498
K. M. G. Mostofa et al.
DOM sources
Fluorescence index (F
index )
References
F
Peak A/Peak C
F
250:330/440–450
f
450/500
HIX **
Fulvic acid-like: 0–50 m, Stations 11 and
21, Seto Inland Sea, Japan (n
= 13)
2.03
2.77
1.99
–
Mostofa KMG et al., (unpublished data)
Fulvic acid-like: 0–40 m, Stations 22 and
23, Seto Inland Sea, Japan (n
= 12)
2.88
4.70
2.81
–
Mostofa KMG et al., (unpublished data)
Fulvic acid-like: 60–300
m, Stations 22 and
23, Seto Inland Sea, Japan (n
= 9)
2.57
3.45
2.20
–
Mostofa KMG et al., (unpublished data)
Autochthonous and allochthonous fulvic acid (C-like): lake sediment pore waters
Sediment pore waters, Lake Dianchi,
China: 1–20 cm depths
2.07
1.93
2.73
–
Li et al., Characteristics of sediment pore
water dissolved organic matter in four
Chinese lakes using EEM spectroscopy and
PARAFAC modeling, (unpublished data)
Sediment pore waters, Lake Dianchi,
China: 22–40 cm depths
1.68
1.52
2.73
–
Li et al., Characteristics of sediment pore
water dissolved organic matter in four
Chinese lakes using EEM spectroscopy and
PARAFAC modeling, (unpublished data)
Sediment pore waters, Lake Dianchi,
China: 42–55 cm depths
1.21
1.25
2.05
–
Li et al., Characteristics of sediment pore
water dissolved organic matter in four
Chinese lakes using EEM spectroscopy and
PARAFAC modeling, (unpublished data)
Sediment pore waters, Lake Chenghai,
China: 1–20 cm depths
1.24
1.32
2.13
–
Li et al., Characteristics of sediment pore
water dissolved organic matter in four
Chinese lakes using EEM spectroscopy and
PARAFAC modeling, (unpublished data)
Sediment pore waters, Lake Chenghai,
China: 22–40 cm depths
1.05
0.66
1.53
–
Li et al., Characteristics of sediment pore
water dissolved organic matter in four
Chinese lakes using EEM spectroscopy and
PARAFAC modeling, (unpublished data)
Sediment pore waters, Lake Chenghai,
China: 42–87 cm depths
1.06–1.17
0.86–1.12
1.76–2.12
–
Li et al., Characteristics of sediment pore water
dissolved organic matter in four Chinese
lakes using EEM spectroscopy and PARAFAC modeling, (unpublished data)
Table
3 (continued)
(continued)
K. M. G. Mostofa et al.
DOM sources
Fluorescence index (F
index )
References
F
Peak A/Peak C
F
250:330/440–450
f
450/500
HIX **
Fulvic acid-like: 0–50 m, Stations 11 and
21, Seto Inland Sea, Japan (n
= 13)
2.03
2.77
1.99
–
Mostofa KMG et al., (unpublished data)
Fulvic acid-like: 0–40 m, Stations 22 and
23, Seto Inland Sea, Japan (n
= 12)
2.88
4.70
2.81
–
Mostofa KMG et al., (unpublished data)
Fulvic acid-like: 60–300
m, Stations 22 and
23, Seto Inland Sea, Japan (n
= 9)
2.57
3.45
2.20
–
Mostofa KMG et al., (unpublished data)
Autochthonous and allochthonous fulvic acid (C-like): lake sediment pore waters
Sediment pore waters, Lake Dianchi,
China: 1–20 cm depths
2.07
1.93
2.73
–
Li et al., Characteristics of sediment pore
water dissolved organic matter in four
Chinese lakes using EEM spectroscopy and
PARAFAC modeling, (unpublished data)
Sediment pore waters, Lake Dianchi,
China: 22–40 cm depths
1.68
1.52
2.73
–
Li et al., Characteristics of sediment pore
water dissolved organic matter in four
Chinese lakes using EEM spectroscopy and
PARAFAC modeling, (unpublished data)
Sediment pore waters, Lake Dianchi,
China: 42–55 cm depths
1.21
1.25
2.05
–
Li et al., Characteristics of sediment pore
water dissolved organic matter in four
Chinese lakes using EEM spectroscopy and
PARAFAC modeling, (unpublished data)
Sediment pore waters, Lake Chenghai,
China: 1–20 cm depths
1.24
1.32
2.13
–
Li et al., Characteristics of sediment pore
water dissolved organic matter in four
Chinese lakes using EEM spectroscopy and
PARAFAC modeling, (unpublished data)
Sediment pore waters, Lake Chenghai,
China: 22–40 cm depths
1.05
0.66
1.53
–
Li et al., Characteristics of sediment pore
water dissolved organic matter in four
Chinese lakes using EEM spectroscopy and
PARAFAC modeling, (unpublished data)
Sediment pore waters, Lake Chenghai,
China: 42–87 cm depths
1.06–1.17
0.86–1.12
1.76–2.12
–
Li et al., Characteristics of sediment pore water
dissolved organic matter in four Chinese
lakes using EEM spectroscopy and PARAFAC modeling, (unpublished data)
Table
3 (continued)
(continued)