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Contents
1. ACERA2. GIP7
3. 3
4. G21S17
5. E11S27 C13 CO
6. G21S37 KTVT ORME KASAI AY hI Y DANE AIRED ME FY BAR Ze FAKE TE KOMI ES D WEE OBRERO IEA
7. 25 km 20 km m 25 27
8. 2 26 26 25cm
9. 3
10. 3 6 G11S31 m 25 29 10
11. 10 G11S38 Platypus koryoensis L TOHEMOW EH EEY rDNA 28S 3 mtDNA Cytb P koryoensis rDNA 288 mtDNA cytb DNA PCR
12. 3 Physisporinus sp 2013 4 15
13. 1 25 23 E11S24
14. 1 1 EIP06 2013 1 2013 11 26
15. F1P12 Biome BGC 24 26
16. El11 1 7ha 580 4
17. 7 25 26 9 26 EIP
18. F211 23 12 1000 mm 23 1000 mm 120 26
19. pH 1 27 28 32 26 G21S42
20. 45 135 2 Plant and Soil 2 25cm
21. K101 2013 1 12 77 16 1422mm 5 6 5 100mm 6 10 23 24 26 27 100mm 37 25
22. ee ee ee ee PEP PORES SE TED een ee ee en nennen este ee
23. CO ElP08 CO0
24. WER 2013 6 199mm 12 83mm 9 63mm 2 5 3 5 19mm 1 5 60 2 50 3
25. E1P07 CO MIROCver 5 GAMmodel Roth C 22 26 CO
26. K201 4 1 2013 9 15 16 25 18 24 200mm
27. En LATE A HARRER A H26 2 20 H26 2 21 H26 2 25 H26 2 28 H26 3 3 3 4 H26 3 3 H26 3 3 3 4 H26 3 3 H26 3 4 H26 3 4 H26 3 5 H26 3 11 H26 3 13 H26 3 17 H26 3 18 H26 3 18 H26 3 18 H26 3 18 H26 3 24 WTR D ARTO AMA PE ARE 36 25 2 25 25
28. 3 3 1 MORAL 3 3 1 2
29. 8 21 8 23 120 10 10 1 3 JST
30. 22 2 1 11 125 185 111 4 NPO 2 9 10 63 1 4 10 42 17 18 19 20 21 22 23 24 25 26 27 28 29 30 3l 32 33 34 26 RARAWA BS PG Sc TE TANZ
31. 1 9 km 8 0 5 ha 162 DNA mtDNA 700 18 mtDNA m 25 31 2 27 28 1 km
32. LLO 14000 15000 melanic epipedon 125 122 AA 125 70 125 70 LLC
33. ME EE AE HE m H25 10 28 10 31 H25 10 31 11 1 H25 10 31 H25 11 2 11 3 H25 11 6 H25 11 11 H25 11 15 H25 11 18 H25 11 21 11 22 H25 11 22 H25 11 22 H25 11 22 H25 11 28 H25 11 28 H25 11 28 H25 12 2 H25 12 3 H25 12 5 H25 12 9 12 10 H25 12 12 12 13 25 T 3
34. 1 1962 8 15 67 55 0 2ha 930 970m 20 10km 480m 1999 2008 85 112 185cm 250 350cm 1946 12
35. pH C bonded S C bonded S 1 2 18 26 H
36. 2010 2010 B21S07 150 D1P06
37. 11 29 300 26 11 26 I 25 oo IT ee 25 1 O ON DT F amp F wo w uu uuu wo ev bw NN DN DL HL LO NN PD N ae eae e a pa pp Pp pp pp AR HNEFSGSHNDAAKSHNHNFSSEHMN DBT KF WN ES
38. E112 140 10cm RETTET ARO BR NERO 2 70 80cm 30 35cm 10cm 2 1 E11S12
39. OMAHA E REITE EIERN DEI 30 26 3
40. 64 57 30 Wr 122 5 7 13 2a08 2 109 4 64 50 13 2a07 Lei Thomas RIEL BUS RO REN EB LOK CORR 125 253 Rempei Suwa Evaluation of the wave attenuation function of a coasta
41. VI 61 4 138 ik H25 4 11 4 12 2013 1 NPO HEA AOBINMHREEAS H25 4 18 30 H25 4 26 5 25 5 8 PARRY AF ASU H25 5 9 25 H25 5 9 25 NPO H25 5 16 2013 31 NPO H25 5 17 5 18
42. 73 EMRE AR Wa 74 26 13 ORK Ri EKR RRI EI es 2 m aam FDE BE ay ge ZE zro 56 0 40 10 49 2049 E E 56 0 40 10 2016 31 0 17 10 2015 a 31 0 25 10 2016 E E 136 2 25 11 2019
43. H25 10 27 11 5 H26 1 27 1 28 9 2 VI 71 10 22 5 4 202 977 0 1 210 11 E E H25 6 26 27 H25 7 3
44. 62 130 134 FEBA KERE D 18 43 SEH BRA AKER CK 18 42 Katsunori Nakamura Noritoshi Maehara Takuya Aikawa Yu Ichihara Hajime Kosaka V Etsuko Kagaya Hisahsi Sugita Takashi Masaki Koki Kimura Jun ichi Kon Tomonori Kaneko 42 A research project to develop strategic action plan in the pine wilt disease unaffected area in northern Japan Pine Wilt Disease Conference 2013 15 18 October 2013 Braunschweig Germany Scientific meeting TUFRO unit 7 02 10 and FP 7 EU Re
45. 9 3m 1 6m EC KC 7m B2P02 B211
46. 1 oe Dm ES RARO BS A 64 26 NPO H25 9 17 NPO H25 9 17 H25 9 17 NPO H25 9 19 33 H25 9 26 H25 9 27 25 H25 9 27
47. 451 4 7 3 23 18 18 64 38 3 54 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 26
48. 1 0 2 7 N ha 15 0 1 0 5 5 0 766 P lt 0 01 G11S19 1 1 Colpoma quercinum
49. H25 5 17 5 19 H25 5 22 25 1 H25 5 24 H25 5 29 1 D H25 5 31 14 H25 6 5 6 6 H25 6 10 6 12 FE H25 6 11 25
50. 3 Gil G112
51. 15 60 F 100 60 F21S16
52. 2013 2013 29 133 in 3 11 64 55 DON RBH 108 14 15 No 38 RICH LE FIF ABKO S vo 125 234
53. 2014 10 17 G213 Y
54. Fl11 1 2 10 10 7 ICALI EN 10 11 F11S13
55. 3 2013 25 1 2 4 30mm 5 100mm 2012 5 2012 20 50 1 20 6 150mm 120mm 40mm 6 7 8 2 5 6 9 10
56. 125 261 HKE 18 7 The IPU Seminar on the Environment 1 2 Kazuki Miyamoto Shiro Okuda Yoshiyuki Inagaki Mahoko Noguchi OREST Takeharu Itou Within and between site variations in leaf longevity in hinoki cypress Chamaecyparis obtusa plantations in southwestern Japan Journal of Forest Research 18 256 269 Mahoko Mahoko Kazuki Miyamoto Shiro Okuda Takeharu Itou FF BER iA Atsushi Sakai Response of understory vegetation to thinning in hinoki cypress plantations in southwestern Japan IAVS Symposium Vegetation patterns and their underlying processes abstracts IAVS Symposium Vegetation patterns and their underlying processe 56 172 3 204 19 23 HSE
57. 40ha 6ha 34ha 34ha 1 1 TH 2718ton 544ton 125kg 10a 40ha ElP02
58. Euterpe precatoria Euterpe precatoria FlP04
59. 2015 D11S01 CO 25 21
60. 11 11 mtDNA G21S22 MHC MHC II PCR DNA MHC IT DQB
61. 61 PC2 010 125 127 Arduino 61 PA1 079 IRRE SRE HSA 61 PA1 112 KARE
62. H25 6 12 6 13 H25 6 12 1 NPO H25 6 14 6 15 62 26 MO H25 6 16 6 17 H25 6 17 6 18 H25 6 27 6 28 H25 7 2 7 3
63. A213
64. 125 216 52 53 54 35 56 97 58 59 60 61 62 63 64 69 66 67 26 HER 4 125 82 125 256 1 108 4 KEH 40pp KEE 125 81 IEA KIER EA
65. DNA 62 109 116 MERA PERF Wen I Chou ARA Wiwat Suasa ard Sawai Buranapanichpan Sopon Uraichuen Oraphan Kern asa Sunisa Sanguansub Aumporn Panmongkol Thu Pham Quang Sjh Kahono Heddy Julistiono Discoloration induced by Raffaelea quercivora isolates in Quercus serrata logs and its relation to phylogeny a comparison among isolates with and without the Japanese oak wilt incidence including outside of Japan Journal of Forest Research 19 404 410 MERE
66. 50 2013 Ikuhiro Hosoda Annual rainfall based analysis of streamflow regime dynamics following vegetation cover changes in temperate and little rain catchments in Japan Abstract presented Fall Meeting AGU H43D 1479 San Francisco Calif 9 13 Dec 2013 125 263 54 37 2 3 15 9 Yasuyuki Ishibashi 116528 Junpei Zenitani Takashi Saitoh Male biased dispersal causes intersexual differences in the subpopulation structure of the gray sided vole
67. 1 pH 2 A122
68. 2013 50cm 2 2013 1937 2012 2
69. 1 2 OMA CILMI OF 3 G11S15 3 28 26 G11S16 rDNA 288
70. 2013 191 PEHZE 2013 159 TED AAI TRE CY y CHES 4 2013 133 AE 19 81 82
71. Journal of Forest Research 18 466 474 KREWE SHEE AE 35 50 51 OR HA 125 259 125 258 2013 http www jfes org kenkyukai JFES_2013_Fall theme_b pdf
72. 25 25 AM 626 43 47 BEA ME 62 6 43 47 54 57 AER JA 19 96 3 19 97 JR TG 19 40 E ARAFE AE
73. Apomictic parthenogenesis in a parasitoid wasp Meteorus pulchricornis uncommon in the haplodiploid order Hymenoptera O Bulletin of Entomological Research 104 307 313 GIS 111 1 108 2 32 1 20 23 BL X Traditional Working Woodlands Satoyama Its History and Future International Symposium on Agroforestry Symposium Proceedings 2013 16 17 32 2 121 124 214 215 216 217 218 219 220 221 222 223 V 55 Rp 2013 9 4 5 2014
74. C3 C4 125 205 BOX 26 2 2010 12 18 2 68 20 22 109 3 Nobuyuki Yamamoto Comparative study of modern forest policies in Japan and Finland A perspective as peripheral regions Future Directions of Small scale and Community based Forestry IUFRO3 08 amp 6 08 Joint Conference in Fukuoka PS011 125 72
75. 25 H26 2 21 1 2013 120 H25 6 4 6 7 H25 7 2 7 4 H25 7 27 A ARDE H25 8 4 H25 8 21 8 23 H25 9 12 9 13 H
76. H25 7 15 7 19 2013 IST JICA H25 8 1 8 16 H25 9 4 9 21 H25 10 11 10 21 JST_JICA H25 10 26 11 11 CADAF
77. 22 25 G1P07 SAME AR A EFL E UA AEREA OIDO RY VATED 3 3 G1P09 24 26 G11 G111 2325 G112 2325 G11S15 BE 23 25 G11S16 24 26 G11817 23 25 G11819 BAZ AE AIC BI SERA RAY ENO AC SFE 23 25 G11823 FETE 7 A LY DRIES ADO REO Ze A 7 MMIC SE 23 27 G11824
78. 25 19 A2P03 6
79. 3 12 6 12 13 On DRE 3 13 7 14 15 2 6 3 18 19 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 EHER O ul EMO AE A By AE TS 125 211 8 690 43 2
80. 4 HATA AGNES L 72 BAK LARA EBM O bd FE Al All A113 A12 A122 A1P04 A2P03 A21S17 FIRR MR R FAAP L ERIE PEBE O PAE PARO BENE FETED 72 00 ORE AUER 14 BAM O FE ARETES
81. H26 2 10 25 2 WG 5 WG H26 2 13 2 14 H26 2 17 25 H26 2 19 2 2 2 VW 67 NPO
82. 61 C1 02 FEBA BARBIE MO SERE LARA D ERA 125 145 125 145 125 147 IP TORR CME 111 2 A E 61 PB2 049 125 220
83. H25 10 18 15 H25 10 18 H25 10 22 10 23 H25 10 23 H25 10 28 1 VW 65
84. TEE KURT BEALE E 25 27 23 25 23 27 21 25 23 20 23 29 25 27 B EDEN O ZE PEGO 72 b DHr 72 RAMIERERA RE OUR RAE TL gt ATA DEF B2 B21 B2P02 EIEH OY EMI ERGO 1200 OKK RIES DABA A TA DIT 25 27 8 26 B211 2325 B21S07 23 25
85. 125 122 FEE ALLA A seasonal change of root exudates on soil organic carbon decomposition among four tree species 125 115 EET 61 PA1 077 61 PB2 016 ISG APP PE 7 125 195 Yasuhiro Hirano Masako Dannoura Toko Tanikawa Keitaro Yamase Kenichi Aono KANSO Hidetoshi Ikeno Detection frequency can vary with orientation of roots in Pinus thunbergi
86. Pkoryoensis G11S41 5 5 G211
87. 100 ha 20 26 A21S17
88. H25 11 7 H H25 12 10 H26 2 16 H H26 A1PO6 A113 KERARI CAAT Rok JJB RY PAOR EREKE ko THL DIEZ BAUTFTLLELEBWM HAP HLS RET SCL eBBELE LAL BERE RAE O CRANE E DORATH Z LI FERRE HL CREARA O REIR o u DESEES TE DIEDE EL E LEON DMKEMBS ACEH LE EK HE KA MBE LUCHA BERT OBRAR E o COA MASED HZ AAMC NAZR MICE A i ee ae
89. THE 25 2 ID 2 25 SPP 25 TI 25 SPP 25 SPP 25 SPP 25 SPP 25 SPP 25 SPP 25 3
90. 17 3 ha 22 6 ha 34 42 N 133 58 E 36 257m 10 15m 0 48 ha 2006 mm 0 5mm mm 60 27sec 2013 2 25 3 3
91. 3 207 Toko Tanikawa Yasuhiro Hirano Masako Dannoura Keitaro Yamase Kenji Aono Masahiro Ishii Teturo Igarashi Hidetoshi Ikeno Hl Yoichi Kanazawa Root orientation can affect detection accuracy of ground penetrating radar Plant and Soil 373 317 327 BER JEFFS yp Ya YY UY RY 248 No l MERMA ES 2 KARTE O MEE 248 No 19
92. eonet 28 44 er 28 45 Platypus koryoensis ppp 29 46 een 29 47 en 29 48 lt 30 49 30 50 MHC 31 51 31 52 HVT OFM SARA A Y ARAN 31 53 nas enreda sind de ee een 32 ERE SIND anne euere 39 55 Y PT EA A ANA AA 32 56 Naeh SU SHE PHF OIE kenne 39 1
93. ee 35 2 36 25 FO gt SS OR E E O 59 2 ee 59 3 PF YYYYYYPYCEPYYYYEPPYPKLPPYYLKCPPLCCKCEELLLKEELJ 60 4 AAA 61 5 68 O 69 7 69 8 ee 70 9 ee 70 10 BE SVEN ES EE DR 71 11 TILAAT TeeeTereee rer eee rer eee rere rere rere rr eee err reer rere errr EERIE RCRA EERE TE ee err ree err eee rere ee rey 71 A 72 13 ARM RAR ARPA r nr rn nn nr ne nennnss 74 14 75 25 I I 25 25
94. GIP06 G1P07 G1P07 5 2km 2012 3 56 YA km 18 20 km 12 trap night 4 HE IETA CESK RIE
95. 2 8 25 66 26 H25 12 13 25 NPO H25 12 19 35 H25 12 19 H25 12 20 0 H25 12 20 25 II H26 1 7 TEES H26 1 7 KEE H26 1 8
96. H25 7 30 7 31 H25 7 30 H25 7 30 H25 8 1 H25 8 1 H25 8 5 H25 8 19 H25 8 20 H25 8 26 H25 8 27 8 28 H25 8 28 H25 9 3 H25 9 4 H25 9 5 H25 9 5 H25 9 9 H25 9 9 H25 9 10 H25 9 13 H25 9 15 9 17 1 7 25 1 2 25 1 25 ERE ESR Ak ES EE CSC EPO 25 CO 25 TARO ERE
97. 50 80kg 1 3 4 7 G1P09
98. 31 3 I E tf 2 ar MAI 10 8
99. F2P10 130 m 25 25 30 2 1940 50 2005 2
100. GRRE E B NPO NPO 29 2013 135 AE BURGA CUNA 69 505 MUZINA Press 10 28 3 ARETES 9 10 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 V 53
101. H25 4 15 4 19 25 H25 4 10 4 12 25 H25 6 13 PAE H25 6 25 H25 9 9 9 11 25 H25 10 15 10 21 NOVA H25 5 30 H26 3 7 NOVA H25 5 30 H26 3 7 NOVA H25 5 30 H26 3 7 INOVA H25 5 30 H26 3 7 H26 3 17 13 VW 69 6 14 FF w
102. 125 271 MERE HER 2013 HTT32 05 Mayumi Yoshimura Variations in stable isotope ratios of carbon d13C and nitrogen d15N in different body parts and eggs of adult stoneflies Plecoptera Physiological Entomology 38 226 232 ERASE 14C 78 115 E 78 131 E 73 74 y 50 133 134
103. 68 33 35 3 12 6 8 9 3 13 7 16 17 AREFE 2 18 2 20 2013 131 133 M 3 17 2 JATAFF 1 5 14 18 ZAR 108 1 BE
104. 2013 2 19 IR 3 RE T7 RA 4 AT RAF ANY VW H25 10 6 H25 11 5 11 8 H25 11 7 11 8 H25 11 11 H26 3 31 H25 11 15 11 16 11 22 11 28 H25 12 14 H26 1 29 3 23 H26 2 22
105. 58 58 1 2 6 58 2018 1 1 TV 2 2 it Y 37 m w o cm gt 2 o w u o N bal o 20 0 cm m 80 1 m3 ha 1200 1000 800 600 400 200 10 20 30 40 50 60 70
106. EE e stedengat ss et eee E E E BETA CAN UR ATA B C SAIRE CA B o cia 1 USS e Ne een ee I I 13
107. H25 8 5 H26331 G H25 8 5 H26 3 31 G H26 1 20 27 FAR 26 1 20 2 7 FAR ARSC ARS 26 120 2 77 FAR res BRST HEIN 7 2 G H25 4 1 H28 3 31 G 25 4 1 H28 3 31 G
108. 2500 2000 1500 x fa 1000 500 0 10 2 430 40 50 6 70 go HEE 2 _ 50 x as 0 m3 ha yn up yo a H k 35 S so gt E 2 wk 20 ie 15 El E amp 10 x 6 Aca EEA E 0 a 20 40 60 80 3 4 38 26 40 35 30 15 10 10 20 30 40 50 60 70 80 5 Us Lom BO E 70 5 60 50 4 gt o ha amp N 1 10 0 4 16 20 24 28 32 36 40 44 48 52 56 60 64 cm 6 66 F R 10 11 12 13 14 15 16 V 41 25 Kazuki Nanko Shin Ugawa Masamichi Takahashi Kazuhito Morisada Manabu Takeuchi Yojiro Matsuura Shuichiro Yoshinaga Makoto Arak
109. ee ee ets ee esenee KH rel eek ATN oo ee CO ee ee
110. G H FT 23 3 2 A 1 P7 10 A A112 P18 AlP04
111. 1000 mm 40 F21S06 DSM DTM
112. 68 31 34 ARE 2013 48 49 WARE 2013 11 12 Takashi Ikeda Hiroshi Takahashi Hiromasa Igota X Koichi Kaji Comparison of mark resight from road surveys and camera traps and camera traps without marking for estimating deer populations in Japan The llth International Mammalogical congress Abstracts 2013 P 184 Koichi Kaji Masami Miyaki Hiroshi Takahashi Tsuyoshi Yoshida Impact of population irrupti
113. H26 1 21 H26 2 18 72 26 12 25 11 29 G G E i H25 10 10 2 H25 11 5 H26 2 16
114. 1 3 23 27 2014 10 26 http wwwr ffpri affrc go jp pubs nenpo documents 2014nenpo pdf A B C D E F
115. 5 26 32 182 19 125 211 O 125 190 125 88 2013 54 36 38 108 3
116. 66 4 48 55 23 26 2013 300 301 125 64 Hirooka Yuuri Akiba Mitsuteru Ichihara Yu Masuya Hayato ERA Takahata Yoshihiro Suda Tomohisa H4 A Yada Yutaka Yamamoto Shigehiro M4 5 Kubono Takanori EA A novel approach of preventing Japanese cedar pollen dispersal that is the cause of Japanese Cedar Pollinosis JCP usin pollen specific fungal infection PLOS ONE 8 1 8
117. A211 LYCOS 2 10
118. rDNA 288 3 mtDNA Cytb oryoezszs mtDNA mtDNA
119. P17 A2P03 P19 G G211 P29 o B2 El F1 F2 G1 El HE P10 K 1 25 25
120. H25 7 2 25 1 H25 7 3 H25 7 3 25 AMAS H25 7 5 7 8 H25 7 8 mg H25 7 8 MO H25 7 8 A a
121. ee ee L Le Py Mk EB E E R L pr mb AR PK BR BE
122. 50 25 2 3 25 3 ID 9 25 2 25 2 16 68 5 11 26 E
123. LTR HAI 27 7 AAU 34 7 AA 41 4 HAI 60 12 63 9 HAI 63 10 18 10 2 als 64 046 ni 7 023 ni 3 818 ni 13 324 ni at 88 211 nf RR 3 BK 2 251 nf R 1 507 e 604 140 1 248 ni 1 85 m Ww 7 A 1 56 m g 1 124 ni x MH 1 48 mi 1 91 ni ME SER BR 1 219 ni 1 7 118 ni 1 139 mi 1 157 nf 1 124 ni 1 41 ni 1 4 260 ni 1 138 ni 1 46 m 10 370 ni
124. gt 2325 R G11831 24 26 G11838 Platypus koryoensis amp TOHAM OWEN ERE 24 25 G11841 BE 25 27 G2 AMET B Z O DRAKE PE ALPEN O BIG G21 G211 2327 G213 2325 G21817 2225
125. BITS TEROR VW 63 A E TC NPO NPO NPO NPO
126. H25 7 9 JICA 2 VAR VIF EBT H25 7 10 H25 7 11 7 12 H25 7 17 7 18 POIRIER EER AE AA EE DAR IB RES H25 7 22 7 23 2 H25 7 23 7 25 H25 7 26 7 27 API aL RRS H25 7 26 25 H25 7 29 7 30
127. 100mm mm mm mm 1 2013 2013 1981 2010 2012 65 2 56 60 2013 25 18 10pp 2013 25 18 10pp 36 26
128. 2 1 H26 1 14 25 4 WG H26 1 22 H26 1 23 3 KEE H26 1 30 IAEA INICIO 6 H26 1 31 25 2 EES H26 2 5 H26 2 6 2 7 ATRAS A ART A US H26 2 9
129. R 38 59 03 2018 W 30 0 15 15 2017 W 30 0 15 21 2017 VW 75 14 1 DD BY 2 9 00 16 00 12 00 13 00 3
130. 10 26 G21S22 HOBO BTID DAY AS 773M BUT S MHC 23 25 G21S28 ARETE 24 26 G21S37 25 27 G21S42 25 25 K K101 23 27 K105 E 23 26 K201 2327 25 27 25 27 et BT een
131. G 25 5 1 H26 3 31 G DURA 2 RME II AEREO H25 5 1 H26 3 31 G H25 6 3 H26 3 31 G AZ 7 9 24 AIF 7 OAT LOWE H25 610 8 31 G AY SOAP CEDURE A H25 6 27 7 10 G ie AIRIS 24 MERO NENE H25 7 16 10 31 G TE BI RME IT 2 IENA H25 7 8 H26 3 31 G Sun Lijuan H25 7 16 H26 3 31 G H25 7 19 H26 3 31 EHRT
132. Rempei Suwa Marcio R Amaral Shinya Ohashi Takuya Kajimoto Niro Higuchi Moriyoshi Ishizuka Growth of total biomass in selectively logged forests in Amazon Brazil Monitoring of Forest Ecosystems 125 233 Adriano J N Lima Niro Higuchi MH 61 PA3 123 Hideyuki Noguchi Casilda A S Souza Rosiane O Silva Rempei Suwa Takuya Kajimoto Moriyoshi Ishizuka Gabriel H P M Ribeiro Adriano J N Lima Roseana P Silva Joaquim Santos
133. 3 000 ha 80 15 30 40 50 40 55 65 25 30 277m9ha 322m ha 40 20cm 60 26cm 55 16cm 65 20cm 37cm 28cm 680m2ha 40 50 90 80 71
134. 45 F1IS16 XAFS SEM RDS 280 25 35 1 8 1 8
135. 1 2 2 2 4 1 3 7 BA 5
136. RELP mtDNA Cytb POR rDNA 288 3 4 mtDNA Cytb k G11S17
137. ID 2 3 2 2 1 2 50 50 3 Ik 1 115m ha 60 1 270m ha 66 1 383m ha HER CIA 1 60 1 115m ha CHS 4 1 2 RA 1 1 8 58 1 4 3 3 5 25
138. 14000 15000 61 PB3 109 Motonori Okumura Mai Kamakura Hiroyuki Muraoka Yoshiko Kosugi Takafumi Miyama Kenji Tsuruta X Susumu Tohno Biogenic Volatile Organic Compound Emissions from Japanese Oak in a Cool Temperate Deciduous Broad Leaved Forest Proceedings of Synthesis Workshop on the Carbon Budget and Forest Ecosystem in the Asian Monitoring Network 72 48 104 105 106 107 108 109 110 111 112 113 114 115 116 26 AE 54 327 Mitsutoshi Kitao Masabumi Komatsu Yasutomo Hoshika Kenichi Yazaki Kenichi Yoshimura
139. PRM RR OE PTI NES A AZAR OBVIAR O ALE D1 NENA T IR ORE WKE E MDA 7 A F A ORE D1P06 25 26 D11 D11S01 CO 23 25 E BRIEN O imh EZ aT MO IRENE E AR ORERE O HAZE El R IDEA FIE DABA E im BERIK ORARE O br FE E1P02 E 15 27 E1P05 23 25 E1P06 22 26 E1P07 2226 E1P08 24 27 Ell PAM eS RO BULL NG AI UY E Y a YORE Elll 3 TEE O T
140. Tamotsu Sato Tatsuya Otani Casilda A S Souza E Joaquim dos Santos Moriyoshi Ishizuka Niro Higuchi Carbon stock in Amazonian tropical forests What do CADAF s estimates inform us CADAF Monitoring of Forest Ecosystems Tamotsu Sato Kaoru Niiyama 4111128 Hiroshi Tanaka Takeshi Toma Abd Rahman bin Kassim Niro Higuchi Keizo Hirai Shigeo lida Moriyoshi Ishizuka Yoshiyuki Kiyono Adriano Jos Nogueira Lima Dokrak Marod Yoko Osone Alberto Carlos Martins Pinto Sutedjo Rempei Suwa Ryuichi Tabuchi Jumpei Toriyama Warsudi Tsutomu Yagihashi Stocks in Coarse Woody Debris in Forest Ecosystems KM EERLEVZMRERMOERE Monitoring of Forest Ecosystems Tatsuya Otani Adriano J N Lima
141. 15 27 RE W PR DONA 125 269 58 51 Al 207 1 6 125 148 25 AS 2014 70 17 20 PIERA ME
142. 70 26 8 11 IST JICA H25 6 2 6 9 H25 6 1 6 9 9 7 ntX H25 6 3 6 9 H25 7 9 7 30
143. CBT AA RE 62 6 35 42 KEN PEHE RER HK ME 62 6 29 34 110 3 GR ARE OR Cervus nippon 53 2 321 329 On DRE
144. 17 25 AIPA 3 591 9 22 23 9ha 700m 900m 702 v 1
145. 64 23 VI 1 All 22 Y Y Y Y 4 4 5 9 25 27 28 31 34 40 41 51 57 59 62 63 63 4 A UNGU 11 13 3 13 17 17 20 21 21 22 gt ew hr CD 5 VW AFNI 12 AFN 22 59 2
146. F11S13 23 27 F11S16 24 26 F2 EA FIE E DARRO WME FL BEBE SEACH O PFE F2P07 BE 24 27 F2P10 25 29 F21 F211 2325 F21S06 23 25 I 25 F21816 25 29 G AHDIEMEBTEDES amp RFI EEE MAEM O hz G1 SD EEMI EBGIEM EFEM O HAZE G1P06
147. G11S23 rDNA mtDNA mtDNA G11S24
148. Journal of Heredity 104 5 718 724 MAE 37 1 20 Yoshimura Kazuhisa Kurisaki Kosuke Okamoto Toru ME Fujikawa Masayuki Ikeda Yoshifumi Yamada Tsutomu 114 Matsuda Hiroki Sulfide ore smelting at the Naganobori copper mine site recorded on speleothems from the Ogiri No 4 mine on Akiyoshi dai Plateau Yamaguchi Japan WORK ARE WU KW 4 St SSL A Ic id BRS N TE HK WH Abstract of The eighth International Conference on the Beginnings of the Use of Metals and Alloys 8 J 01 MASE 35 577 584 es FAB MR BAR BTR ES LK SC LEER NIT CR 35 594 602 MAE 35 608 615 35 36 37 38 39
149. 2 270 434 2 1 9 0 15 0 42 2000 2013 N 164 2000 N 53 10 G21S28
150. 135 136 137 138 139 140 141 142 143 144 145 146 26 Hiroyuki Togashi BRL Yoshikazu Kato Naoto F Ishikawa Yukihiro Komatsu Chikage Yoshimizu Mayumi Yoshimura Nobuhito Ohte Naoko Tokuchi Ichiro Tayasu Allochthonous versus Autochthonous resources contribution to aquatic food webs in from clear cut to old growth forested streams Results from nitrogen isotopic ratio of amino acids International Symposium on Connectivity of Hills Humans and Oceans Program Book 9 10 110 2 Taira A Yoshimura M Tanida K Life cycle and habitat preferences of Rhyacophila kuramana Trichoptera Rhyacophilidae at the spring seepage zone on rock surface Rhyacophila kuramana Biology of Inland
151. 25 1 H25 9 27 H25 9 28 H25 9 30 25 1 H25 10 3 10 4 TI H25 10 4 25 1 H25 10 8 H25 10 8 H25 10 15 10 16
152. 39 1 67 12 2056 79 1 75 13 2017 17 1 73 15 2041 715 0 80 34 2043 E E 41 0 71 E 35 2069 E 5 1 24 37 2071 ES 55 0 79 H 37 2066 811 44 99 10 2020 ee E 523 0 13 61 2014 509 51 60 H 63 2021
153. C CO E2P04 21 24
154. A122 H23 27 25 3 AIP A2P03 H21 25 G211 H23 27 25 5 25 8 1
155. I Tsuyama M Higa Y Kominami E Nakazono Y Hijioka Kij K Takahashi Set H Harasawa MF N Tanaka Climate change impact assessment of habitat shifts for important forest trees and plants and development of integrated model AIM Adaptation Policy for conservation managers INTECOL2013 Mioko Ataka Yuji Kominami Mayuko Jomura Kenichi Yoshimura Chiyomi Uematsu CO efflux from leaf litter focused on spatial and temporal heterogeneity of moisture Journal of Forest Research 19 295 300 CO 110 1 125 122 GABA Frida Andreasson Swedish University of agricultural sciences
156. TEKEE BIYA EHRE 2013 2 25 3 3 2014 2 K105 1 2 pH EC Te Si Al ICP HCO 2010
157. 40 41 42 43 44 45 46 47 48 49 50 51 V 43 WIS ERPS ASE OL INK 35 585 593 MARE 4 5 MAR 61 PB3 021 MAGE BRAS 125 253 MRE BEN 125 261 MASE BEE
158. 1 18 10 20 http www kyohakuren jp 2 20 2 21 http wwwr edu city kyotoJp science network kahakuren html 3 22 5 31 20144412 H 55 26 612 0855 68 TEL 075 611 1201 FAX 075 611 1207 http www ffpriaffre gojp fsm o 600 8047 677 2 TEL 075 343 0006 FAX 075 341 4476
159. 17 18 1 IHR 29 2013 231 BAM 29 2013 134 MUZINA Press 29 2013 126 IRETE 2 29 2013 36 AGE
160. 1947 7 3 000 ha THIR 1948 7 1 10 1948 1956 1 3 7 6 1956 9 1957 1958 10 1962 15 0 5 10 B 558 46 58 640m ha 6 2013 10 15 18 11 0 1cm Vertex TruPulse 0 1m 2 1 5 6
161. 81 6 52ha 790m 950m H25 7 8 H25 8 28 29 H25 10 22 29 4 10
162. Silva Lucas Ourique Rempei Suwa Takuya Kajimoto Moriyoshi Ishizuka Alberto C M Pinto Adriano J N Lima Joaquim dos Santos Niro Higuchi Fine root dynamics in a Tropical moist forest of the central Amazon Monitoring of Forest Ecosystems 68 69 70 71 12 73 74 79 76 T V 45 Rempei Suwa Adriano J N Lima Gabriel H P M Ribeiro Francisco G Higuchi Takuya Kajimoto Moriyoshi Ishizuka Niro Higuchi Development of new allometric equations for a estimation in Amazonian forests Monitoring of Forest Ecosystems Takuya Kajimoto Rempei Suwa Adriano J N Lima Marcio R Amaral Gabriel H P M Ribeiro Francisco G Higuchi WF Hideyuki Noguchi
163. 28 Hi 4 515 ni 26 3 26 3 31 L L x RE E EM I D E 3 Lf J E
164. 4 H25 7 9 10 H25 7 11 12 H25 7 25 26 H25 8 29 30 66 H25 9 5 6 H25 10 2 H25 12 6
165. Saori Fujii Takafumi Miyama Yuji Kominami Seasonal ozone uptake by a warm temperate mixed deciduous and evergreen broadleaf forest in western Japan estimated by the Penman Monteith approach combined with a photosynthesis dependent stomatal model Environmental pollution 184 457 463 125 127 111 3 TE AFRO E co Engineering 25 4 117 121 2013 7 28
166. Waters supplement 27 2 125 136 5 48 12 27 30 Mayumi Yoshimura Akio Akama 3536 Radioactive contamination of aquatic insects in stream impacted by the Fukushima nuclear power plant accident Hydrobiologia 722 19 30 335 63 72 Mayumi Yoshimura Diel response of EPT families to light traps in broad leaved and planted coniferous forest basins Japan EPT DIEN Biological Rhythm Research 45 2 143 156 58 196 WISER 61 PB3 018 4k
167. 1 29 2013 36 110 4 480 28 29 PEE HERE Genetic structure of the critically endangered Red headed Wood Pigeon Columba janthina nitens and its implications for the management of threatened island populations HEHE APY IAD AN NOM RSE RORUN OD A MENO RENO BUR Ibis 156 153 164 20 HER PB3 045 MUZINA Press 66 63 58
168. ARDAS BET ING A ey DORE 2325 E112 E 2325 E11S12 22 25 E11S24 24 25 E11S27 24 26 E2 BMD RAGE OFFI EL EXTREM O BF E2P04 21 25 F ARERI L OK AWB E WHER EGE RARO TE Fl RRD WREAK AU KAFR 8 EN BED TE F1P04 22 26 F1P12 25 29 F11 F111 E 2325
169. ISSN 2187 8757 26 EYR No 55 Annual Report 2014 Kansai Research Center Forestry and Forest Products Research Institute 55 26 LT UR Ks ak E Pah y J i 9 ae Pir A A Hd e gt PES 22 zZ 26 i x 25 3 3 3 9 Al BTE 2
170. Niro Higuchi Fine root biomass in a tropical moist forest in the upper Negro River basin Brazilian Amazon TROPICS 22 179 183 Kenichi Yoshimura Yuji Kominami Chika Mori RTE Takafumi Miyama Diurnal and daily changes in photosynthesis depending on the water usage in Japanese deciduous evergreen mixed forest International Sap flow Conference Matsui Tetsuya Nakao Katsuhiro Higa Motoki Tsuyama Ikutaro Kominami Yuji Yagihashi Tsutomu Tanaka Nobuyuki Predicting Changes In Canopy Species Compositions After The Decline Of Beech Forest Under Climate Change Scenarios In Japan Conference Primeval Beech Forests Y Kominami N Tanaka M Ataka I Tsuyama UKRE Potential CO efflux of CWD decomposition caused by tree species change under the climate change in Japan International carbon dioxide conference 9 46 78 79 80 8 82 83 84 85 86 87 88 89 90 91 26 Matsui T K Nakao
171. i Nagaharu Tanaka Shigeto Ikeda GEHEN Satoru Miura Shigehiro Ishizuka Masahiro Kobayashi Masahiro Inagaki Akihiro Imaya Shoji Hashimoto Shinji Kaneko the Inventory Working Group Carbon stocks of dead wood litter and soil in the forest sector in Japan estimated by the National Forest Soil Carbon Inventory EGU general Assembly 2013 EGU2013 3666 853 13 18 52 219 109 1 Tsuyoshi Yamada Chisato Takenaka Shuichiro Yoshinaga Keizo Hirai Long term changes in the chemical properties of Japanese cedar Cryptomeria japonica forest soils under high precipitation in southwest Japan
172. i forests using ground penetrating radar Belowground carbon turnover in European forests 39 92 93 94 95 96 97 98 99 100 101 102 103 V 47 Toko Tanikawa Kyotaro Noguchi Kenichi Nakanishi Hidetoshi Shigenaga Junko Nagakura Hisao Sakai Akio Akama 11583 Masamichi Takahashi Sequential transformation rates of soil organic sulfur fractions in two step mineralization process 2 Biology and Fertility of Soils 50 225 237 109 2 59 11 GUK 1
173. l black pine Pinus thunbergii forest using the individual based dynamic vegetation model SEIB DGVM SEIB DGVM Journal of Forest Research 18 238 245 Lima J N A Ribeiro H P M G Santos J Silva PR Casilda A S Souza Barros C P Higuchi Niro 23 28 Lucas Ourique Hideyuki Noguchi Casilda A S Souza Rosiane O Silva Rempei Suwa Takuya Kajimoto Moriyoshi Ishizuka Joaquim dos Santos Niro Higuchi Relationship between litter fall and trunk increment in an old growth forest in central Amazon Monitoring of Forest Ecosystems Hideyuki Noguchi Casilda A S Souza Rosiane O
174. n DIES OE ee een oo KAGE IN LS eee A PO TT TIRE LARA EPN EL ABR RAED ADO k Y Y ARO RAE eee cs 26 36 27 a o O A 97 38 ea 27 39 een 28 40 28 41 een 28 42 28 43
175. on of sika deer on vegetation and feedback effects on their life history on Nakanoshima Island Hokkaido International Mammalogical congress Abstracts 11 O37 6 147 148 149 150 151 152 153 154 155 156 157 158 159 V 51 PEHEE HFRS 2013 262 IR 2013 264 M
176. search Project REPHRAME 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 V 49 Katsunori Nakamura Takuya Aikawa Yu Ichihara Noritoshi Maehara Nobuhiro Mizuta Inhabitation of the pinewood nematode and its vectors in the tsunami damaged Pinus thunbergii and P densiflora trees IUFRO REPHRAME International Conference on Pine Wilt Disease 2013 105 BEY gt 2013 in 13 64 31 RIS Tor
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