高分···球陆···模式···度应···

项目来源

国家···发计···KR··

项目主持人

李伟·

项目受资助机构

国家···心

项目编号

20···FA···43··

立项年度

2017

立项时间

未公开

项目级别

国家·

研究期限

未知 / 未知

受资助金额

425.00万元

学科

全球···应对

学科代码

未公开

基金类别

未公开

关键词

陆面···合模···;耦···拟;···式比···第6···

英文关键词

pl···or···f ···pr···ns··· m···li···of···nd···rf··· p···es···;c···li···im···ti···CM···;

参与者

林朝···艳武···艳;···;

参与机构

中国···大气···究所···大学·

项目标书摘要:初步···以C···模式···的陆···综合···台。···GR···S在···号计···的移···现了···Co···部分···GR···S的···实现···LM···块在···-C···的耦···,减···CC···M模···亚地···降水···偏差···流域···半岛···华北···湿。···Co···01···AS···M的···用,···M可···地模···高气···密度···夏季···数、···部分···季地···的年···。在···_A···2.···中引···有机···壤水···的影···少了···导热···加了···水率···数据···究平···AR···究了···指数···I)···对陆···模拟···理量···气界···的影···与国···模式···划,···CM···相关···验。

A ···li···ar···la···rm··· c···re···si···mo···in···f ···d ···fa···pr···ss···wa···st···is··· b···d ···Co···Th···um···ca···ea···r ···di···on···st···of···in···et···ol···ca···dm···st···io···RA··· w···po···d ···Ti···e ···su···co···te···n ···ng···u,··· p···s ···ne··· d···lo··· C··· m···le···er···ou···d ···GR···S.··· i···em···at··· o···oL···ak···o ···-C···al···ia··· t···bi···s ···su···r ···ci···at··· s···la···n ···ea···As···by···C-···:m··· p···ip···ti···in···rt···hi···bu···es···re···it···on··· t···Ya···ze···ve···al··· a···th···or··· P···ns··· t··· t···ob···va···n.···-E···wh··· i···ud···Co···ca···im···te···e ···ba···it···en···y ···tr···ti···of···il···ax···m ··· t···er···re···ir···we···an···he···or···el···im···te···e ···be···f ···re···ho···ay···n ···me···nd···te···nu···va···bi···y ···su···rt··· s···ac···em···at··· i···en···l ···a.···si···in···he···pa···of···il···ga··· m···er··· B···AV···.0···cr···es···il···er··· c···uc···it···ut···cr···e ···l ···ra···c ···du···vi···Th···nf···nc···of···si···at··· L···in···nd···rf··· m···li···on···rf··· v···ab··· a···la···at···ph··· f···es···s ···es···at···th···gh···da···as···il···on···se···h ···tb···DA···.A···ri···of···pe···en···we···co···ct···to···rt···pa···th···ix···ph··· o···ou···d ···el···te···mp···so···ro···t(···P6··

项目受资助省

北京·

联系···

张···zh···yw···a.···.c·

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  • 1.Po···ti···of···-2···qu···ra···n ···ol···ne···di···n ···of···or···at···: ···hi···as···de···in···at··· e···ri···t

    • 关键词:
    • ;Atmospheric CO 2;Carbon sequestration potential;Carbon sink;Carbonate system;CO 2 emission;Dissolution rates;Negative CO2 emission;Northern Yellow Sea;Ocean alkalinity enhancement;Offshore water
    • Hu···ub···Ch··· L···ao···n,···ng···;L··· J···a
    • 《Ma···e ···ir···en··· R···ar··》
    • 2024年
    • 201卷
    • 期刊

    Oc··· a···li···y ···an···en···s ···si···ed··· a···ff···iv···tm···he··· C···re···al···pr···h,···t ···re···y,···tt···is···ow···bo···th···ar··· s···es···ti···po···ti···of···pl···nt··· o···in···dd···on··· o···ho···wa···s.··· i···st···te···he···fe···of···iv··· a···ti···on···e ···wa··· c···on··· s···em··· c···yi···ou··· d··· i···ba···n ···er···nt··· t···No···er···el··· S··· t···di···lu···n ···e ···ol···ne···s ···cu···ed···se···n ··· i···ea···in···aw···r ···al···ty···A)···nd···e ··· s···es···ti···po···ti···wa···va···te···Th···es···s ···we···ha···he···ss···ti···of···iv··· i···ea··· s···at···TA···d ···re···d ···ti···pr···ur···f ···, ···ul···g ···oc···ic···2 ···ak···ro···he···mo···er···hr···h ···-a···ex···ng···it···so···cr···ed···aw···r ···an···it···te···ce···ac···fi···io···o ···er···n ···en···Th···dd···on··· 1···ol···ne···d ···or···ig···ic··· e···ct··· t···se···te···ar···at···ys··· t··· 0···‰ ···vi···ad···io···Th···ve···e ···so···io···at···on···nt··· o···in···as···44···0.···μm···m−···−1···ss···ng···at···iv··· s···le···om···te···on···e ···be···ue··· g···it···th···he···ti···ly···xi··· a···nt··· C···re···ed··· a···yi···1 ···ne··· o···in···er···ua···me··· a··· i···he···rt···n ···lo···ea··· o··· 2···× ···4 ···2.···er···re···he···li···e ···it··· i···mp···en··· i···he···fs···e ···er···it··· n···ss··· t···on···er···du···g ··· o···in···iz···pr···ng··· t···se···in···im···f ···vi···in···e ···er···lu··· a···sp···di···ol···ne··· w···-m···d ···er···o ···lo···th···es···nc···im···hr···h ···ea··· r···sp···io···th···in···as··· i···po···ti···in···rb···se···st···io···© ···4 ···ev··· L··

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  • 2.As···sm··· o···n ···om···d ···ra···n ···te···or···tc···ea···em···s ···to··· a···li···y

    • 关键词:
    • Automation;pH;Temperature distribution;Titration;Acid titration;Automated titration systems;Measurements of;Negative total alkalinity;Temperature variation;Total alkalinities;Total alkalinity measurement;Washing water
    • Hu···ub···Xu···an···ng···ng···on···o;···, ···gw···He···un···
    • 《Ma···e ···mi···y》
    • 2024年
    • 265-266卷
    • 期刊

    To··· a···li···y ···) ···th···ea···e ···wa···'s···il··· t···eu···li···ac···. ···cr··· T···am···s ··· t···ca··· m···ur···by···id···tr···on···it···ne···mp···pr···ss···at···ti··· w···h ···te···us···d ···e-···su···g.··· t··· s···y,··· a···ss···an···to···ed···tr···on···st···fo···A ···ch···as···me··· t··· i···ud···th···as···g ···ce···e ···we···ea···sa···e ···ly···; ··· e···ua··· t···im···t ···va···us···ct··· o···he···ec···on··· T···ea···em···, ···lu···g ··· s···le···ss···am··· s···ni··· t···er···re···ri···on···nd···e ···ut··· e···ct···om···e ···id··· w···in···at··· T···re···ts···ow···th···te···ra···e ···ia···n ···hi···1 ··· s···ni···ra···ng···om···to···, ···pl···as···ro···0 ···30··· a···th···es···al···sh··· w···r ···hi··· g···d ··· a···ct···e ···ci···n ···TA···as···me···(±···mo···g)···n ···it···, ··· a···ma··· t···at··· s···em···co··· w··· G··· c···ul···on···na··· t···et···in···he···ga···e ···as···w ···−1···μm···kg···ur···ud···ug···ts···at···e ···om···d ···ra···n ···te···it···n ···o-···pl···is···pa··· o···ig···re···io···A ···ch···as···me···. ···02···ls···er···V.

    ...
  • 3.Sp···al···d ···po··· v···at···s ···gr··· p···ar···ro···ti···si···at···by···nd···rf··· m···l ···_A···2.·

    • 关键词:
    • Gross primary production; Seasonal cycle; Interannual variability;Trend; Land surface model; CMIP6;TERRESTRIAL PRIMARY PRODUCTION; CARBON-CYCLE; STOMATAL CONDUCTANCE;BIOSPHERE; PHOTOSYNTHESIS; VARIABILITY; DIOXIDE; UNCERTAINTIES;PERFORMANCE; FLUXNET
    • LI···ei···ng···an···Ya···u;··· M···qu···Sh···Xu···i;···u,···n-···;J···Ji···un
    • 《AD···CE···N ···MA···CH···E ···EA···》
    • 2023年
    • 14卷
    • 2期
    • 期刊

    Gr··· p···ar···ro···ti···(G··· i···he···rg··· f··· a···a ···ci···pl···r ···th···er···tr··· c···on···cl···nd···s ···n ···di···ex···si···y,···t ···ge···ce···in···s ···ai···n ··· s···io···po··· p···er···of···P ···bo···ob···va···ns···d ···ul···on···Th···st··· e···ua··· t···pe···rm···e ···th···ec··· v···io···f ··· B···in···li···e ···te···tm···he···Ve···at··· I···ra···on···de···BC···VI···0)··· s···la···g ··· o···ul···le···at··· a···te···ra···ca··· i···he···up··· M···l ···er···pa···on···oj··· P···e ···CM···) ···er···nt···Mo··· s···la···ns···iv···by···o ···eo···og···l ···as··· w··· c···ar···wi···tw···bs···at···-b···d ··· p···uc···co···in···98···00···Sp···al···tt···s ···an···l ··· s··· a···gn···ca···la···ud···l ···di··· i···ac···at···t,···cr···in···ro···ol···tu···a)···d ··· (···er···bi···s ···wa···(t···er···) ··· h···d ···op···l ···nf···st···io···. ···_A···2.···ve···ti···es···P ···mo···pa··· o···he···ob···es···ia··· i···or··· f···st···gi··· a···So···ea···Ch···, ···le···de···ti···in···PP··· s···um···re···ns··· e···er···ou···Am···ca···d ···pi··· A···ca···he···ur···ta···s ···ad···ag··· o···he···P ···so··· c···e,···t ···_A···2.···re···ts··· e···ie···eg···in···f ···in···ro··· a···a ···ge···mp···ud···f ···so··· v···at···s ···n ···se··· t···ob···rv···on···Th···bs···at···-b···d ···as··· e···bi···li··· i···ra···al···ri···li···(I··· a···we···GP···in··· t···ds···hi···th···CC···IM··· s···la···ns···mo···ra···re···iv··· l···e ···r-···ye···va···bi···y ··· s···if···nt···en···in···e ···-l···tu··· a···te···ra···mo···on···gi··· i···or···Am···ca···d ···t ···a.···ga···ng···e ···si··· r···ti···hi···be···en···nu···me··· o···PP···d ···ma···fa···rs···CC···IM··· p···ic···mo···ex···si···re···ns··· t···gl··· w···e ··· I···of···nu···GP···s ···in···d ···pr···pi···io···es···ia··· i···id···-h··· l···tu··· o···he···rt···n ···is···re···d ···pi··· A···ca···hi···th···bs···ed···P ···th···bo···re···ns··· t···er···re··· r···at···-d···na··· T···po···iv···PP···as···du···o ···li···sp···g ···wt···n ···ea···or··· r···on···nd···ga···e ··· b···es··· o···eq···or···op···l ···as··· t···BC···VI···0 ···-u···io···im··· t··· c··· s···ss··· b···es··· b···al···d-···hi···la···ud···sh···d ···st···gt···ed··· r···ra···pl··· g···th···hi···dr···ht···re···in···w-···it··· r···on···ig···be···se···o ···an···pl··· p···uc···n ···th···ut··· v···io···f ···_A···.

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  • 4.Un···ta···y ···ly··· o···em··· S···in···nd···yi···Su···ce··· L···–A···sp···e ···er···io···im···te···si···La···Su···ce···de··

    • 关键词:
    • Climate models;Surface measurement;Surface waters;Uncertainty analysis;Community land models;Comparative experiments;Global distribution;Land surface;Land surface models;Land-atmosphere interactions;Remote-sensing;Surface data;Uncertainty;Underlying surface
    • Li··· X···lu···o,···o;···, ···n;···, ···ha···an···Ze··
    • 《At···ph···》
    • 2023年
    • 14卷
    • 2期
    • 期刊

    Th···pa··· r···rt··· c···ar···ve···pe···en···si···re···e ···si···un···ly··· s···ac···at···ES···I)···d ···mu···y ···d ···el···de···in···ur···e ···a ···M_··· t···na···e ··· u···rt···ty··· l··· s···ac···yp···in···nd···mo···er···nt···ct···. ··· r···lt···ho··· t··· t···gl···l ···tr···ti···of···AC···cr···an···s ···ge···ha···ha···f ···_L···an···he···is···gr··· d···ee··· d···er···e ···so···re···ns···hi···ca···ea···mo···th···50···eg···al··· F···he···re···he···an··· o···he···de···in···ur···e ···di···ns···n ···tr···mi···d ···th···od···re···ts···ro··· t···da···it···f,···su···ng··· t···un···ta···y ···th···ur···e ···rg···al···e,···rf··· m···o-···eo···og···l ···me···, ··· s···ac···at···ba···ce···mu···ed··· t···mo···, ···ch···rt··· a···ct···he···im··· s···la···n ···ec···© ···3 ···th···ut···s.

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  • 5.Ef···t ···Ra··· F···ue··· I···rf···nc···on···in···d ···R2···gn···Re···ra···n ···So···Mo···ur···et···va·

    • 关键词:
    • soil moisture retrieval; radio frequency interference; brightnesstemperature; microwave imager; AMSR-2;RADIOFREQUENCY INTERFERENCE; SCALE; MODEL; LAND; SMOS
    • Ba···Xu···ng···n,···en···n;···, ···oh···Sh··· W···bi·
    • 《RE···E ···SI··》
    • 2022年
    • 14卷
    • 19期
    • 期刊

    So···mo···ur···s ···ey···ri···e ···th···li···e ···te···Mi···wa···re···e ···si···ha···ec··· a···ss···ia···ea···of···ta···ng···il···is···e ···au···of···e ···qu···dv···ag···of···s ···-d···an···ll···at··· o···rv···on···pa···it···Th···et···ll···lo···re···nc···-b··· o···rv···on···re···gh···su···bl···or···il···is···e ···ri···l ···au···of···ei···ig···en···iv··· t···oi···oi···re··· v···ta···n ···ts···ow···r,···e ···li···of···ba···ob···va···ns···ff··· f··· r···o ···qu···y ···er···en···(R··· o··· t···Un···d ···te···Th···pa··· u··· t···it···ti···pr···ip···co···ne···an···si···PC···me···d ···re···r ···-c···am···te···ec···-g···ra···n ···an··· M···ow··· S···ni···Ra···me··· (···R-···C-···d ···er···io··· a···th···es···s ···so···mo···ur···et···va···as···on···st···d ···a ···e ···lu···d.··· w···fo··· t··· R···co··· l··· t···on···ve···nc···n ··· r···ie··· o··· l···e ···un···f ···a,···d ··· a···ic···on··· r···ir···da···in···tr···al···ul···es··· i···he···co···y ···mo···th···80···f ···co···rg··· d···, ···ec···ly··· s···ng···d ···um···Th···et···va···es···s ···ed··· r···or···da···at···ne··· s···sf···or···or···at··· w··· E··· r···al···s ···a ··· E···pe···Sp··· A···cy···im··· C···ge···it···iv···ES···CI···oi···oi···re···ta···d ···ta··· a···ed···th···ec···ta···n ···er···io···at···So···mo···ur···en···ll···xh···te··· g···ua···nc···se···om···st··· n···h ··· e···. ···s ···tu···wa···ea···ed···e ···th···nf···nc···f ···so··· i···he···st··· s···er···he···st··· s··· o···he···sc··· M···ta··· i···he···tt··· a··· o···he···it···St···s,···th···il···is···e ···ee···g ··· m··· m···).···e ···es···eg··· o···he···it···St···s ···lo···ed···tw··· t···Ro···es···d ···di···ra···un···ns···nd···e ···l ···st··· v···e ···lo··· t··· 0···m(···m(···.

    ...
  • 6.Si···at··· o···um··· R···fa···in···ai···d ···IA···GC···1

    • 关键词:
    • model evaluation; rainfall simulation; interannual variation; IAP-AGCM;Thailand;PRECIPITATION; CLIMATE; MONSOON; TEMPERATURE; VARIABILITY; MODEL; CMIP5;BIAS; SEA; CHINA
    • To···i,···it···i;···, ···oh···Di··· V···or···am···Zh···, ···Wu···he···ai···, ···
    • 《AT···PH···》
    • 2022年
    • 13卷
    • 5期
    • 期刊

    Th···an···s ···at···in···e ···th···t ···an···gi··· w···e ··· s···er···in···l ···ib··· s···ng···te···nu···va···bi···y,···d ··· s···es···l ···ul···on··· r···fa···va···ti···in···ai···d ···cu···nt···im··· m···ls···ma··· a···al···ge···he···or···th···pa··· e···ua··· t···ca···il··· o···he···at···f-···-a···At···ph···c ··· o···he···st···te··· A···sp···ic···ys··· (···-A···) ···si···at··· s···er···in···l ···r ···il··· b···om···in···he···de··· r···lt···it···ro···-t···h ···er···io···ur··· 1···-2···. ···er···y,···e ···el···ow··· c···ai···ki···in···pr···ci···th···bs···ed···at··· d···ri···io···f ··· s···er···in···l ···ma···og···nd···s ···er···ua···ar···il··· o··· T···la··· a···ou···th···od···un···es···at···bo···ra···al···mo··· a···it···ar···il···. ···ng···pi···al···th···na···un···on···OF···na···is···t ···fo··· t··· t···IA···li···e ···el···pr···ce···re···ab···th···pa···l ···te··· o···he···rs···hr···do···an···od···of···mm···ra···al···n ···il···, ···re···it···de···ti···ed···e ···la···d ···ia··· o···he···se···d ···-1···d ···re···ma··· t···ex···in···va···nc···f ··· o···rv···EO··· s···if···nt··· I···as···rt··· f···d ···t ··· c···el···on···tw··· t···ob···ve···ai···ll···om···es··· T···la···an···he···no··· i···x ··· b···ep···uc···by···e ··· m···l.···we···, ··· o···rv···ne···iv···or···at··· i···ar···y ···er···im···d ···th···AP···im··· m···l,···d ···s ···ld··· t···re···n ··· t···un···es···at··· o···xp···ne···ar···ce··· t···EO··· b···he···P ···el···he···al···io···es···s ···ld··· o···re···im···ta··· f···fu···er···de···mp···em··· a···th···po···ti···ap···ca···n ···se···na···re···ti···in···e ···io··

    ...
  • 7.基于···-E···的青···蒸散···拟与··

    • 关键词:
    • 蒸散发;青藏高原;地球系统模式CAS-ESM2;模式评估;气候变化预估
    • 田凤···成来···;林··
    • 《地球···展》
    • 2021年
    • 08期
    • 期刊

    利用···AM···.3···蒸散···,评···国科···球系···(C···ES···对青···蒸散···拟性···给出···对未···变化···高原···变化···。结···:C···ES···以较···拟出···原蒸···空间···季节···征,···98···01···散发···趋势···势的···对观···。未···试验···示,···同未···社会···径(···s)···青藏···散发···增加···SS···5情···增加···著,···拉雅···区蒸···增加···大。···19···20···历史···年均···在2···—2···年增···.3···.8···,增···3.···19···;2···—2···年,···散发···5.···51···mm···为2···%~···6%···蒸散···变化···具有···差异···中部···受气···影响···而柴···地、···原中···水变···更大·

    ...
  • 8.陆面···式B···IM···覆盖···状

    • 关键词:
    • 全球土地覆盖数据;陆面模式;基础数据;差距
    • 周文···勇;···;李···张艳·
    • 2019年
    • 期刊

    地表···陆面···模式···个重···数据···面过···BC···IM···介绍···的地···数据···数据···、不···数据···,重···分类···异巨···型众···被覆···述比···际和···用的···球地···数据···、分···和分···以及···辨率···陆面···式的···盖数···,确···全球···盖数···式中···方法···分析···地表···品在···用中···差距···不同···据产···一致···的可···方案···遥感···品在···应用···方式···更好···全球···盖数···的作··

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