Žã”­•\

•½¬17”N“x

¶•¨Œ—ŠÂ‹«Œ¤‹†—̈æ
•\‚Ìà–¾ Žã”­•\ˆê——‚Ö–ß‚é
No ”­•\ŽÒ^‘è–ځ^ŒfÚŽ Œ¤‹†‰Û‘èƒR[ƒh
1 Sasaki-Sekimoto Y.(*1),Taki N.(*1),Obayashi T.(*1),Aono M.,Matsumoto F(*1),Sakurai N.(*2),Suzuki H.(*2),Yokota Hirai M.(*3)(*4)(*5),Noji M.(*3),Saito K.(*3)(*4)(*5),Masuda T.(*1),,Takamiya K.(*1),Shibata D.(*2),Ohta H(*1)(*1Tokyo Inst.Technol.,*2Kazusa DNA Res.Inst.,*3Chiva Univ.,*4CREST/JST,*5Riken PSC) 0307AE503
0509AE798
Coordinated activation of metabolic pathways for antioxidants and defence compounds by jasmonates and their roles in stress tolerance in Arabidopsis
Plant J.,44:653-668(2005)
2 Aono M.,Kanna M.(*1),Ogawa D.(*2),Murata Y.(*3),Rakwal R.(*3)(*4),Agrawal G.K.(*4),Tamogami S.(*5),Iwahashi H.(*3),Kubo A.,Tamaoki M.,Nakajima N.,Saji H.(*1Tokyo Inst.Technol.,*2Univ.Tsukuba,*3NAIST,*4BIRD,*5Akita Pref.Univ.) 0307AE507
0509AE798
Regulation of ascorbate contents by jasmonate-mediated signaling pathway in Arabidopsis during ozone exposure
Phyton,45(4):201-207(2005)
3 ˆÉ“¡•xŽq(*1),‘卂–¾Žj(*2),ã–ì—²•½,ínj´N—T(*3),¶•ûG‹I(*4),–x”É‹v(*5),ˆÉ“¡“N–ç(*6),•g“cáÁˆê(*4),•xìŒõ(*6),¼–{“TŽq(*6)‘¼(*1–kŠC“¹…ŽY›z‰»ê,*2O‘O‘å,*3–kŠC“¹–Ô‘–…ŽŽ,*4–kŠC“¹‹³ˆç‘å,*5–kŠC“¹ŠJ‘ñ‹L”OŠÙ,*6–k‘å) 0408AE467
‹ú˜HŽ¼Œ´’BŒÃ•À‚̐…¶‘åŒ^–³Ò’Å“®•¨‘Š
—¤…ŠwŽGŽ,66(2):117-128(2005)
4 Ueno R.,Takamura N.,Nakagawa M.(*1)(*1Environ.Res.Cent.) 0408AE467
A new Fittkauimyia Karunakaran from Japan(Diptera: Chironomidae)
Aquat.Insects,27(1):35-42(2005)
5 Chonudomkul D.(*1),Yongmanichai W.(*1),Theeragool G.(*1),Kawachi M.,Kasai F.,Kaya K.(*3),Watanabe M.M.(*1Kasetstart Univ.,*3Tohoku Univ.) 0004AD250
Morphology,genetic diversity,temperature tolerance and toxicity of Cylindrospermopsis raciborskii(Nostocales,Cyanobacteria)strains from Thailand and Japan
FEMS Ecol.,48:345-355(2004)
6 ²Ž¡Œõ 0305BA585
ˆâ“`Žq‘gŠ·‚¦A•¨‚̊‹«‰e‹¿
FFIƒWƒƒ[ƒiƒ‹,210(7):640-646(2005)
7 ŒÃ‰ê—fŒ›(*1),²’|Œ‰,–î•”“O(*1˜a‰ÌŽR‘å) 9802AG149
0305AG597
ƒ}ƒNƒƒxƒ“ƒgƒX‘Š‚É‚¨‚¯‚éŽí‚Ì–L•x‚³,Œ»‘¶—Ê,‘½—l“xŽw”,â–Ŋ뜜Ží‚ð—p‚¢‚½Š±Šƒ‚Ì•]‰¿
•Û‘S¶‘ÔŠwŒ¤‹†,10:35-45(2005)
8 ²’|Œ‰,ã–ì—²•½,‘q¼—Ljê(*1)(*1ç—tŒ§’†‰›”Ž•¨ŠÙ) 0205AE370
0507CD539
0408AE467
Œä‘ “‡‚̐ì‚̐¶‚«‚à‚Ì‚½‚¿
‚Ý‚­‚ç‚̐X‚͐¶‚«‚Ä‚¢‚é ‹Ž÷‰¤‘,Œä‘ “‡‚©‚ç‚̃ƒbƒZ[ƒW(‰ü’ù”Å)(ƒA[ƒgƒ|ƒXƒg•Ò,“Œ‹ž“sŒä‘ “‡‘º,72p.),26-27(2005)
9 ²’|Œ‰,ã–ì—²•½ 0507CD539
0408AE467
¬Š}Œ´‚Ì–³Ò’Å“®•¨Eì‚̃Gƒr‡@
‹GŠ§Ži-Bo,15:28-29(2005)
10 Satake K.,Cai Y.(*1)(*1Natl.Univ.Singapore) 0205AE370
0507CD539
Paratya boninensis,a new species of freshwater shrimp(Crustacea: Decapoda: Atyidae) from Ogasawara,Japan
Proc.Biol.Soc.Washington,118(2):306-311(2005)
11 Satake K.,Kuranishi R.B.(*1),Ueno R.(*1Natl.History Museum Inst.Chiba) 0507CD539
0205AE370
0408AE467
Caddisflies(Insecta: Trichoptera) collected from the Bonin Islands and the Izu Archipelago,Japan
Proc.11th Int.Symp.Trichoptera(Osaka and Shiga,Japan)(Tanida K.,Rossiter A. eds.,Tokai Univ.Press,474p.),371-381(2005)
12 Nunomura N.(*1),Satake K.(*1Toyama Sci.Museum) 0507CD539
0205AE370
A new species of the genus Gnorimosphaeroma(Crustacea,Isopoda) from Hahajima,Bonin Island,southern Japan
Bull.Toyama Sci.Museum(•xŽRŽs‰ÈŠw•¶‰»ƒZƒ“ƒ^[Œ¤‹†•ñj,(29):1-6(2006)
13 ˆ¢•”~(*1),r–؉pŽ÷(*2),ˆÀäÊ(*3),´…‰pK,—›Œš–¯(*4),Šs‹ÊŠC(*4),ˆî‰i”E(*3)(*1“Œ‘å‰@,*2ŽRŒû‘å,*3’¹Žæ‘劣‘‡’nŒ¤ƒZ,*4’†‘”_‘å) 0103BA001
0406BA405
’†‘“à–֌ΩŽ¡‹æˆ¢f‘P–¿‚É‚¨‚¯‚鍻”™‰»–hŽ~‚ƗΉ»‚ÌŽŽ‚Ý
ª‚ÌŒ¤‹†,14(2):51-58(2005)
14 Zheng Y.R.(*1),Gao Y.(*2),An P.,Shimizu H.,Rimmigton G.M.(*3)(*1China Acad.Sci.,*2Inn.Mong.Agric.Univ.,*3Wichita State Univ.) 0103BA001
0406BA405
Germination characteristics of Agriophyllum squarrosum
Can.J.Bot.,82:1662-1670(2004)
15 Zheng Y.R.(*1),Xie Z.X.(*2),Yu Y.,Jiang L.(*1),Shimizu H.,Rimmington G.M.(*3)(*1China Acad.Sci.,*2Florida Atlantic Univ.,*3Wichita State Univ.) 0103BA001
0406BA405
Effects of burial in sand and water supply regime on seedling emergence of six species
Ann.Bot.,95:1237-1245(2005)
16 Zheng Y.R.(*1),Xie Z.X.(*2),Gao Y.(*3),Jiang L.(*1),Xing X.(*1),Shimizu H.,Rimmington G.M.(*4)(*1China Acad.Sci.,*2Florida Atlantic Univ.,*3Inn.Mong.Agric.Univ.,*4Wichita State Univ.) 0103BA001
0406BA405
Effects of light,temperature and water stress on germination of Artemisia sphaerocephala
Ann.Appl.Biol.,146:327-335(2005)
17 Zheng Y.R.(*1),Xie Z.X.(*2),Gao Y.(*3),Yu Y.J.(*4),Shimizu H.(*1Chin.Acad.Sci.,*2Florida Atlantic Univ.,*3Inn.Mong.Agric.Univ.,*4Beijing Normal Univ.) 0103BA001
0406BA405
Influence of light,temperature and water stress on germination of Hedysarum fruticosum
South African J.Bot.,71(2):167-172(2005)
18 Zheng Y.R.(*1),Rimmington G.M.(*2),Gao Y.(*3),Jiang L.H.(*1),Xing X.R.(*1),An P(*4),El-Sidding K.(*5),Shimizu H.(*1Chin.Acad.Sci.,*2Wichita State Univ.,*3Inn.Mong.Agric.Univ.,*4ALRC.,*5Agric.Res.) 0103BA001
0406BA405
Germination characteristics of Artemisia ordosica(Asteraceae) in relation to ecological restoration in northern China
Can.J.Bot.,83:1021-1028(2005)
19 Zheng Y.R.(*1),Xie Z.X.(*2),Robert C.(*2),Jiang L.H.(*3),Shimizu H.(*1Chin.Acad.Sci.,*2Florida Atlantic Univ.,*3Beijing For.Univ.) 0103BA001
0406BA405
Did climate drive ecosystem change and induce desertification in Otindag sandy land,China over the past 40 years?
J.Arid Environ.,64:523-541(2006)
20 Zheng Y.R.(*1),Xie Z.X.(*2),Jiang L.H.(*1),Chen L.J.,Yu Y.J.,Zhou G.S.(*1),Shimizu H.(*1Chin.Acad.Sci.,*2Florida Atlantic Univ.) 0406BA405
0204CD472
0103BA001
Model of the net primary productivity of terrestrial ecosystems in China and its response to climate change
Phyton,45(4):193-200(2005)
21 Yu Y.J.(*1),Shi P.j.(*2),Lu C.X.(*3),Zheng Y.R.(*3),Shimizu H.(*1Chin.Res.Acad.Environ.Sci.,*2Beijing Norm.Univ.,*3Chin.Acad.Sci.) 0406BA405
0204CD472
0103BA001
Ecophysiological response of rice to sandmoving air currents
Phyton,45(4):595-600(2005)
22 Sase H.(*1),Bulgan T.(*2),Batchuluun T.(*3),Shimizu H.,Totsuka T.(*1)(*1ADORC.,*2Cent.Lab.Environ.Monit.(Mong.),*3Natl.Univ.Mong.) 0101BA005
0204NA754
Tree decline and its possible causes around Mt.Bogdkhan in Mongolia
Phyton,45(4):583-590(2005)
23 Feng Y.W.(*1),Shimizu H.(*1JSPS) 9901BA004
Effects of ozone and/or water stress on the growth of abies veitchii seedings
Phyton,45(4):591-594(2005)
24 Zheng Y.(*1),Shimizu H.(*1Univ.Guelph) 0406BA405
0103BA001
Plant growth and water use efficiency of four Chinese conifer tree species under different Air humidity
Phyton,45(4):575-582(2005)
25 Shimizu H.,An P.(*1),Zheng Y.R.,Chen L.J.,Sase H.(*2),Totsuka T.(*2),Bulgan T.(*3),Zheng Y.(*4)(*1Global Environ.Forum,*2ADORC.,*3Cent.Lab.Environ.Monit.(Mongolia),*4Univ.Guelph) 0204NA754
0101BA005
Response to O3 and SO2 for five Mongolian semi-arid plant species
Phyton,45(4):601-607(2005)
26 Simbolon H.(*1),Siregar M.(*1),Wakiyama S.(*2),Sukigara N.(*2),Abe Y.(*3), Shimizu H.(*1LIPI,*2JWRC,*3FFPRI) 0002BA002
0507BA849
Impacts of forest fires on tree diversity in tropical rain forest of East Kalimantan,Indonesia
Phyton,45(4):551-559(2005)
27 Yamaguchi T.(*1),Windadri F.I.(*2),Haerida I.(*2),Simbolon H.(*2),Kunimura A.(*1),Miyawaki H.(*3),Shimizu H.(*1Hiroshima Univ.,*2LIPI,*3Saga Univ.) 0002BA002
0507BA849
Effects of forest fires on bryophyte flora in East Kalimantan,Indonesia
Phyton,45(4):561-567(2005)
28 Gu S.(*1),Tang Y.,Cui X.,Kato T.(*2),Du M.(*3),Li Y.(*1),Zhao X.(*1)(*1Chin.Acad.Sci.,*2Univ.Tsukuba,*3NIAES) 0103BA141
Energy exchange between the atmosphere and a meadow ecosystem on the Qinghai-Tibetan Plateau
Agric.Forest Meteorol.,129:175-185(2005)
29 Kato T.(*1),Hirota M.,Tang Y.,Cui X.(*2),Li Y.(*3),Zhao X.(*2),Oikawa T.(*4)(*1FRCGC,*2Grad.Sch.Chin.Acad.Sci.,*3Chin.Acad.Sci.,*4Univ.Tsukuba) 0103BA141
Strong temperature dependence and no moss photosynthesis in winter CO2 flux for a Kobresia meadow on the Qinghai-Tibetan plateau
Soil Biol.Biochem.,37:1966-1969(2005)
30 Hirota M.,Tang Y.,Hu Q.(*1),Kato T.(*2),Hirata S.(*3),Mo W.(*3),Cao G.(*1),Mariko S.(*3)(*1Chin.Acad.Sci.,*2FRCGC,*3Univ.Tsukuba) 0103BA141
The potential importance of grazing to the fluxes of carbon dioxide and methane in an alpine wetland on the Qinghai-Tibetan Plateau
Atmos.Environ.,39:5255-5259(2005)
31 Zhang Y.(*1),Tang Y.(*1Chin.Acad.Sci.) 0103BA141
Inclusion of photoinhibition in simulation of carbon dynamics of an alpine meadow on the Qinghai-Tibetan Plateau
J.Geophys.Res.,110:G01007(2005)
32 Zhou H.(*1),Zhao X.(*1),Tang Y.,Gu S.(*1),Zhou L.(*1)(*1Chin.Acad.Sci.) 0103BA141
Alpine grassland degradation and its control in the source region of the Yangtze and Yellow Rivers,China
Grassland Sci.,51:191-203(2005)
33 Zhao X.(*1),Li Y.(*1),Zhao L.(*1),Yu G.(*1),Tang Y.,Xu S.(*1),Cao G.(*3)(*1Chin.Acad.Sci.) 0103BA141
CO2 fluxes of alpine shrubland ecosystem on the North-eastern Tibetan Plateau
Phyton,45:371-376(2005)
34 Gu S.(*1),Tang Y.,Du M.(*2),Cui X.(*3),Kato T.(*4),Li Y.(*1),Zhao X.(*1)(*1Chin.Acad.Sci.,*2NIAES,*3Grad.Sch.Chin.Acad.Sci.,*4FRCGC) 0103BA141
Effects of temperature on CO2 exchange between the atmosphere and an alpine meadow
Phyton,45:361-370(2005)
35 Zhou H.-K.(*1),Zhao X.-Q.(*1),Zhou L.(*1),Liu W.(*1),Li Y.(*1),Tang Y.(*1Chin.Acad.Sci.) 0103BA141
A study on correlations between vegetation degradation and soil degradation in the 'Alpine Meadow' of the Qinghai-Tibetan Plateau(in Chinese)
Acta Praticult.Sin.,14(3):31-40(2005)
36 Zhou H.-K.(*1)(*3),Zhao X.-Q.(*1),Zhou L.(*1),Tang Y.,Liu W.(*1),Shi Y.(*2)(*1Chin.Acad.Sci.,*2Qinghai Prov.,*3Grad.Sch.Chin.Acad.Sci.) 0103BA141
Application of analytic hierarchy process on the alpine grassland degradation in the source region of the Yangtze and Yellow Rivers(in Chinese)
Resour.Sci.,27(4):63-70(2005)
37 L–ØŠ²–ç 0305AG597
0406CD448
y‘fŠˆ«‚©‚猩‚½Š±Šƒ¶‘ÔŒn‚Ì•ª‰ð‹@”\•]‰¿
ŠC—m‚Ɛ¶•¨,27:337-342(2005)
38 “n•ÓM 0406CB504
ƒƒRƒ“ì—¬ˆæ‚ÌŽ©‘R‚Æ‹¤¶‚µ‚½”­“W‚ð–ÚŽw‚µ‚Ä
Â•£,672:31-33(2005)
39 “n•ÓM 0206CE476
21¢‹IŒ^ƒoƒCƒIƒŠƒ\[ƒXƒZƒ“ƒ^[
ŠwpŒŽ•ñ,57(12):39-43(2004)
40 “n•ÓM 0406CB504
uŽ©‘R‹¤¶Œ^—¬ˆæŒ—E“sŽsÄ¶ƒCƒjƒVƒƒƒeƒBƒuv‚Æ‚Í
Ž©‘R‚Æ‹¤¶‚µ‚½—¬ˆæŒ—E“sŽs‚̍ж(uŽ©‘R‚Æ‹¤¶‚µ‚½—¬ˆæŒ—E“sŽs‚̍жvƒ[ƒNƒVƒ‡ƒbƒvŽÀsˆÏˆõ‰ï•Ò,ŽRŠC“°,307p.),67-76(2005)
41 “n•ÓM 0406CB504
ƒAƒWƒA‚̐…–â‘è‚͑Ί݂̉Ύ–‚Å‚Í‚È‚¢
—p…‚Æ”p…,46(4):253(2004)
42 Tanabe Y.,Saikawa M.(*1),Watanabe M.M.,Sugiyama J.(*2)(*3)(*1Tokyo Gakugei Univ.,*2Univ.Tokyo,*3NCIMB Jpn.) 0004AD250
Molecular phylogeny of Zygomicota based on EF-1alpha and RPB1 sequences: Limitations and utility of alternative markers to rDNA
Mol.Phylogenet.Evol.,30:438-449(2004)
43 Tanabe Y.,Kaya K.(*1),Watanabe M.M.(*1Tohoku Univ.) 0004AD250
Evidence for recombination in the microcystins synthetase(mcy)genes of the toxic cyanobacteria Microcystis spp.
J.Mol.Evol.,58:633-641(2004)
44 Suda S.(*1),Watanabe M.M.,Inouye I.(*2)(*1Univ.Ryukyus,*2Univ.Tsukuba) 0004AD250
Electron microscopy of sexual reproduction in Nephroselmis olivacea Prasinophyceae,Chlorophyta)
Phycol.Res,52:273-283(2004)
45 Watanabe M.M.,Tanabe Y.,Otsuka S.(*1)(*1Univ.Tokyo) 0206CE476
Global water stresses and toxic cyanobacteril blooms.In Innovative Roles of Biological Resource Centers
Proc.10th Int.Cong.Cult.Collect.(Watanabe M.M.,Suzuki K.,Seki T. eds.,JSCC/WFCC,671p.),209-215(2004)
46 Watanabe M.M. 0206CE476
Freshwater culture media
Algal Culture Techniques(Andersen R.A. ed.,Elsevier,578p.),13-20(2005)
47 Watanabe M.M. 0288BY599
Cultures as a means of protecting biological resources: Ex-situ conservation of threatened algal species
Algal Culture Techniques(Andersen R.A. ed.,Elsevier,578p.),419-428(2005)
48 Andersen R.A.(*1),Berges J.A.(*2),Harrison P.J.(*3),Watanabe M.M.(*1Privasoli-Guillard Natl.Cent.Cul.Mar.Phytoplankton,*2Univ.Wisconsin,*3Hong Kong Univ.Sci.Technol.) 0206CE476
Appendix-recipes for freshwater and seawater media
Algal Culture Techniques(Andersen R.A. ed.,Elsevier,578p.),429-538(2005)