Proceedings of the Second Mediterranean Symposium on Marine

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Fig. 2: Spatial patterns <strong>of</strong> species richness and total coverage (n = 9). White and black bars indicate respectively 5 and 10 m depth. Table 1 : Results <strong>of</strong> ANOVA on species richness and total coverage. Di = Disturbance condition (impacted vs control), L = Locality (6 levels), S = Site (3 levels), De = Depth (5 vs 10 m); ns = not significant, * = p
PROCEEDINGS OF THE SECOND MEDITERRANEAN SYMPOSIUM ON MARINE VEGETATION (ATHENS, 12-13 DECEMBER 2003) 172 C. racemosa was found in 9 <strong>of</strong> 12 studied localities. Its spatial distribution indicated a great heterogeneity <strong>of</strong> <strong>the</strong>ir abundance along <strong>the</strong> coast (Fig. 4). ANOVA, performed in spite <strong>of</strong> heterogenity <strong>of</strong> variance (p < 0.01), because <strong>of</strong> <strong>the</strong> great number <strong>of</strong> freedom degree (144 in <strong>the</strong> residual) (Benedetti-Cecchi, 2003), confirmed <strong>the</strong>se observations (Table 2): significant differences were observed among sites within localities. No differences were observed in relation to <strong>the</strong> disturbance conditions and depth but <strong>the</strong> interaction between <strong>the</strong>se two factors showed significant differences, with highest coverage in <strong>the</strong> controls at deep stands. Table 2: Results <strong>of</strong> ANOVA on coverage <strong>of</strong> C. racemosa. Di = Disturbance (impacted vs control), L = Locality (6 localities), S = Site (3 sites), De = Depth (5 vs 10 m); ns = not significant, * = p
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United Nations Environment Programm
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PROCEEDINGS OF THE SECOND MEDITERRA
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CONTENTS/SOMMAIRE Programme .......
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ORFANIDIS S., TSIAGGA E. & STAMATIS
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Friday 12 December 2003 09:00 Openi
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Discussion Discussion - Littoral be
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MAPPING MARINE VEGETATION DISTRIBUT
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1984; Boudouresque et al., 1985b; M
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Elbu cove, Scandula nature 1/ 1190
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features of P. oce
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Belsher T., Houlgatte E. (2000) - E
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Gloux B. (1984) - Méthodes acousti
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Pasqualini, V., Pergent-Martini, C.
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Here, we will firstly delineate wha
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Fig. 2. The tree of</strong
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In the same way, "
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While the
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COASTAL DEVELOPMENT The destruction
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invaders, overfishing and climate c
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At the end <strong
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to be built up, this disappearance
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Boudouresque C.F., Ribera M.A. (199
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Marchand M. (1981) - Amoco Cadiz. B
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FLORISTIC SIMILARITY AND DISCONTINU
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871 accepted taxa (Table 1). Howeve
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Fig. 2. Hystogram showing t
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4 (1.6%) and 2 (1.1%) at Spain; 5 (
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characteristics of
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Fig. 9. Hystogram showing t
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Fig. 11. Dendrogram depicting mutua
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REFERENCES Agardh C. A. (1822-1823)
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De Toni G. B. (1905) - Sylloge Alga
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Langenbach G. (1873) - Die Meeresal
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SESSION «BIOLOGY, ECOLOGY AND INVE
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SESSION ‘MAPPING MARINE VEGETATIO
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Page 164 and 165: CARACTERISATION DE L’ETAT DES HER
Page 166 and 167: RESULTATS A- PHENOLOGIE Les princip
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On Fig. 4 each of
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OVERVIEW OF THE ACTIVITIES AIMED AT
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at the same time f
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POSTERS ACTES DU DEUXIEME SYMPOSIUM
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Mr Baris AKÇALI D.E.U. Institute <
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Mr Francesco Saverio CIVILI MED POL
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Mr Jamel KSOURI Laboratoire de Biod
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Mr Frédéric PLATINI Accord RAMOGE
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Ms Eleni TRYFON Natural Environment
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Proceedings of the Second Mediterranean Symposium on Marine

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