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Transcription

1 HJ2013B

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9 [2013]179 3 [2012]

10 (1) (2)

11 1 (3) / 1.3 (1) (2) (3) (1) (2) (3) (4) (5) (6) (7) (8) 1998 (9) (10)

12 1 (11) (12) (13) (14) 2004 (15) 2004 (16) (17) 1996 (18) (1) (2) (3) (4) (5) (6) [2007]184 (7) <> [2001]12 (8) <> [1999]122 (9) [2005]441 (10) [2001]164 (11) [2003]94 (12) [2002] 344 (13) (1) 2006 (2) 2002 (3) 2003

13 1 (4) 1993 (5) 2010 (6) 2008 (7) (8) (1) HJ (2) HJ (3) HJ/T (4) HJ (5) HJ (6) HJ (7) HJ/T (8) JTG B (9) GB (10) GB/T (11) JTG B (12) HI/T (13) HJ/T (14) SL (15) HJ (16) HJ (1) 1 (2) (3) 2 (4) (5) (6)

14 (7) (HJ HJ HJ/T HJ HJ HJ HJ/T ) (1) (2) (3) (4) (5) HJ km50km 0.88km 2 <2km 2 HJ P max 10% D 10% HJ >5dB(A) HJ/T m 3 /d III HJ m 200m 200m 200m 500m~ 1.5km 200m (1) ~ (2) ~ (1)

15 1 GB GB mg/m 3 NO 2 CO TSP NO 2 GB (2) GB mg/m 3 TSP GB kg/h m mg/m GB GB μg/m 3 NO 2 (μg/m 3 ) CO(mg/m 3 ) TSP(μg/m 3 ) (1) GB (2) 35m GB a 35m 2 2 (GB ) 1.5-3~1.5-4

16 GB db(a) a (GB ) db(a) GB SL mg/L ph COD BOD NH 3 -N SS DO 90% ph mg/l (SS)SL63-94 GB GB GB ph 69 SS 70 COD 100 BOD 5 20 NH 3 -N 15 5 ph mg/l GB ph COD a 60 b SS a 15 b BOD a 15 b ph mg/l

17 1 a b GB/T GB/T ph 6.5~8.5 NH 3 -N 0.2 CaCO ph mg/l 1.7 (1) m hm 2 2 K0+000~K6+400 K17+290~K K42+900~K m 7200m 4 120m (2) K m K m K m K m ZK m K m K7~K K19+400~K K28+300~K (3) 11 II 7 30 II 3 II hm

18 (4) (5) 1.8 (1) (2) (3) (1) (2) (3) (4) (5)

19

20 (1) K K G207 K (2) L 5.24 (3) Z K S (1) (2) (3) (4) (5) (km/h) (km) (m) (%) 7 (km/h) 40 (km) 5.24 (m) (km/h) 40 (km) 4.80 (m) (6) (7) ~

21 K A B C D E F G 8 ZK LK K ZK LK A B C D E F G K A KA K K0+000~K m X185 K0+720 K A AK A AK0+000~AK m AK K K km K A KA K A K0+000~K AK0+000~AK (1) km (2) m (3) km/h (4) hm hm (5) m (6) 3 12 (7) m/ / /1 (8) %/ 2.00/1 1.50/1 (9) m (10) m (11) m (12) m m/ (13) m/ 4 9 (14) (1) 2.3-2

22 KA K A (1) (2) (1) (1) (1) (2) K A K A K (2) KA K A (1) (2) 264.6m 2 K K K A (3) K K (1) (2) (3) (4) K A 1.65hm hm 2 K 0.40hm hm hm 2 K A 2.12hm hm hm hm hm 2 A K A 4.25 m m 3 438t 1.29hm m m 3 776t 2.18hm 2 K A A K K A K 2 K K K K K K K

23 2 K A K (3) K A K K B KB K K0+00K m X185 K0+720 K2+300 B BK B BK0+000~BK BK =K km K B KB K B K0+00K2+300 BK0+000~BK (1) km (2) m (3) km/h (4) hm hm (5) m (6) 7 4 (7) m/ 80.00/ /1 (8) %/ 2.96/1 3.59/1 (9) m (10) m (11) m (12) m m/ 75.0/ /2 (13) m/ 19.0/1 7 9 (14) (1) 2.3-5

24 KB K (1) (2) (1) B (1) (1) 2 (2) 82m 4.0m 4.0m (3) 15 m 3 K B K B K (2) KB K B (1) (2) 524m 2 524m 2 K B K B (3) K B (1) (2) (3) (4) 3.38hm hm 2 K K B 1.33hm hm hm hm hm hm 2 K B B 0.89hm hm 2 B K B 6.05 m m 3 651t 2.21hm m m 3 701t 3.78hm 2 K B 1 K B 1 K K K B K K K K B K K (3)

25 2 K B K K C KC K K16+900~K K16+900=CK K18+950~K K C CK C CK16+900~CK K K CK =K km KC K K16+900K (1) km C CK16+900~CK (2) m (3) km/h (4) hm hm (5) m (6) (7) m/ 62.32/ /2 (8) %/ 1.42/1 1.96/1 (9) m (10) m (11) m (12) m (13) m/ 86.0/1 86.0/1 m/ (14) (1) KC K (1) (2) (1) (2) C (1) (1) K C K C K

26 2 (2) KC K C (1) m 2 0m 2 C K C K (2) K C (3) K K (1) (2) (3) (4) K C 3.93hm hm 2 K 0.76hm hm hm hm hm hm 2 K C C 1.41hm hm 2 K K C 7.15 m m 3 779t 2.17hm m 3 0m t 7.70hm 2 K C K C 4 C K K C K K C K K C K C K K K C K C K C C K (3) K C K K K D KD

27 2 K K24+200~K K24+200=DK K D DK D DK24+200~DK K K K K km KD K K24+200~K D DK24+200~DK (1) km (2) m (3) km/h 60/40 40 (4) hm hm (5) m (6) 4 4 (7) m/ 80.00/ /1 (8) %/ 1.38/1 4.00/1 (9) m (10) m (11) m (12) m (13) m/ m/ 6 5 (14) (1) KD K (1) (1) (2) (2) D (1) (1) (2) (2) (3) K K D K (2)

28 KD K D 258m m 2 (1) D K K (2) K D (3) (1) (2) (3) (4) 2.92hm hm 2 D K D 0.08hm hm hm hm hm hm 2 K K D D 1.50hm hm 2 K K D 3.99 m 3 m 3 555t 1.58hm m 3 596t 2.24hm 2 K D D 2 2 K D D K DK K D K K D D K K (3) K D K K E K K ~K KE K =EK K E EK E EK ~EK K K G207 K K

29 KE K K ~K E EK ~EK (1) km (2) m (3) km/h (4) hm hm (5) m (6) 2 7 (7) m/ 80.00/ /1 (8) %/ 4.00/1 5.00/1 (9) m (10) m (11) m (12) m (13) m/ m/ 7 9 (14) (1) KE K (1) (1) (2) (2) (3) (1) E (1) (2) (3) (4) K E K E K (2) KE K E (1) 0m m 2 K K E (2) K E (3) (1) 2.40hm hm 2 K

30 2 K E (2) K E 0.98hm hm hm 2 K E E 1.03hm hm hm 2 E (3) (4) 1.2hm hm 2 K K E E m m 3 402t 2.18hm m m 3 716t 4.79hm 2 K E 1 2 K E E E K K K E K K K E K K (3) K B K K F K K16+900~K KF K K FK =K km F FK16+900~FK K16+900=FK K F FK KF K K K K16+900~K F FK16+900~FK (1) km

31 2 K K16+900~K F FK16+900~FK (2) m (3) km/h (4) hm hm (5) m (6) 9 5 (7) m/ / /1 (8) %/ 1.42/1 1.14/1 (9) m (10) m (11) m (12) m (13) m/ m/ 6 6 (14) (1) KF (1) (1) K (2) (2) F (1) (2) (1) K F K F K (2) KF K F (1) (2) m m 2 F K K F (3) K F K (1) (2) 3.38hm hm 2 K F K 0.51hm hm hm hm hm hm 2 K K F F

32 2 K F (3) (4) 1.41hm hm 2 F K F 5.41 m m 3 629t 1.92hm m m 3 668t 3.47hm 2 K F 4 K F K K K K K K F K K (3) K F K K G K K30+600~K KG K30+600=GK K G GK G GK30+600~GK K K GK =K km KG K K K K30+600~K G GK30+600~GK (1) km (2) m (3) km/h (4) hm hm

33 2 K K30+600~K G GK30+600~GK (5) m (6) 3 10 (7) m/ 250/ /1 (8) %/ 4.56/1 4.56/1 (9) m (10) m (11) m (12) m (13) m/ m/ 4 9 (14) (1) KG (1) K (1) (2) G (1) (2) (1) (2) K G K B K (2) KG K G (1) (2) m m 2 K G K K G (3) K G (1) (2) (3) (4) 2.09hm hm 2 K G K 1.78hm hm hm hm hm hm 2 G K G 0.82hm 2 K K 3.41 m m 3 555t 1.78hm m m 3 753t 1.89hm 2 K G G K

34 2 K G 3 6 K G K K K K K K K K K K (3) K G K K K X X

35 K18+950~K K18+950~K % % km (1) K0+000~K (2) K0+720~K (3) K18+950~K (4) K20+700~K (5) K29+980~K (6) K32+040~ K (7) K42+220~K (8) LK0+000~LK (9) LK1+600~LK (10) LK1+900~LK (11) ZK0+000~ZK km/h30km/h 40km/h60km/h m 6.5~ m % 7.00

36 (1) (2) (3) (GB ) 2 (4) (5) 2.5 (1) (2) 4.84hm 2 /7 3.93hm 2 /7 2.40hm 2 /7 6310m 3990m 2320m (3) m m m m m m hm hm hm 2

37 2 (4) m m m m m 7200m (1) (2) km/h 6040 (3) km (4) m 8.5 (5) m 23.5 (6) m (7) m (8) % 67 (9) / m/m 2000/ /450 (10) / m/m 1500/ /450 (11) (12) (13) 1/100 (14) m/ 158/ hm

38 m 3 m 3 m 3 m 3 K0+000K K9+000K K18+815K K28+000K K36+000K LK0+000LK ZK0+000ZK m m 3700 m / km/h K0+000~K K7+900~K K14+900~K K21+200~K K25+200~K K27+400~K K39+400~K LK0+800~LK ZK1+100~ZK :1 6:00~22:00 22:00~ 6: ()

39 () 8.5m m m 2.0% 3.0% () (1) 1/

40 2 +0.5m+ 1~2m 30m 20m 8.5m 7.5m (m) (m) (m) (m) K0+430~K K0+340~K K25+160~K K15+630~K K30+220~K K16+040~K K34+570~K K16+640~K K35+230~K K17+300~K K35+600~K K17+830~K K36+610~K K18+550~K K39+950~K K22+240~K K40+210~K K30+020~K K40+460~K K30+440~K K41+320~K K33+290~K K41+780~K K33+770~K K42+570~K K34+480~K K35+460~K K35+670~K K36+510~K K36+840~K K40+110~K K40+370~K K41+000~K K41+970~K (2) 08m 1:1.5820m 1: m 12m 20m 8m 1.5m 20m 16m 1.5m 1:5 4% 2.0m 1:5 1:2

41 2 20m 1: m 12m 12m 10m 1.5m 20m 8m 1:1.5:8~20m 1: m 12m 20m 8m 1.5m 1:5 4% 2.0m 1: : m 10m 12m 10m 1.5m 20m (3) m m (1) K2+900~K / m (2) K5+300~K (3) K9+300~K (4) K10+100~K (5) K21+310~K (6) K25+500~K (7) K26+600~K (8) K28+700~K (9) K30+800~K (10) K36+100~K (11) LK0+800~LK (12) ZK1+100~ZK (4) 1:2 K6+200 K mLK3+700LK m

42 2 (5) 2% 3% (6) cm+ 1.0cm+ 20cm+ 15cm+ 15cm 77cm (1) 3 158m 177 X184 2 K1+930 K m (m) () m (1) K (2) K () (1) K

43 2 (2) - 1/100 1/ g 6 7 (3) (4) 2.0m 2.0m3.0m 3.0m4.0m 4.0mφ1.0m φ1.5m (m) (m) (1) K (2) K (3) K (4) K (5) K (6) K (7) K (8) K (9) K (10) K (11) K (12) K (13) ZK (14) LK (15) LK (1)

44 2 (2) K m 0.48hm m m m m / m 7200m m 2 m 2 m 2 km km K (1) K0+000K (2) K2+300K (3) K3+500K (4) K6+000K (5) K8+250K (6) K10+600K (7) K16+900K (8) K18+600K (9) K24+200K (10) K25+700K (11) K30+470K (12) K32+100K (13) K34+300K (14) ZK0+000ZK (15) LK0+000LK ~1.5 / 0.5~1.0 /

45 m m m m m m

46 K0+000-K9+000 K9+000-K K K K K K K # 1# # K K # # K9+000-K # # 4# # 5#

47 2 LK0+000-LK5+240 ZK0+000-ZK # 6# # 7# =

48 / 0.37/ m 3

49 # # K0+000~K9+000 m 3

50 / 0/0.37 2# # K18+815~K K9+000~K m 3

51 / 0.37/ K9+000~K # # K18+815~K m 3

52 # # K38+000~K m 3

53 # # K36+000~K m 3

54 # # LK0+000~LK5+240 m 3

55 # # ZK0+000~ZK4+800 m 3

56 hm hm hm (1) hm m³ m³ (2) hm m (3) hm (4) G207 K9+600 S m 3990m 2320m 4700m 1020m 590m 4.5m 4.44hm

57 hm 2 hm (m) ( m 3 ) ( m 3 ) (hm 2 ) (m) hm 2 (m) 1 K K K K K LK ZK hm 2 (m) ( m 3 ) ( m 3 ) (hm 2 ) (m) (m) 1 K K K K K LK ZK hm 2 1 K K K K K LK ZK

58 (1) (2)

59 2 (3) 0~30cm 1.1kg/m 2 6~8 20km/h 47.43km

60 2 3m 158m/3 1 /64m 1 /19m 1 /75m

61 2 30cm 1.0~1.5m 1.5m ~1.4 2~3min 1.0~1.5m

62 2 0.5~1.0m 1/2~2/3 177

63 2 75% 15cm 80cm 15~30cm 1:1.75 1:2 0.2~0.3m 0.20~0.30m

64 2 (3) G207 K9+600 S368

65 km 3A [2012]942 3 (1) (2) K20+300~K K40+400~K K0+000~K6+400 K17+290~K K20+100~K K42+900~K43+030

66 (1) 2008 (2) K0+000~K K14+000~K (3)

67

68 (1) (2) (3) (4) hm m³

69 3 (1) 7 (2) (GB ) () () JT (A)(B)

70 3 300m 4# 240m 4# K m #5#6# 7# 4# (3) 300m

71 # 2# 3# 4# 5# 6# 7# / K m K m K m K m K m LK m ZK m (hm 2 ) m K m

72 m (1) 4.44hm 2 (2) hm #120mK m

73 / K m K m K m K m K m LK m ZK m hm 2 ( m 3 ) (m) m K m

74 (1) (2) (3) (4) (5) (6) (1)

75 3 200~300kg/m 3 (2) SS (1) (2) 88.21hm hm m 2 140

76 3 (3) (4) (5) (1) (1) (2) (3) (4) (5) (6)

77 (1) (2) (3) (2) TSP CO THCNO 2 0.1% 1% 50m 50m TSP 0.3mg/m 3 COTHCNO 2 (3) m 200m m L max (db) (1) XL (2) XL (3) PY160A 5 90 (4) YZJ10B 5 86 (5) CC (6) 5 81 (7) ZL

78 3 m L max (db) (8) T (9) W4-60C 5 84 (10) fifond311abg CO 5 82 (11) VOGELE 5 87 (12) (13) JZC (14) ParkerLB (15) LB (16) LB (17) MARINI 2 90 (4) 2 1 SS SS L/ d d t/d 1.41 t (5) SS COD

79 3 (6) m m m 3 1kg/d 369.6t (1) (2) CO NO 2 Q J 3 i BA E i ij Q J J mg/(m s) A i i /h B NO x NO 2 TSP 1 E ij i j (g\ km) CO NO x D1 TSP E P T E T E g/ P 0.9 E g/ 5.07g/ T

80 g/ E mg/s m CO K0+000-K7+900 NO TSP CO K7+900-K NO TSP CO K K NO TSP CO K K NO TSP CO K K NO TSP CO K K NO TSP CO K K NO TSP CO NO TSP CO NO TSP (3) 3 3.5t 3.512t12t 7.5m L os lgV S +L L om lgV M L ol lgV L SML

81 3 V i km/h V i 1 Vi k1 ui k2 k3 ui k4 u i N m 1 i i V 120 k 1 k 2 k 3 u i N η i m V 40km/h db K0+000-K K7+900-K K K K K K K K K K K (4) 1 6 / 120L 0.85

82 3 220t/a mg/l BOD 5 COD TP SS TOC m (m) m 2 24h m 3 /s 1 K K K (m 2 ) 24h (m 3 /s) 1 K6+300~K LK3+700~LK ~20 20~40 40~60 ph 7.0~ ~ ~ SS(mg/L) ~ ~ ~ BOD 5 (mg/l) 7.34~ ~ ~ (mg/l) 22.30~ ~ (5) (6) 19 1 (7)

83 A L Aeq 4 ph BOD 5 NH 3 -NSSCOD SSCODBOD 5 i 5 ph CaCO 3 N 6 NO 2 TSP CONO 2 TSP 7 ()

84 m GB GB s g QO γ m Q 4 al 523 Q 3 al K5+500 K13+300K K K K LK0+000LK K2+200K3+600

85 3 m - Q 1-2 al Qh Q dl+el O 2 sw 950 K39+100K bc b 1445 ZK3+350ZK4+800 bc a 846 sh γ 5 2 1: (1) 1/20 K16+000K km K4+000K km K0+000K LK0+000LK5+240 ZK0+000ZK km 687km 2 311m 822m 3 /s 0.855m 3 /s 12.6m 3 /s K6+300~K8+600 K km 253km 2 328m 533m 3 /s m 3 /s 5.73 m 3 /s K (2) 0.5km 2 28 m 3 50m 48.5mLK3+700~ LK m 4.1.5

86 3 : (1) K5+500K13+300K18+850K K42+550K43+030LK0+000LK m 216m m 3 /d HCO 3 -CaNa31374mg/L (2) K39+100K42+500ZK3+350K4+800 K39+100K O 2sw L/s km L/s1.03.7m mHCO 3 -CaNa HCO 3 Cl-NaCa 2081mg/LZK3+350K4+800 bc b L/s km l/s1.03.4m m HCO 3 -CaNaHCO 3 -NaMg 2486mg/L (3) m 3.523m 10%24mm

87 3 K0+000K m L/s km L/s0 3.02m mHCO 3 -NaHCO 3 Cl-Na 2199mg/L Q 4 al Q 3 al Q 1-2 al O 2 swbc b γ m 216m K5+500K K18+850K20+550K K43+030LK0+000LK1+800 K39+100K42+500ZK3+350 K4+800 K0+000K LK0+000LK5+240 ZK0+000ZK / ~ % ~

88 G207G321 S km52.1km5.4km 95.4km35.9km1056.1km78.4km km/ km km / OK 71 8CT B () ()

89 (1) K S1 18m K S2 15m (2) phcodbod 5 NH 3 -NDOSS (3) (HJ/T ) / 1 GB/T ph GB pH 868pH JHZX-YQ GB/T 0.5 mg/l 4 COD 5 (NH 3 -N) GB/T HJ ) 5 mg/l mg/l - UV-1800 JHZX-YQ mg/l BOD 5 HJ JHZX-YQ-065 DO110 7 HJ (SS) GB mg/l BS210S JHZX-YQ (4) HJ mg/L OIL420 JHZX-YQ-021

90 mg/lph S1 S ph COD SS DO BOD ph COD SS DO BOD (1) Pi P i i C i i C 0 i ph P i P i P 7.0 Ci 7.0 C Ci C su C i i C 0 sd C sd C su C i 7.0 C i >7.0

91 3 (DO) DO Pi DO f f DO i DO s s DO f DO s DOi Pi 10 9 DO f DO s DO DO f T DO f mg/l DO s mg/l DO i mg/l T (2) (GB ) ph COD SS DO BOD S S SSSL63-94 (3) phcod BOD 5 NH 3 -NDO GB SSSL63-94 phcod BOD 5 NH 3 -NDO GB SSSL63-94

92 (1) (m) (m) (m) (m) G1 K m G2 K m G3 K m (2) ph ph GB pH CaCO 3 EDTA GB mg/l GB mg/l GB mg/l GB mg/l HJ ) mg/l GB mg/l (3)

93 mg/lph % S ij ph ~ ~ ~0.43 G ~0.52 CaCO ~ ~ ~ ~0.37 ph ~ ~0.40 G ~ ~0.37 CaCO ~ ~ ~ ~0.35 ph ~ ~ ~0.37 G ~0.53 CaCO ~ ~ ~ ~ (1) (2) m 46

94 (1) L Aeq (2) K K m40m40m60m80m 120m A Leq

95 4 (m) (m) N1 K2+460~530 25m 0m 2 1 N2 K4+300~400 12m 0m 1m 2 N3 K m 0m 2 1 N4 K7+220~550 12m 0m 1m 1 N5 K9+070~350 10m 0m 1m 1 N6 K12+900~K m 0m 1m 1 N7 K17+350~670 12m -2m 1m 1 N8 K m 6m 2 1 N9 K22+800~K m 0m 1m 2 N10 1 K25+500~600 45m 0m 1m 1 N11 1 K27+940~K m 0m 1m 1 N12 K31+950~K m 0m 1m 1 N13 K36+980~K m 1m N14 K m 15m 2 1 N15 K39+500~900 12m 0m 1m N16 K42+920~K m 0m 1m 1 G207 G207 N17 LK0+740~LK m 0m 1m 1 N18 ZK0+130~640 12m 0m 1m 1 2 2

96 (1) N1 L A1 L 10 L 50 L 90 Leq (σ) L A2 L 10 L 50 L 90 Leq (σ) L E N2 N3 N4 N5 N6 N7 N8 N9 N10 N11 N12 N13 N14 N

97 4 N16 L A1 L 10 L 50 L 90 Leq (σ) L A2 L 10 L 50 L 90 Leq (σ) L E N N L lg A LA L E (GB ) 2 (2) K () K () L A1 L A2 L E 20m N m N m N m N m N /20min m N m N m N m N m N /20min 0.1L lg A LA L E K m 40m 2.6dB40m 80m 4.9dB60m 120m 5.4dB 20m 40m 1.7dB40m 80m 4.3dB60m

98 4 120m 5.7dB K m 40m 2.3dB40m 80m 6.5dB60m 120m 4.3dB 20m 40m 1.0dB40m 80m 2.5dB60m 120m 3.0dB 40m 2 20m (1) A1 K2+180~740 1m TSPNO 2 CO 1 A2 K22+800~K m TSPNO 2 CO 1 A3 K42+920~K m TSPNO 2 CO 1 (2) NO 2 TSPCO (3) 7 NO 2 CO TSP 24 NO 2 CO (4) (5)

99 4 A1 A2 A3 A1 A2 A TSP(μg/m 3 ) NO 2 (μg/m 3 ) CO(mg/m 3 ) D D D D D D D D D D D D D D D D D D D D D NO 2 μg/m 3 D1 D2 D3 D4 D5 D6 D D1 D2 D3 D4 D5 D6 D D1 D2 D3 D4 D5 D6 D

100 4 A1 A2 A CO mg/m 3 D1 D2 D3 D4 D5 D6 D D1 D2 D3 D4 D5 D6 D D1 D2 D3 D4 D5 D6 D (1) I i C i S i (2) I C i i (GB ) S i TSP(μg/m 3 ) NO 2 (μg/m 3 ) CO(mg/m 3 ) % % % A A A NO 2 CO % A1 NO 2 (μg/m 3 ) CO(mg/m 3 ) A2 NO 2 (μg/m 3 )

101 4 A3 CO(mg/m 3 ) NO 2 (μg/m 3 ) CO(mg/m 3 ) TSPNO 2 CO TM :100 1:5 ARCGIS TM 1: m RSGISGPS

102 km 300m hm hm % km hm hm % hm hm % 8.88% km % 84.04hm % 36.73hm hm hm

103 m hm 2 % hm 2 % ~114.44m (1)

104 4 (2) m 20m 10m 10m 4 4m 2 2m 4m

105 Form. Pinus massoniana Form. Pinus rigida Form.Rhodomyrtus tomentosa Form. Dicranopteris pedata Form. Eucalyptus spp. Form. Bambusoideae spp. Form. Cunninhamia lanceolata Form. Pinus massoniana Form.Rhodomyrtus tomentosa Form. Pinus rigida Form. Dicranopteris pedata (1) Form. Pinus massoniana 50% 0.4~0.5 5~10m 8~15cm Castanopsis fissa Vcmicia Montana Acacia confusa Rhodomyrtus tomentosa 15% Uvaria boniana 10% Loropetalum chinense 4% Eurya nitida Cratoxylum cochinchinense Phyllanthus

106 4 reticulatus Symplocos dolichotricha Microcos paniculata Oreocnide frutescens subsp. Frutescens Mallotus microcarpus Alangium kurzii var. handelii Callicarpa longipes Wikstroemia indica Archiboehmeria atrata Mussaenda divaricata Psidium guajava Psychotria rubra var. pilosa Dicranopteris pedata Woodwardia japonica Lindernia ruellioides Wedelia trilobata Eremochloa ciliaris Commelina communis Cyclosorus parasiticus Miscanthus floridulus Eriachne pallescens Imperata cylindrica Form. Rhodomyrtus tomentose 80cm 30% Melastoma candidum Breynia fruticosa Lindera communis Litsea cubeba Wirrstroemia indica Glochidion eriocarpum Cratoxylon cachichinense Phyllanthus emblica Abelmoschus moschatus Abutilon indicum Liquidambar formosana Schima superba 4060cm 40% Dierocopraris dichotoma Miscanthus floridulus Cry sopogon aciculatus Cymbopogon tortilis Eremochloa ciliaris Form. Rhodomyrtus tomentose 80cm 30% Melastoma candidum Breynia fruticosa Symplocos lancifolia Neolitsea cambodiana var. cambodiana Wirrstroemia indica Cratoxylon cachichinense Abelmoschus moschatus Psychotria rubra Ardisia hanceana 4060cm 40% Dierocopraris dichotoma Cry sopogon aciculatus Cymbopogon tortilis Eremochloa ciliaris Cyclosorus aridus Blechnum orientale Form. Dicranopteris pedata 1000m

107 4 30~70cm 80~100cm 50~80 Blechnum orientale Adiantum flabollulatum Lygodium japonicum Hedyotis caudatifolia Eriachne pallescens Eremochloa ciliaris Gahnia tristis Ilex asprella Acacia sinuata Rubus alceifolius (2) Form. Citrus reticulata Form. Euphoria longan Form. Litchi chinesis % BC Form. Illieium verum 2m Form. Cunnighamia lanceolata 20 6m 8cm 30%

108 4 Dysphania ambrosioides Urena lobata Polygonum chinense Bidens pilosa Ageratum conyzoides Erigeron canadensis Form. Eucalyptus spp Form. Bambusoideae spp. Bambusa sinospinosa Bambusa pervariabilis Bambusa chungii Bambusa tuldoides Dendrocalamus membranaceus Dendrocalamus latiflorus Bambusa sinospinosa

109 (1) % % 5 9.6% 1 1.9% II Falco tinnunculus Centropus sinensis Centropus bengalensis Tyto longimembris Glaucidium cuculoides Otus lettia 18 Ardea cinerea Ardeola bacchus Butorides striatus Gallinula chloropus Cuculus micropterus Eurystomus orientalis Pycnonotus aurigaster Lanius collurioides Lanius schach Dicrurus macrocercus Dicrurus hottentottus Urocissa erythrorhyncha Acridotheres cristatellus Turdus merula Garrulax canorus Garrulax chinensis Prinia criniger Parus majo

110 (1) Egretta garzetta R (2) Ardea cinerea W (3) Bubulcus ibis R (4) Ardeola bacchus R (5) Ixobrychus cinnamomeus R (6) Butorides striatus R (7) Circus cyaneus W (8) Falco tinnunculus R II (9) Amaurornis phoenicurus R (10) Gallinula chloropus R (11) Tringa ochropus W (12) Actitis hypoleucos W (13) Streptopelia chinensis R (14) Streptopelia orientalis R (15) Cuculus micropterus S (16) Centropus sinensis R II (17) Centropus bengalensis R II (18) Tyto longimembris R II (19) Glaucidium cuculoides R II (20) Otus lettia R II (21) Alcedo atthis R (22) Ceryle rudis R (23) Eurystomus orientalis R (24) Hirundo rustica S (25) Hirundo daurica S (26) Motacilla flava W (27) Motacilla alba R (28) Pycnonotus sinensis R (29) Pycnonotus jocosus R (30) Pycnonotus aurigaster R (31) Lanius collurioides R (32) Lanius schach R (33) Dicrurus macrocercus S (34) Dicrurus hottentottus S (35) Gracupica nigricollis R (36) Acridotheres cristatellus R (37) Urocissa erythrorhyncha R (38) Artamus fuscus R (39) Luscinia calliope W (40) Luscinia svecica M (41) Turdus merula R

111 4 (42) Turdus hortulorum W (43) Copsychus saularis W (44) Phoenicurus auroreus W (45) Enicurus leschenaulti R (46) Garrulax canorus R (47) Garrulax chinensis R (48) Prinia criniger R (49) Parus major R (50) Zosterops japonicus R (51) Passer montanus R (52) Carpodacus erythrinus W R S W M (2) II (1) Duttaphrynus melanostictus + (2) Bufo bufogargarizans ++ (3) Hyla simplex + (4) Amolops ricketti (5) Euphlyctis limnocharis ++ (6) Hylarana guentheri ++ + (7) Hoplobatrachus rugulosus ++ (8) Polypedates leucomystax + (9) Microhyla ornata ++ (10) Microhyla butleus ++ (3)

112 (1) Gekko chinensis ++ (2) Scincella reevesii +++ (3) Elaphe radiata ++ (4) Elaphe moellendorffi + (5) Dinodon flavozonatum + (6) Helicops carinicauda ++ (7) Oligodon swinhonis ++ (8) eurypholis major ++ (9) Enhydris chinensis + (10) Rhabdophis ubminiatus + (11) Ptyas mucosus + (12) Zoacys dhumnades ++ (13) Bungarus fasciatus + (14) Bungarus multicimtus + (15) Trimeresurus medoensis ++ (4) (1) Nyctalus noctula ++ (2) Callosciurus flavimanus ++ (3) Dremomys rufigenis + (4) Rhizomys pruinosus ++ (5) Rhizomys sinensis ++ (6) Rattus norvegicus +++ (7) Rattus edwards +++ (8) Rattus rattoides ++ (9) Mus musculus +++ (10) Rattus rattus +++ (11) Rattus flavipectus ++ (12) Bandicota indica +++ (13) Ranttus rattoides (1) 19 34

113 Melosira pusilla Bacillariophyta Meiosira islandica Cyclotella sp. Navicula sp. Cyanophyta Oscillatoria sp. Nostos sp. Scenedesmus quadricauda Chlorophyta Selenastrum sp. Ulothrix sp. Euglenophyta Euqlena sp. Xanthophyceae Tribonema minus (2) sinilabeo decorus Cyprinus carpio Carassius auratus Misgurnus anguillicaudatus ctenophargngodonidellus Cypriniformes Cyprinidae Sinilabeo Cyprinus Carassius Misgurnus Ctenopharyngodon monopterus albus Synbranchiformes Synbranchidae Monopterus () (2010 ) 3 II Erythrophleum fordii 1 Cinnamomaum camphora 1 Cibotium barometz 4 K

114 Erythrophloeum fordii Cinnamomaum camphora Cibotium barometz () 1.2m K II 80m 0.3m K II 65m 0.4m K II 5m 0.8m K II 35m 2 ZK m K m Cinnamomaum camphora Cinnamomaum camphora 9m 0.65m 15m 1.8m ZK m K m

115 Cibotium barometz Cibotium barometz Erythrophleum fordii Cinnamomaum camphora Cinnamomaum camphora Cinnamomaum camphora II

116 (1) hm 2 386m ~1996 (2) hm hm hm hm hm hm hm hm hm hm

117 hm m hm 2 (1) 3 2 (2) 2 4 (3) (4) (5) hm hm hm 2 (6)

118 TSPNO 2 CO TSP 5μm 8%5~20μm 24%20μm 68% (1) 20m 1.303mg/m m 0.311mg/m m 0.270mg/m 3 50m 2.532mg/m m 0.521mg/m m 50m (2) 10m TSP mg/m 3 150m (3)

119 NO 2 50m NO mg/m mg/m m (1) CO NO 2 0<θ<90 2 Q j B 1 y z h C 1 1 PR U exp A y z exp 2 y z z h exp 2 Z 2 C PR AB R 0 mg/m 3 U m/s Q j j mg/ s m σ y σ z m σ y =σ y x, σ z =σ z x x m y m z m h m AB θ= Q j h C. exp 2 U Z 2 Z 2 dl

120 5 θ=0 C Q. U Z j r r= y 2 e z / 2 e=σ z /σ y (2) TSP TSP TSP Vs v s d 2 p g p 18 d p m p kg/m 3 g m/s 2 kg/(m s) TSP Vs x/μ h h-vs x/μ TSP TSP (m) (m) NO 2 22μg/m 3 38μg/m 3 CO 1.1mg/m 3 1.5mg/m 3 TSP 122μg/m

121 5 K0+000~K7+900 K7+900~K K14+900~K K21+200~K K25+200~K NO 2 (μg/m 3 ) CO (mg/m 3 ) TSP (μg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) TSP (μg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) TSP (μg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) TSP (μg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) m 20m 30m 40m 60m 80m 100m 150m 200m

122 5 10m 20m 30m 40m 60m 80m 100m 150m 200m K27+400~K K39+400~K TSP (μg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) TSP (μg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) TSP (μg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) TSP (μg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) TSP (μg/m 3 ) GB

123 m 20m 30m 40m 60m 80m 100m 150m 200m NO 2 (μg/m ) K0+000~K7+900 K7+900~K K14+900~K K21+200~K K25+200~K K27+400~K K39+400~K CO (mg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) NO 2 (μg/m 3 ) CO (mg/m 3 ) GB

124 5 (1) NO 2 20m NO 2 10m CO TSP 10m NO 2 CO TSP 10m (2) NO 2 CO 10m NO 2 COTSP NO 2 μg/m

125 GB

126 CO mg/m

127 GB

128 TSP μg/m

129 GB NO 2 COTSP

130 5 K ~10m 1 CMCFCIPHP

131 5 SS SS SS SS SS 250mg/L 150m SS 150m K6+300~K mLK3+700~ LK m SSDS K6+300~K8+600 LK3+700~ LK m mg/LpH 12

132 L/ d (/) (L/ d) K (t/d ) K CODBOD 5 SS

133 5 (1) mm mm m (m) m 2 24h m 3 /s 1 K K K (m 2 ) 24h (m 3 /s) 1 K6+300~K LK3+700~LK h 81.6mm h 30min 30min BOD 5 ph 40min 1h (2) K L

134 t (1) K40+400~K m K m 9m 500m 500m (2) () () ~-21m 2.0~25.0m HJ B

135 SS

136 (1) r r L Li L0 20 lg i 0 L i r i db(a) L 0 r 0 db(a) L db(a) n 0.1 Lpi LTP 10 lg10 i1 (2) 5.4-1

137 (m) Lmax[dB(A)] (1) ZL (2) ZL (3) PY16A 5 90 (4) YZJ10B 5 86 (5) CC (6) 5 81 (7) ZL (8) T (9) W4-60C 5 84 (10) (11) JZC Leq[dB(A)] (m) (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) m Leq[dB(A)] (m) (3) 20m 150m 50m 200m

138 5 50m 2 50m 800 (4) 75~83dB 15~30m GB ~3cm/s 5cm/s kg 30m 0.38cm/s

139 5 0.2cm/s 0.6cm/s 0.2cm/s 0.6cm/s (kg) m K150 α cm/s K250 α1.8 K150 α cm/s K250 α (1) i Ni Leq(h) 0 10lg i ( L E ) i 10lg 10lg L 16 ViT r L eq (h) i i db(a) (L _ 0E) i i V i km/h 7.5m A db(a) N i i /h r m V i T ψ 1 ψ 2 i km/h 1h

140 5 L db(a) L 1 L L L 2 L 2 L L L A 1 L2 L3 1 L L atm A gr A bar A misc db(a) db(a) db(a) db(a) L 3 db(a) (2).1( LAeq ) 0.1( LAeq ) ( ) 10lg[ L Aeq 0 0.1( L Aeq ) (3) 0.1( ) 0.1( ( L ) 10lg (L Aeq ) Aeq L Aeq L Aeq ) db (L Aeq ) db (1) (L _ 0) E 7.5m (2) Ni /h (3) L ]

141 5 L L =98 β L =73 β L =50 β dba dba dba β % L km/h (4) L 2 A bar A bar L L L L d f d f =d 1 +d 2 d 1 d 2 5km m 20m 20m 200m 200m 200m 5.4-7

142 5 d f m HZ (db) 10 d f < (db/m) 20 d f < (L ) GB/T A ΔL 40~60% 70~90% 3 db 5 db 1.5 db 10dB S S=S 1 +S 2 ++S n S 1 S 2 S 3 S n P S 0 =S S S = 100% O L L L 0 L δ N max 2 N max N max λ m δ m δδabc a m b m c m

143 δ L t=20 N max /3 A atm 3-10lg 4 tan 3-10 lg 2 ln A atm 1 1 t t 1t 1t t 1 t 1 2 t t 1 - r ) r a α % αdb/km HZ A gr A A gr 2h d 17 d Agr 4.8 m 300

144 5 A gr dba gr A gr 0 d m h m mh m F/dh m GB/T hm (5) L 3 30% L L 4H b w 2H b w L 0 w m H b m K4+310~K K17+700~K K42+600~K

145 db 20m 30m 40m 50m 60m 80m 100m 120m 160m 200m K0+000~K7+900 K14+900~K ( 40km/h) K7+900~K ( 60km/h) K25+200~K K39+400~K ( 40km/h) K21+200~K K27+400~K ( 60km/h)

146 a2, m K0+000~K7+900 K14+900~K ( 40km/h) K7+900~K ( 60km/h) K25+200~K K39+400~K ( 40km/h) K21+200~K K27+400~K ( 60km/h) 2 < a <5 <5 <5 5 < a <5 5 <5 10 < <5 5 < a <5 <5 <5 <5 <5 <5 2 < a <5 <5 <5 7 <5 9 2 <5 <5 <5 8 <5 10 4a <5 <5 <5 <5 <5 <5 2 <5 <5 < a <5 <5 <5 <5 <5 <5 142

147 km/h km/h 143

148 km/h km/h 144

149 (1) K4+310~K6+400 K4+310~K6+400 K17+700~K K17+700~K K43+600~K K43+600~K a40km/h <5m<5m5m7m60km/h <5m 5m10m14m 240km/h <5m7m11m8m15m20m 60km/h8m14m20m 16m27m36m 2 (2) 145

150 5 4a40km/h <5m60km/h <5m<5m7m9m 240km/h <5m<5m6m5m10m12m 60km/h<5m9m12m 11m19m23m 2 (3) 4a<5m 2<5m <5m8m10m 2 10m (4) 4a<5m 2<5m<5m5m <5m8m10m 2 10m m GB a 2 35m

151 5 1 (m) (m) db(a) 4a a a a a a a a a a a a a a a a a a a a a a a a a a a a

152 5 (m) (m) a a a a a a a a a a a a a a a a a a a a a a a a

153 (1)

154 5 (2) (3) K9+600 K G G ~114.44m 30m~300m 200m II 8.5m km 1.75km 88.21hm hm 2 /km hm 2 /km GIS

155 hm hm hm % 23.03hm % hm hm % 9.93% 7.77% hm hm hm hm m 4.44hm hm 2 7.6hm % 3.79hm 2 3.3hm 2 151

156 5 (1) 1~2 (2) (3) hm % km hm hm % K7~K15+100K19+400~K23+300K28+300~K hm hm hm % 152

157 hm 2 153

158 5 1Lm NO X HC 2mg/m 3 2mg/m 3 NO 2 20m NO 2 10m CO TSP 10m 40m NO 2 (GB ) (1) 154

159 5 (2) 对

160 5 50m

161 5 157

162 (1) 158

163 5 (2) (3) 100m 1000m II Erythrophleum fordii 1 Cinnamomaum camphora 1 Cibotium barometz 4 K m K m K K6 100m K m

164 ( ) Erythrophloeum fordii 1.2m K II 80m Cinnamomaum camphora 0.3m K II 65m 0.4m K II 5m 100m Cibotium barometz 0.8m K II 35m ZK m K m

165 (1) 15.61hm hm % hm hm hm 2 (2) hm 2 4# 240m 4# K m 3#5#6# 7# 161

166 5 4# (3) hm 2 7 4# 120m K m (4) 162

167 # 2# 3# 4# 5# 6# 7# / K m K m K m K m K m LK m ZK m (hm 2 ) m K m 163

168 / K m K m K m K m K m LK m ZK m hm 2 ( m 3 ) (m) m K m

169 (1) K0+000~K K0+000~K (2) K17+290~K K20+100~K K17+290~K K K

170 5 5 (3) (4) K42+900~K K17+290~K (4) hm hm hm hm 2 (1) 8.5m 88.21hm hm 2 / km hm 2 /km (2) hm 2 hm 2 % % (3)

171 hm 2 hm 2 % (4) hm 2 hm 2 % (5) [2009] hm 2 / hm 2

172 (1) m ~4 (2) 3700m 7200m (1) (2) 168

173 5 (3) (4) (5) (1)

174 5 (2) 100m (1) 11.4km (2) 10.5km (3) 11.5km (4) 120m (5) 5.3km (6) 1.3km (7) 3.6km (8) 8.7 km (9)

175 (1) (2) (3) (1) (2) 171

176 5 7 (3) m m m 3 1kg/d 369.6t

177 (90) 057 [2005] HJ/T LD50()mg/kg LD50()mg/kg LC50( 4 )mgl (1) <5 <1 <0.01 (2) 5<LD50<25 10<LD50<50 01<LC50<0.5 (3) 25<LD50<200 50<LD50< <LC50<2 (1) () 2020 (2) (3) 55() (1) (2) 173

178 5 (3) (GBl ) (GB ) m 3 90%

179 P=R Q L D K 1 K 2 P / R / km Q / D 365/ L km K 1 K / km 2.52% 7% / m (1) K (2) K6+300~K (3) K (4) K (5) (6) K20+400~ K K40+400~ K (7) K (8) LK3+700~LK (9)

180 (1) / (2) / (3) / (4) / (5) / (6) / (7) / (8) / (9) / K18+950~K m K K ~ / 176

181 K40+400~K km K m 9m 500m ~ / K ~ / 0.5km (1) 96 LC mg/L (2) mg/L 7 30 (3) 177

182 mg/L mg/L 0.1mg/L mg/L () () 178

183 (1) (2) (1) (2) (3) (1) 179

184 6 (2) (3) (4) (5) (6) (7) (8) (9) (10) (1) ~ 3 4~ (2) ~ ( (3) ~

185 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) 181

186 % (1) (2) (3) % % % % % % % % % % (4) % % % % % % % (5) % % % % (6) % % % (7) (8) (1) % (2) 100% (3) % % (4) % % 4 182

187 % % % (5) % % % % % (6) % % (7) (8) (9) % % 40~ % 65.19% 48.73%

188 () (%) () % () (1) (24) (2) (25) (3) (26) (4) (27) (5) (28) (6) (29) (7) (30) (8) (31) (9) (32) (10) (33) (11) (34) (12) (35) (13) (36) (14) (37) (15) (38) (16) (39) (17) (40) (18) (41) (19) (42) (20) (43) (21) (44) (22) (45) (23) (46) () (1) (2) () (1) (4) (2) (5) (3) () (1) (3) (2) (4) () (1) (5) (2) (6) (3) (7) (4) (1) (2) (3) (4) (5)

189 % (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (1) %22.78%

190 6 (2) % 0 12 (3) % % (4) 60.76% % 22.78% 15.19% 7.59 % (5) %43.04% 5.06% 43.04% 27.85% 2.53% (6) 55.70%30.38% % % (7) 30.38%58.23% % % (8) 50.63% % % (9) %73.42% 25.32% % (10) 65.82%20.25% 48.10% (11) 186

191 6 (12) % 42.86% 45.71%39.06% ~ A ~ B

192 (1) (2) / (3) (4) (5) (6) (7) (1)

193 6 (2) (3) (1) (2) (3) 189

194 [2000]40 500t/(km 2 a) (1) hm hm hm t 23653t (2) (3) 18483t t t10.61%98.89% GB % 87% % 97% 22%

195 hm hm hm

196 7 * 192

197 (1) 193

198 m m 46916m m m hm m 2138m m m 2192m m 471m m m 2 (2) 100m 3 105m 84m 3 20m 3 300m hm hm 2 60m 48m 3 90m 45m 3 6 9m m 3 (3) 1200m 3 360m 259m m hm 2 360m 115m 3 (4) 8400m 3 429m 549m 3 922m 3 343m m m 2179m m 3 434m 324m 3 240m m 3 M7.5 28m hm m hm m 145m hm 2 (5) 3.93hm 2 194

199 7 3.72hm m 947m m 996m hm 2 (6) 6200m hm m hm hm m/ 777m m 881m m m 2 (7) 8500m hm m hm m 3152m m hm

200 (1) (2) () 1 196

201 7 2~3 197

202 (1) (2) (1) (2) (3) [2004]164 (4) (5) K7~K15+100K19+400~K K28+300~K K7~K8+500K11+800~K K13+300~ K15+100K22~K23 (6) 198

203 # 240m 7# K m 4# 120m K m (1) (2) K1+930K10+029K mK6+300~K8+600LK3+700~LK m K40+400~K m 3956m K18+950~K K20+300~K K K40+400~K

204 8 K20+300~K ~50m 3 30 m 3 50m 3 () (1) (2) (3) (4) 200

205 ( m 3 ) (1) K (2) K (3) K (4) K K18+950~K20+700K40+400~ K PVC (1)(2) 139mK40+400~K (3)(4) K18+950~K K20+300~K (1) (2) 201

206 8 (3) () (1) (2) [2000]39 [2010]9 [2010]52 202

207 8 () () (1) (2) (3) 203

208 8 (4) () (1) (2) (3) (4) (5) () (1) (2) (1) K mK m K m2 204

209 8 K1+9305m260m ZK mK m2 (2) 205

210 8 (3) (4) (5) [2004]

211 8 0.5m 0.5m 207

212 8 (6) (7) (1) (2) (3) (4) (5) 208

213 8 (6) (7) (8) (9) 300m (10) (1) (2) (3) (22:00~6:00) (4) 2m 209

214 8 (5) (6) GB (7) (1) 8m 3 SS 60cm 60cm 210

215 8 30cm1.08m 3 /m0.72m 3 /m 2.0m1.5m1.0m 1: m 3 /m1.58m 3 /m K m 0.5m 1:1 0.50m3/m 2m 1.5m 1.0m 1:1 1.58m 3 /m 1.0m 0.6m 1.0m 0.8m3/m 2 4m 3m 2m 1: m 3 /m 1:0.5 K6+300~K8+60 LK3+700~ LK

216 8 1.0m 0.6m 1.0m (2) (3) '47.88"111 10'52.65" t m (1) (2) 212

217 8 (3) (4) (1) (2) (3) (1) 8 (2) + <5 db(a) 5~15dB(A)+ >15 db(a) 213

218 (2023 (1) K2+180~740 4a 2.7 (2) K4+450~920 4a 0.3 (3) K5+000~400 (4) K7+840~ K8+300 (5) K9+070~350 4a a a 2.8 4a m m m m m m m m m m m m ()

219 8 (6) (7) K9+730~ K K12+900~ K (2023 4a 0.7 4a a 2.0 4a 3.1 (8) K17+350~ (9) (10) (11) K17+750~ K K20+700~ K K22+800~ K a a a a 1.1 (12) K24+350~450 4a 1.4 (13) 1 K27+940~ K a a (14) K29+540~920 4a 1.8 (15) K30+050~ (16) K31+950~ K a 0.8 4a 0.8 (17) K36+080~ (18) K36+980~ K () +2 18m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m

220 8 (19) K37+770~ K (2023 4a a (20) ZK0+130~ m m m m m m m m 0.03 () (3) (1) (2) m m 3956m JT (1)

221 (2) (3) (4) (1) 217

222 8 (2) (3)

223 8 (4) (5) 219

224 8 0.5h (1) (2) (3) 220

225 8 (4) (1) (2) (3) (4) m 2 1: [2004]1 [2004]

226 hm 2 <> (1) (2) 222

227 8 (3) % 3 (1) (2) (3) 50%~60% 80% 223

228 (1) (2) (3) (4) (1) (2) (3) (4) [2002] (5) (6) JTGB (7) JTGB (8) (9) (1) (2) (3) (4) ()

229 8 () K m / 0.5 / 0.5 / 1 / 3 () / m 3 5 / /m / 4 5 K40+400~K K40+400~K /km / 225

230 8 () / 3 6 / % %

231 / ~2500 / 60m () (500 /m) +(10 /m) 5~13B <3dB(A) 3~5 db(a) + 3~5 db(a) 300 /m 2 5~15dB(A) 300 /m 2 10 /m >5dB(A) 15~20dB(A)) 700 /m 2 15 / 10 /m 2 ( 10m 1dB ) 10dB 10m 3~

232 (1) (2)

233 /=1.6:1 1.6:1 229

234

235 m 12:00~14:30 22:00~ 06:00 3m300m

236 m TSP NO 2 50m 50m TSP 12 NO

237 A Leq TSPNO m TSP 12 NO [2004]

238 10 (1) (2) (3) (4) (5) (6) (7) (8) (9)

239 () () ()

240 (1) (2) (3) (4) 236

241 (1) (2) (1) 12 2 (2) 2 24=48 (3) 4000/19.2 (4) 237

242 / 5.00 (5) (6)

243 / m (L Aeq ) 200m 430m m CODBOD 5 SS () 4 / 8 TSP NO 2 200m SL GB GB a GB III GB GB

244 G K18+700S m40km/h60km/h km 43.03km 10.04km 5.64km 47.43km 3 158m hm hm hm m 2 / m m m m K A B C D E F G 8 ZK LK K ZK LK A B C D E F G K 240

245 (1) K0+000~K6+400 K17+290~K17+520K42+900~K (2) K18+950~K K20+300~K K40+400~K II114 (3) (1) (2010~2020) 9 10 (2) 241

246 (1) hm % hm hm % 8.88% 2 ZK m K m 3 K m 1 K m 1 K m K m II km 3.46km (2) hm % 20.38hm % K7~K15+100K19+400~K23+300K28+300~K hm 2 8.5m51.577km88.21hm hm 2 /km 242

247 11 (3) ZK mK m2 K mK m K m2 K1+9305m2100m 7 7 4# 240m 7# K m 4# 120m K m (1) TSPNO 2 CO (2) TSP NO 2 NO 2 10m TSPNO 2 (3) 243

248 (1) (GB )2 (2) (3) 50m22:00 6:00 200m (1) phbod 5 SSCOD (GB ) (2) 244

249 11 K6+300~K8+60LK3+700~ LK4+140 (3) (a) SS (b) (c) SS (d) 0.5m0.2m phss (1) (2) 245

250 11 (3) t m m / % % 65.82% % 42.86%45.71% 39.06% 246

251