Environmental Engineering Reference
In-Depth Information
Table 1
(continued)
Type of samples/Locations
Filtration
size/type
(
μ
m)
Irradiation
time
(h, or, day)
Solar
intensity
(MJm
DOC
Before
irradiation
Changes in DOC
Changes in DOC
References
Photoirradiation
Microbial Photoirradiation
Microbial
−
2
)
(
μ
M C)
(
μ
M C)
%
Satilla Estuary, control
(nonincubated)
0.20
51 (dark
incubated)
nd
1886
−
1946na
(170-215) na
(8-11)
Moran et al.
(
2000
)
Satilla Estuary, control
(incubated)
0.20
51 (dark
incubated)
nd
1881-2004 na
(171-209) na
(9-10)
Moran et al.
(
2000
)
Satilla Estuary, 12-16 %
photobleached
0.20
51 (dark
incubated)
nd
1728-1874 na
(227-261) na
(13-14)
Moran et al.
(
2000
)
Satilla Estuary, 21-25 %
photobleached
0.20
51 (dark
incubated)
nd
1563-1739 na
(177-261) na
(11-15)
Moran et al.
(
2000
)
Satilla Estuary, 32-44 %
photobleached
0.20
51 (dark
incubated)
nd
1498-1548 na
(170-292) na
(11-19)
Moran et al.
(
2000
)
Satilla Estuary, 59-64 %
photobleached
0.20
51 (dark
incubated)
nd
1249-1386 na
(194-322) na
(16-23)
Moran et al.
(
2000
)
Seawater
+
humic
substances (SH)
0.20
16 h (Artiicial
sunlight)
nd
695
−
22
na
−
3
na
Miller and
Moran
(
1997
)
Seawater
+
the control
addition (SC)
0.20
16 h (Artiicial
sunlight)
nd
515
−
21
na
−
4
na
Miller and
Moran
(
1997
)
Artiicial seawater
+
the
control addition (AC)
0.20
16 h (Artiicial
sunlight)
nd
241
−
7
na
−
3
na
Miller and
Moran
(
1997
)
Seawater
+
humic
substances (SH)
0.20
14 (Dark
incubation)
nd
695
na
−
67
na
−
10
Miller and
Moran
(
1997
)
