112
a
b
A. Mazzola et a1.
~
100
90
0
CIl
c: !lO
~ u
;>..
g
'1:
0~ 40
M
JO
£3 20
en
'"
E 10
~
'2
0
en
Mar Apr May Jun Jul
60
50
40 I
• I
JO O::l
'"U
fig.7a,b. Carbon contribution (%) by
each primary producer: a in sedimentary; b in particulate organic matter
at station 3
Alg!le D IXtrPhan
~ 3
0
(/>
.8 ia u
~
.§
0::f( 0
~')
rl
if)
~
8
5J
~
400
'SO
300
2SO I
•
2(Xl I
OJ
-0
150 f")
1=
I](l
100
_
50
o
D Ph,," _
MicroPh) 10 CJ Pll}1OPI r:::::J !\lga" c:::J [brPhan
•
both in sediments and suspended particulate
matter, were 10 times lower than those of the
sites within the Stag none and were similar to
those reported for other Mediterranean areas
(see Pusceddu et al. 1999).
Acknowledgements. Authors would like to thank Dr. M.
Caruso and Dr. David Catalano (University of Palermo) for
help in chemical analyses and Dr. S. Vizzini for suggestions on
improving the early version of the manuscript. The Ministero
Politiche Agricole and Ministero Universita Ricerca
Scientifica Tecnologica (Italy) fmancially supported this
work.
References
CERC (1977) Shore protection manual, 3d edn, vol 1. US Army
Corps of Engineers, Coastal Engineering Centre,
Washington, DC
Dauby P (l989) The stable isotope ratios in benthic food webs of
the Gulf of Calvi, Corsica. Cont Shelf Res 9: 181-195
Fabiano M, Pusceddu A (1998) Total and hydrolizable particulate
organic matter (carbohydrates, proteins and lipids) at a
coastal station in Terra Nova Bay (Ross Sea, Antarctica).
Polar Bioi 19: 125-132
Fry B, Sherr EB (1984) ,sHC measurements as indicators of carbon
flow in marine and freshwater ecosystems. Contno Mar Sci
Univ Texas 27: 13-47
a
b
A. Mazzola et a1.
~
100
90
0
CIl
c: !lO
~ u
;>..
g
'1:
0~ 40
M
JO
£3 20
en
'"
E 10
~
'2
0
en
Mar Apr May Jun Jul
60
50
40 I
• I
JO O::l
'"U
fig.7a,b. Carbon contribution (%) by
each primary producer: a in sedimentary; b in particulate organic matter
at station 3
Alg!le D IXtrPhan
~ 3
0
(/>
.8 ia u
~
.§
0::f( 0
~')
rl
if)
~
8
5J
~
400
'SO
300
2SO I
•
2(Xl I
OJ
-0
150 f")
1=
I](l
100
_
50
o
D Ph,," _
MicroPh) 10 CJ Pll}1OPI r:::::J !\lga" c:::J [brPhan
•
both in sediments and suspended particulate
matter, were 10 times lower than those of the
sites within the Stag none and were similar to
those reported for other Mediterranean areas
(see Pusceddu et al. 1999).
Acknowledgements. Authors would like to thank Dr. M.
Caruso and Dr. David Catalano (University of Palermo) for
help in chemical analyses and Dr. S. Vizzini for suggestions on
improving the early version of the manuscript. The Ministero
Politiche Agricole and Ministero Universita Ricerca
Scientifica Tecnologica (Italy) fmancially supported this
work.
References
CERC (1977) Shore protection manual, 3d edn, vol 1. US Army
Corps of Engineers, Coastal Engineering Centre,
Washington, DC
Dauby P (l989) The stable isotope ratios in benthic food webs of
the Gulf of Calvi, Corsica. Cont Shelf Res 9: 181-195
Fabiano M, Pusceddu A (1998) Total and hydrolizable particulate
organic matter (carbohydrates, proteins and lipids) at a
coastal station in Terra Nova Bay (Ross Sea, Antarctica).
Polar Bioi 19: 125-132
Fry B, Sherr EB (1984) ,sHC measurements as indicators of carbon
flow in marine and freshwater ecosystems. Contno Mar Sci
Univ Texas 27: 13-47
