1. 1. 4 TF (, , )2013 12 20
2. 2. 1. 2
3. 3. , 3 - , , , 3
4. 4. 2. 4
5. 5. 1 : +Case1-1+Case2-1 Case2-2Case4-2 1 : + 2~4Case1-1+Case4-3 Case4-4 Case4-2 2 : ++ 2~4Case1-1+Case2-1 Case2-2+Case4-1 Case4-25
6. 6. C1-11-1 + 2-1( + 1)C1-21-1 + 2-1( + 2)C2-11-1 + 4-2( + 2)C2-21-1 + 4-3( + 3)C2-31-1 + 4-4( + 4)C3-11-1 + 2-1 + 4-2( + 1 + 2)C3-21-1 + 2-1 + 4-3( + 1 + 3)C3-31-1 + 2-1 + 4-4( + 1 + 4)C4-11-1 + 2-2 + 4-2( + 2 + 2)C4-21-1 + 2-2 + 4-3( + 2 + 3)C4-31-1 + 2-2 + 4-4( + 2 + 4) 1 2 - - - 6
7. 7. Chl-a - , - 1,2 , 1) 7 2)
8. 8. DIN - C3 , - - (C3-3 68%)8
9. 9. DIP - - 1,2 - 9
10. 10. Chl-a (R1, ) unit : /L 029.445.07.729.15.220.318.724.7+1C1-123.336.97.530.81.78.014.220.279%82%98%106%33%39%76%82%+2C1-224.137.27.730.92.29.514.820.082%83%101% 106%42%47%79%81%+10cmC2-133.148.64.410.47.628.124.035.0112% 108%58%36%144% 139% 128% 142%+20cmC2-232.949.23.99.57.626.224.135.5112% 109%51%33%145% 129% 129% 144%+50cmC2-332.849.33.99.47.625.924.135.5111% 110%51%32%144% 128% 129% 144%+1+10cmC3-131.046.94.511.45.525.021.230.2105% 104%59%39%105% 123% 114% 122%+1+20cmC3-231.147.14.210.85.824.321.630.7106% 105%54%37%110% 120% 116% 124%+1+50cmC3-331.147.14.210.85.824.221.630.7106% 105%54%37%111% 119% 116% 125%+2+10cmC4-132.048.34.611.46.226.522.031.3109% 107%60%39%118% 130% 118% 127%+2+20cmC4-232.048.54.310.96.425.622.232.6109% 108%56%37%121% 126% 119% 132%+2+50cmC4-232.048.44.210.86.425.522.332.7109% 108%55%37%121% 125% 119% 132%- Chl-a - 1,2 Chl-a 10
11. 11. Chl-a (Z1, ) unit : /L 02.55.95.014.88.619.74.39.6+1C1-12.55.44.512.58.118.24.19.6100%92%91%84%95%92%97%100%+2C1-22.55.54.512.68.218.34.19.6100%93%91%85%95%93%98%100%+10cmC2-111.521.39.018.711.118.86.812.3462% 359% 181% 127% 129%96%161% 128%+20cmC2-212.021.38.918.911.018.77.212.4482% 359% 178% 128% 129%95%170% 129%+50cmC2-312.121.18.818.911.018.57.312.7486% 356% 178% 128% 128%94%171% 132%+1+10cmC3-110.922.09.118.810.518.06.310.2437% 370% 183% 127% 122%91%147% 105%+1+20cmC3-211.322.09.019.010.418.06.510.4452% 371% 181% 129% 122%91%152% 108%+1+50cmC3-311.222.09.019.010.417.56.510.5451% 370% 180% 128% 121%89%153% 108%+2+10cmC4-111.022.09.018.610.417.66.310.5440% 370% 180% 126% 121%89%148% 109%+2+20cmC4-211.322.18.918.810.417.66.510.7454% 371% 179% 127% 121%89%153% 111%+2+50cmC4-211.322.18.918.910.417.66.510.6454% 372% 179% 128% 121%89%153% 110%- Chl-a - 1,2 Chl-a 11
12. 12. DIN (R1, ) unit : mg/L 04.14.42.74.32.22.93.23.7+1C1-13.23.52.33.41.72.12.83.177%81%88%78%80%74%85%84%+2C1-23.43.62.43.51.92.42.93.282%83%91%83%85%83%89%86%+10cmC2-13.43.92.43.62.03.03.23.883%89%91%84%94%104%98%103%+20cmC2-23.33.92.43.42.02.93.13.780%88%89%81%94%103%96%102%+50cmC2-33.33.82.43.42.02.93.13.780%88%89%80%94%103%96%101%+1+10cmC3-12.83.62.23.01.72.52.83.269%82%83%71%80%87%86%87%+1+20cmC3-22.83.62.23.01.72.52.83.268%82%82%69%80%87%85%87%+1+50cmC3-32.83.62.23.01.72.52.83.268%81%82%69%80%87%85%87%+2+10cmC4-13.03.72.33.21.92.62.93.474%84%86%74%86%92%89%93%+2+20cmC4-22.93.72.33.11.92.62.93.472%84%85%73%86%91%88%92%+2+50cmC4-22.93.72.33.11.92.62.93.472%84%85%73%86%91%88%92%- C3 DIN , - , C3-3 DIN 68% 12
13. 13. DIN (Z1, ) unit : mg/L 01.23.61.63.50.81.70.51.9+1C1-10.92.61.42.70.61.30.41.480%70%89%77%85%73%83%72%+2C1-21.02.71.52.80.71.40.41.582%76%92%81%88%79%86%80%+10cmC2-10.91.91.22.40.60.90.61.179%52%76%68%76%55%119%55%+20cmC2-21.01.91.22.40.61.00.71.384%52%77%68%80%59%135%66%+50cmC2-31.01.91.22.40.61.10.71.385%52%77%67%80%61%136%65%+1+10cmC3-10.81.51.12.20.50.90.51.069%42%69%63%69%53%112%51%+1+20cmC3-20.81.51.12.20.50.90.61.171%42%70%62%71%53%121%57%+1+50cmC3-30.81.51.12.20.50.90.61.171%41%70%62%71%52%122%57%+2+10cmC4-10.81.61.12.30.50.90.61.071%44%71%65%72%54%114%53%+2+20cmC4-20.91.61.22.30.60.90.61.174%44%72%65%74%54%123%57%+2+50cmC4-20.91.61.22.30.60.90.61.174%44%73%65%74%54%124%57%- C3 DIN , - DIN 13
14. 14. DIP (R1, ) unit : mg/L 00.040.110.080.150.110.120.050.12+1C1-10.020.060.050.070.070.080.040.0748%56%59%48%62%61%69%62%+2C1-20.020.060.050.070.070.070.040.0750%58%59%49%61%60%69%62%+10cmC2-10.020.070.060.100.070.080.030.0652%69%73%66%62%67%57%54%+20cmC2-20.020.070.060.090.070.080.030.0652%68%73%62%62%67%55%54%+50cmC2-30.020.070.060.090.070.080.030.0652%68%73%62%62%67%55%55%+1+10cmC3-10.020.070.050.080.060.060.030.0648%61%65%54%54%52%55%50%+1+20cmC3-20.020.070.050.080.060.060.030.0648%61%65%54%54%52%53%50%+1+50cmC3-30.020.070.050.080.060.060.030.0648%61%65%54%54%52%53%50%+2+10cmC4-10.020.070.050.080.060.060.030.0648%62%65%56%54%52%53%50%+2+20cmC4-20.020.070.050.080.060.060.030.0648%62%65%55%53%52%53%50%+2+50cmC4-20.020.070.050.080.060.060.030.0648%62%65%55%53%52%53%50%- DIP - 1,2 14
15. 15. DIP (Z1, ) unit : mg/L 00.010.050.050.110.030.070.020.07+1C1-10.010.030.030.050.020.050.020.0577%55%68%49%75%65%83%65%+2C1-20.010.030.030.060.020.050.020.0477%55%68%50%72%63%83%64%+10cmC2-10.010.020.030.050.020.030.010.0262%32%60%45%56%47%72%32%+20cmC2-20.010.020.030.050.020.030.010.0262%32%60%44%59%47%72%33%+50cmC2-30.010.020.030.050.020.030.010.0262%34%60%44%59%46%72%33%+1+10cmC3-10.010.010.030.050.020.030.010.0262%26%53%43%53%42%72%32%+1+20cmC3-20.010.010.030.050.020.030.010.0262%26%55%44%53%42%72%32%+1+50cmC3-30.010.010.030.050.020.030.010.0262%26%55%43%53%42%72%32%+2+10cmC4-10.010.010.030.050.020.030.010.0262%26%53%44%53%42%72%32%+2+20cmC4-20.010.010.030.050.020.030.010.0262%26%55%44%53%42%72%32%+2+50cmC4-20.010.010.030.050.020.030.010.0262%26%55%44%53%42%72%32%- DIP - 1,2 - 15
16. 16. DO (R1, ) unit : mg/L 012.314.78.08.89.311.214.015.9+1C1-112.114.47.08.18.710.613.314.899%98%88%91%94%94%95%93%+2C1-212.114.47.18.18.810.713.314.898%98%89%91%95%95%95%93%+10cmC2-112.014.87.78.38.910.813.715.697%100%96%95%96%96%97%98%+20cmC2-211.914.67.68.38.610.613.415.596%99%96%95%93%95%95%98%+50cmC2-311.814.67.68.38.610.713.415.496%99%96%95%93%95%95%97%+1+10cmC3-111.513.86.57.68.09.712.614.293%94%81%86%86%87%90%89%+1+20cmC3-211.413.76.47.67.89.512.414.193%93%81%86%84%85%89%89%+1+50cmC3-311.413.76.47.67.79.612.414.193%93%81%86%83%85%89%89%+2+10cmC4-111.513.86.57.57.99.712.614.193%94%82%86%86%86%90%89%+2+20cmC4-211.413.76.57.67.79.512.414.193%93%81%86%83%84%88%89%+2+50cmC4-211.413.76.57.67.79.512.414.193%93%81%86%83%84%88%89%- DO 16
17. 17. DO (Z1, ) unit : mg/L 09.911.57.07.97.79.110.311.6+1C1-19.911.47.08.17.79.110.311.6101% 100% 100% 102% 100% 100% 100% 100%+2C1-29.911.47.08.07.79.110.311.6100% 100% 100% 102% 100% 100% 100% 100%+10cmC2-19.911.47.18.17.79.010.411.7101% 100% 101% 102% 100%99%100% 101%+20cmC2-29.911.47.18.17.79.010.411.8101% 100% 102% 102% 100%99%101% 101%+50cmC2-39.911.57.18.17.79.010.411.8101% 100% 102% 102% 100%99%101% 101%+1+10cmC3-110.011.47.18.27.79.010.311.7101% 100% 102% 103% 100%99%100% 101%+1+20cmC3-210.011.47.18.27.79.010.411.7101% 100% 102% 103% 100%99%100% 101%+1+50cmC3-310.011.47.18.27.79.010.411.7101% 100% 102% 103% 100%99%100% 101%+2+10cmC4-110.011.47.18.17.79.010.311.7101% 100% 102% 103% 100%99%100% 101%+2+20cmC4-210.011.47.18.17.79.010.411.7101% 100% 102% 103% 100%99%100% 101%+2+50cmC4-210.011.47.18.17.79.010.411.7101% 100% 102% 103% 100%99%100% 101%- DO 17
18. 18. DIP : . 1,2 DIN : C3 . Chl-a : , 1,2 , 1) 2) 18
19. 19. ( ) A1-1 (25%)A1-2 (50%)A2-1 (1)A2-2 (2)A2-3 (5)A3-1 ()A3-2 ()A3-3 ()- , - , - 19
20. 20. (Case A1, ) 25% 50% < >20
21. 21. (Case A2, ) 1, 2, 5 < >21
22. 22. (Case A3, ) < >22
23. 23. - 23
24. 24. (R1) Chl-a(/L) DIN(mg/L)DIP(mg/L)DO(mg/L)A1-11.72.51.81.90.070.077.61.62.41.81.90.070.077.67.7DINDIPDO7.7A1-2Chl-a 98%98%100%100%99%100%100% 100%Chl-a, DIN, DIP , DO (Z1) Chl-a(/L) DIN(mg/L)DIP(mg/L)DO(mg/L)A1-12.23.61.41.70.050.066.42.13.71.41.70.050.066.46.5DINDIPDO6.5A1-2Chl-a- 99%102%100%99%100%98%100% 100%24
25. 25. (R1) Chl-a(/L)DIN(mg/L)DIP(mg/L)DO(mg/L)A2-140.874.61.71.90.070.097.2A2-240.974.61.71.90.070.097.240.974.01.71.90.060.097.2DINDIPDO7.7A2-3Chl-a 7.7100%100%100%101%100%100%100% 100%7.7100%99%100%101%98%99%100% 100%Chl-a, DIN, DIP , DO (Z1) Chl-a(/L)DIN(mg/L)DIP(mg/L)DO(mg/L)A2-113.530.51.31.80.040.056.3A2-215.327.81.31.70.040.056.316.827.21.21.70.040.056.3DINDIPDO6.6A2-3Chl-a- 6.6113%91%99%96%98%100%100% 100%6.6124%89%98%94%95%96%101% 100%25
26. 26. (R1) Chl-a(/L)DIN(mg/L)DIP(mg/L)DO(mg/L)A3-133.840.74.14.20.030.0412.033.740.44.14.20.030.0412.0A3-333.740.44.14.20.030.0412.0DINDIPDO12.3A3-2 Chl-a 12.399%99%100%100%100%100%100% 100%12.399%99%100%100%97%100%100% 100%Chl-a, DIN, DIP , DO (Z1) Chl-a(/L)DIN(mg/L)DIP(mg/L)DO(mg/L)A3-12.83.80.81.70.010.019.5A3-23.04.00.81.60.010.019.52.83.90.81.60.010.019.5DINDIPDO9.9A3-3 Chl-a- 9.8104%105%99%95%100%100%100% 100%9.8100%104%94%92%100%100%99%100%26
27. 27. ( ) Chl-a (/L)DIP (mg/L)DIN (mg/L)DO (mg/L)R1Z130.010.00.100.033.01.07.77.7< >- 27
28. 28. ( ) Chl-a (/L)DIP (mg/L)DIN (mg/L)DO (mg/L)R1Z130.010.00.100.033.01.07.77.7< >- 28
29. 29. ( ) Chl-a (/L)DIP (mg/L)DIN (mg/L)DO (mg/L)-R1Z130.010.00.100.033.01.07.77.7 29
30. 30. 4. 30
31. 31. DO - : , - : () ( ) (TF ) () 31
32. 32. 5. 32
33. 33. 2013 A Modeling Study on Hypoxia Formation in the Bottom Water ofYoungsan River Estuary, Korea 2011 Application of 3-D hydrodynamics and water quality model of Youngsan River, Korea 33
34. 34. - KOEM - 2, 5, 8, 11 - - - 1 < >35
35. 35. (RT03) - chl-a - (6 ) - chl-a 36
36. 36. (RT05) < >- - chl-a, - & , 37
37. 37. (YZ01) < >- - - chl-a . - . 38
38. 38. (YZ03) < >- - 39
39. 39. (YZ06) < >- (, )- 10 - chl-a 40
40. 40. 3. 41
41. 41. 1-1( 100% , 2015)1-2(200 ) 1-3( ) 1-4 RCP4.5(2028)1-5 RCP8.5(2094)1-6(1981 )2-1 1(A~G )2-2 2(A~C ) () 3 3 m3/s- , - , - - , - 4-1 1( )4-2 2( EL(-)1.45m )- 4-3 3( EL(-)1.55m )- , 4-4 4( EL(-)1.85m )5-1 ( ) 5-2 ()- , 42
42. 42. (Case 1) - Case 1-1 : 100% (2015) (%)BODTNTPA47.916.116.1B13.144.744.7C22.51.91.9D23.018.418.4E26.614.314.3A27.717.817.8A15.5-3.1-3.1< >43
43. 43. (Case 1) - Case 1-2 : (200 , 24) - Case 1-3 : ( 1995 4 50% ) - Case 1-4 : (RCP4.5, 2011 2100 2028 ) - Case 1-5 : (RCP8.5, RCP4.5 2094 ) - Case 1-6 : ( 1981 Agnes ) 44
44. 44. (Case 2) Case 2-1A, B, C D, E, F G5m 2m 1mCase 2-2A, B, C5m SOD(Unit : g/m2/day)Case 2-1,2-2PO4-P NH4-N NO3-N SOD0.002 0.078 0.039 0.4440.0 < >45
45. 45. (Case 3) : 1 - 2 - 2m3/s 3~12 - 3m3/s< >< >46
46. 46. (Case 4) (1~6, 10~12) (EL, m) (7~9) () (EL, m) Case 4-1( 1) () Case 4-2( 2)-1.45-1.353-1.358()Case 4-3( 3)-1.55-1.353-1.358()Case 4-4( 4)-1.85-1.353-1.358() (7~9) 70% 47
47. 47. (Case 5, ) (2011) (1~6, 10~12)(7~9)Case 5-1100%90%Case 5-290% 10% , 48
48. 48. : , , () (3 ) - R1 : - R2 : ~ - R3 : ~ (6 ) - Z1 : ~ ( ) - Z2 : ~ ( ) - Z3 : - (- ) - Z4 : ( , , ) - Z5 : () - Z6: (, )< >49
49. 49. Chl-a - : 1>~ 2~4> - 1 chl-a - . 2~4 50
50. 50. DIN - : 1>>> 2~4 - - 2~4 51
51. 51. DIP - : 1> ~ 2~4> - - , 2~4 52
52. 52. , 7 25~8 31 4 1~4 30- , DIP - 53
53. 53. Chl-a (R1, ) unit : /L 029.445.07.729.15.220.318.724.71-127.438.77.327.54.818.817.923.793%86%95%95%91%92%96%96%1-225.942.38.233.71.98.714.620.588%94%106%116%37%43%78%83%1-326.642.48.333.72.510.315.320.490%94%108%116%47%51%82%82%329.445.07.729.05.320.418.724.7100%100%100%100%101%100%100%100%4-110.521.02.17.73.011.37.515.936%47%28%26%57%56%40%65%4-232.953.83.69.15.523.518.932.1112%120%46%31%105%116%101%130%4-332.755.03.38.65.722.018.932.8111%122%43%30%108%108%101%133%4-432.755.03.38.65.721.718.932.6111%122%43%30%108%107%101%132%5-129.445.07.729.15.220.318.724.7100%100%100%100%100%100%100%100%5-229.444.97.729.15.220.318.724.6100%100%100%100%100%100%100%100% - : 1>~ 2~4> - 1 chl-a , , 2~4 54
54. 54. Chl-a (Z1, ) unit : /L 02.55.95.014.88.619.74.39.61-12.55.74.713.28.919.54.39.6102%96%95%89%103%99%100%100%1-22.56.75.014.88.018.74.19.6101%114%100%100%93%95%97%100%1-32.66.95.015.08.018.64.19.6102%116%101%101%93%95%97%100%31.42.73.38.76.413.43.69.657%45%67%59%75%68%85%100%4-15.312.52.04.42.56.14.214.0212%211%40%30%29%31%99%145%4-211.520.68.219.29.117.55.810.8462%347%166%130%106%89%136%111%4-312.020.78.018.49.017.66.010.4482%348%160%124%105%89%141%108%4-412.020.77.918.39.017.26.010.2480%348%159%124%104%87%141%106%5-12.56.05.114.88.719.64.39.6100%100%102%100%101%100%100%100%5-22.76.55.214.98.819.64.39.6107%109%105%101%102%99%101%100% - 1 , - 55
55. 55. DIN (R1, ) unit : mg/L 04.14.42.74.32.22.93.23.71-13.94.12.54.02.12.63.23.796%95%95%94%95%92%97%99%1-23.33.82.43.61.82.32.83.180%86%92%83%84%81%87%84%1-33.53.92.53.82.02.63.03.285%89%95%88%90%90%91%87%34.14.42.74.32.22.93.23.7100%100%100%100%100%100%100%100%4-11.53.11.42.21.12.11.63.036%72%53%51%52%74%49%80%4-23.74.22.63.82.33.33.44.190%95%97%90%104%116%105%110%4-33.64.12.53.72.33.33.34.087%94%96%87%104%115%103%108%4-43.64.12.53.72.33.33.34.087%94%95%87%104%115%103%108%5-14.14.42.74.32.22.93.23.7100%100%100%100%100%100%100%100%5-24.14.42.74.32.22.93.23.7100%100%100%100%100%100%100%100% - : 1> >> 2~4 - - 2~4 56
56. 56. DIN (Z1, ) unit : mg/L 01.23.61.63.50.81.70.51.91-11.13.51.53.30.71.60.51.898%96%95%94%96%94%96%93%1-20.92.61.52.90.71.30.41.581%72%93%83%89%78%86%79%1-31.02.81.53.00.71.50.41.784%78%96%86%92%85%90%86%31.13.61.63.50.71.70.51.899%99%101%98%95%96%96%92%4-10.91.71.01.80.71.20.92.374%48%60%52%89%70%188%119%4-21.02.01.32.60.71.00.61.184%55%80%74%87%60%131%59%4-31.02.01.32.50.71.20.71.389%55%82%72%92%67%147%69%4-41.02.01.32.50.71.20.71.389%55%82%72%92%69%147%69%5-11.23.61.63.50.71.70.51.9100%100%100%100%99%101%100%100%5-21.13.61.63.40.71.70.51.896%98%98%98%97%96%96%96% - >>57
57. 57. DIP (R1, ) unit : mg/L 00.040.110.080.150.110.120.050.121-10.020.070.060.100.070.090.030.0755%69%70%68%69%70%63%58%2-10.030.090.070.110.100.110.050.1281%82%88%74%90%92%102%101%2-20.040.090.070.110.100.110.050.1288%85%88%75%89%92%102%102%30.040.110.080.150.110.120.050.12100%100%100%100%100%100%100%100%4-10.020.030.030.050.030.050.020.0448%30%32%33%31%38%39%37%4-20.030.060.050.100.070.080.040.0879%59%65%64%67%69%80%68%4-30.030.060.050.100.070.080.040.0879%58%65%64%67%67%78%66%4-40.030.060.050.100.070.080.040.0879%58%65%64%66%67%78%66%5-10.040.110.080.150.110.120.050.12100%100%100%100%101%101%100%100%5-20.040.110.080.150.110.120.050.12100%100%100%99%101%101%100%100% - : 1>~ 2~4> , 2~4 58
58. 58. DIP (Z1, ) unit : mg/L 00.010.050.050.110.030.070.020.071-10.010.030.040.080.030.050.020.0477%64%74%68%78%72%83%58%2-10.010.040.040.080.030.070.020.0792%79%91%73%94%94%100%100%2-20.010.040.040.080.030.070.020.0792%81%91%75%94%93%100%100%30.010.050.050.110.030.070.020.06108%98%102%99%100%93%100%90%4-10.010.020.020.030.020.030.010.0392%45%43%29%66%43%72%43%4-20.010.020.030.060.030.040.020.0485%45%66%55%78%51%89%51%4-30.010.020.030.060.030.040.020.0485%45%68%54%81%51%94%52%4-40.010.020.030.060.030.040.020.0485%45%68%54%81%53%94%52%5-10.010.050.050.110.030.070.020.07100%100%100%99%100%99%100%99%5-20.010.050.050.110.030.070.020.07100%94%98%97%97%94%100%96% - : 1> 2~4~> - - 59
59. 59. DO (R1, ) unit : mg/L 012.314.78.08.89.311.214.015.91-112.314.68.08.99.311.214.015.8100%100%101%101%100%100%100%100%1-212.214.46.98.08.710.513.314.899%98%87%90%94%94%95%93%1-312.214.57.08.08.810.713.314.899%99%88%90%94%95%95%94%312.314.78.08.89.311.214.015.9100%100%100%100%100%100%100%100%4-110.011.67.38.17.99.411.113.481%79%92%92%85%84%79%84%4-211.914.77.68.28.810.713.515.497%100%96%94%95%95%96%97%4-311.814.67.68.38.610.513.215.396%99%95%94%92%94%94%96%4-411.814.57.68.28.610.513.215.396%99%95%94%92%94%94%97%5-112.314.78.08.89.311.214.015.9100%100%100%100%100%100%100%100%5-212.314.78.08.89.311.214.015.9100%100%100%100%100%100%100%100% - : 1> 2~4> - 1 60
60. 60. DO (Z1, ) unit : mg/L 09.911.57.07.97.79.110.311.61-19.911.57.07.97.79.110.311.7100%100%100%100%100%100%100%100%1-29.911.47.08.17.79.110.311.6101%100%100%102%100%100%100%100%1-39.911.47.08.07.79.110.311.6100%100%100%102%100%100%100%100%39.811.36.97.87.79.010.311.599%98%100%99%99%99%100%99%4-19.611.17.28.07.89.210.611.797%97%103%101%101%101%102%101%4-29.911.47.08.17.69.010.311.7101%100%101%102%99%99%100%101%4-310.011.57.08.17.69.010.411.8101%100%101%102%99%99%100%101%4-410.011.47.08.17.69.010.411.8101%100%101%102%99%99%100%101%5-19.911.57.07.97.79.110.311.7100%100%100%100%100%100%100%100%5-29.911.47.07.97.79.110.311.6100%100%100%100%100%100%100%100% - : 1> 2~461
61. 61. (R1) Chl-a(/L)DIN(mg/L)DIP(mg/L)DO(mg/L)01.62.51.82.00.060.077.61-21.32.61.01.90.020.097.98.0DINDIPDO77%102%55%96%36%118%104%104%7.7Chl-aChl-a, DIN, DIP , DO (Z1) Chl-a(/L)DIN(mg/L)DIP(mg/L)DO(mg/L)02.43.71.41.80.050.066.31-21.13.10.91.80.020.087.07.6DINDIPDO47%85%62%101%44%130%111%114%6.6Chl-a- - DIN , DIP 62
62. 62. (R1) Chl-a(/L)DIN(mg/L)DIP(mg/L)DO(mg/L)034.545.04.14.20.030.0412.41-334.044.14.14.20.030.0412.414.0DINDIPDO99%98%100%100%90%88%100%100%14.0Chl-aChl-a, DIN, DIP , DO (Z1) Chl-a(/L)DIN(mg/L)DIP(mg/L)DO(mg/L)02.94.80.91.90.010.019.71-33.04.80.71.60.010.019.710.4DINDIPDO104%99%78%83%89%85%99%100%10.4Chl-a- 63
63. 63. ( ) Chl-a (/L)DIP (mg/L)DIN (mg/L)DO (mg/L)- (R1) Chl-a DIP - (Z1) R1Z130.010.00.100.033.01.07.77.764
64. 64. ( ) Chl-a (/L)DIP (mg/L)DIN (mg/L)DO (mg/L)R1Z130.010.00.100.033.01.07.77.7- (Z1) 65
65. 65. ( ) Chl-a (/L)DIP (mg/L)DIN (mg/L)DO (mg/L)R1Z130.010.00.100.033.01.07.77.7- Chl-a, DIN 66
66. 66. ( ) Chl-a (/L)DIP (mg/L)DIN (mg/L)DO (mg/L)- (R1) - (Z1) , R1Z130.010.00.100.033.01.07.77.767
67. 67. ( ) Chl-a (/L)DIP (mg/L)DIN (mg/L)DO (mg/L)- (R1) - (Z1) , R1Z130.010.00.100.033.01.07.77.768
68. 68. ( ) Chl-a (/L)DIP (mg/L)DIN (mg/L)DO (mg/L)- (R1) Chl-a - (Z1) R1Z130.010.00.100.033.01.07.77.769
69. 69. ( ) 1 2 3 4- 1 : Chl-a, DIP, DIN , DO - 2~4 : DIP , DO 70
70. 70. ( 1) 1psu1psu- 1psu : 48km (2)(2)(1) (2)( )(1) (2): 1, 2 71
71. 71. ( 2 10cm ) 1psu- 1psu1psu : 36km(2)(2)(1) (2) 38km(1) (2): 1, 2 72
72. 72. ( 3 20cm ) 1psu1psu- 1psu : 38km(2)(2)(1) (2) 39km(1) (2): 1, 2 73
73. 73. ( 4 50cm ) 1psu1psu- 1psu : 39km(2)(2)(1) (2) 39km(1) (2): 1, 2 74
74. 74. 1psu (km) Case 4-148.448.4Case 4-236.238.4Case 4-338.339.1Case 4-338.339.1- (Case 4-1) 75
75. 75. ( ) Chl-a (/L)DIP (mg/L)DIN (mg/L)DO (mg/L)R1Z130.010.00.100.033.01.07.77.7- 76
76. 76. ( ) Chl-a (/L)DIP (mg/L)DIN (mg/L)DO (mg/L)R1Z130.010.00.100.033.01.07.77.7- 77
77. 77. 1 DIP : 55% DIN : DIP , DO 1 1psu DO DO 78