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url: =Falle - LEO: Übersetzung im Chinesisch ⇔ Deutsch Wörterbuch\n阱 [阱] jǐng [AGR.] die Falle Pl.: die Fallen\n罗网 [羅網] luówǎng [AGR.] die Falle Pl.: die Fallen\n在某种疾病爆发的情况下 [在某種疾病爆發的情況下] zài mǒuzhǒng jíbìng bàofā de qíngkuàng xià [MED.] im Falle des Ausbruchs einer Krankheit Adv.\n马失前蹄 [馬失前蹄] mǎ shī qián tí Chengyu auf die Schnauze fallen (wörtlich: das Pferd verliert seine Hufe) [fig.]\nalle, Alle, Allee, allen, Aller, aller, Alles, alles, Falke, Fall, fallen, Fallen, falls, Falte, Fülle, Galle, Halle\nSchlinge, Inning, Fallstrick, Floskel, Game\n陷阱 - Falle Letzter Beitrag: 10 Aug. 09, 05:05\nhttp://baike.baidu.com/view/423838.htm 0 Antworten\n民以食為天 - Essen hat beim Volk einen immens hohen Stellenwert, Ernährung spielt im Volk eine essentiell wichtige Rolle, Lebensmittel und Essen sind existenzielle Lebensgrundlage für das Volk Letzter Beitrag: 27 Jul. 20, 08:06\n民以食為天:http://cy.suntw.net/16039.htmlhttp://www.chinesewords.org/idiom/show-8322.htmlhttps: 0 Antworten\n帝國大廈 - das Empire State Building - Lage: New York, USA Letzter Beitrag: 14 Feb. 22, 14:43\n帝國大廈:帝国大厦（英语：Empire State Building），是位于美国纽约州纽约市曼 1 Antworten\n局局jú - quan1tao4圈套圈套quāntàoju2局局júju2局局júju2局局júdie Falle Pl.: die Fallendie FalledieFalleFallexian4jing3陷阱陷阱xiànjǐngxian4jing3陷阱陷阱xiànjǐngxian4jing3陷阱陷阱xiànjǐngxian4jing3陷阱陷阱xiànjǐngdie Falle Pl.: die Fallendie FalledieFalleFallelao2long2牢笼牢籠láolónglao2long2牢笼牢籠láolónglao2long2牢笼牢籠láolónglao2long2牢笼牢籠láolóngdie Falle Pl.: die Fallendie FalledieFalleFallequan1tao4圈套圈套quāntàoquan1tao4圈套圈套quāntàoquan1tao4圈套圈套quāntàoquan1tao4圈套圈套quāntàodie Falle Pl.: die Fallendie FalledieFalleFalletao4zi0套子套子tàozitao4zi0套子套子tàozitao4zi0套子套子tàozitao4zi0套子套子tàozidie Falle Pl.: die Fallendie FalledieFalleFallejing3阱阱jǐng [农]jing3阱阱jǐngjing3阱阱jǐngjing3阱阱jǐngdie Falle Pl.: die Fallendie FalledieFalleFalleluo2wang3罗网羅網luówǎng [农]luo2wang3罗网羅網luówǎngluo2wang3罗网羅網luówǎngluo2wang3罗网羅網luówǎngdie Falle Pl.: die Fallendie FalledieFalleFalleshi4事事shìshi4事事shìshi4事事shìshi4事事shìder Fall Pl.: die Fälleder FallderFallFalljia3ru2 ... de0 hua4假如...的话假如...的話jiǎrú ... de huàjia3ru2 ... de0 hua4假如...的话假如...的話jiǎrú ... de huàjia3ru2 ... de0 hua4假如...的话假如...的話jiǎrú ... de huàjia3ru2假如假如jiǎrúde0的的dehua4话話huàim Fall, dass ...im Fall, dass ...imFall, dass...Fallshi4jian4事件事件shìjiànshi4jian4事件事件shìjiànshi4jian4事件事件shìjiànshi4jian4事件事件shìjiànder Fall Pl.: die Fälleder FallderFallFallmie4wang2灭亡滅亡mièwángmie4wang2灭亡滅亡mièwángmie4wang2灭亡滅亡mièwángmie4wang2灭亡滅亡mièwángder Fall Pl.: die Fälle - der Untergangder FallderFallFallUntergangFa3er3法尔法爾Fǎ'ěrFa3er3法尔法爾Fǎ'ěrFa3er3法尔法爾Fǎ'ěrFa3er3法尔法爾Fǎ'ěrFall - FamiliennameFallFallFallan4jian4案件案件ànjiàn [律]an4jian4案件案件ànjiànan4jian4案件案件ànjiànan4jian4案件案件ànjiànder Fall Pl.: die Fälleder FallderFallFallan4li4案例案例ànlì [律]an4li4案例案例ànlìan4li4案例案例ànlìan4li4案例案例ànlìder Fall Pl.: die Fälleder FallderFallFall\njiang4降降jiàngjiang4降降jiàngjiang4降降jiàngjiang4降降jiàngfallen intransitiv | fiel, gefallen |fallenfallenfallenluo4落落luòluo4落落luòluo4落落luòluo4落落luòfallen intransitiv | fiel, gefallen |fallenfallenfallendiao4掉掉diàodiao4掉掉diàodiao4掉掉diàodiao4掉掉diàofallen intransitiv | fiel, gefallen |fallenfallenfallentuo1luo4脱落脫落tuōluòtuo1luo4脱落脫落tuōluòtuo1luo4脱落脫落tuōluòtuo1luo4脱落脫落tuōluòfallen intransitiv | fiel, gefallen |fallenfallenfallenzhui4luo4坠落墜落zhuìluòzhui4luo4坠落墜落zhuìluòzhui4luo4坠落墜落zhuìluòzhui4luo4坠落墜落zhuìluòfallen intransitiv | fiel, gefallen |fallenfallenfallenxia4下下xià - luo4落落luòxia4下下xiàxia4下下xiàxia4下下xiàfallen intransitiv | fiel, gefallen |fallenfallenfallenxia4jiang4下降下降xiàjiàngxia4jiang4下降下降xiàjiàngxia4jiang4下降下降xiàjiàngxia4jiang4下降下降xiàjiàngfallen intransitiv | fiel, gefallen | - zurückgehenfallenfallenfallenzurückgehensi3wang2死亡死亡sǐwáng - zai4 zhan4zheng1在战争在戰爭zài zhànzhēng [军]si3wang2死亡死亡sǐwángsi3wang2死亡死亡sǐwángsi3wang2死亡死亡sǐwángfallen intransitiv | fiel, gefallen |fallenfallenfallenluo4dao4落到落到luòdào luo4dao4落到落到luòdàoluo4dao4落到落到luòdàoluo4dao4落到落到luòdàoauf etw.Akk. fallen | fiel, gefallen |auf etw. fallenaufetw.fallenfallenxian4hai4陷害陷害xiànhài xian4hai4陷害陷害xiànhàixian4hai4陷害陷害xiànhàixian4hai4陷害陷害xiànhàijmdm. eine Falle stellenjmdm. eine Falle stellenjmdm.eineFallestellenFallestellenshang4dang4上当上當shàngdàng shang4dang4上当上當shàngdàngshang4dang4上当上當shàngdàngshang4dang4上当上當shàngdàngin eine Falle geratenin eine Falle geratenineineFallegeratenFallegeratenshang4 mou3ren2 de0 dang4上某人的当上某人的當shàng mǒurén de dàng shang4 mou3ren2 de0 dang4上某人的当上某人的當shàng mǒurén de dàngshang4 mou3ren2 de0 dang4上某人的当上某人的當shàng mǒurén de dàngshang4上上shàngmou3ren2某人某人mǒurénde0的的dedang4当當dàngin eine Falle geratenin eine Falle geratenineineFallegeratenFallegeratentian1luo2-di4wang3天罗地网天羅地網tiānluó-dìwǎng 成语tian1luo2-di4wang3天罗地网天羅地網tiānluó-dìwǎngtian1luo2-di4wang3天罗地网天羅地網tiānluó-dìwǎngtian1luo2天罗天羅tiānluódi4wang3地网地網dìwǎngin der Falle sitzen (wörtlich: Netze im Himmel, Netze am Boden) in der Falle sitzeninderFallesitzenFallesitzenshi3 ru4 quan1tao4使入圈套使入圈套shǐ rù quāntào shi3 ru4 quan1tao4使入圈套使入圈套shǐ rù quāntàoshi3 ru4 quan1tao4使入圈套使入圈套shǐ rù quāntàoshi3使使shǐru4入入rùquan1tao4圈套圈套quāntàojmdn./etw. in die Falle lockenjmdn./etw. in die Falle lockenjmdn./etw.indieFallelockenFallelocken\njia3shi3假使假使jiǎshǐjia3shi3假使假使jiǎshǐjia3shi3假使假使jiǎshǐjia3shi3假使假使jiǎshǐim Fall (auch: Falle), dass Konj.im Fall, dassim Falle, dassimFall, dassimFalle, dassimFallFalleyao4shi0要是要是yàoshiyao4shi0要是要是yàoshiyao4shi0要是要是yàoshiyao4shi0要是要是yàoshifür den Fall, dass Konj.für den Fall, dassfürdenFall, dassfürFalljia3shi3假使假使jiǎshǐjia3shi3假使假使jiǎshǐjia3shi3假使假使jiǎshǐjia3shi3假使假使jiǎshǐfür den Fall, dass Konj.für den Fall, dassfürdenFall, dassfürFalltang3ruo4倘若倘若tǎngruòtang3ruo4倘若倘若tǎngruòtang3ruo4倘若倘若tǎngruòtang3ruo4倘若倘若tǎngruòfür den Fall, dass Konj.für den Fall, dassfürdenFall, dassfürFallru2guo3如果如果rúguǒru2guo3如果如果rúguǒru2guo3如果如果rúguǒru2guo3如果如果rúguǒfür den Fall, dass Konj.für den Fall, dassfürdenFall, dassfürFallJian1jue2 bu4!坚决不！堅決不！Jiānjué bù!Jian1jue2 bu4!坚决不！堅決不！Jiānjué bù!Jian1jue2 bu4!坚决不！堅決不！Jiānjué bù!Jian1jue2坚决堅決Jiānjuébu4不不bùAuf gar keinen Fall!Auf gar keinen Fall!AufgarkeinenFall!aufgarkeinenFall\nyao4bu4ran2要不然要不然yàobùrányao4bu4ran2要不然要不然yàobùrányao4bu4ran2要不然要不然yàobùrányao4bu4ran2要不然要不然yàobùránim anderen Fall Adv.im anderen FallimanderenFallanderenFallyao4bu4要不要不yàobù 连yao4bu4要不要不yàobùyao4bu4要不要不yàobùyao4bu4要不要不yàobùim anderen Fall Adv.im anderen FallimanderenFallanderenFallfou3ze2否则否則fǒuzéfou3ze2否则否則fǒuzéfou3ze2否则否則fǒuzéfou3ze2否则否則fǒuzéim entgegengesetzten Fall Adv. seltenim entgegengesetzten FallimentgegengesetztenFallentgegengesetztenFallqian1wan4千万千萬qiānwànqian1wan4千万千萬qiānwànqian1wan4千万千萬qiānwànqian1wan4千万千萬qiānwànauf jeden Fall Adv.auf jeden FallaufjedenFallaufjedenFallwu2lun4 ru2he2无论如何無論如何wúlùn rúhéwu2lun4 ru2he2无论如何無論如何wúlùn rúhéwu2lun4 ru2he2无论如何無論如何wúlùn rúhéwu2lun4无论無論wúlùnru2he2如何如何rúhéauf jeden Fall Adv.auf jeden FallaufjedenFallaufjedenFallhao3dai3好歹好歹hǎodǎihao3dai3好歹好歹hǎodǎihao3dai3好歹好歹hǎodǎihao3dai3好歹好歹hǎodǎiauf jeden Fall Adv.auf jeden FallaufjedenFallaufjedenFallwu4bi4务必務必wùbìwu4bi4务必務必wùbìwu4bi4务必務必wùbìwu4bi4务必務必wùbìauf jeden Fall Adv.auf jeden FallaufjedenFallaufjedenFallqian1wan4 yao4千万要千萬要qiānwàn yào - zuo4 mou3shi4做某事做某事zuò mǒushìqian1wan4 yao4千万要千萬要qiānwàn yàoqian1wan4 yao4千万要千萬要qiānwàn yàoqian1wan4千万千萬qiānwànyao4要要yàoauf jeden Fall - etw. tun müssen Adv.auf jeden FallaufjedenFallaufjedenFallqian1wan4 yao4千万要千萬要qiānwàn yào - zuo4 mou3shi4做某事做某事zuò mǒushìqian1wan4 yao4千万要千萬要qiānwàn yàoqian1wan4 yao4千万要千萬要qiānwàn yàoqian1wan4千万千萬qiānwànyao4要要yàoin jeden Fall - etw. tun müssen Adv.in jeden FallinjedenFallinjedenFallgui4jian4贵贱貴賤guìjiàn - wu2lun4 ru2he2无论如何無論如何wúlùn rúhé 方言gui4jian4贵贱貴賤guìjiàngui4jian4贵贱貴賤guìjiàngui4jian4贵贱貴賤guìjiànauf jeden Fall Adv.auf jeden FallaufjedenFallaufjedenFalldang1ran2当然當然dāngrándang1ran2当然當然dāngrándang1ran2当然當然dāngrándang1ran2当然當然dāngránauf alle Fälle Adv.auf alle FälleaufalleFälleaufalleFällewu2lun4 ru2he2无论如何無論如何wúlùn rúhéwu2lun4 ru2he2无论如何無論如何wúlùn rúhéwu2lun4 ru2he2无论如何無論如何wúlùn rúhéwu2lun4无论無論wúlùnru2he2如何如何rúhéauf alle Fälle Adv.auf alle FälleaufalleFälleaufalleFälleqian1wan4 yao4千万要千萬要qiānwàn yào - zuo4 mou3shi4做某事做某事zuò mǒushìqian1wan4 yao4千万要千萬要qiānwàn yàoqian1wan4 yao4千万要千萬要qiānwàn yàoqian1wan4千万千萬qiānwànyao4要要yàoauf alle Fälle - etw. tun müssen Adv.auf alle FälleaufalleFälleaufalleFällezai4 mou3zhong3 ji2bing4 bao4fa1 de0 qing2kuang4 xia4在某种疾病爆发的情况下在某種疾病爆發的情況下zài mǒuzhǒng jíbìng bàofā de qíngkuàng xià [医]zai4 mou3zhong3 ji2bing4 bao4fa1 de0 qing2kuang4 xia4在某种疾病爆发的情况下在某種疾病爆發的情況下zài mǒuzhǒng jíbìng bàofā de qíngkuàng xiàzai4 mou3zhong3 ji2bing4 bao4fa1 de0 qing2kuang4 xia4在某种疾病爆发的情况下在某種疾病爆發的情況下zài mǒuzhǒng jíbìng bàofā de qíngkuàng xiàzai4在在zàimou3zhong3某种某種mǒuzhǒngji2bing4疾病疾病jíbìngbao4fa1爆发爆發bàofāde0的的deqing2kuang4情况情況qíngkuàngxia4下下xiàim Falle des Ausbruchs einer Krankheit Adv.im Falle des Ausbruchs einer KrankheitimFalledesAusbruchseinerKrankheitdesAusbruchsKrankheitimFalle\nshang4 chuang2上床上床shàng chuáng shang4 chuang2上床上床shàng chuángshang4 chuang2上床上床shàng chuángshang4上上shàngchuang2床床chuángsichAkk. in die Falle hauen [ugs.] [fig.]sich in die Falle hauensichindieFallehauenFallehauenbie2 ju4 yi1 ge2别具一格別具一格bié jù yī gé 成语bie2 ju4 yi1 ge2别具一格別具一格bié jù yī gébie2 ju4 yi1 ge2别具一格別具一格bié jù yī gébie2别別biéju4具具jùyi1一一yīge2格格géaus der Reihe fallenaus der Reihe fallenausderReihefallenReihefallenzuo4wei2 te4li4 er2 xian3xian4 chu1lai2作为特例而显现出来作為特例而顯現出來zuòwéi tèlì ér xiǎnxiàn chūláizuo4wei2 te4li4 er2 xian3xian4 chu1lai2作为特例而显现出来作為特例而顯現出來zuòwéi tèlì ér xiǎnxiàn chūláizuo4wei2 te4li4 er2 xian3xian4 chu1lai2作为特例而显现出来作為特例而顯現出來zuòwéi tèlì ér xiǎnxiàn chūláizuo4wei2作为作為zuòwéite4li4特例特例tèlìer2而而érxian3xian4显现顯現xiǎnxiànchu1lai2出来出來chūláiaus der Reihe fallenaus der Reihe fallenausderReihefallenReihefallenyue4gui3越轨越軌yuèguǐ yue4gui3越轨越軌yuèguǐyue4gui3越轨越軌yuèguǐyue4gui3越轨越軌yuèguǐaus dem Rahmen fallenaus dem Rahmen fallenausdemRahmenfallenRahmenfallenzuo4wei2 te4li4 er2 xian3xian4 chu1lai2作为特例而显现出来作為特例而顯現出來zuòwéi tèlì ér xiǎnxiàn chūláizuo4wei2 te4li4 er2 xian3xian4 chu1lai2作为特例而显现出来作為特例而顯現出來zuòwéi tèlì ér xiǎnxiàn chūláizuo4wei2 te4li4 er2 xian3xian4 chu1lai2作为特例而显现出来作為特例而顯現出來zuòwéi tèlì ér xiǎnxiàn chūláizuo4wei2作为作為zuòwéite4li4特例特例tèlìer2而而érxian3xian4显现顯現xiǎnxiànchu1lai2出来出來chūláiaus dem Rahmen fallenaus dem Rahmen fallenausdemRahmenfallenRahmenfallenda3ru4 leng3gong1打入冷宫打入冷宮dǎrù lěnggōng [转]da3ru4 leng3gong1打入冷宫打入冷宮dǎrù lěnggōngda3ru4 leng3gong1打入冷宫打入冷宮dǎrù lěnggōngda3ru4打入打入dǎrùleng3gong1冷宫冷宮lěnggōngin Ungnade fallen [fig.]in Ungnade falleninUngnadefallenUngnadefallenre3yan3惹眼惹眼rěyǎn re3yan3惹眼惹眼rěyǎnre3yan3惹眼惹眼rěyǎnre3yan3惹眼惹眼rěyǎnins Auge fallen [fig.]ins Auge falleninsAugefallenAugefallenyao4yan3耀眼耀眼yàoyǎn yao4yan3耀眼耀眼yàoyǎnyao4yan3耀眼耀眼yàoyǎnyao4yan3耀眼耀眼yàoyǎnins Auge fallen [fig.]ins Auge falleninsAugefallenAugefallenyin3ren2 zhu4yi4引人注意引人注意yǐnrén zhùyì yin3ren2 zhu4yi4引人注意引人注意yǐnrén zhùyìyin3ren2 zhu4yi4引人注意引人注意yǐnrén zhùyìyin3ren2引人引人yǐnrénzhu4yi4注意注意zhùyìins Auge fallen [fig.]ins Auge falleninsAugefallenAugefallenchu1gui3出轨出軌chūguǐ [转]chu1gui3出轨出軌chūguǐchu1gui3出轨出軌chūguǐchu1gui3出轨出軌chūguǐaus dem Rahmen fallen [fig.]aus dem Rahmen fallenausdemRahmenfallenRahmenfallenma3 shi1 qian2 ti2马失前蹄馬失前蹄mǎ shī qián tí 成语ma3 shi1 qian2 ti2马失前蹄馬失前蹄mǎ shī qián tíma3 shi1 qian2 ti2马失前蹄馬失前蹄mǎ shī qián tíma3马馬mǎshi1失失shīqian2前前qiánti2蹄蹄tíauf die Nase fallen (wörtlich: das Pferd verliert seine Hufe) [fig.]auf die Nase fallenaufdieNasefallenNasefallenma3 shi1 qian2 ti2马失前蹄馬失前蹄mǎ shī qián tí 成语ma3 shi1 qian2 ti2马失前蹄馬失前蹄mǎ shī qián tíma3 shi1 qian2 ti2马失前蹄馬失前蹄mǎ shī qián tíma3马馬mǎshi1失失shīqian2前前qiánti2蹄蹄tíauf die Schnauze fallen (wörtlich: das Pferd verliert seine Hufe) [fig.]auf die Schnauze fallenaufdieSchnauzefallenSchnauzefallenan4jian4-shang1ren2暗箭伤人暗箭傷人ànjiàn-shāngrén 成语an4jian4-shang1ren2暗箭伤人暗箭傷人ànjiàn-shāngrénan4jian4-shang1ren2暗箭伤人暗箭傷人ànjiàn-shāngrénan4jian4暗箭暗箭ànjiànshang1ren2伤人傷人shāngrénjmdm. in den Rücken fallen [fig.]jmdm. in den Rücken fallenjmdm.indenRückenfallenRückenfallenpao4tang1泡汤泡湯pàotāng - luo4kong1落空落空luòkōng 方言pao4tang1泡汤泡湯pàotāngpao4tang1泡汤泡湯pàotāngpao4tang1泡汤泡湯pàotāngins Wasser fallen [fig.] [ugs.] - scheiternins Wasser falleninsWasserfallenWasserfallenscheitern\nWo3 gang1 xi3 wan2 zao3 jiu4 ting2dian4 le0.我刚洗完澡就停电了。我剛洗完澡就停電了。Wǒ gāng xǐ wán zǎo jiù tíngdiàn le.Wo3 gang1 xi3 wan2 zao3 jiu4 ting2dian4 le0.我刚洗完澡就停电了。我剛洗完澡就停電了。Wǒ gāng xǐ wán zǎo jiù tíngdiàn le.Wo3 gang1 xi3 wan2 zao3 jiu4 ting2dian4 le0.我刚洗完澡就停电了。我剛洗完澡就停電了。Wǒ gāng xǐ wán zǎo jiù tíngdiàn le.Wo3我我Wǒgang1刚剛gāngxi3洗洗xǐwan2完完wánzao3澡澡zǎojiu4就就jiùting2dian4停电停電tíngdiànle0了了leIch war gerade im Bad fertig, da fiel der Strom aus.Ich war gerade im Bad fertig, da fiel der Strom aus.IchwargeradeimBadfertig, dafielderStromaus.IchwargeradeBadfertigdafielStromaus\nalleAlleAlleeallenAllerallerAllesallesFalkeFallfallenFallenfallsFalteFülleGalleHalleder Fallfallen陷阱 - Fallehttp://baike.baidu.com/view/423838.htm自投罗网 - in die Falle tappenhttp://dict.leo.org/chde?lp=chde&lang=de&searchLoc=0&cmpType=relaxed&sectHdr=on&民以食為天 - Essen hat beim Volk einen immens hohen Stellenwert, Ernährung spielt im Volk eine essentiell wichtige Rolle, Lebensmittel und Essen sind existenzielle Lebensgrundlage für das Volk民以食為天:http://cy.suntw.net/16039.htmlhttp://www.chinesewords.org/idiom/show-8322.htmlhttps:下毒手 ［下毒手］ xià dúshǒu - Mordpläne Pl. schmieden下毒手 ［下毒手］ - LEO: http://dict.leo.org/chde?lp=chde&p=Ci4HO3kMAA&searc温泉浴场 [ 溫泉浴場 ] - das Thermalbad温泉浴场 [ 溫泉浴場 ]: http://www.twem.idv.tw/3/9/4/d129.htm http://web.ptes.tp.edu鱼饵 - der Fischköder, der Köder - Fischköder鱼饵: http://www.ciyang.com/search_bs.php?q=%E9%B1%BC%E9%A5%B5 http://baike.baidu.com/view/38964帝國大廈 - das Empire State Building - Lage: New York, USA帝國大廈:帝国大厦（英语：Empire State Building），是位于美国纽约州纽约市曼陷阱 - Falle自投罗网 - in die Falle tappen民以食為天 - Essen hat beim Volk einen immens hohen Stellenwert, Ernährung spielt im Volk eine essentiell wichtige Rolle, Lebensmittel und Essen sind existenzielle Lebensgrundlage für das Volk下毒手 ［下毒手］ xià dúshǒu - Mordpläne Pl. schmieden温泉浴场 [ 溫泉浴場 ] - das Thermalbad鱼饵 - der Fischköder, der Köder - Fischköder帝國大廈 - das Empire State Building - Lage: New York, USASchlingeInningFallstrickFloskelGame\nNutzungsbedingungen / DatenschutzImpressum224.158 Einträge, 46.832 AnfragenSuchtipps FAQ - Frequently Asked QuestionsCopyright © LEO Dictionary Team 2006 - 2022leo22. 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url: =Earthquake - Magnitude 4.1 - NEI MONGOL-NINGXIA BDR, CHINA - 2014 February 27, 18:53:02 UTC\nCurrent time: 2016-06-28 15:19:18 UTC Member access\nYou are here : EMSC > Earthquake > M 4.1 - NEI MONGOL-NINGXIA BDR, CHINA - 2014-02-27 18:53:02 UTC\nM 4.1 - NEI MONGOL-NINGXIA BDR, CHINA - 2014-02-27 18:53:02 UTC\nYou felt this earthquake. Tell us!MagnitudeM 4.1RegionNEI MONGOL-NINGXIA BDR, CHINADate time2014-02-27 18:53:02.2 UTCLocation39.34 N ; 106.59 EDepth10 kmDistances312 km SW of Baotou, China / pop: 1,301,768 / local time: 02:53:02.2 2014-02-28\n101 km N of Yinchuan, China / pop: 475,101 / local time: 02:53:02.2 2014-02-28\n41 km SW of Wuhai, China / pop: 218,427 / local time: 02:53:02.2 2014-02-28\n19 km NW of Shizuishan, China / pop: 136,570 / local time: 02:53:02.2 2014-02-28\n1561-07-25106.237.57.2 manyNINGXIA, CHINA 1739-01-03106.538.88.0 50000NEI MONGOL-NINGXIA BDR, CHINA 1852-05-26105.237.56.0 300NEI MONGOL-NINGXIA BDR, CHINA Source: T. Utsu ; International Handbook of Earthquake and Engineering Seismology; vol. A; 691-718


url: =Drought Resistance of Elymus sibiricus from Different Producing Areas at Seedlings Stage--《Journal of Anhui Agricultural Sciences》2011年06期\nDrought Resistance of Elymus sibiricus from Different Producing Areas at Seedlings Stage\nLU Su-jin et al(Department of Biological Sciences,Qinghai University,Xining,Qinghai 810016)\n[Objective] To evaluate drought resistance of Elymus sibiricus from different producing areas.[Method] Germplasm materials of Elymus sibiricus from Xinjiang(E01),Gansu(E02),Beijing(E03),Shanxi(E04) and Qinghai(E05) were used as experimental materials and treated under continuous drought stress.The external morphology of their leaves was observed.On Day 0,5 and 10,the dynamic variations of relative electrical conductivity,malondialdehyde(MDA) content,chlorophyll content,soluble sugar content and proline content were determined.Subordinate function values analysis was performed to evaluate their drought resistance comprehensively.[Result] Under continuous drought stress,the experimental Elymus sibiricus showed different external morphology of leaves.With increasing intensity and extending time of drought stress,the chlorophyll content increased significantly(P0.05),and its differences between the Elymus sibiricus from different producing areas were significant(P0.05);the relative electrical conductivity,malondialdehyde(MDA) content,soluble sugar content and proline content decreased significantly(P0.05),and their differences between the Elymus sibiricus from different producing areas were significant(P0.05).[Conclusion] The drought resistance of E04,E05,E01,E03 and E02 declined successively.\n【Fund】： 农业部青藏高原牧草种质资源保护利用项目(070401);; 现代农业产业技术体系建设专项资金\n1 MA Zhi hong 1, LI Zheng 2, WANG Bei hong 1, HUANG Wen jiang 1, WEN Hai feng 2 (1.Beijing Academy of Agricultural and Forestry Sciences, National Engineering Research Center for Information Technology in Agriculture, Beijing, 100089, China; 2.Beijing Academy of Agricultural and Forestry Sciences, Beijing Research & Development Center for Grass Environment, Beijing, 100089, China);The Comparisons of Resist Drought and Cold on Several Cool-Season Grass in Beijing[J];Acta Agrestia Sinica;2002-04\n2 LIANG Guo-ling,ZHOU Qing-ping,YAN Hong-bo,LIU Wen-hui(Institute of Grassland Science,Qinghai Academy of Animal Science and Veterinary Medicine,Xining,Qinghai Province 810016,China);The Identification of Drought Resistance of Four Species of Festuca L. at Seedlings Stage[J];Acta Agrestia Sinica;2009-02\n3 WEN Yang, SUN Ji-xiong, WANG Dai-jun(1. Graduate School of The Chinese Academy of Agricultural Sciences, Beijing, 100081;2. Gansu Agricultural University, Lanzhou , 730070);Effects of drought stress on physiological characteristics in cool season turfgrasses[J];Grassland and Turf;2005-01\n4 Xin Guorong Dong Meiling (Department of Biology, Zhongshan University, Guangzhou 510275);THE PRESENT RESEARCH STATE OF PLANT ETHYLENE, PROLINE ACCUMULATION AND STOMA REACTION UNDER WATER STRESS[J];PRATACULTURAL SCIENCE;1997-01\n5 LI Jin-feng,ZHENG Shu-song,JIANG Hai-yu,ZHANG Mei-huan,FU Ming-lian(Institute of Cash Crops,Yunnan Academy of Agricultural Sciences,Kunmimg 650205,China);Study on Best Growing Conditions for the Sterile Rape Seedling[J];Guizhou Agricultural Sciences;2006-01\n6 Wei Liangming Jia Liaoran Hu Xuean Zhao Faxin(Cereal Crop Institute, Henan Academy of Agricultural Sciences,Zhengzhou, 450002);Advances in Studies on the Physiology and Biochemistry of Maize Drought Resistance[J];AGRICULTURAL RESEACH IN THE ARID AREAS;1997-04\n7 LI Jing-xin 1 YUN Jin-feng 2 SU Bu-dao 3 WU Retuya 4 YI Rugeletu 5 (1.Inner Mongolia National University Tongliao 028042; 2.Inner Mongolia Agriculture University Huhhot 010018; 3.Grassland Institution of Balinyou Banner, Inner Mongolia; 4.Agriculture Project Office of Xilinguole League, Inner Mongolia; 5.Grassland Institution of Hulunbeier City, Inner Mongolia);Study on the Drought Resistance Comparision of 6 Populations of Agropyron cristatum in the Germination Period and Seedling Stage[J];Journal of Arid Land Resources & Environment;2004-05\n8 GUO Shu-jin,LI Gui-quan(College of Agriculture,Shanxi Agricultural University,Taigu 030801,China);Research on Relationship between Physiological Indexes and Drought Resistance of Soybeans[J];Journal of Henan Agricultural Sciences;2009-06\n9 HU Zhongyi,ZHENG Shaoqing,CHEN Xingjiang,CHEN Lili,CHENG Yan(Guizhou Tobacco Research Institute,Guiyang 550003,China);Methods for Seed Sterilization before Aseptic Tobacco Seedling Culture[J];Chinese Tobacco Science;2007-02\n10 ZHANG Wen-Hui 1,2 DUAN Bao-Li 2 ZHOU Jian-Yun 2 and LIU Xiang-Jun 1 (1 Tianjin Normal University, Tianjin 300074, China) (2 Northwest Sci-Tech University of Agriculture and Forestry, Yangling,Shaanxi 712100, China);WATER RELATIONS AND ACTIVITY OF CELL DEFENSE ENZYMES TO WATER STRESS IN SEEDLING LEAVES OF DIFFERENT PROVENANCES OF QUERCUS VARIABILIS[J];Acta Phytoecologica Sinica;2004-04\n2 DING Sheng-xiang et al(Weather Bureau of Tongde County of Qinghai Province,Tongde,Qinghai 813200);Analysis of the Key Climate Factors on the Yield of Qinghai Elymus sibiricus L.[J];Journal of Anhui Agricultural Sciences;2007-23\n3 ZOU Hua(Grassland Station of Qinghai Province,Xining,Qinghai 810001);Preliminary Report on the Construction of Fine Species Breeding Base of Alpine Forage in Tongde Area of Qinghai Province[J];Journal of Anhui Agricultural Sciences;2007-31\n5 MA Zhi hong 1, LI Zheng 2, WANG Bei hong 1, HUANG Wen jiang 1, WEN Hai feng 2 (1.Beijing Academy of Agricultural and Forestry Sciences, National Engineering Research Center for Information Technology in Agriculture, Beijing, 100089, China; 2.Beijing Academy of Agricultural and Forestry Sciences, Beijing Research & Development Center for Grass Environment, Beijing, 100089, China);The Comparisons of Resist Drought and Cold on Several Cool-Season Grass in Beijing[J];Acta Agrestia Sinica;2002-04\n6 HAN Rui-hong~1,LU Xin-shi~(1*),GAO Gui-juan~2,YANG Xiu-juan~1 (1.Institute of Resources and Environment,University of Forestry of Beijing,Beijing 100083,China;2.Research Center of Forage and Turf Industry Technology,University of Sun Yat-sen,Guangzhou,Guangdong Province 510275,China);Analysis of the Principal Components and the Subordinate Function of Alfalfa Drought Resistance[J];Acta Agrestia Sinica;2006-02\n7 SHI Xiao-xia1,MAO Pei-chun2,ZHANG Guo-fang2,MENG Lin2(1.Pratacultural College,Gansu Agricultural University,Lanzhou Gansu Province 730070,China;2.Beijing Research and Development Center for Grass and Environment,Beijing 100097,China);The Comparison of Drought Resistance on 15 Chinese Iris Germplasm at Seedling Stage[J];Acta Agrestia Sinica;2007-04\n8 Li Jinhong Li Bohang (Dept,of Agron.,Hebei Agric.Univ.,Baoding,China);Physiological Effect of Antitranspirants on Maize under Drought Conditions[J];Journal of Agricultural University of Hebei;1993-03\n10 SHI Shang li (Pratacultural College. Gansu Agricultural University, Lanzhou, Gansu, 730070);Analysis and Application of Biological Characteristics of Festuca L.[J];GRASSLAND AND TURF;2000-03


url: =描述不实 - Review of Home Inn Nanjing Confucius Temple Pingjiangfu Road Jiangnan Hongyuan, Nanjing - TripAdvisor\n描述不实 - Review of Home Inn Nanjing Confucius Temple Pingjiangfu Road Jiangnan Hongyuan\nSearch Asia›China›Jiangsu›Nanjing›Nanjing Hotels›Home Inn Nanjing Confucius Temple Pingjiangfu Road Jiangnan Hongyuan\nReview of Home Inn Nanjing Confucius Temple Pingjiangfu Road Jiangnan Hongyuan\nand 1 more site! Home Inn Nanjing Confucius Temple Pingjiangfu Road Jiangnan Hongyuan No.48 Dashiba Street, Qinhuai District, Nanjing 210001, China | Hotel amenities\nName/address in local language “描述不实”\nNo.48 Dashiba Street, Qinhuai District, Nanjing 210001, China 2 Reviews | Ranked #995 of 1878 To help you get around Nanjing, here's the name and address of this business in the local language\nLocal name 南京如家夫子庙平江府路江南贡院店\nLocal address 210001秦淮区大石坝街48号\nDirections Print Ranked #995 of 1,878 Hotels in Nanjing\nShow Prices Show Prices Show Prices Been to Home Inn Nanjing Confucius Temple Pingjiangfu Road Jiangnan Hongyuan? Share your experiences! Write a Review\nAdd Photos & Videos Additional Information about Home Inn Nanjing Confucius Temple Pingjiangfu Road Jiangnan Hongyuan\nAddress: No.48 Dashiba Street, Qinhuai District, Nanjing 210001, China Region:\nHotel Style: Ranked #995 of 1,878 Hotels in Nanjing\nTripAdvisor is proud to partner with Booking.com so you can book your Home Inn Nanjing Confucius Temple Pingjiangfu Road Jiangnan Hongyuan reservations with confidence. We help millions of travellers each month to find the perfect hotel for both holiday and business trips, always with the best discounts and special offers.\nExplore similar hotels Jinling Hotel Nanjing 1,220 ReviewsShow Prices 1.6 miles Fairmont Nanjing 335 ReviewsShow Prices 4.4 miles Novotel Nanjing Central Hotel 118 ReviewsShow Prices 1.1 miles See all Nanjing hotels Browse nearby


url: =Lishui Liandu District Xinyang Audio Equipment Business Department Company Profile | Lishui, Zhejiang, China | Competitors, Financials & Contacts - Dun & Bradstreet\nC7, Floor 2, Digital Plaza, No.1, Wanfeng S. Road\nLishui Liandu District Xinyang Audio Equipment Business Department is located in Lishui, Zhejiang, China and is part of the Household Appliance Stores Industry.\nD&B Hoovers provides sales leads and sales intelligence data on over 120 million companies like Lishui Liandu District Xinyang Audio Equipment Business Department around the world, including contacts, financials, and competitor information. To witness the full depth and breadth of our data and for industry leading sales intelligence tools, take D&B Hoovers for a test drive. Try D&B Hoovers Free\nA D&B Hoovers Subscription is your foot in the door to Lishui Liandu District Xinyang Audio Equipment Business Department contact information.\nWith a Hoovers subscription you can get a comprehensive view of Lishui Liandu District Xinyang Audio Equipment Business Department


url: =Establishment of Candidate Core Collection in Hebei Adzuki Bean Germplasm Resources--《Journal of Anhui Agricultural Sciences》2010年01期\nLIU Chang-you et al(Hebei Laboratory of Crop Genetic and Breeding,Institute of Food and Oil Crops,Hebei Academy of Agricultural and Forestry Sciences,Shijiazhuang,Hebei 050031)\n385 adzuki bean germplasm resources were selected as material.Based on 13 agronomic traits,5 sampling strategies were used,which consisted of 1 stratification methods,2 determinations of sampling number methods and 2 selections of individual methods.The criteria against whole collection included mean genetic distance,coincidence of traits,mean CV of quantitative traits,mean Shannon index.The results indicated that selection based on clustering was better than random selection,and proportion strategy was better than square root strategy in determination of sampling number.Finally,an optimal strategy was set by stratified according geographical distribution,determination the sampling number with proportion strategy,and selected sample within clusters.Using this method,a pre-core collection of Hebei adzuki bean germplasm with a total of 79 accessions was established.The pre-core carried 100% phenotypic genetic diversity of the whole collection.\n【Fund】： 国家科技支撑计划(2006BAD02B08);; 农业行业科研专项(nyhyzx-017)\n1 WANG Shu min,CAO Yong sheng,HU Jia peng (Institute of Crop Germplasm Resources,Chinese Academy of Agricultural Sciences,Beijing 100081,China);Preliminary Establishment of Chinese Adzuki Bean Germplasm Resource Core Collection with Agroecology and Characterization Data[J];Acta Agriculturae Boreall—sinica;2002-01\n2 Lu Xinxiong Cao Yongsheng (Institute of Crop Germplasm Resources, CAAS Bejing 100081);Current Status and Prospect of Crop Germplasm Resources for Ex Situ Conservation[J];Review of China Agricultural Science and Technology;2001-03\n5 LIU Chang-You,WANG Su-Hua,WANG Li-Xia,SUN Lei,MEI Li,XU Ning,and CHENG Xu-Zhen(Institute of Crop Sciences,Chinese Academy of Agricultural Sciences,Beijing 100081,China);Establishment of Candidate Core Collection in Chinese Mungbean Germplasm Resources[J];Acta Agronomica Sinica;2008-04\n6 WEI Xing hua 1,2 , TANG Sheng xiang 2, YU Han yong 2, JIANG Yun zhu 2, QIU Zong en 3 ( 1 College of Agriculture and Bio technology, Zhejiang University, Hangzhou 310029, China; 2National Center for Rice Improvement, China National Rice;Studies on Methods of Developing a Core Collection for China Traditional Japonica Rice Germplasm[J];CHINESE JOURNAL OF RICE SCIENCE;2000-04\n7 Li Zichao 1,Zhang Hongliang 1,Zeng Yawen 2,Yang Zhongyi 2, Shen Shiquan 2,Sun Chuanqing 1,Wang Xiangkun 1 ( 1 Department of Plant Genetics and Breeding,China Agriculture University,100094; 2Institute of Crop Germplasm Resources,Yunnan Academy;Study on Sampling Schemes of Core Collection of Local Varieties of Rice in Yunnan,China[J];SCIENTIA AGRICULTURA SINICA;2000-05\n8 QIU Li-juan 1, CAO Yong-sheng 1, CHANG Ru-zhen 1, ZHOU Xin-an 2 , WANG Guo-xun 2, SUN Jian-ying 1, XIE Hua 1, ZHANG Bo 1, LI Xiang-hua 1, XU Zhan-you 1, LIU Li-hong 1 ( 1Institute of Crop Germplasm Resources, Chinese Academy of Agricul tural Sciences, Key Lab of Ministry of Agriculture, Crop Germplasm and Bitotec hnology, Beijing 100081; 2Instit ute of Oil Crops, Chinese Academy of Agricultural Sciences, Wuhan 500082 );Establishment of Chinese Soybean (G.max) Core Collection Ⅰ. Sampling Strategy[J];Scientia Agricultura Sinica;2003-12\n9 Zhang Xiurong Guo Qingyuan Zhao Yingzhong Feng Xiangyun(Oil Crops Research Institute, CAAS, Wuhan 430062)Zhou Mingde(East Asia Office, IPGRI, China)Toby Hodgkin(IPGRI,Rome, Italy);Establishment of Sesame Germplasm Core Collection in China[J];SCIENTIA AGRICULTURA SINICA;1998-03\n4 OU Yan et al (College of Horticulture,Northwest Sci-tech University of Agriculture and Forestry,Yangling,Shaanxi 712100);Effect of Heat Shock Treatment on Fresh-keeping of Mini-processing Broad Bean Seed[J];Journal of Anhui Agricultural Sciences;2006-05\n7 KONG Zhi-you et al(Department of Biology and Chemistry,Baoshan University,Baoshan,Yunnan 678000);Effect of 40 ℃ Accelerated Aging on the Physiological and Biochemical Characteristics of Wheat Seeds[J];Journal of Anhui Agricultural Sciences;2010-12\n8 LI Run-zhi et al(Tianjin Agricultural University,Tianjin 300384);Application of SSR Technique in the Research of Genetic Diversity[J];Journal of Anhui Agricultural Sciences;2010-20\n9 HE Gui-fang et al(Department of Biolosciences,Qinghai University,Xining,Qinghai 810016);Analysis on the Diversity of Germplasm Resources of Qinghai Vicia faba L. by AFLP Markers[J];Journal of Anhui Agricultural Sciences;2011-07\n10 GUAN Zhi-hua et al(Plant Science Department,Tibet Agricultural and Animal Husbandry College,Linzhi,Tibet 860000);Effect of the Mixed Substrates of Corn Cob and Sheep Manure on Growth and Development of Pea Seedlings[J];Journal of Anhui Agricultural Sciences;2012-02\n2 GU Cui-hua~1 WANG Shou-xian~2 (1 School of Landscape Architecture,Zhejiang Agriculture and Forestry University,Lin'an 311300; 2 School of Lnformation Project,Zhejiang Agriculture and Forestry University,Lin'an 311300);Phenotypic Diversity of Lagerstroemia Germplasm Populations in China[A];[C];2011\n3 Wang Li-Xia;Guan Rong-Xia;Chang Ru-Zhen;Qiu Li-Juan Key lab of Crop Germplasm Resources and Biotechnology the ministry of Agriculture, lnstitute of Crop science, CAAS Beijing 100081;Study on sampling strategies for Chinese soybean core collection[A];[C];2004\n4 SHAN Cai-yun~1 LIU Chun-yan~(1,2) JIANG Zhen-feng~1 QIU Hong-mei~1 SHAN Da-peng~1 ZHANG Da-wei~1 HU Guo-hua~2 CHEN Qing-shan~(1,2*) 1.Soybean Research Institute,Northeast Agricultural University,Harbin 150030,China; 2.The Crop Rresearch and Breeding Center of Land-Reclamation,Harbin 150090,China;The effect of temperature on globins of soybean varieties in Heilongjiang province[A];[C];2007\n6 ;Method of Constructing Core Collection for Malus sieversii Using Molecular Markers[A];[C];2008\n8 ZENG Ya-wen~1 SHEN Shi-quan~1 PU Xiao-ying~1 ZHAO Xu~2 1.Crop Germplasm Resources Institute,Yunnan Academy of Agricultural Sciences,Kunming 650205,China 2.Xundian County Agricultural Bureau of Yunnan Province,Xundian 655200,China;Advances in research on core collection in Yunnan rice landraces[A];[C];2004\n9 SHEN Shi-quan, PU Xiao-ying, DU Juan, ZENG Ya-wen (Biotechnology and Genetic Resources Institute, Yunnan Academy of Agricultural Sciences, Yunnan Kunming 650205, China; Divison of Science and Technology, Yunnan Academy of Agricultural Sciences, Yunnan Kunming 650231, China);Studies on utilization of core collection of landrace rice in Yunnan——Ⅰ．performance and genetic diversity of agronomic traits[A];[C];2006\n10 ZHOU Guo-hua, ZENG Ya-wen, DU Juan, YANG Shu-ming, PU Xiao-ying, LIU Kun, LI Ben-xun, MU Yuan-li, LI Jia-fang, LING Qing (Biotechnology and Crop Germplasm Resources Institute, Yunnan Academy of Agricultural Sciences, Yunnan Kunming 650205, China College of Agronomy and Biotechnology, Yunnan Agricultural University, Yunnan Kunming 650201, China; Yunnan Agriculture Occupation Technical College, Yunnan Kunming 650031, China);Effect of low-nitrogen stress on heading date of the core collection for Yunnan rice landrace under low phosphorus condition[A];[C];2006\n2 LIU Yan,XIN Pei-yao,XU Yu-lan,HE Cheng-zhong,DUAN An-an,ZHOU Jun(Southwest Forestry College,Key Laboratory for Forest Resources Conservation and Use in Southwest Mountains of China,Kunming,Yunnan 650224);Current Progress of Molecular Makers on Genetic Improved and Germplasm Evaluation of Walnut[J];Northern Horticulture;2010-14\n3 WU Zi-long1,2,WANG Jun1,SHEN Yu-jie3,LU Wen-peng3(1.College of Forestry,Northeast Forestry University,Harbin,Heilongjiang 150040;2.Biology Department,Handan College,Handan Key Laboratory of Resource Plant,Handan,Hebei 056005;3.Institute of Special Wild Economic Animal and Plant,China Academy of Agricultural Science,Jilin,Jilin 132109);Pilot Study on Establishment of Core Germplasm of Vitis amurensis by Different Grouping Method[J];Northern Horticulture;2011-07\n5 ZHANG Lin1,2,3 CHEN Jun-Bai3 HUANG Yong3,4 SHEN Xing-Jia2,4 LIU Li2 ZHAO Wei-Guo2 QIANG Sheng1*(1Weed Research Laboratory,Life Sciences College of Nanjing Agricultural University,Nanjing 210095,China;2The Sericultural Research Institute,Chinese Academy of Agricultural Sciences,Zhenjiang Jiangsu 212018,China;3Jiangsu University of Science and Technology,Zhenjiang Jiangsu 212003,China;4The Key Laboratory of Genetic Improvement of Silkworm and Mulberry,Ministry of Agriculture,Zhenjiang Jiangsu 212018,China);Screening of Core Germplasms of Gelu Ecotype Mulberry Based on ISSR Marker[J];Science of Sericulture;2011-03\n6 JIN Ji-qiang1,CUI Hai-rui1*,CHEN Wen-yue2,LU Mei-zhen1,YAO Yan-ling1,XIN Ya2,GONG Xiao-chun1(1.Institute of Nuclear and Agricultural Sciences,Zhejiang University,Hangzhou 310029,China;2.Hangzhou Academy of Agricultural Sciences,Hangzhou 310024,China);Data Mining for SSRs in ESTs and Development of EST-SSR Marker in Tea Plant (Camellia sinensis)[J];Journal of Tea Science;2006-01\n7 ZHANG Wei1,2,ZHAO Yu1,ZHANG Xiang-feng1,YANG Yun-fei2,LI Jian-dong2(1.School of Chemistry and Bioscience,Yili Normal College,Yining 835000,China; 2.Institute of Grassland Science,Key Laboratory of Vegetation Ecology,Ministry of Education,Northeast Normal University,Changchun 130024,China);Phenotypic variability and growth regulation on the compound leaf of Juglans regia in Yili of Xinjiang[J];Journal of Northeast Normal University(Natural Science Edition);2011-01\n9 CHEN Shu-lin,WANG Pei-zheng~*,HU Bao-min(Xinjiang Condy Agricultural Science & Technology Development CO,LTD,Ulumuqi,830011,China);Transferability of Upland Cotton EST-SSRs to Sunflower[J];Acta Botanica Boreali-Occidentalia Sinica;2006-03\n2 Pt Mu-hwa(Institute of Crop Breeding & Cultivation, Chinese Academy of Agricultural Sciences)Pan Tie-fu(Department of Prevention of Cold Injury, Jilin Academy of Agricultural Sciences);A STUDY ON THE REGIONALIZATION OF SOYBEAN PRODUCINC AREA IN CHINA[J];Soybean Science;1982-02\n3 Wang Biao 1,2 Chang Ruzhen 1 Yan Li 3 TAO Li 3 Guan Rongxia 1 Zhang Minghui 3 Feng Zhongfu 3 Qiu Lijuan 1* 1 Institute of Crop Germplasm and Resources, Key lab of Crop Germplasm & Biotechnology of Ministry of Agriculture, Chinese Academy of Agricultural Sciences, Beijing, 100081 2 College of Agriculture and Biology of Shanghai Jiaotong University, Shanghai, 201101 3 Life College of North East Agricultural University, Harbin, 150030;Identification of SSR Primer Numbers for Analyzing Genetic Diversity of Chinese Soybean Cultivated Soybean[J];Molecular Plant Breeding;2003-01\n4 WANG Shu min,CAO Yong sheng,HU Jia peng (Institute of Crop Germplasm Resources,Chinese Academy of Agricultural Sciences,Beijing 100081,China);Preliminary Establishment of Chinese Adzuki Bean Germplasm Resource Core Collection with Agroecology and Characterization Data[J];Acta Agriculturae Boreall—sinica;2002-01\n6 LIU San cai, CAO Yong sheng, ZHENG Dian sheng, SONG Chun hua , CHEN Meng ying (Institute of Corp Germplasm Resources, CAAS, Beijing 100081);Comparing of Strategies for Developing Core Collection from Common Wheat[J];Acta Tritical Crops;2001-02\n7 Lu Xinxiong Cao Yongsheng (Institute of Crop Germplasm Resources, CAAS Bejing 100081);Current Status and Prospect of Crop Germplasm Resources for Ex Situ Conservation[J];Review of China Agricultural Science and Technology;2001-03\n9 WANG Li-Xia, LI Ying-Hui, LI Wei, ZHU Li, GUAN Yuan, NING Xue-Cheng, GUAN Rong-Xia, LIU Zhang-Xiong, CHANG Ru-Zhen, QIU Li-Juan Key Lab of Crop Germplasm Resources and Biotechnology of the Ministry of Agriculture, Institute of Crop Science, Chinese Academy of Agricultural Sciences, Beijing 100081;Establishment of a core collection of Changjiang spring sowing soybean[J];Chinese Biodiversity;2004-06\n10 ZHANG Hong-Liang 1 LI Zi-Chao 1 CAO Yong-Sheng 2 QIU Zong-En 2 YU Ping 1 WANG Xiang-Kun 1( 1 College of Crop Science, China Agricultural University, Beijing 100094, China; 2Institute of Crop Germplasm Resources, CAAS, Beijing 100081, China);Comparison of Parameters for Testing the Rice Core Collection in Phenotype[J];Acta Agronomica Sinica;2003-02


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url: =THE APPLICATION OF CARBORUNDUM TUBE FOR THE DETERMINATION OF DECOMPOSITION RATE OF PLANT RESIDUES UNDER FIELD CONDITIONS--《Acta Pedologica Sinica》1981年01期\n《Acta Pedologica Sinica》 1981-01\nTHE APPLICATION OF CARBORUNDUM TUBE FOR THE DETERMINATION OF DECOMPOSITION RATE OF PLANT RESIDUES UNDER FIELD CONDITIONS\nLin Xin-xiong, Cheng Li-li, Xu Ning Wen Qi-xiao (Institute of Soil Science, Academia Sinica, Nanjing)\nInterference by living plant roots is usually found in decomposition studies with no labelled plant materials carried out under field conditions. It has been found that this interference can be completely eliminated by using porous carborundum tubes with pore size, mainly of 140μ×70μ, as the containers for soil and plant material being examined, and the hydro-thermal conditions of the soil inside the tube was identical with or approximate to that outside the tube under submerged and upland conditions respectively. Since it was found that the proportion of addition of plant material within the range of 1—8% of soil didn't affect their decomposition rate under submerged conditions, it is recommended that, in decomposition studies with soils containing 1—2% organic matter, 8% plant materials may be added in order to obtain more reliable results.\n2 SONG Ri, WU Chun sheng, GUO Ji xun (Institute of Grassland Science, Northeast Normal University, Key Laboratory for Vegetation Ecology, Ministry of Education, P.R.China, Changchun 130024, China);Decomposition dynamics of plant residues in natural meadow in northeast China[J];Acta Pratacultural Science;2002-02\n3 Zhang Wanxian;STUDY ON ACCUMULATION AND MINERALIZATION OF THE NUTRIENTS OF ANNUAL MELILOTUS[J];;1984-04\n4 Wang Guoyi Ma Fengming (Northeast Agriautural College,Harbin 150030,China);RESEARCH ON THE MINERALIZATION RATE OF BLACK SOIL AND ORGANIC MANURE DURING THE GROWINS PERIODS OF SUGAR BEET GROWTH[J];;1991-04\n6 JIN Zhao1,3,YANG Yu-sheng2,DONG Yun-she1,2,QI Yu-chun 1,CHEN Guang-shui2 (1.Institute of Geographic Sciences and Natural Resources Research,CAS,Beijing 100101,China;2.College of Geography Science,Fujian Normal University,Fuzhou 350012,China;3.Graduate School of the Chinese Academy of Sciences,Beijing 100039,China);Studies on decomposition of fine roots of Castanopsis carlesii and Cunninghamia lanceolata (chinese fir) in Wanmulin Natural Reserve,Fujian province[J];Geographical Research;2007-03\n7 Zhang Lijuan Li Yanhui Jiao Guihua(Forestry College, Agricultural University of Hebei, Baoding 071000);Study on the Organic Matter Transformation and Balance[J];Journal of Hebei Agricultural Sciences;2000-03\n8 Liu Jincheng Yang Jingqiu Bai Chengyun(Soil and Fertilizer Research Institute, Shanxi Academy of Agricultural Sciences, Taiyuan 030031);The Decomposition and Accumulation of Soil Organic Matter under Film Mulching[J];Acta Agriculturae Boreali—Sinica;1991-01\n9 ZHANG Li juan,LIU Shu qing,ZHANG Jin zhu,LI Yan hui (Argicultural University of Hebei,Baoding 071000,China);Decomposition Characteristics of Organic Manure in Chestnut Soil and the Control of Soil Organic Matters[J];Acta Agriculturae Boreall—sinica;2000-S1\n10 Cui Zhixiang; Fan Runwei; Zhang Sanfen; Gao Fanshen (Institute of Soil and Fertilizer,Inner Mongolia Academy of Agricultural Sciences,Huhhot 010031);Quantitative Criterions of Organic Matter Balance for Medium and Low Productive Soil in Hetao Irrigated Area of Inner Mongolia[J];ACTA AGRICULTURAE BOREALL—SINICA;1995-04\n1 WANG Jun et al(Agricultural College of Guangxi University,Nannin,Guangxi 530005);Effect of Biological Organic Fertilizer on the Growth and Development of Flue-cured Tobacco[J];Journal of Anhui Agricultural Sciences;2007-11\n3 YANG Li-yun; LI Wen-hua. Institute of Geographical Sciences and Natural Resources Research, Chinese Academy of Sciences, Beijing, 100101, P.R. China.;Fine root distribution and turnover in a broad-leaved and Korean pine climax forest of the Changbai Mountain in China.[J];Journal of Beijing Forestry University;2005-02\n6 Ding Pinghai;Xi Rongting;Zhang Yuxing;Wang Guoying; Wei Jing (Dept.of Hort.,Hebei Agric.Univ.,Baoding,China);The Nutrition Conditions and Fertilizer Application Design of 3 Main Apple Varieties in Hebei Province[J];JOURNAL OF AGRICULTURAL UNIVERSITY OF HEBEI;1994-03\n7 Niu Lingan(HanDan city Agricultural School of Hebei Province)Hao Jinmin(Beijing Agricultural University);Effect of Manuring and cultivation on soil microbial Biomass and crop Yields of Quzhou Permanent Posting Experimental Plots in Hebei Province[J];JOURNAL OF AGRICULTURAL UNIVERSITY OF HEBEI;1994-S1\n8 Liu Shuqing;Huo Xiliang;Lin Enyong;Xin Zhiwen;Yang Fucun(Dept.of Agron.Hebei Aeric.Unev.,Baoding 071001);Effect of Application of Manure and Fertilizers on Composition and Characteristics of Humus in Chestnut Soil in Agid Region[J];JOURNAL OF AGRICULTURAL UNIVERSITY OF HEBEI;1995-S1\n9 LI Hong, YANG Yun fei, ZHANG Cheng wu (Institute of Grassland Science. Northeast Normal University, Changchun 130024, China);Quantitative analysis on modules of Hordeum brevisubulatum clone in alkalized meadow in the Songnen Plain, China[J];Acta Pratacultural Science;2000-04\n10 GUO Ji xun WANG Ruo dan (Institute of Grassland Science,Northeast Normal University,Changchun 130024,China);Calorific value and energy character of dominant Leymus chinensis in Northeast grassland[J];Acta Pratacultural Science;2000-04\n1 SUN Hong-qiang LV De-guo DU Guo-dong YU Cui (College of Horticulture,Shenyang Agricultural University,110161);Effects of Adding Weeds into Soil on the Growth and Development of Potted Strawberry Plants[J];Northern Horticulture;2007-04\n2 LI Sen,KANG Xiu-ping,XING Guo-ming(Shanxi Agricultural University,Taigu 030801);Factors Affected the Cadmium Absorbability of Plants[J];Northern Horticulture;2007-07\n4 ZHANG Li-juan1,LIU Shu-qing1,WANG Ji -zhi2,LI Yan-hui1,ZHANG Jin-zhu1 (1 Agricultural University of Hebei, Baoding 071000, China; 2 Hebei University of Science and Technology, Shijiazhuang 050018, China);The dynamic mineral process of organic carbon in chestnut soil[J];Journal of Agricultural University of Hebei;2001-04\n5 HU Yi-gang,YE Zhen,CHEN Xiu-rong(Pratacultural College,Gansu Agricultural University,Lanzhou 730073,China);Preliminary study on the action of dominant bacteria from alpine grassland soil in the substance cycling of alpine grassland soil substance[J];Grassland and Turf;2008-02\n6 AN Jing1,2,DENG Bo2,HAN Jian-guo2,YANG Fuyu2,ZHANG Ying-jun2,LI Wei-hong2(1.College of Animal Science and Technology of Jilin Agricultural University,Changchun 130118,China;2.College of Animal Science and Technology of China Agricultural University,Beijing 100193,China);A review:stability of soil organic carbon[J];Grassland and Turf;2009-02\n7 Guo Jixun Wang Deli(National Laboratory of Grassland Ecological Engineering, Northeast Normal University, Changchun 130024);Characteristics of Energy Flows through Litter Pool in Aneurolepidium chinense Grassland[J];Acta Pratacultural Science;1996-04\n8 WANG Wei1, GUO Jixun2,ZHANG Baotian2(1.Environmental Science Department, Northeast Normal University, Changchun 130024, China; 2.Grassland Research Institute, Northeast Normal University, Changchun 130024, China);Seasonal dynamics of environmental factors and decomposition rate of litter in Leymus chinensis community in Songnen grassland in Northeast China[J];Acta Pratacultural Science;2003-01\n10 ZHOU Ping1,2,LIU Guo-bin1,HOU Xi-lu1(1.Institute of Soil and Water Conservation,Chinese Academy of Sciences and Ministry of Water Resources,Northwest A&F University,Yangling 712100,China;2.Graduate School of Chinese Academy of Sciences,Beijing 100039,China);Study on vegetation and soil nutrient characters of Artemisia sacrorum communities in hilly-gully region of the loess plateau[J];Acta Prataculturae Sinica;2008-02\n1 JIANG Yu-feng, YUAN Jian-mei, ZHAN Hui-ying, CHEN Hui Chemistry and Chemical Engineering College, Northwest Normal University, Lanzhou 730070, China;The effect of humic acid on species of Cu、Cd、Pb、Zn in sewage farm[A];[C];2004\n2 HE Meng, ZHAO Xie-jing, WANG Chang-quan (Soil and Fertilizer Institute, Sichuan Academy of Agriculture Sciences, Chengdu 610066, China;College of Resource and Environment, Sichuan Agricultural University, Ya'an 625014, China);Studies organic carbon from burying fruiter defolition in purple soil[A];[C];2004\n3 ZHAO Ming,CAI Kui,WANG Wen-jiao,ZHAO Zheng-yu,CHEN Jian-mei (Academy of Agricultural Sciences,Qingdao 266100,China);Effects of Fertilization on Soil Available Heavy Metal Content and Biological Effects in Greenhouse[A];[C];2009