Environmental Engineering Reference
In-Depth Information
Table 2
(continued)
Study sites
Country/
Length/
DOC
Reference
watershed area
a
Surface (Depth)
c
Deeper (Depth)
b
latitudes
km or (km
2
)
a
(
μ
M C)
Groundwater (Shallow and deep wells; groundwa-
ter spring), Norton-in-Hales
UK
(38)
467
±
375-
2708
±
1558
-
Bradley et al. (
2007
)
Groundwater, Suwannee River basin
USA
-
8-2333
-
Crandall et al. (
1999
),
Schwede-Thomas et al.
(
2005
)
Shallow groundwater (1.6 m), New Jersey Pine
Barrens
USA
-
1558-2583
-
Meier et al. (
2004
)
Groundwater, various types of aquifers
USA
-
42-8333
-
Thurman (
1985a
)
Groundwater, Cape Cod, USA
USA
-
<167
Pabich et al. (
2001
)
Groundwater, Amazon Basin
Brazil
-
100-3000
-
Richey et al. (
2002
)
Groundwater, Okavango Delta
Botswana
-
1108
±
217-
14167
±
6333
-
Mladenov et al. (
2007
)
Soil water (upper soil horizons)
North America;
Europe
-
1667-7500
-
Michalzik et al. (
2001
)
Soil water (lower soil horizons)
North America;
Europe
-
167-2917
-
Michalzik et al. (
2001
)
Rainwater
Rainwater, upstream regions of Yellow River
(n
=
2)
China
-
93-1784
-
Mostofa KMG et al.,
(unpublished data)
Rainwater (n
=
483), Northern China
China
-
25-3675
-
Pan et al. (
2010
)
Rainwater (n
=
13), Guangzhou city
China
-
78-694
-
Xu et al. (
2008
)
Rainwater, Brazilian savanna
Brazil
-
217
-
Ciglasch et al. (
2004
)
Rainwater (summer), Westwood, Los Angeles
USA
-
<1908
-
Sakugawa et al. (
1993
)
Rainwater (winter), Westwood, Los Angeles
USA
-
17-758
-
Sakugawa et al. (
1993
)
Rainwater (n
=
120), University of North Carolina,
Wilmington campus
USA
-
4-379
-
Kieber et al. (
2006
)
