2.1 4,000 5, , 1999, 1995, km 1.3km 0.5km 7m 13m 10km 2 2.2
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1 2.1 4, 5, 2.1, 1999, 1995, km 1.3km.5km 7m 13m 1km 2 2.2
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3 (1973 ) 58 (1983 ) , 1991, 1989, 1991, 1997, Ueda et al
4 ( 2.6) 2.6 Stn1-Stn7, D2, D6, K7, K8, mg/L mg/L.1mg/L
5 Inner 8 Sep Outer Sea bed 2.5-3days 7days 4days 2.8 Yanagi et al ) ) , TN TP , kg d , kg d kg d kg d
6 TN 1 ) TN (Kg day day 1 15, 1, 5, Fiscal Year Fiscal Year 2.9 TN TP D P< mg/L.4mg/L 3 P.1.3m a Water temperature (ºC) Water temperature TN (mgl -1 ) Total Nitrogen Salinity 3 TP (mgl -1 ) Total Phosphorus 1 Salinity.1 Transparency (m) Transparency Chlorophyll a (µgl -1 ) Chlorophyll a Year Year
7 mg/L TN 1mg/L, TP.9mh/L D2 D6 K7 K D6 TN TP 9 21 TN TP D T N (m g L -1 ) TN T P (m g L -1 ).4 TP D6 TN TP
8 NH 4 -N PO 4 -P 91μM 4μM 2.2μM.4μM NO 2 -N+ NO 3 -N Si(OH) 4 -Si Stn6 1,59 M 22.2mg/L 2.13 Hamada et al Skeletonema spp. PO4-P.68 μm NH 4 -N 3.6 M, NO 3 +NO 2 -N.5 M. (Epply et al. 1969, 1994) PO4-P μm Stn.1 4) Stn. ) NH 4 -N NO 3 +NO 2 -N PO 4 -P
9 POC PON PP Chl.a a 2.14 POC PON 1.43μM 1.42μM.26μM.28μM Chl.a 48μg/L 36μg/L PP.88μM.33μM 2.14 POC,PON.PP Chl.a Hamada et al. 12 POC PON PP Chl. a 2.15 POC PON PP Chl. a POC(uM) PON (um) Chl a (ug/l) Chl a (ug/l) PP (um) Chl a (ug/l) 2.15 POC PON PP Chl. a
10 D , Stn 2, Stn 4, Stn 6 3 3m 7m 2.17 a) b) c) 2.17 a), b), c)..
11 Mass flux POC PON PP 2.18 Mass flux 35g/m 2 d 33g/m 2 d POC 2.1g/m 2 d 2.6 g/m 2 d PON.24 g/m 2 d.17 g/m 2 d PP.41 g/m 2 d.28 g/m 2 d Mass flux(g m -2 d -1 ) Mass flux m 7m 3m 7m 3m 7m C flux(g m -2 d -1 ) POC 7 3m 7m 3m 7m 3m 7m Stn. 2 Stn. 4 Stn. 6 Stn. 2 Stn. 4 Stn. 6 N flux (g m -2 d -1 ) PON 3m 7m 3m 7m 3m 7m Stn. 2 Stn. 4 Stn Mass flux, POC,PON.PP P flux (g m -2 d -1 ).1... PP 3m 7m 3m 7m 3m 7m Stn. 2 Stn. 4 Stn Mass flux Mass flux (Δσ t )
12 TOC TN AVS -1cm TOC 19% TN 1% 2 AVS 1.8 mg/kg.62 mg/kg 34% TOC TN AVS TOC (mg/g) TOC (mg/g) TN (mg/g) TOC Station y = 25.4x+2.47 r² = y = 28.x+1.62 r² =.995 TN (mg/g) AVS (mg/kg) TN Station AVS Station 2. TOC TN AVS 5,
13 Epply, R,W., J.N. Rogers, and J. J. McCarthy (1969) Half-saturation constants for uptake of nitrate and ammonia by marine phytoplankton. Limnol. Oceanogr., 14, , 48, Hamada, K., N. Ueda, M. Yamada, K. Tada and S. Montani (12) Decrease in anthropogenic nutrients and its effect on the C/N/P molar ratio of suspended particulate matter in hypertrophic Dokai Bay (Japan) in summer. J. Oceanogr., 68, Skeletonema costatum 33, Ueda N., H. Tsutsumi, M. Yamada, R. Takeuchi and K. Kido (1994) Recovery of the marine bottom environment of a Japanese Bay. Mar. Pollution Bull., 28, Nol
14 Skeletonema tropicum, 18, , Yanagi,T., K.Inoue, S.Montani and M.Yamada (1997) Ecological modeling as a tool for coastal zone management in Dokai Bay, Japan. J.Marine Systems, 13,
Isitobi et al. 1989 1990 3m 4.5 5.5m 3 1990 0.5 1 Notomastus sp. 4m 1983 6 4 7 11 5 2.5 1.0 4 7.5 3 5 1968 1991 1987 1990 Seike et al. 1990 1977a 1977
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Analysis of Hypoxia Dynamics Using Pelagic and Benthic Biogeochemical Model: Focus on the Formation and Release of Hydrogen Sulfide Masayasu IRIE, Shuzo NISHIDA, Kyosuke TERANAKA, Yohei TSUJI Mitsunari
論文概要
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