42
K. M. G. Mostofa et al.
Study sites
Country/
Length/
DOC
Reference
latitudes
watershed area a
Surface (Depth) c
Deeper (Depth) b
km or (km 2
) a
(μM C)
Rainwater (n
= 4), University of North Carolina,
Wilmington campus
USA
–
32–105
–
Kieber et al. (2007)
Rainwater, mixed forests in New Hampshire and
New York
USA
–
92–158
–
Likens et al. (1983)
Rainwater (n
= 18), University of North Carolina,
Wilmington
USA
–
77
± 20
–
Likens et al. (1983)
Rainwater (n
= 13), Wilmington, North Carolina,
USA
USA
–
12–461
–
Southwell et al. (2010)
Rainwater, UNCW campus, Southeastern, North
Carolina
USA
–
81
–
Avery et al. (2006)
Rainwater, Wilmington, NC
USA
–
5–238
–
Miller et al. (2008)
Rainwater, Fichtelgebirge
Germany
–
333–633
–
Guggenberger and Zech
(1993)
Rainwater, Meteorological Station, University of
Aveiro
Portugal
–
649–1078
–
Santos et al. (2009a)
Rainwater (cold season), town of Aveiro
Portugal
–
28–157
–
Santos et al. (2009b)
Continental rainwater
–
–
161
–
Willey et al. (2000)
Marine rainwater
–
–
23
–
Willey et al. (2000)
Rivers, Tributaries and Channels: Asia
Ganges River, Bangladesh portion
Bangladesh, India ~2500 (975,000)
108–317
–
Ittekkot et al. (1985)
Brahmaputra River, Bangladesh Portion
Bangladesh, India,
China
~2900 (580,000)
83–500
–
Safiullah et al. (1987)
Yellow River (Huang He), mainstream in Upper
Region
China
~5400 (745,000)
95–503
–
Mostofa KMG et al.,
(unpublished data)
Table
2 (continued)
(continued)