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- ありみち かくはり
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1 JR
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13 1-1 RCB 2-1 LIPI 2-2 RCB 2-3 RCB 2-4 (CSC) RCB RCB BAPI GDP RCB RCB 2-7 RCB RCB 2-14
14 CSC ( )
15 AAS Atomic Absorption Spectrophotometer BAPPEDA BAPI Biodiversity Action Plan for Indonesia BAPPENAS The State Ministry of National Development Planning/National Development Planning Agency BIC Biodiversity Information Center BOD Biochemical Oxygen Demand CIFOR Center for International Forestry Research CSC Cibinong Life Science Center DNA Deoxyribonucleic asid FT-IR Fourier Transform Infrared Spectrophotometer GC-MS/MS Gas-chromatograph Mass-spectrophotometer GDP Gross Domestic Product GEF Global Environment Facilities HPLC High Performance Liquid Chromatogarph IBSAP Indonesia Biodiversity Strategy Action Plan IUCN International Union of Nature Conservation KEW The Royal Botanic Gardens, Kew KEW LAN Local Area Network LIPI Indonesia Institute of Sciences LPG Liquefied Petroleum Gas NCIC Nature Conservation Information Center RCB Research Center for Biology PHPK Forest Protection and Nature Conservation, Ministry of Forestry PLN PT. PLN(Persero)Unit Bisin UPJ Bogor VAT Value Add Tax
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17 ( ) 1.3% 20% 325,000 10% 29,375 ( ) ( ) 60% (%) % 1,530 27% % % 6,000 7,000 19% 4,000 ( ) (BAPI) ( LIPI ) LIPI LIPI ( RCB ) RCB 3 i
18 RCB RCB RCB (GEF) BAPI LIPI ( ) BAPI JICA ii
19 ( ) JICA , RCB , ,280,000 51,600 iii
20 GC-MS/MS FT-IR DNA/ / LIPI RCB , , , , , ,300 iv
21 (1) 45 4 LIPI LIPI (2) LIPI LIPI LIPI (3) RCB 3 LIPI RCB 3 v
22 / / ( )
23 / / / / / [ ] A A-3 3. ( )... A A-9 5. ( )... A ( 2 )... A ( )... A A A A-77
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25 (1) 120,352ha 2 10% 1.3% 20% 325,000 10% 29,375 ( ) ( ) 60% % 1,530 27% % % 126 (2) 6,000 7,000 19% 4,000 1
26 (3) 1) 1,700 ha/ 2,000 ha/ 2010 ( 2000) (ha) (ha) (ha) (ha) 47,530,900 23,323, % 47,059,414 16,632, % 6,691, % 557,613 53,583,400 39,986, % 53,004,002 31,512, % 8,473, % 706,149 18,614,500 11,269, % 18,462,352 9,000, % 2,269, % 189, ,728,800 74,578, % 118,525,768 57,144, % 17,434, % 1,452,879 41,480,000 34,958, % 40,871,146 33,160, % 1,798, % 149,839 29,696,300 10,163, % 30,323,154 9,695, % 467, % 38, ,905, ,700, % 189,720, ,000, % 19,700, % 1,641,708 Indonesia Environment and Natural Resource Management in Time of Translation, The World Bank 2) 2
27 (IUCN) ,167 ( 5,453 5, ,393 11, % (4) 1990 ( LIPI ) ( PHPK LIPI 5 ( RCB ) LIPI 2-1 (5) RCB RCB 3 RCB 2-2 RCB 1-2 RCB CITES( ) RCB 1) RCB ) 6 4 3
28 (1) ( 1) ( ) 2) ( ) (2) 1) ( ) 2) ( ) 3) ( ) 4) ( ) (3) 1) ( ) 2) ( ) 3) ( ) (1) ( ( ) 1) ( ) ( ) 2) ( ) 4) 5) 6) ( ) 7) ( ) 4
29 (2) 200 ( ) 1) ( ) 2) ( ) (3) 1) ( ) 2) ( ) LNG ( ) ) LIPI RCB RCB 5
30 1-7 RCB (RCB ) (4 ) ( ) 11 3 ( ) (2 3 ) RCB ( ) (CIFOR) NGO( ) ( ) 1-9 5,000Rp/ 3,000-4,000 10,000Rp/ ,000 50, ,000 6
31 JICA GEF 1-10 JICA ( ) GEF ( ) RCB-LIPI ( ) (CITES) 5 2) ) KEW ( )
32 ( ) 4 2. ( ) (1) (2) (3) (4) The Herbaria of the World Eighth Ed Academia Sinica(1928 1,800,000 ) 33 (1817 1,600,000 ) 37 (1877 1,450,000 ) 3 1 (1635 8,877,300 ) KEW 2 (1841 6,000,000 ) 8 (1864 4,858,000 ) 16 (1829 3,000,000 ) (1,600,000 ) 1 2 (600,000 ) , , ,600, , , , , , , ,000 Index Herbariorum Part I: The Herbaria of the world Eighth Ed. (1990) 8
33 ) ( ) 140 ( ) 5 ( )7,800 ( 1m )1,000 ( ) ,405,229 (1) 63,949 (2) 1,241,280 1) 96,000 2) 19,200 3) 282,240 4) 843,840 (3) 100, , , ,414 1,463,
34 1994 (GEF) ,000 GEF ,241, , GEF GEF 8, ( ) ( ) ( ) ( ( ) ( (KEW ) 3 DNA 10
35 ) GEF , ) 4 ( ) DNA 80 1,400 LIPI 11
36 4) ) RCB CSC 2 RCB 2 ) (GEF) GEF ) BAPI ( ) LIPI NGO 12
37 5) LIPI (CSC) LIPI/RCB 1-1 RCB ) 1884 )
38 LIPI 190ha ) 15km CSC ( ) ( RCB CSC) Rp3,000-4,000(40-60 ) ) RCB RCB 3 CSC RCB LIPI 6) ) ) ) (1) ( ) ( ) 5 1) 2) 3) 4) 5) 3) 5 14
39 (2) (BAPI) (BAPI) 25 BAPI BAPI 1-16 BAPI NGO (3) (IBSAP) BAPI IBSAP
40 LIPI No /2004 LIPI, NGO IBSAP /2005 LIPI NGO, /2008 / LIPI NGO, /2010 LIPI NGO, /2020 LIPI NGO /2020 LIPI 7 (RCB) 2003/2020 LIPI /2010 LIPI 4 9 ( )2003/2006 LIPI NGO ( ) BAPI (1) GDP -13.1% GDP US$ GDP 4.8.% 16
41 GDP (%) GDP(US$) 638 1,038 1,155 1, (Rp/US$)*1-2,308 2,383 4,650 8,025 7,085 9,595 ( ) IFS Yearbook 2000, 2001 *1 (2) GDP 71% 1-18 GDP ( Rp) (%) (%) (%) 43, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , (GDP) 210, , ,290, Key Indicators 2001( ) 1-2 (1) RCB ( ) (CSC) ( ) BAPI 17
42 (2) 1) ) US$18,000,000.- (21.6 ) 3) ( ) 15,530 DNA GC-MS/MS 3,970 19, ( ) 27, , (BAPI) NGO (1) LIPI(RCB) 3 ( ) (BIC) 18
43 19 (2) (PHPK) (NCIC) (RCB ) LIPI PHPK RCB RCB 1-19 ( ) (BIC) (NCIC) 7 8 ( ) ( ) (BIC) (NCIC) ( LIPI PHPA ( ( ) ( ) (GIS ) 2004 ( ) ( ) PHPK RCB LIPI
44 1-4 GEF RCB NGO (KEHATI) 2,000 ( US$) GEF LIPI ,000 ( 240, ,000 ) LIPI US$ ( ) NGO (KEHATI) 2,000 KEHATI NGO 20
45
46 (1) (LIPI) LIPI LIPI 5 (RCB) 2-1 LIPI (2) RCB RCB
47 2-2 RCB 1) )
48 ) 1 4) RCB ( ) (1) RCB LIPI RCB 1998/
49 1999/ LIPI RCB RCB ( Rp) No 1999/ ,373,213 5,076,777 6,085,526 7,376,208 7,728, , , , , , ,465,602 5,403,730 7,651,342 23,147,493 19,689,858 20,073,281 10,680,507 13,936,868 30,723,701 27,618,735 (1) 244, , ,778 1,072,421 1,998,790 (2) 411, ,271 1,303,310 1,465,115 1,976,701 (3) 651, , ,979 1,215,171 2,248,823 (4) 3,158,202 2,104,838 2,563,275 1,959,848 2,241,814 (5) ,936,338 4,701,330 (6) GEF - 10,000,000 2,400,000 2,400, (7) ,498,600 6,522,400 (6) (7) % 8.5% 8.2% / / / ,000,000Rp 24
50 2-5 ( Rp) 1999/ ( ) 3,824,767 3,778,817 4,391,535 5,171,689 5,218, , , ,027 1,215,956 1,391,449 (1) 144, , , , ,320 (2) 41,350 27,183 28,900 24,400 19,540 (3) ( ) 491, , , , ,989 (4) 284, , , , , , , , ,823 1,095,715 (1) 343, , , , ,895 (2) 38,725 35,250 47,750 51,400 58,000 (3) ( ) 185, , , , , ,490 16,875 20,000 22,740 22,740 5,373,213 5,076,777 6,085,526 7,376,208 7,728, ( ) 2-5 RCB ,000,000Rp 676,300,000Rp ,796,000Rp 683,158,000Rp RCB LIPI LIPI LIPI RCB 2007 RCB ,000,000Rp ,000,000Rp 1,145,000,000Rp( 1,470 ) 2002 RCB 470,000,000Rp( 600 ) ,000,000Rp 325,000,000Rp( 420 ) LIPI 2-6 RCB ( Rp) , , ,076 (24 ) ( 296, , ,653 ) RCB 676, , ,729 LIPI 679,343,000Rp(
51 ) % 5 176,300,000Rp 25% 2-7 RCB ( Rp) 1998/ / ,144 38,956 58,127 37,126 30, ,032 2,692 4,963 5, , , , ,170 94,125 9,605 36,840 23,150 18,400 37, , , , , ,773 (2) RCB ( 60 Rp) LIPI LIPI 2-8 ( Rp) ,705,195 1,996,174 2,348,125 6,049,494 (1) ,472 1,134,567 1,361,480 3,441,519 (2) ,800 97, , ,800 (3) - - 6,480 7,120 7,830 21,430 (4) , , ,015 2,278, , , ,680 1,900,080 (1) , , , ,800 (2) , , , ,600 (3) ,000 14,400 17,280 43, ,227,195 2,622,574 3,099,805 7,949, , ,695 1,670, ,758, ,382,418 4,382,418 1,732,274 4,581,511 15,078,621 (1) 467, , , ,274-1,364,496 (2) 3,914,444 3,914,444-3,355,237-11,184,125 (3) - - 1,518,000 1,012,000-2,530, , ,500 1,956, ,652,150 (1) 24,000 24,000 24, ,000 (2) 185, ,500 92, ,150 (3) - - 1,840, ,840, ,591,418 4,868,918 3,688,924 4,581, ,730,771 5,226,418 5,321,613 7,586,619 7,204,085 3,099,805 28,438,540 ( ) ( 6,906) ( 7,032) ( 10,025) ( 9,519) ( 4,096) ( 37,579)
52 RCB LIPI/RCB 2-3 RCB 27
53 (1) 1) m 6m 1 ( ) ( ) ( ) 1 ( ) ( -2) ( -3) / Simplisia / (3 ) ( ) ( ) ( ) ( ) ( ) ( -1) 22.1 ( )
54 ( ) ( ) ( ) ( ) , (30 ) ( 1, ( ) , , ( ) , ( ) ( ) , ( ( ) ( ) ( ) (15 ) ( ) ) ( ) ) ( ) ( ) ( ) ( ) ( ) PROSEA ( ) ( ) ( 7, ,580.5 (2) 1) 5m 6m 6m 6m 1 29
55 ( ) ( ) ( ) ( ) / ( ) / ( ) / ( ) ( ) ( ) ( ) ( ) 21.5 ( 1, ) RCB RCB RCB RCB (3) 30
56 1) / ph ph ( ) ( ) GC MS) ( )
57 H PCR ) H
58 DNA ( ) H / H ( ( ) /98/ / km (CSC) CSC LIPI 1960 CSC CSC (1) CSC CSC 1989 RCB LIPI 33
59 CSC CSC ( ) ( ) (CSC) (2) CSC 3km CSC 190ha CSC CSC km
60 (3) LIPI RCB 3 LIPI (4) 2 1 CSC 15 CSC CSC 1 RCB CSC CSC (5) 20kV 50Hz 380/220V (PLN) 5 (6) RCB 10 (7) CSC 4 CSC
61 0.3mmb 80m CSC 3 (8) CSC 8,936kcal/nm3 150PSI 1km LPG (9) CSC CSC (BOD20ppm) (10) CSC LIPI LIPI 1997 CSC CSC LIPI LIPI 4.6ha 4 LIPI
62 2-2-2 (1) mm 63% mm 2,684 mm 1,568 mm 3,573 mm 78.3% 80.2% 85.4% m 4.3m (2) CSC CSC CSC 1989 CSC CSC CSC (3) ph (4) , m 100m 150m 97.5m 99.2m 93.5m 100m 37
63 (5) No.3 No.4 No.1 No No m 30m No.2 No.4 ( ) 14 15m N N N N m 3 t/ N (6)
64 3 (7) PABX( ) 3 (8) (1) 1) CSC LIPI ) CSC 3) 4) 2 3 5) LIPI CSC (Cibinong BAPPEDA) 39
65 (2) CSC CSC RCB CSC (ph ) (3) CSC CSC CSC 1) 2-2-1(9) 2) ( 100m ) CSC CSC 40
66
67 (1) ( ) BAPI RCB (2) 41
68 (1) 1) DNA ( 1 ) ( ) DNA
69 ) KEW 3-3 1,000 4, ,000 1, (5)2) DNA DNA 43
70 PDB ( ) DNA 1994 ( ) (GEF ) KEW GEF ,241, ,000 (976,280 ) ,241, , , ,000 1,341, , ,280 GEF 41,420 KEW 2 RCB 44
71 GEF , (2) 1) ( ) ( ) ) ( ) ( ) 45
72 2) ( ) ,800 ( 79%) (20%) ( 1%) ,000 2, , ,000 2, , ,000 2, , , ,000 7, ,800 3) (3) BAPI ( ) RCB ,300 RCB ( ) 2010 ( ) 894 1, ,054 1, RCB 46
73 (4) ( ) 2010 ( ) RCB (1) 1) 1,241, , ,280 RCB 533, ,712 1,241,280 RCB 442, ,568 47
74 3-11 GEF (1) 2 22,403 9,220 15,329 14,582 2,415 (1)- 63,949 (B/A%) (2) 2 96, ,000 96, % 19, , , , % 282, ,680 59, ,160 56,448 30% 3-596,160 22, , ,224 30% 1,241, , , ,712 45% 100,000 (2)- 1,341,280 1,405,229 GEF 8,194 41, ,614 8,194 41,420 2) ( ) 3) , , , ,712 48
75 ,000 64, , , ,712 41, ) MBA
76 5) RCB (Magtoxin) GEF GEF GEF RCB ( ) 6) RCB 2 7) ( ) 8) 50
77 KEW 9 (KEW ) KEW 9) A GEF B C 30% 3-16 Ph GEF A B C A+B C 10 9% 65% 26% 74% 26% 20% 6% 7 38% 46% 16% 84% 16% 22% 8% 43 24% 66% 10% 90% 10% 16% 2% (Ph) GEF (2) 1) ,000 10,000 10,000 1,
78 2) ,000 10,000 10,000 1,000 31,000 3) ) ( ) (3) LIPI 52
79 3-20 RP ,705,195 1,996,174 2,348,125 6,049,494 (1) ,472 1,134,567 1,361,480 3,441,519 (2) ,800 97, , ,800 (3) - - 6,480 7,120 7,830 21,430 (4) , , ,015 2,278, , , ,680 1,900,080 (1) , , , ,800 (2) , , , ,600 (3) ,000 14,400 17,280 43, ,227,195 2,622,574 3,099,805 7,949, , ,695 1,670, ,758, ,382,418 4,382,418 1,732,274 4,581,511 15,078,621 (1) 467, , , ,274-1,364,496 (2) 3,914,444 3,914,444-3,355,237-11,184,125 (3) - - 1,518,000 1,012,000-2,530, , ,500 1,956, ,652,150 (1) 24,000 24,000 24, ,000 (2) 185, ,500 92, ,150 (3) - - 1,840, ,840, ,591,418 4,868,918 3,688,924 4,581, ,730,771 5,226,418 5,321,613 7,586,619 7,204,085 3,099,805 28,438,540 ( ) ( 6,906) ( 7,032) ( 10,025) ( 9,519) ( 4,096) ( 37,579) RCB ) 2003 RCB RCB 44,000 2) ,400,000 (1,290,000,000Rp) 53
80 RCB 3 (1) (2) RCB (3) 2 JICA ( -1 ) (1) RCB RCB 3 3 RCB ( ) 3 54
81 (2) CSC LIPI RCB 2 LIPI 2 1) LIPI 1960 CSC LIPI 2) RCB 2 1 (herbarium Abbreviation) BO 1 CSC 3) 2 LIPI RCB 4) 55
82 RCB Web-site (3) 1) RCB 3 2) 3) 4) 5) 6) 3 (4) 1) 2) 3) 56
83 4) 5) 6) 7) 8) 1 9) 10)
84 3-21 ( ) ( ) ( ) 1) 1,080 1,199 2) ,672 5,603 a b c d e. ( ) 3,980 4,064 f g h ,057 6,018 3) ,044 1,091 a b c d e f ,104 1,189 4) ,391 8, ( ) ( ) (1) 1) ( ) ( ) ( ) C (103 RCB ) (48 1 (300 ) 1 50 ) Study Tour (96 ) 1 20 (48 2 ) (60 ) 2 15 ( (27 ) 1 ) 25 (48 ) 1 ( 639 ) 58
85 C C C ( ) 1 C ( ) C (1) (360) ( ,200 8,400 ) 149 (7,200 ) (15,500 ( 434 ) (1) (120) 20 7 C ,080 1,199 2) ( ) ( ) BA BA a. ( ) ( ) BS-1 76 ( 9) ( 709 ) BS (1 7.7 )
86 b. ( ) ( ) B1-1 ( ) B1-2 ( ) B1-3 ( ) c. ( ) ( ) B B2-2 Wet B B B2-5 ( ) 1 36 (25-32 ) B2-6 ( ) 1 36 (18-23 ) B B B (17 ) d. ( ) ( ) B B B (17 ) e. 60
87 ( ) ( ) ( ) ( ) ,000 40,000 1,000 10,000 4,000 40,000 1,000 10, , ,000 ( ) ( ) H H H H H / H GEF H H H H-10 1 H-11 2 ( 60) (60 66 ) (25 30 ) H GEF
88 H GEF H , ,140 H GEF H H ,260 H ( ) 132 GEF GEF 1 H (Backlog) 2,670 2,782 H H H H (210 ) 10 (35 ) 2, H (60 ) H , ,000 (35 ) (29) 1,000 (20 ) H H ( 5 ) 49 30, H , , H H H B B1-2 B B ,980 4,064 62
89 f. ( ) ( ) B (60 25 ) 85 B g. ( ) ( ) B h. ( ) ( ) B14-1 ( 1) 1 36 HPLC GC-MS B14-2 ( 2) 1 36 GC-MS/MS ( ) ( ) BO BO BO (20 ) BO (10 ) ( ) ( ) A A ( ) A Simplisia Simplisia A A A
90 A ( ) ( ) G G-2 2 ( 30) ( 195 ) G G ( ) G ( ) O O-2 2 ( 2 (5 ) 20m) 40m ) ( ) ( ) MA RCB 47 MA RCB a. ( ) ( ) MS-1 44 ( 9) RCB MS
91 b. ( ) ( ) M RCB M M (72 ) c. ( ) ( ) M M d. ( ) ( ) M ( 45 ) 11 M M M (72 ) LPG e. ( ) ( ) M M RCB f. ( ) ( ) M5-1 ( 1) 1 48 DNA/ / M5-2 ( 2) 1 24 M5-3 ( )
92 g. ( ) ( ) ( ) 1 (9) % ( ) ( ) ( ) G-6 2 ( 100) ) 1 ( ) ( ) I RCB
93 (1) 2 Wet / 1) 2) (2)
94 / (3) (1) m (2) ,684mm % 1 30cm (3) 68
95 (4) (5) 2 3m 3 t/ (1) CSC CSC CSC (2) RCB KEW ( ) % 69
96 (3) (4) 24 ( ) (5) 90% RCB (1) (2) 70
97 (3) (4) (1) (2)
98 /
99 ( ) 73
100 3-26 (1) (1) 1) ) ) 33, ,500 ( + 2) 20 15,500 ) 3) 4 3) 2 ( 1 1) 4) ( 4) ) 5) 1 5) 1 (2) (2) 1) 120 1) 60 2) 9,161 2) 5,672 (76 ) a. a. (29 ) ( 96 ) b b c c d d , , e. 180 e ,329 3,980 f f g g h ) 200 4) 110 5) ) 6) ) 185 7) 7) (2) 10,081 6,242 (3) (3) 1) 120 1) 60 2) 1,925 2) 1,008 (44 ) a. a. 80 (8 ) ( ) b b c c. d d e e f ) ) 200 (3) 2,971 (3) 1,304 (4) (4) 1) 1 1 1) 2) 1 2) 15,142,120 1) 1) 2) 2) 3) 3) 74
101 (1) 1) CSC 3km CSC 190ha CSC 500 CSC km 2) RCB 3 3) 2 CSC 4) , m 100m 150m 100m 5) CSC 1989 CSC (2) 1) 75
102 2) CSC 3) RCB 4) RCB 1 5) (3) 1)
103 ( ) CSC CSC CSC 6 U U U 7 2) 1 ( 77
104 ) CSC ( ) ( ) (1) 3 RCB 20, , ( ) 1. 11, (1) 4, ) 1, ( ) 24 2) 1,
105 ( ) 14 3) ) 1, (2) 4, ) 3, (2, ) (2 132 ) 2) ( ) 3) ( ) ( ) 4) ) (3) 2, ) (2 ) (2 ) 2) 1, (100 1 ) ( ) (80 2 ) (49, ) 3) ( ) (15,500 ) 4) ( ) (96 2) 4 12, (2) cm 2 ( ) (2.8m) 79
106 (3) 1) ( ) NI (Peraturan Pembebanan Indonesia Untuk Gedung 1983) N.I (Peraturan Beton Bertulang Indonesia 1971) 2) N ( ) 1 3) 4) NI ,800 N/ 11,800N/ 3,900N/ 2,900N/ 2,900 N/ 1,000N/ NI N/ 80
107 3 0.07( 0.2) 5) K 225 K 350 D10 D16 BJTD30 D19 D25 BJTD35 D29 BJTD40 (4) 1) )
108 ( ) 3) (100m 3 ) FRP (10m 3 ) (BOD 20ppm ph6 8 82
109 2 160 LPG CSC ( ) 1km (5) 1) 20kV 50Hz 380/220V (PLN) 1,250kVA AVR( ) 83
110 ( 5 ) 12.5kVA 2) /220V V V 3) OA 4) 500Lx 250Lx 400Lx 350Lx 150Lx 150Lx 5)
111 6) 7) PABX( ) 3 8) kg 1,300(W) 2,300(D) 2,500(H) (870(W) 545(D) 2,300(H)) 1 3 2,500kg 2,400(W) 2,900(D) 2,500(H) 9) LAN LAN LAN LAN LAN (6) 85
112 3-29 / ( ) CSC CSC GRC ( ) ( ) ( ) ( ) CSC ( ) PVC (T ) (T ) + (T + (T ) ) T ( ) T ( ) + T ( ) + T ( ) T ( ) + T ( ) PVC
113 (1) 1) 3 2) 3) 4) 5) 6) ) ) 9) (2)
114 28 36 ( ) B-7/8/9/10 B-14/15/19/ B B B-4/5/6 92 B-2/3 118 B M-1 73 M-2 55 M-3 48 M ) 88
115 2 2 RLCC NMR HPLC (UV-VIS) FT-IR DNA DNA = = = B A B A B A B A B B B B B A B A B A B A B A B CO2 1 1 A B A B A B A B A B A B B B B B A B A 2 B A B A B A B A B A B A B A B-1-28 HPLC 1 0 A 89
116 B A B A B A B A B B A B-1-35 DNA 1 0 A B A B B B B B B B A B B B B A B A B A 2 Wet 5 B A B A B B B A B A B B B A B A B A B A B A/B/C B B B A/1C B B B B B C B A/2C B A B C B-2-36 ( 2 1 A B B B A B B B g 0.01g 2 1 C B g 0.1mg 1 1 C B g 0.01g 1 1 C B /2, 9, 8 in C B-2-50 H ( 2 2 C B A B /3 1 A B A B C B-2-72 :125m C B-2-73 :250m C B C 90
117 B C B C B A B A B A B B B A B A B A B B B B B B B A B-3-6 B B B-3-9 ( ) 2 2 A B A B C B C B A B A B A B g, 0.1mg 1 1 A B g, 0.1g 1 1 A B A B A B C B A B B B B A B A B A B H 1 1 A B H ( 1 1 A B B B-3-30 ( 1 1 ) A B B / UV-VIS DNA 91
118 B A 5 B A 10 B A B-4-3 ( 1 1 A B A B A B A B-4-5 B A B A B-4-9 (for DNA) 1 0 A B V 1 - A B V 1 - A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B A B B-4-36 H ( 1 1 A B A B A B g 0.1mg 1 1 A B g 0.1g 1 1 A B A B ( ) 2 2 A B B A B-4-45 DNA 1 0 A B A B A B A B A B A B A B A B A )
119 B A B A B A ) CCTV B A B A B A B B B B B B B B B-6-9 CCD 1 1 B B C B B B-6-14 CCTV 1 0 A B A B B B B B A B C B A B A B B B B B B B B B A B-7-1 ( ) 4 2 A B A B A B A B B B B B B B B B A B-7-11 Mac 2 1 A B A B A B A B A B A 93
120 B A B A B-8-1 B A B A B A DNA B-9-5 DNA 1 0 A B B B A B A B B B-9-13 DNA 4 2 C B B B C B C B A B B B-9-23 Mac 1 1 B B A B A B C B B B A B C B A B B B A B A B B B B B C B C DNA B-10-1 CCTV 2 0 B B C B B C B C B A B A 94
121 B A B B B C B B B ( 1 1 B B A B C B A B C AAS UV-VIS B A B B B A B A B A B-12-6 GRS 3 3 B B A B A B A B A B H 3 1 A B H 1 0 B B B B A B A B A B g 0.1g 1 1 A B g 2 2 B B g 2 2 B B B B A B A B A B B A B A B (UV-VIS) 1 0 A B A B CO2 1 1 A B A B A B A B A 95
122 B A B B B A B B A B A B B B B B B B B B-14-1 ( ) 2 2 A B A B-14-3 ( ) 6 4 A B A B A B x8cm 100,000 - A 36,000 15x11cm 50,000 A 14,000 44x55cm 500,000 A 34,600 B ,000 0 B cc 5,000 - A 4,400 B cc 2,500 - A 4,400 B US, 2000cc 1,000 - A 4,400 B US, 4000cc 1,000 - A 4,400 B US, 250cc 5,000 - A 13,000 B US, 125cc 7,500 - A 13,000 B A 521 B ,000 - A 3 B A B ,000,000 - A 102,455 B ,000,000 - A 20,491 B ,000,000 - A 307,365 B B B A B x40x13cm 2,400 - A 288 B x76x48cm 1,500 - A B B B B x16.5x8cm 3,500 - A B B x35x8cm B B x8x5cm A B B x8x2.5cm A B B A B A B A B A B A B A B A B A B A 96
123 B A B B B A B GPS 4 2 A B GPS 2 2 A B A B B B A B A B B B B B A B-13-8 H 2 2 A B A B B B A B A B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B VTR-VDC 1 - B A 97
124 B B B B B B B B B B-1-19/B-9-18(B-21-1) 1 1 B-1-28(B-21-2) 1 1 B-1-30/B-12-27(B-21-3) 1 1 B-1-31(B-21-4) 1 1 B-1-41(B-21-5) 1 1 B-3-25/B-12-25(B-21-6) 1 1 B-4-9(B-21-7) 1 1 M-4-51(B-21-8) DNA/ / M A M-1-2 DNA/ / 1 0 A M B M A M g A M A M A M ( 1 1 A M ( 1 1 A M A M A M A M A M A M A M A M A M A M A M A M A 98
125 M A M-1-23 COD 1 1 A M A M-1-28 BOD 1 1 A M A M-1-31 DO 1 1 A M A M A M A M A M A M A M A M A M A M A M A M A M A M A M A M-1-50 GPS( ) 3 3 A M A M A M A M g 0.01mg 1 1 A M g 0.1mg 1 1 A M A M A M-1-59 H ( 1 1 A M A M A M A M A M A M A M A M A M A M A M A M B M B M A M g 0.001g 1 1 A M A M A M A M B M A M A M A M A M A M A M B 99
126 M A M B M A M A M g 0.01g 1 1 A M B M B M A M A M A M A M A M A M A M A M B M A M A M A M A M A M A M g 0.1mg 1 1 A M A M A M B M B M A M A M A M A M A M A M A M A M-3-24 DNA 1 0 A M A M A M A M B M-3-31 H ( 1 1 A M A M A M A M B M A M M A M B M A M A M A M A 100
127 / M g 0.01mg 1 1 A M A M A M B M A M-4-6 ( 1 1 A M A M A M A M A M A M A M A M A M A M A M B M A M A M A M A M A M A M A M A M B M A M A M A M A M A M A M M A M B M A M A M A M A M-4-41 H ( 1 1 A M B M A M A M A M A M A M A M A M A M A M A 101
128 M A M A M-3-14(M-5-1) 1 1 A M-3-46(M-5-2) 1 1 A M A M-3-24 DNA 1 1 A M-1-68/M-2-54/M-3-42/ M-4-27(M-5-3) 4 2 A 1F & 2F M-2-4(M-5-4) 1 1 A M-3-9(M-5-5) 1 1 A M-2-9, A M-3-10/M-4-31(M-5-6/7) 2 2 A 1 M-3-18(M-5-8) 1 1 A M A M-1-1(M-5-9) 1 1 A M-1-2(M-5-10) DNA/ / 1 1 A M-1-4(M-5-11) 1 1 A M-1-17M-5-12) 1 1 A MM-3-17(M-5-13) 1 1 A M-4-2(M-5-14) 1 1 A M-4-5(M-5-15) 1 1 A M-4-52(M-5-16) 1 1 A M-4-53(M-5-17) 1 1 A 4) 100 A A A A A A A A A-5 OHP 1 1 A A A A A A A A A A A A A A A A A A A A A A A 50 A A A-9 OHP 1 1 A A A A A A A A A A A 102
129 L-1 20 L L L L-5 2 L L L L L L L L L T-B-1 * 11 T-B-2 * 22 T-B-3 * 101 T-B-4 * 5 T-B-5 * 36 T-M-1 * 7 T-M-2 * 11 T-M-3 * 81 T-M-4 * 1 T-M-5 * 20 * 5) 103
130 ( )
131
132
133
134
135
136
137
138
139
140
141 (1) 1 B B B B B B B B B B B B B B B B B CO2 1 B B B B B-1-38 PCR 1 B B B B B B B B Wet 2 B B B B-2-36 ( 1 B B B B B B B B g 0.01g 1 B B g 0.01g 1 B B-2-50 H ( 2 B B B B B B B B B B B B B B B B B B B B B B B H 1 B B H ( 1 B g 1 B B B B B B B B B / B B B B B-4-2 PCR 1 B B-4-3 ( 1 B B B-4-36 H ( 1 B B B B B B g 0.1g 1 B B B B B B B B B B B B
142 1) B B ) B B B B B B B B B-6-9 CCD 1 B B B B B B B B B B B B-7-11 Mac 1 B B B B B B B B-9-25 PCR 1 B B B B B B B B B B-9-36 DNA B-9-23 Mac 1 1 B B B B B B ( 1 B B B B B B B B B B B B B B B B B B H 1 B B B B g 0.1g 1 B B g 2 B B g 2 B B B B B B B-14-1 ( ) 2 B ,455 B B ,491 B-14-3 ( ) 4 B ,365 B-14-4 H 6 B B B B B B B B B B B B B B B B B B B B ( ) 5 B B
143 B B H 2 B B B B B B B GPS2 B B GPS 2 B B B B B B B B B B B B B B B B B B B B-21-9 B B mg 1200g 0.01mg 1200g 2) M g 0.01g 1 M M M M M M ( 1 M M ( 1 M M M M M M M M M-1-50 GPS 3 M M M M M M M M M-1-23 COD 1 M M M-1-59 H ( 1 M-1-28 BOD 1 M M M M-1-31 DO 1 M M M M M M M M M-1-69 PCR 1 M M M M M M M M M M g 0.001g 1 M M M M M g 0.01g 1 M M M M M M M M M M M M M M M M M-3-24 DNA 1 117
144 M M M M-3-31 H ( 1 M M M M M M M M M M M-3-19 PCR 1 M M / M M M-4-6 ( 1 M M M M M M M M M M M M M M M M M M M-4-41 H ( 1 M M M M M M M M M M M M M M M M M M M M M-5-6 M M-5-7 M g 0.01mg 1 M M g 0.1mg 1 M-5-10 DNA/ / 1 3) A-1 1 A A-2 1 A A-3 1 A A-4 1 A A-5 OHP 1 A A-6 1 A A-7 1 A A A-8 1 A A-9 1 L-2 1 L-7 1 L-4 1 L-10 2 L-6 1 I-1 1 I-3 1 I-2 5 I-4 1 TB-1 11 T-B-4 5 TB-2 22 T-B-5 36 TB TM-1 7 T-M-4 1 TM-2 11 T-M-5 20 TM
145 (2) ml x 24,500ml x x900 x 1800mm, x900 x 1800mm, L x750 x 2200mm ,000rpm 1 9 DNA 24 1 DNA m x250x650mm ,000rpm 1 13 DNA DNA/ nm 1 DNA,RNA nm 2 20 CD( 10,200,2000mdg) nm 1 22 (10L) ,000rpm 1 24 ( 2 HPLC ) L L/ CO2/H2O )
146 cm-1 1 FTIR nm 1 GC-MS/MS m (W) x 540(D) x 2300(H)mm, (W) x 460(D) x 1830(H)mm, (W) x 600(D) x 650(H)mm, 13.3Pa, 1 PCR DNA 300L L L L/h 2 20ml x 20cm, 3 15L,20L,45L, 80L L, (300L, 3(10L, , 4(120L,,5(47L, Intel P4 (2.4G),HDD 40G,RAM 256MB ph
147 3-2-4 / / (E/N) (1) (LIPI) RCB (2) RCB 1) 2) 3) 121
148 (3) (4) (5) 122
149 (E/N) (LIPI) JICA JICA (RCB) / (1) LIPI CSC (BAPPEDA) ( ) 123
150 (2) 1) % 2) CSC CSC CSC CSC (3) AV AAS (4) (5) 124
151 (1) 1) 2) (2) 1) 2) ( ) 3) 2 4) 5) 6) ( ) 7) VAT 8) 9) 125
152 10) 11) 12) 13) (1) (2) ( )
153 ( ) (1) 1) 127
154 2) 3-34 ( ) ( ) (T ) 128
155 PVC ) ( ) FRP (PVC) (2)
156 (3) (E/N) JICA LIPI RCB E/N LIPI (1) (2) (P/Q) LIPI LIPI 130
157 (3) ( ) ( ) ( ) ( ) ( 8 ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( 14.5 ) ( ) 131
158 (1) ( ) (2) ( ) (3) (4)
159 RCB (1) /5 1 /15 1 / 1 /5 ( ) 1 / 1 / 1 / ( ) 1 / 1 / 133
160 (2) 3-38 ( ) ( ) ,000 10,000 1,000 1, (3) US$=9,099.30Rp=
161 (1) 3-38 (Rp) , ,800, ,760, ,400, PVC 30 EP 5 5 7, ,290, EP EP 5 5 3,100 52,750, ,900, ,830 30,990, ,000 ( ) (Rp) ,021,358, ,240, (FRP ) ,481, ,878,
162 (2)
163 ( ) (1) 2,173 ( 12,330 ) ( ) 1, , ) (2) 1) 93,070,000 Rp ( 119 ) ( ) 282,430,000 Rp ( 363 ) 202,965,000 Rp ( 260 ) 2) 355,250,000 Rp ( 456 ) 8,500,000 Rp ( 11 ) 3) ( 0.1%) 183,638,000 Rp ( 236 ) 6,233,000 Rp ( 8 ) 5) ( ) 0 Rp ( 0 ) 6) 17,730,771,000 Rp ( 22,757 ) 137
164 3-1-3 LIPI 1) 6) 18,862,857,000 Rp ( 24,210 ) (3) 1) ) 1US =9,099.30Rp= ) 4) ( ) ( ) 3-39 Rp (1) 1,458,810,706 18,971, ,973,306 9,343,576 48,000, ,083 3,494,400 44, ,467,706 10,004, ,343,000 8,967,330 (2) 129,075,000 1,656,125 45,700, ,000 74,795, ,000 8,580, ,125 1,587,885,706 20,627,964 1US$ = 9,099.30Rp = (1) ( ) 365,076,000Rp RCB 314,653,000Rp
165 2-1-2 RCB LIPI *1 * *1 1,653,439 kwh/ 371 Rp/kWh 613,425,869 Rp/ 220,538 kwh/ Rp/kWh 114,547,437 Rp/ * ,000 Rp/ 12 48,000,000 Rp/ LPG 4 kg/h 2 h/ / 2,100 Rp/kg 3,494,400 Rp/ 779,467,706 Rp/ LIPI Rp (1000 ) ( 1000) 6 4, , , , GC-MS/MS 1 (He, Ar, etc.) 2, , COD 1 I (100 ml) 2, , II (100 ml) 2, , KCL (100 ml) BOD 1 CO mg , mg , DO 1 1, , (100 ml) ph 8 4, , KCL 100 ml DNA 1 2, , (100 ml) 4, , (500 ml) , , (500 ml) 2, , piece 2, , CO 2 (500 g) 2, , (500 g) 1, , (500) , ml , ml ,
166 11 12 l , , g 5, , g 4, , , , , , , / , / 1, , , , / , , cartridge 150 / , (100 ml) 3, , / , , , , , (2) % 838,000, % = 586,600 / 586,600 ( 45,700,000 Rp) % 480,000, % = 960,000 / 960,000 ( 74,795,000 Rp) ( ) 8,580,000Rp ( 110,125 ) 140
167 141
168 142
169 143
170 3-6 (1) LIPI 4 LIPI (2) LIPI RCB RCB (3) (4) LIPI LIPI LIPI (5) (6) ( 45 ) ( 4 ) (2004 ) (2005 ) 144
171 (7) RCB LIPI RCB LIPI RCB LIPI 145
172
173 4 4-1 ( ) RCB , , , , , , (1)
174 45 4 LIPI (2) LIPI LIPI (3) RCB 3 (4) 1 RCB (5) RCB (6) 1) GEF 147
175 2) RCB ( ) 3) RCB BAPI 4-4 (1) RCB (2) (3) 148
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学習内容と日常生活との関連性の研究－第１部－第３章
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