Page 50 - 《华农农业大学学报》2020年第4期

４
４
华 中 农 业 大 学 学 报 第 ３９ 卷
较低有关, 解磷菌剂的加入能提高土壤中有效磷的 [ １０ ]麦靖雯, 黎瑞君, 张巨明 ． 植物根际促生菌研究综述[ J ] ． 现代农
含量, 增强大豆对磷的吸收.因此, 解磷菌剂在使用 业科技, ２０１８ ( １２ ): １７９Ｇ１８０．MAIJ W , LIRJ , ZHANGJ M．
时应该注意结合当地土壤土质.此外, 种植土壤中 Researchsummar yonp lantg rowthp romotin grhizobacteria
[ J ] ．Moderna g riculturalscienceandtechnolo gy , ２０１８ ( １２ ):
土著根瘤菌的数量也会影响到根瘤菌剂 的使用效
１７９Ｇ１８０ ( inChinesewithEn g lishabstract ) ．
果 [ ２３ ] , 因此, 在含根瘤菌数量较少的河北土壤中接 [ １１ ] LOBOCB , JUÁREZTOMÁSMS , VIRUELE , etal．Develo p Ｇ
种根瘤菌剂, 冀豆 １７ 和冀豆 １２ 的产量、 结瘤数、 根 mentoflowＧcostformulationsof p lant g rowthＧ p romotin gbacＧ
瘤鲜质量显著增加. teriatobeusedasinoculantsinbeneficiala g riculturaltechnolＧ
o g ies [ J ] ．Microbiolo g icalresearch , ２０１９ , ２１９ : １２Ｇ２５．
参考文献 References [ １２ ] GOSWAMID , THAKKERJN , DHANDHUKIAPC．PortraＧ
y in gmechanicsof p lantg rowthp romotin grhizobacteria ( PGＧ
[ １ ] 张志民, 董文恒, 田光吉, 等 ． 提高大豆蛋白质含量的途径与措
PR ): areview [ J / OL ] ．Co g entfood&a g riculture , ２０１６ , ２ ( １ ):
施[ J ] ． 中国种业, ２０１７ ( ３ ): ２２Ｇ２３．ZHANGZ M , DONG W H ,
１１２７５００ [ ２０１９Ｇ０５Ｇ１３ ] ．htt p s :// doi．or g / １０．１０８０ / ２３３１１９３２．
TIAN GJ , etal．Methodandmeasurestoim p rovethep rotein
２０１５．１１２７５００．
contentofso y bean [ J ] ．Chinaseedindustr y , ２０１７ ( ３ ): ２２Ｇ２３ ( in [ １３ ]杜雷, 王素萍, 陈钢, 等 ． 一株高效解磷细菌的筛选、 鉴定及其溶
Chinese ) ．
磷能力的研究[ J ] ． 中国土壤与肥料, ２０１７ ( ３ ): １３６Ｇ１４１．DUL ,
[ ２ ] 孙向东, 兰静, 任红波, 等 ． 黑龙江省大豆与进口大豆品质比较
WANGSP , CHENG , etal．IsolationandidentidicationofeffiＧ
[ J ] ． 黑龙江农业科学, ２０１７ ( ７ ): ５１Ｇ５８．SUN XD , LANJ , REN
cientp hos p hateＧsolubilizin gbacterialstrainanditsp hos p hateＧ
H B , etal．Com p aration on q ualitiesbetween Heilon gj ian g
solubilizin gca p acit y [ J ] ．SoilandfertilizersciencesinChina ,
Provinceso y beansandim p ortedso y beans [ J ] ．Heilon gj ian g a g Ｇ
２０１７ ( ３ ): １３６Ｇ１４１ ( inChinesewithEn g lishabstract ) ．
riculturalsciences , ２０１７ ( ７ ): ５１Ｇ５８ ( inChinesewithEn g lishabＧ
[ １４ ] NYOKID , NDAKIDEMIP A．Yieldres p onseofintercro pp ed
stract ) ．
so y beanand maizeunderrhizobia ( Brad y rhizobium j a p oniＧ
[ ３ ] 张秋磊, 林敏, 平淑珍 ． 生物固氮及在可持续农业中的应用[ J ] ．
cum ) inoculationandPandKfertilization [ J ] ．Communications
生物技术通报, ２００８ ( ２ ): １Ｇ４．ZHANGQL , LIN M , PINGSZ．
insoilscienceandp lantanal y sis , ２０１８ , ４９ ( １０ ): １１６８Ｇ１１８５．
Biolo g icalnitro g enfixationanditsa pp licationinsustainable [ １５ ]郜春花, 卢朝东, 张强 ． 解磷菌剂对作物生长和土壤磷素的影响
a g riculture [ J ] ．Biotechnolo gybulletin , ２００８ ( ２ ): １Ｇ４ ( inChiＧ [ J ] ． 水土保持学报, ２００６ , ２０ ( ４ ): ５４Ｇ５６ , １０９．GAOC H , LU C
nesewithEn g lishabstract ) ．
D , ZHANG Q．Effectsof p hos p hateliberationbacteriaoncro p
[ ４ ] SERVICERF．A g biotech , ag rowin g threatdownonthefarm
g rowthand p hos p hateinsoil [ J ] ．JournalofsoilandwaterconＧ
[ J ] ．Science , ２００７ , ３１６ ( ５８２８ ): １１１４Ｇ１１１７．
servation , ２００６ , ２０ ( ４ ): ５４Ｇ５６ , １０９ ( inChinesewithEn g lishabＧ
[ ５ ] ALVESB , BODDEY R M , URQUIAGA S．Thesuccessof
stract ) ．
BNFinso y beaninBrazil [ J ] ．Plantandsoil , ２００３ , ２５２ ( １ ): １Ｇ９． [ １６ ] PIROMYOUP , BURANABANYATB , TANTASAWATP , et
[ ６ ] PARK Y , MUN B , KANGS , etal．Bacillusar y abhattaiSRB０２
al．Effectof p lant g rowthp romotin g rhizobacteria ( PGPR ) inＧ
toleratesoxidativeandnitrosativestressandp romotestheg rowth oculationon microbialcommunit ystructureinrhizos p hereof
ofso y bean b y modulatin g the p roduction of p h y tohormones fora g ecorncultivatedinThailand [ J ] ．Euro p ean j ournalofsoil
[ J / OL ] ．PLoS One , ２０１７ , １２ ( ３ ): e０１７３２０３３ [ ２０１９Ｇ０５Ｇ１３ ] ．htＧ
biolo gy , ２０１１ , ４７ ( １ ): ４４Ｇ５４．
t p s :// www．ncbi．nlm．nih． g ov / p mc / articles / PMC５３４５８１７ / ．DOI : [ １７ ]陶涛, 叶明, 刘冬, 等 ． 无机解磷细菌的筛选、 鉴定及其溶磷能力
１０．１３７１ / j ournal． p one．０１７３２０３． 研究[ J ] ． 合肥工业大学学报( 自然科学版), ２０１１ , ３４ ( ２ ): ３０４Ｇ
[ ７ ] KOZIEL M , GEBALAB , MARTYNIUKS．Res p onseofso y Ｇ ３０８．TAO T , YE M , LIU D , etal．OnisolationandidentificaＧ
beantoseedinoculationwithBrad y rhizobiumj a p onicum and tionofinor g anicp hos p hbacteriaanditsp hos p hateＧsolubilizin g
withmixedinoculantsofB． j a p onicumandAzotobacterchrooＧ ca p acit y [ J ] ．JournalofHefeiUniversit yofTechnolo gy ( natuＧ
coccum [ J ] ．Polishj ournalofmicrobiolo gy , ２０１３ , ６２ ( ４ ): ４５７Ｇ ralscienceedition ), ２０１１ , ３４ ( ２ ): ３０４Ｇ３０８ ( in Chinese with
４６０． En g lishabstract ) ．
[ ８ ] KLOEPPERJ W , LEONGJ , TEINTZE M , etal．Enhanced [ １８ ] GLICKMANN E , DESSAUX Y．Acriticalexaminationofthe
p lantＧ g rowthb y sidero p horesroducedb yp lant g rowthＧ p romoＧ s p ecificit yofthesalkowskirea g entforindoliccom p ounds p roＧ
tin g rhizobacteria [ J ] ．Nature , １９８０ , ２８６ ( ５７７６ ): ８８５Ｇ８８６． ducedb yp h y to p atho g enicbacteria [ J ] ．A pp liedandenvironＧ
[ ９ ] 赵伟进, 党赛, 何建清 ．２００６ — ２０１６ 年我国植物根际促生菌研 mentalmicrobiolo gy , １９９５ , ６１ ( ２ ): ７９３Ｇ７９６．
[ １９ ]伍惠, 钟喆栋, 樊伟, 等 ．８ 株优良大豆根瘤菌与不同地区 ２７ 个
究文献分析[ J ] ． 安徽农学通报, ２０１８ , ２４ ( １７ ): １６１Ｇ１６２．ZHAO
WJ , DANG S , HEJQ．Literatureanal y sisofp lantg rowth 大豆主栽品种的匹配性研究[ J ] ． 大豆科学, ２０１７ , ３６ ( ３ ): ４０５Ｇ
p romotin g rhizobacteriainChinafrom２００６to２０１６ [ J ] ．Anhui ４１８．WU H , ZHONGZD , FAN W , etal．S y mbioticcom p atiＧ
a g riculturalsciencebulletin , ２０１８ , ２４ ( １７ ): １６１Ｇ１６２ ( inChinese bilit yamon gei g hteliteso y beanrhizobiastrainsandtwent y Ｇ
withEn g lishabstract ) ． sevenso y beancultivarsfrom differentp lantin g [ J ] ．So y bean