誌上発表

平成22年度

大気圏環境研究領域
表の説明 誌上発表一覧へ戻る
No 発表者/題目/掲載誌 研究課題コード
1 Christidis N.(*1),Stott P.A.(*1),Zwiers F.W.(*2),Shiogama H.,Nozawa T.(*1Met Off.Hadley Cent.,*2Environ.Canada) 0711CE432
0610AJ001
0610AA103
0610FP015
Probabilistic estimates of recent changes in temperature: a multi-scale attribution analysis
Clim.Dyn.,34(7/8):1139-1156(2010)
2 Shiogama H.,Emori S.,Takahashi K.,Nagashima T.,Ogura T.,Nozawa T.,Takemura T.(*1)(*1Res.Inst.Appl.Mech.Kyushu Univ.) 0809CD002
0711BA335
0711CE432
0610AA103
Emission scenario dependency of precipitation on global warming in the MIROC3.2 model
J.Clim.,23(9):2404-2417(2010)
3 Nishizawa T.,Sugimoto N.,Matsui I.,Shimizu A.,Liu X.(*1),Zhang Y.(*1),Li R.(*2),Liu J.(*2)(*1Peking Univ.,*2Guangdong Provincial Environ.Monit.Cent.) 0810BD002
0709AE404
0709AE434
Vertical distribution of water-soluble, sea salt, and dust aerosols in the planetary boundary layer estimated from two-wavelength backscatter and one-wavelength polarization lidar measurements in Guangzhou and Beijing, China
Atmos.Res.,96(4):602-611(2010)
4 Shiogama H.,Emori S.,Mochizuki T.(*1),Yasunaka S.(*2),Yokohata T.(*1),Ishii M.(*3),Nozawa T.,Kimoto M.(*2)(*1JAMSTC,*2CCSR Univ.Tokyo,*3Meteorol.Res.inst.) 0711CE432
0711BA335
0610FP015
0610AA103
Possible influence of volcanic activity on the decadal potential predictability of the natural variability in near-term climate predictions
Adv.Meteorol.,2010:Article ID 657318(2010)
5 杉本伸夫 1012AE002
レーザーレーダー手法による二酸化炭素の遠隔計測
EICA,15(1):12-15(2010)
6 猪俣敏 0911BD003
S2-06 PTR-TOFMSを用いたディーゼル車排ガス中ニトロ有機化合物のリアルタイム計測
国際環境研究協会ニュース,168:7-9(2010)
7 Sugimoto N.,Tatarov B.,Shimizu A.,Matsui I.,Nishizawa T. 0812CD003
0610CC995
0610AA401
Optical characteristics of forest-fire smoke observed with two-wavelength mie-scattering lidars and a high-spectral-resolution lidar over Japan
SOLA,6:093-096(2010)
8 Verma R.L.(*1),Sahu L.K.(*1),Kondo Y.(*1),Takegawa N.(*1),Han S.(*1),Jung J.S.(*2),Kim Y.J.(*2),Fan S.(*2),Sugimoto N.,Shammaa M.H.(*1) et al.(*1RCAST Univ.Tokyo,*2Gwangju Inst.Sci.Technol.,*3Peking Univ.,*4Univ.California) 0610FP015
0610AA401
0812CD003
Temporal variations of black carbon in Guangzhou, China, in summer 2006
Atmos.Chem.Phys.,10:6471-6485(2010)
9 Morgenstern O.(*1),Giorgetta M.(*2),Shibata K.(*3),Akiyoshi H.,Austin J.(*4),Baumgaertner A.(*5),Bekki S.(*6),Chipperfield M.(*7),Gettelman A.(*8),Lamarque J.F.(*8) et al.(*1Natl.Inst.Water Atmos.Res.,NZ,*2Max Planck Inst.Meteorol.,*3Meteorol.Res.Inst.,*4GFDL,,*5Max Planck Inst.*6CNRS,*7Univ.Leeds,*8NCAR) 0913AE001
Chapter2 Chemistry climate models and scenarios
SPARC Report on the Evaluation of Chemistry-Climate Models(Eyring V.,Shepherd T.G.,Wauth D.W.eds., WMO, 434p.),17-70(2010)
10 Inomata S.,Tanimoto H.,Kato S.(*1),Suthawaree J.(*1),Kanaya Y.(*2),Pochanart P.(*2),Liu Y.(*2),Wang Z.(*3)(*1TMU,*2JAMSTEC,*3IAP Chin.Acad.Sci.) 0507BA405
0913BA007
PTR-MS measurements of non-methane volatile organic compounds during an intensive field campaign at the summit of Mount Tai, China, in June 2006
Atmos.Chem.Phys.,10:7085-7099(2010)
11 Morgenstern O.(*1),Giorgetta M. A.(*2),Shibata K.(*3),Eyring V.(*4),Waugh D. W.(*5),Shepherd T. G.(*6),Akiyoshi H.,Austin J.(*7),Nakamura T.,Yamashita Y.et al.(*1NIWA,*2Max-Planck Inst.Meteorol.,*3Meteorol.Res.Inst.,*4DLR,*5John Hopkins Univ.,*6Univ.Toronto,*7NOAA) 0913AE001
0710CD390
0911BA001
Review of the formulation of present‐generation stratospheric chemistry-climate models and associated external forcings
J.Geophys.Res.,115:D00M02(2010)
12 Inomata S.,Tanimoto H. 0810CD005
0812CD004
0913AE003
A quantitative examination of the detection sensitivities of proton-transfer reaction mass spectrometry for gaseous 2-propanol and acetic acid
Bull.Chem.Soc.Jpn.,83(8):900-904(2010)
13 Eyring V.(*1),Cionni I.(*1),Lamarque J.F.(*2),Akiyoshi H.,Bodeker G.E.(*3),Charlton-Perez A.J.(*4),Frith S.M.(*5),Gettelman A.(*2)Nakamura T.,Yamashita Y. et al.(*1Inst.fur Physik der Atmos.,*2Natl.Cent.Atmos.Res.,*3Bodeker Sci.,*4Univ.Read.,*5Sci.Syst.Appl.) 0710CD390
0913AE001
Sensitivity of 21st century stratospheric ozone to greenhouse gas scenarios
Geophys.Res.Lett.,37:L16807(2010)
14 Morgenstern O.(*1),Akiyoshi H.,Bekki S.(*2),Braesicke P.(*3),Butchart N.(*4),Chipperfield M.P.(*5),Cugnet D.(*2),Deushi M.(*6),Nakamura T.,Yamashita Y. et al.(*1NIWA,*2LATMOS-IPSL, UVSQ, UPMC, CNRS/INSU,*3Cent.Atmos.Sci.Cambridge Univ.,*4Met Office UK.,*5Univ.Leeds,*6MRI) 0710CD390
0913AE001
Anthropogenic forcing of the Northern Annular Mode in CCMVal-2 models
J.Geophys.Res.,115:D00M03(2010)
15 Gerber E.P.(*1),Baldwin M.P.(*2),Akiyoshi H.,Austin J.(*3),Bekki S.(*4),Braesicke P.(*5),Butchart N.(*6),Chipperfield M.(*7),Dameris M.(*8),Dhomse S.(*7) et al.(*1CAOS,New York Univ.,*2NWRA,*3GFDL,Univ.Princeton,*4LATMOS-IPSL, UVSQ, UPMC, CNRS/INSU,*5Univ.Cambridge,*6Met Off.Hadley Cent.UK,*7Inst.Clim.Atmos.Sci.Univ.Leeds,*8DLR) 0913AE001
0710CD390
Stratosphere‐troposphere coupling and annular mode variability in chemistry-climate models
J.Geophys.Res.,115:D00M06(2010)
16 Yamashita Y.,Sakamoto K.(*1),Akiyoshi H.,Takahashi M.(*2),Nagashima T.,Zhou L.B.(*3)(*1Now at ANA,*2Atmos.Ocean Res.Inst.Univ.Tokyo,,*3Now at LAPC LAOR Chin.Acad.Sci.) 0913AE001
Ozone and temperature response of a chemistry climate model to the solar cycle and sea surface temperature
J.Geophys.Res.,115:D00M05(2010)
17 Sugimoto N.,Hara M.,Yumimoto K.(*1),Uno I.(*1),Nishikawa M.,Dulam J.(*2)(*1Kyushu Univ.,*2Inst.Meteorol.Hydrol.Mongolia) 0911BA005
0812CD003
0610AA401
Dust emission estimated with an assimilated dust transport model using lidar network data and vegetation growth
SOLA,6:125-128(2010)
18 Akiyoshi H.,Yamashita Y.,Sakamoto.K(*1),Zhou.L.B.(*2),Imamura T.(*1ANA,*2Chin.Acad.Sci.) 0911BA001
0710CD390
Recovery of stratospheric ozone in calculations by the Center for Climate System Research/National Institute for Environmental Studies chemistry-climate model under the CCMVal-REF2 scenario and a no-climate-change run
J.Geophys.Res.,115:D19301(2010)
19 Charlton-Perez A.J.(*1),Hawkins E.(*1),Eyring V.(*2),Cionni I.(*2),Bodeker G.E.(*3),Kinnison D.E.(*4),Akiyoshi H.,Frith S. M.(*5),Nakamura T.,Yamashita Y., et al.(*1Univ.Reading Dept.Meteorol.,*2Instut fur Physik der Atmosphare,*3Bodeker Sci.,*4Natl.Cent.Atmos.Res.,*5Sci.Syst.Appl.) 0911BA001
0913AE001
The potential to narrow uncertainty in projections of stratospheric ozone over the 21st century
Atmos.Chem.Phys.,10:9473-9486(2010)
20 Eyring V.(*1),Cionni I.(*1),Bodeker G.E.(*2),Charlton-Perez A.J.(*3),Kinnison D.E.(*4),Scinocca J.F.(*5),Waugh D.W.(*6),Akiyoshi H.,Nakamura T.,Yamashita Y. et al.(*1Institut fur Physik der Atmosphare,*2Bodeker Sci.,*3Univ.Reading,*4Natl.Cent.Atmos.Res.,*5Environ.Canada,*6Johns Hopkins Univ.Dep.Earth Planet.Sci.) 0710CD390
0913AE001
Multi-model assessment of stratospheric ozone return dates and ozone recovery in CCMVal-2 models
Atmos.Chem.Phys.,10:9451-9472(2010)
21 Gettelman A.(*1),Hegglin M.I.(*2),Son S.-W.(*3),Kim J.(*3),Fujiwara M.(*4),Birner T.(*5),Kremser S.(*6),Rex M.(*7),Anel J.A.(*8),Akiyoshi H. et al.(*1Natl.Cent.Atmos.Res.,*2Dep.Phys.Univ.Toronto,*3Dep.Atmos.Oceanic Sci.McGill Univ.,*4Hokkaido Univ.,*5Dep.Atmos.Sci.Colorado State Univ.,*6Inst.fur Meteorol.Freie Univ.Berlin,*7Alfred Wegener Inst.,*8Environ.Phys.Lab.Univ.) 0710CD390
0913AE001
Multimodel assessment of the upper troposphere and lower stratosphere: Tropics and global trends
J.Geophys.Res.,115:D00M08(2010)
22 Hegglin M.I.(*1),Gettelman A.(*2),Hoor P.(*3),Krichevsky R.(*1),Manney G.L.(*4),Pan L.L.(*2),Son S.-W.(*5),Akiyoshi H.,Nakamura T.,Yamashita Y. et al.(*1Dep.Phys.Univ.Toronto.,*2Natl.Cent.Atmos.Res.,*3Max Planck Institut fur Chemie,*4Jet Propulsion Lab.,*5McGill Univ.) 0710CD390
0911BA001
Multimodel assessment of the upper troposphere and lower stratosphere: Extratropics
J.Geophys.Res.,115:D00M09(2010)
23 Austin J.(*1)(*2),Scinocca J.(*3),Plummer D.(*4),Oman L.(*5),Waugh D.(*5),Akiyoshi H.,Bekki S.(*6),Braesicke P.(*7),Nakamura T.,Yamashita Y. et al.(*1NOAA Geophys.Fluid Dynamics Lab.,*2Univ.Corp.Atmos.Res.,*3CCMA Univ.Victoria,*4Sci.Technol.Branch Environ.Canada,*5John Hopkins Univ.,*6IPSL /UVSQ/UPMC/CNRS/INSU,*7Cambridge Univ.) 0710CD390
0913AE001
Decline and recovery of total column ozone using a multimodel time series analysis
J.Geophys.Res.,115:D00M10(2010)
24 Austin J.(*1)(*2),Struthers H.(*3),Scinocca J.(*4),Plummer D.A.(*5),Akiyoshi H.,Baumgaertner A.J.G.(*6),Bekki S.(*7),Bodeker G.E.(*8),Nakamura T.,Yamashita Y. et al.(*1Geophys.Fluid Dyn.Lab.NOAA,*2Univ.Corp.Atmos.Res.,*2Dep.Appl.Environ.Sci.Univ.Stockholm,*3CCCMA Univ.Victoria,*4Sci.Technol.Branch Environ.Canada,*5Max Planck-Inst.Chem.,*6LATMOS/IPSL/UVSQ/UPMC/CNRS/INSU,*7Bodeker Sci.) 0710CD390
0913AE001
Chemistry-climate model simulations of spring Antarctic ozone
J.Geophys.Res.,115:D00M11(2010)
25 Son S.-W.(*1),Gerber E.P.(*2),Perlwitz J.(*3)(*4),Polvani L.M.(*5),Gillett N.P.(*6),Seo K.-H.(*7),Eyring V.(*8),Akiyoshi H.,Nakamura T.,Yamashita Y. et al.(*1Dep.Atmos.Oceanic Sci.McGill Univ.,*2Courant Inst.Mathematical Sci.New York Univ.,*3Coop.Inst.Res.Environ.Sci.Univ.Colorado at Boulder,*4NOAA,*5Columbia Univ.,*6Univ.Victoria,*7Pusan Natl.Univ.,*8Institut fur Physik der Atmosphare) 0710CD390
0913AE001
Impact of stratospheric ozone on Southern Hemisphere circulation change: A multimodel assessment
J.Geophys.Res.,115:D00M07(2010)
26 Butchart N.(*1),Cionni I.(*2),Eyring V.(*2),Shepherd T.G.(*3),Waugh D.W.(*4),Akiyoshi H.,Austin J.(*5),Bruhl C.(*6),Chipperfield M.P.(*7),Cordero E.(*8) et al.(*1Met Office Hadley Centre,*2Deutsches Zentrum fur Luft- und Raumfahrt,*3Univ.Toronto,*4Johns Hopkins Univ.,*5Geophys.Fluid Dynamics Lab.,*6Max Planck Inst.fur Chem.,*7Univ.Leeds,*8San Jose State Univ.) 0913AE001
1010AF003
Chemistry-climate model simulations of Twenty-First century stratospheric climate and circulation changes
J.Clim.,23:5349-5374(2010)
27 遠嶋康徳 0913BB001
0910AE003
0610AA101
0810AC002
大気中酸素濃度の精密測定に基づくグローバル炭素収支の推定
地球化学,44:77-93(2010)
28 Xie C.(*1),Zhou J.(*1),Sugimoto N.,Wang Z.(*2)(*1Anhui Inst.Opt.Fine Mech.,*2Inst.Atmos.Phys.) 0608BA487
Aerosol observation with Raman LIDAR in Beijing, China
J.Opt.Soc.Korea,14(3):215-220(2010)
29 Oman L.D.(*1),Plummer D.A.(*2),Waugh D.W.(*1),Austin J.(*3),Scinocca J.F.(*2),Douglass A.R.(*4),Salawitch R.J.(*5),Akiyoshi H.,Nakamura T.,Yamashita Y. et al.(*1Johns Hopkins Univ.,*2Canadian Cent.Clim.Modelling Anal.,*3NOAA Geophys.Fluid Dyn.Lab.,*4NASA,*5Univ.Maryland) 0913AE001
0911BA001
Multimodel assessment of the factors driving stratospheric ozone evolution over the 21st century
J.Geophys.Res.,115:D24306(2010)
30 Matsui H.(*1),Koike M.(*1),Kondo Y.(*1),Takegawa, N.(*1),Fast J.D.(*2),Poschl U.(*3),Garland R.M.(*3),Andreae M.O.(*3),Wiedensohler A.(*4),Sugimoto N. et al.(*1Univ.Tokyo,*2Pac.Northwest Natl.Lab.,*3Max Plank Inst.Chem.,*4Leibniz Inst.Tropospheric Res.) 0610AA401
0812CD003
Spatial and temporal variations of aerosols around Beijing in summer 2006: 2. Local and column aerosol optical properties
J.Geophys.Res.,105:D22207(2010)
31 Sugimoto N.,Matsui I.,Shimizu A.,Nishizawa T.,Hara Y.,Uno I.(*1)(*1Res.Inst.Appl.Mech.Kyusyu Univ.) 0911BA005
0812CD003
0610CC995
0610AA401
Lidar Network observation of tropospheric aerosols
Proc.SPIE,7860:78600J(2010)
32 Asai K.(*1),Sato A.(*1),Terasaki T.(*1),Sugimoto N.(*1Tohoku Inst.Technol.) 1012AE002
Lidar for observation of vegetation environment from International Space Station(ISS)/Japanese Experiment Module(JEM)-Exposed Facility(EF)
Proc.SPIE,7860:78600G(2010)
33 Lee K-H.(*1),Sugimoto N.,Shimizu A.,Yoon SC.(*2)(*1Kyungil Univ.,*2Seoul Natl.Univ.) 0812CD003
0610AA401
A comparison of satellite- and ground-based aerosol extinction profile and AOD
Proc.SPIE,7860:78600P(2010)
34 Kawase H.,Abe M.,Yamada Y.(*1),Takemura T.(*2),Yokohata T.(*3),Nozawa T.(*1Now at Minist.Int.Aff.Commun.,*2Kyushu Univ.,*3JAMESTEC) 0608AE549
0610AA103
0610AJ001
0711CE432
Physical mechanism of long-term drying trend over tropical North Africa
Geophys.Res.Lett.,37:L09706(2010)
35 Nishizawa T.,Sugimoto N.,Matsui I.,Shimizu A.,Okamoto H.(*1)(*1Kyusyu Univ.) 0810BD002
0708AF556
Algorithms to retrieve optical properties of three-component aerosols from two-wavelength backscatter and one-wavelength polarization lidar measurements considering nonsphericity of dust
J.Quant.Spectrosc.Radiat.Transfer,112(2):254-267(2011)
36 菅田誠治,大原利眞,黒川純一,早崎将光(*1)(*1千葉大環境リモートセンシング研セ) 1012AH004
0610AA401
大気汚染予測システム(VENUS)の構築と検証
大気環境学会誌,46(1):49-59(2011)
37 Gillett N.P.(*1),Akiyoshi H.,Bekki S.(*2),Braesicke P.(*3),Eyring V.(*4),Garcia R.(*5),Karpechko A.Yu.(*6),McLinden C.A.(*7),Morgenstern O.(*8)(*9),Plummer D.A.(*1) et al.(*1CCCma,*2Inst.Pierre Simon Laplace,*3Univ.Cambridge,*4Institut fur Physik der Atmosphare,*5NCAR,*6FMI,*7Environ.Canada,*8Univ.Cambridge,*9Natl.Inst.Water Atmos.Res.) 0911BA001
0913AE001
Attribution of observed changes in stratospheric ozone and temperature
Atmos.Chem.Phys.,11:599-609(2011)
38 神田勲 Z00009999
ストリートキャニオンにおける自動車排ガス拡散モデル(特集 ストリートキャニオン)
環境技術,39(7):386-390(2010)
39 Sugimoto N.,Hara Y.,Shimizu A.,Yumimoto K.(*1),Uno I.(*1),Nishikawa M.(*1Kyushu Univ.) 0911BA005
0812CD003
0610AA401
Comparison of surface observations and a regional dust transport model assimilated with lidar network data in Asian dust event of March 29 to April 2, 2007
SOLA,7A:13-16(2011)
40 Takahashi H.(*1),Naoe H.(*1),Igarashi Y.(*1),Inomata Y.(*1),Sugimoto N.(*1Meteorol.Res.Inst.) 0812CD003
Aerosol concentrations observed at Mt. Haruna, Japan, in relation to long-range transport of Asian mineral dust aerosols
Atmos.Environ.,44(36):4638-4644(2010)
41 Butchart N.(*1),Charlton-Perez A.J.(*2),Cionni I.(*3),Hardiman S.C.(*1), Haynes P.H.(*4),Kruger K.(*5),Kushner P.J.(*6),Akiyoshi H.,Nakamura T.,Yamashita Y. et.al(*1Met Office Hadley Centre,*2Univ.Reading,*3Inst.Phys.Atmos.,*4Univ.Cambridge,*5Kiel Univ.,*6Univ.Toronto) 0911BA001
0913AE001
Multimodel climate and variability of the stratosphere
J.Geophys.Res.,116:D05102(2011)
42 Kim SW.(*1),Chung E-S.(*1),Yoon SC.(*1),Sohn B-J.(*1),Sugimoto N.(*1Seoul Natl.Univ.) 1012AE002
0610CC995
Intercomparisons of cloud-top and cloud-base heights from ground-based Lidar, CloudSat and CALIPSO measurements
Int.J.Remote Sens.,32(4):1179-1197(2011)
43 Yamashita Y.,Akiyoshi H.,Takahashi M.(*1)(*1AORI) 0911BA001
0710CD390
Dynamical response in the Northern Hemisphere midlatitude and high-latitude winter to the QBO simulated by CCSR/NIES CCM
J.Geophys.Res.,116:D06118(2011)
44 Shiogama H.,Emori S.,Hanasaki N.,Abe M.,Masutomi Y.(*1),Takahashi K.,Nozawa T.(*1Cent.Environ.Sci.Saitama) 0711BA335
0711CE432
0610AA103
0610AJ001
Observational constraints indicate risk of drying in the Amazon basin
Nature Commun.,2:Article No.253(2011)