Fig. 8.5. Ruxes of particulate organic carbon found in
sediment traps, as fraction
of the productivity of overlying waters. [E. Suess,
1980, Nature 288: 260]
0.001
0.1
10
'~bb.J
"
b
~
E 400
0)
.s
x 300
::::l
-I
U.
-I
<{
0
200
I100
1982
1983
1984
The Pelagic Rain
221
CA RBON FLUX/PRODUCTION
0.01
0.1
1.0
500
400
300
200
100
1984
1985
1986
Fig. 8.6 a- c. Seasonal and interannual variations in particle flux as obselVed in traps. a Sargasso Sea
(w. G. Deuser); b Gulf of Alaska (S. Honjo); c Bransfield Strait, Antarctica (G. Wefer et a\.). [W. H.
Berger, G. Wefer, 1990, Palaeogeography, -climatology -ecology Global Planet Change Sect 89:
245]. Photo shows krill fecal string and close-up of particle (coccosphere) on surface of string.
Photo courtesy G. Wefer
sediment traps, as fraction
of the productivity of overlying waters. [E. Suess,
1980, Nature 288: 260]
0.001
0.1
10
'~bb.J
"
b
~
E 400
0)
.s
x 300
::::l
-I
U.
-I
<{
0
200
I100
1982
1983
1984
The Pelagic Rain
221
CA RBON FLUX/PRODUCTION
0.01
0.1
1.0
500
400
300
200
100
1984
1985
1986
Fig. 8.6 a- c. Seasonal and interannual variations in particle flux as obselVed in traps. a Sargasso Sea
(w. G. Deuser); b Gulf of Alaska (S. Honjo); c Bransfield Strait, Antarctica (G. Wefer et a\.). [W. H.
Berger, G. Wefer, 1990, Palaeogeography, -climatology -ecology Global Planet Change Sect 89:
245]. Photo shows krill fecal string and close-up of particle (coccosphere) on surface of string.
Photo courtesy G. Wefer
