.5
H H H
1 2 3
4
H
1 2
3 4
H
d = 5
H
06/03/2006.2 23/03/2006.2
04/04/2006.2 03/05/2006.2 07/06/2006.2
28/06/2006.2 24/07/2006.2 04/07/2006.2 07/08/2006.2 22/08/2006.2
05/09/2006.2
19/09/2006.2
d = 0.5
I I I
1 2
3
4
I
1 2
3
4
I
d = 5
I
06/03/2006.3 23/03/2006.3
04/04/2006.3 03/05/2006.3 07/06/2006.3 28/06/2006.3 04/07/2006.3 24/07/2006.3
07/08/2006.3 22/08/2006.3
05/09/2006.3
19/09/2006.3
d = 0.5
J J J
1 2
3
4
J
1 2
3
4
J
d = 5
J
06/03/2006.4 23/03/2006.4
04/04/2006.4 07/06/2006.4 03/05/2006.4 28/06/2006.4 04/07/2006.4 24/07/2006.4
07/08/2006.4 22/08/2006.4 05/09/2006.4 19/09/2006.4
d = 0.5
K K K
1 2 3
4
K
1 2
3
4
K
d = 5
K
06/03/2006.5
23/03/2006.5
04/04/2006.5 03/05/2006.5 07/06/2006.5 28/06/2006.5
04/07/2006.5 24/07/2006.5
07/08/2006.5 22/08/2006.5
05/09/2006.5 19/09/2006.5
d = 0.5
N N N
1 2
3
4
N
1 2
3
4
N
d = 5
N
06/03/2006.6
23/03/2006.6
04/04/2006.6 03/05/2006.6 07/06/2006.6
28/06/2006.6 04/07/2006.6 24/07/2006.6 07/08/2006.6 22/08/2006.6
05/09/2006.6 19/09/2006.6
Fig. 1 Axis 1 and Axis 2. Reproducibility of the comprise for each of the six stations.
