Photoinduced Generation of Hydroxyl Radical in Natural Waters - Photobiogeochemistry of Organic Matter - page 220

Table 2 (continued)

Type of samples/substances Sample Source of light/

wavelength (nm)

Production rate
of HO • × 10

References

− 11

− 1 )

(Ms

Lakes
Lake Greifensee, Switzerland Xe lamp b

Freshwater 1.0 Haag and Hoigné ( 1985 )

Xe lamp b Lake Greifensee, Switzerland Freshwater 2.5 Zepp et al. (1987)

Xe lamp b Clear Lake Freshwater 4.6 Mabury ( 1993 )

Xe lamp b

Lake Tahoe Freshwater 2.2 Mabury ( 1993 )

Xe lamp b Nitrate-rich shallow water body Freshwater 0.018 Zepp et al. (1987)

DOM extracted-XAD, Toolik Lake Freshwater 308 nm 18 Grannas et al. (2006)

DOM extracted-XAD, Toolik Lake Freshwater 330 nm 8.1 Grannas et al. (2006)

DOM extracted-XAD, Toolik Lake Freshwater 355 nm 5.6 Grannas et al. (2006)

DOM extracted-C-18, Toolik Lake Freshwater 308 nm 18 Grannas et al. (2006)

DOM extracted-C-18, Toolik Lake Freshwater 330 nm 6.4 Grannas et al. (2006)

DOM extracted-C-18, Toolik Lake Freshwater 355 nm 6.1 Grannas et al. (2006)

DOM extracted-UF, Toolik Lake Freshwater 308 nm 16 Grannas et al. (2006)

DOM extracted-UF, Toolik Lake Freshwater 330 nm 8.1 Grannas et al. (2006)

DOM extracted-UF, Toolik Lake Freshwater 355 nm 4.7 Grannas et al. (2006)

Seawaters
Everglades

Seawater Sunlight 42.0 Mopper and Zhou ( 1990 )

Biscayne Bay Seawater Sunlight 2.9 Mopper and Zhou ( 1990 )

Vineyard Sound Seawater Sunlight 2.7 Mopper and Zhou ( 1990 )

Xe lamp b

Mississippi River Plume Seawater 6.2 White et al. ( 2003 )

Xe lamp b Florida Keys Seawater 0.43 White et al. ( 2003 )

Xe lamp b

Seto Inland Sea: 0 m depth Seawater 1.5 Takeda et al. ( 2004 )

Xe lamp b Seto Inland Sea: 5 m depth Seawater 0.57 Takeda et al. ( 2004 )

(continued)