Article(id=1226236832791314679, tenantId=1146029695717560320, journalId=1192105938417971205, issueId=1226236828399878330, articleNumber=null, orderNo=null, doi=10.13343/j.cnki.wsxb.20240671, pmid=null, cstr=null, oa=null, hot=null, price=null, onlineType=0, articleFormat=0, articleType=null, articleTypeStr=research-article, receivedDate=1730217600000, receivedDateStr=2024-10-30, revisedDate=null, revisedDateStr=null, acceptedDate=1739980800000, acceptedDateStr=2025-02-20, onlineDate=1770287243315, onlineDateStr=2026-02-05, pubDate=1746288000000, pubDateStr=2025-05-04, doiRegisterDate=null, doiRegisterDateStr=null, onlineIssueDate=1770287243315, onlineIssueDateStr=2026-02-05, onlineJustAcceptDate=null, onlineJustAcceptDateStr=null, onlineFirstDate=null, onlineFirstDateStr=null, sourceXml=null, magXml=null, createTime=1770287243315, creator=13701087609, updateTime=1770287243315, updator=13701087609, issue=Issue{id=1226236828399878330, tenantId=1146029695717560320, journalId=1192105938417971205, year='2025', volume='65', issue='5', pageStart='1831', pageEnd='2319', issueExtLink='null', onlineDate='null', pubDate='null', beforeIssueId=null, nextIssueId=null, price=null, status=1, issueComplete=1, articleOrder=1, issueType=-1, specialIssue=null, createTime=1770287242269, creator=13701087609, updateTime=1770344517883, updator=13701087609, preIssue=null, nextIssue=null, ext={EN=IssueExt(id=1226477059812274835, tenantId=1146029695717560320, journalId=1192105938417971205, issueId=1226236828399878330, language=EN, specialIssueTitle=, coverIllustrator=null, specialIssueEditor=, specialIssueAbout=), CN=IssueExt(id=1226477059816469140, tenantId=1146029695717560320, journalId=1192105938417971205, issueId=1226236828399878330, language=CN, specialIssueTitle=, coverIllustrator=null, specialIssueEditor=, specialIssueAbout=)}, issueFiles=null}, startPage=1976, endPage=1994, ext={EN=ArticleExt(id=1226236833131053317, articleId=1226236832791314679, tenantId=1146029695717560320, journalId=1192105938417971205, language=EN, title=Construction of bacterial consortia for preventing root rot and promoting growth of crops cultivated in unique agro-ecosystems of Gansu and Qinghai Provinces, columnId=1192149543992045670, journalTitle=Acta Microbiologica Sinica, columnName=Research Article, runingTitle=null, highlight=null, articleAbstract=

[Objective] To provide environmental sustainable, safe, and efficacious management approaches for root rot impacting a range of crops in the unique agro-ecosystems of Gansu and Qinghai Provinces. [Methods] The plate confrontation method and the organophosphorus agar plate were used for preliminary screening of 305 strains of tested bacteria, and the strains obtained from preliminary screening were re-screened with the fermentation broth method. Subsequently, the nitrogen-fixing, phosphate-solubilizing, and potassium-solubilizing abilities of the strains were determined by the Kjeldahl method, ultraviolet spectrophotometry, and flame photometry, respectively. The siderophore-producing activity, the IAA content in the fermentation broth, as well as the acid, alkali, and salt tolerance of the strains, were determined by spectrophotometric methods. Finally, targeting the pathogens causing root rot in various crops in Gansu and Qinghai Provinces, bacterial consortia were constructed with different functional strains for disease prevention and plant growth promotion. The plant growth-promoting and antifungal effects of different consortia were evaluated, and the best consortium was selected. Furthermore, the 16S rRNA gene and gyrB of the strains in the best consortia were sequenced for identification. The root rot-preventing and plant growth-promoting effects of the best consortium were evaluated by the pot culture method. [Results] A total of 86 antagonistic strains and 134 phosphate-solubilizing strains were preliminarily screened out, and 20 antagonistic strains were selected after re-screening, among which strains K87 and LB17 demonstrated excellent broad-spectrum antifungal effects. Specifically, K87 showed inhibition rates of 87.53%, 74.90%, 75.15%, 79.69%, and 88.43% against Fusarium avenaceum, F. equiseti, F. oxysporum, F. solani, and Microdochium bolleyi, respectively. LB17 exhibited inhibition rates of 61.89%, 87.52%, and 87.23% against F. oxysporum, F. solani, and Bipolaris sorokiniana, respectively. Among the 8 strains with superior plant growth-promoting abilities, LB17 had the strongest siderophore-producing activity, with an iron carrier activity unit (su) value of 0.32, and K113 exhibited a good nitrogen-fixing capability, fixing nitrogen at a rate of 0.08 g/L. K87 secreted the highest amount of IAA, which reached 9.87 mg/L. MP6 had the greatest ability to solubilize inorganic phosphorus, with a solubilization rate of 1 470.69 μg/mL, while K85 showed the best performance in solubilizing organic phosphorus, with a solubilization rate of 1 321.23 μg/mL. MP41 excelled in potassium solubilization, with a solubilization rate of 140.33 mg/L. Ultimately, 14 bacterial consortia were constructed, in which T2 exhibited the best synthetic performance, with a nitrogen-fixing rate of 0.212 g/L, a potassium solubilization rate of 86.28 mg/L, and an IAA secretion rate of 16.91 mg/L. Moreover, its inhibition rates against the 6 pathogenic fungi all reached over 60.00%, and even 87.69% against F. equiseti. Strains LB17, K87, and MP6 in this consortium were all identified as Bacillus velezensis. T2 demonstrated significant biocontrol efficacy against root rot in naked barley, with the control effects exceeding 70.00%, and exhibited remarkable plant growth-promoting properties. [Conclusion] This study developed an efficient bacterial consortium for the management of crop root rot and the promotion of crop growth in the unique agro-ecosystems in Gansu and Qinghai Provinces.

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【目的】为甘肃省和青海省特殊生境作物根腐类病害提供绿色安全有效的防治措施。【方法】通过平板对峙法及孟金娜平板法对305株供试细菌进行初筛，对初筛得到的菌株利用发酵液法复筛，然后采用凯氏定氮法、紫外分光光度计法、火焰分光光度计法分别测定复筛后优良菌株的固氮、溶磷、解钾、分泌吲哚-3-乙酸(indole-3-acetic acid, IAA)、分泌铁载体、耐酸、耐碱及耐盐特性。最后针对甘肃省和青海省不同作物根腐类病害病原，将不同功能优良菌株进行复配构建防病促生复合菌系，测定其促生特性及抑菌能力，筛选得到最优复合菌系，分析其所涉及菌株的16S rRNA基因及gyrB基因序列，确定各菌株的分类地位，并通过盆栽法测定其防病促生作用。【结果】共筛选得到拮抗菌86株、溶磷菌134株。复筛得到拮抗菌20株，其中K87、LB17等菌株抑菌效果良好且抑菌谱广。K87对燕麦镰孢、木贼镰孢、尖镰孢、茄镰孢、微座孢的抑菌率分别为87.53%、74.90%、75.15%、79.69%、88.43%；LB17对尖镰孢、茄镰孢、麦根腐平脐蠕孢的抑菌率分别为61.89%、87.52%、87.23%。对8株优良菌促生能力的测定发现：LB17分泌铁载体能力最强，铁载体活性单位(su)值为0.32；K113固氮性能较好，固氮量为0.08 g/L；K87分泌IAA量最高，达9.87 mg/L；MP6溶无机磷量最大，为1 470.69 μg/mL；K85溶有机磷效果最好，溶磷量为1 321.23 μg/mL；MP41解钾性能最好，解钾量为140.33 mg/L。最终构建形成优良复合菌系14组，其中复合菌系T2综合性能最优，固氮量为0.212 g/L，解钾量为86.28 mg/L，分泌IAA量为16.91 mg/L，对6种病原真菌的抑菌率均大于60.00%，对木贼镰孢的抑菌率为87.69%。所涉及菌株LB17、K87、MP6均被鉴定为贝莱斯芽孢杆菌(Bacillus velezensis)，对青稞根腐类病害的防效均在70.00%以上，且促生效果明显。【结论】本研究构建形成了一种甘青特殊生境作物根腐类病害高效防病促生复合菌系。

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caption=优良菌株的耐酸能力, figureFileSmall=CrKYK/fnqUrub2VUHNpVTQ==, figureFileBig=KFu36wEQx+h2q1qXgGfpwg==, tableContent=null), ArticleFig(id=1226592768949138148, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=EN, label=Figure 5, caption=Alkali tolerance of the superior strains., figureFileSmall=JJTQIMOHsaILIqVGTREayQ==, figureFileBig=xRFeNi6FqVClPGWvjYcxEg==, tableContent=null), ArticleFig(id=1226592769079161578, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=CN, label=图5, caption=优良菌株的耐碱能力, figureFileSmall=JJTQIMOHsaILIqVGTREayQ==, figureFileBig=xRFeNi6FqVClPGWvjYcxEg==, tableContent=null), ArticleFig(id=1226592769251128053, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=EN, label=Figure 6, caption=Salt tolerance of the superior strains., figureFileSmall=f/RcTYCT6zx/OH52MDDaiw==, figureFileBig=TSb8c/agfz15jkNOStrUCw==, tableContent=null), ArticleFig(id=1226592769389540090, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=CN, label=图6, caption=优良菌株的耐盐能力, figureFileSmall=f/RcTYCT6zx/OH52MDDaiw==, figureFileBig=TSb8c/agfz15jkNOStrUCw==, tableContent=null), ArticleFig(id=1226592769481814782, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=EN, label=Figure 7, caption=Compatibility of the superior strains., figureFileSmall=llSGS/1uO/I32fNiqRUoVQ==, figureFileBig=Bud+IgiVMpHyF62TFm/smA==, tableContent=null), ArticleFig(id=1226592769607643908, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=CN, label=图7, caption=优良菌株间的互作效应, figureFileSmall=llSGS/1uO/I32fNiqRUoVQ==, figureFileBig=Bud+IgiVMpHyF62TFm/smA==, tableContent=null), ArticleFig(id=1226592769762833163, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=EN, label=Figure 8, caption=Antifungal rate of the superior bacterial consortia against pathogenic fungi., figureFileSmall=/a9R3mm6wsYlOZGWwD+rDQ==, figureFileBig=6f1cctoXakeWkWESsC0PGQ==, tableContent=null), ArticleFig(id=1226592769901245204, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=CN, label=图8, caption=优良复合菌系对病原真菌的抑菌率, figureFileSmall=/a9R3mm6wsYlOZGWwD+rDQ==, figureFileBig=6f1cctoXakeWkWESsC0PGQ==, tableContent=null), ArticleFig(id=1226592770064823066, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=EN, label=Figure 9, caption=Phylogenetic tree constructed by the neighbor-joining method based on the sequences from 16S rRNA gene (A) and gyrB (B) locus of the strains. The accession numbers of the sequences in GenBank are shown following the species name, and the superscript “T” indicates the type strain. The branch numbers indicate the bootstrap support rate; The scale bar indicates a nucleotide substitution rate of 0.10., figureFileSmall=iuR5Hsv94ZRtTk+j8G2ZcA==, figureFileBig=vPBmwXJ5NX5XMGjZHbt5UA==, tableContent=null), ArticleFig(id=1226592770186457887, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=CN, label=图9, caption=基于16S rRNA基因(A)和 gyrB 基因(B)的系统发育树, figureFileSmall=iuR5Hsv94ZRtTk+j8G2ZcA==, figureFileBig=vPBmwXJ5NX5XMGjZHbt5UA==, tableContent=null), ArticleFig(id=1226592770282926889, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=EN, label=Table 1, caption=

Inhibition zone diameter of the antagonistic bacteria

, figureFileSmall=null, figureFileBig=null, tableContent=

Target pathogen	Strain No.	IZD (mm)	Target pathogen	Strain No.	IZD (mm)	Target pathogen	Strain No.	IZD (mm)
Fusarium avenaceum	K87	15.28±0.16a		K103	15.58±0.09tuv		LB7	23.35±1.18jkl
	K11	15.11±0.40a		K120	14.93±0.13uv		LB6	23.12±0.51kl
	K91	14.53±0.44ab		K110	14.45±0.41vw		LB33	22.24±0.88lm
	K38	14.43±0.16ab		K118	13.39±0.26wx		LB35	22.05±0.57lm
	K37	13.73±0.30bc		LB3	13.01±0.25wxy		LB26	21.34±0.60mn
	K79	13.71±0.24bc		LB4	12.67±0.38xy		K96	21.33±0.57mn
	K12	12.94±0.27cd		LB13	12.34±0.53xy		K105	21.17±0.36mno
	K34	14.42±0.31ab		LB5	11.61±0.42yz		LB8	21.00±0.99mno
	LB35	12.00±0.44de		K86	11.43±0.23yz		LB5	20.86±0.94mno
	K102	11.94±0.03de		K121	10.68±0.33z		LB44	19.97±0.24nop
	LB33	11.25±0.50ef		LB36	31.61±0.43j		LB13	19.46±0.22op
	LB11	10.94±0.48ef		LB40	18.39±0.36r		LB4	18.70±0.88pq
	K71	10.53±0.38f	Fusarium oxysporum	K33	33.16±0.55a		K100	17.59±0.33qr
	LB10	8.78±0.15g		K102	31.69±0.24ab		K98	17.44±0.28qr
	LB16	12.01±0.49de		K91	30.47±1.14abc		LB16	16.67±0.11rs
Fusarium equiseti	K91	42.23±0.16a		K29	30.01±0.93abcd		K89	16.61±0.41rs
	LB44	41.59±1.24a		N22	27.45±0.56bcde		K119	15.41±0.16s
	K115	38.72±0.08b		K87	27.35±0.76bcdef		K56	10.80±0.36t
	K105	38.69±0.33b		K117	27.22±5.95bcdef	Bipolaris sorokiniana	LB17	21.71±0.03a
	K113	38.32±0.53bc		K12	26.54±0.91cdefg		K91	20.55±0.02b
	LB35	37.47±1.21bc		LB33	26.42±0.71cdefg		K33	11.37±0.01e
	LB17	36.83±0.51cd		LB64	26.02±0.23cdefgh		LB33	9.28±0.03f
	K87	35.86±0.46de		N20	25.32±0.80defgh		K102	13.74±0.06c
	LB33	35.53±0.36def		K16	25.18±0.49efgh		K34	12.70±0.10d
	K56	35.21±0.07efg		K71	24.66±0.90efgh	Microdochium bolleyi	K102	30.99±0.52a
	LB2	34.71±0.36efgh		LB67	24.56±0.57efgh		K87	30.69±0.51a
	LB11	34.63±0.28efgh		K34	24.32±2.45efghi		LB10	28.26±0.41b
	LB27	16.17±0.75tu		K93	23.60±0.49efghi		K119	27.50±0.63bc
	K96	26.09±0.32lmn		LB7	23.57±0.68efghi		LB33	27.47±0.76bc
	K102	34.20±0.54fgh		LB6	23.29±1.80efghi		LB11	27.46±0.27bc
	LB26	33.98±0.51fgh		LB75	22.13±0.56ghij		MP2	27.09±0.27bcd
	LB16	33.73±0.55gh		LB73	21.34±0.54hij		LB30	26.10±0.87cde
	LB15	33.42±0.37hi		K37	21.33±0.73hij		LB35	25.91±0.65cde
	K85	32.07±0.33ij		LB34	19.77±0.56ijk		LB31	25.62±0.64de
	K117	31.69±0.32j		K79	18.46±0.95jk		LB27	25.49±0.22de
	LB32	31.48±0.14j		LB26	17.89±0.46jk		LB7	24.62±0.90ef
	LB28	30.50±0.44jk		LB28	16.12±0.21k		K118	24.61±0.08ef
	LB1	29.93±0.90k		K26	25.57±0.51defgh		K117	24.50±0.30ef
	LB10	29.63±1.39k		K11	22.48±0.73fghij		MP8	24.46±0.39ef
	LB20	27.51±0.16l	Fusarium solani	K87	38.52±0.46a		LB32	23.72±0.64fg
	LB7	27.50±0.68l		LB17	37.10±0.80ab		K100	22.98±0.08fgh
	LB14	26.47±0.89lm		K116	36.34±0.44b		LB16	22.94±0.38fgh
	K119	25.88±0.15mn		K114	34.26±0.62c		K86	22.27±0.55ghi
	LB34	25.64±0.38mn		K113	34.22±0.39c		LB40	21.97±0.89hij
	LB8	25.11±0.68mn		LB20	31.14±0.40d		LB34	21.95±0.58hij
	K51	24.71±0.15n		LB15	30.62±0.24d		LB37	21.65±0.36hijk
	LB25	22.75±0.35o		K85	30.20±0.59de		K91	21.39±0.69hijk
	LB21	22.10±0.77op		LB14	29.82±0.71def		LB24	21.14±0.89ijk
	N66	21.40±0.30opq		K91	28.89±0.62efg		MP14	20.39±0.02jkl
	LB24	21.31±0.53opq		K102	28.48±0.19fgh		LB9	19.97±0.52kl
	LB37	21.03±0.21pq		K115	28.03±0.24ghi		LB18	19.90±0.22kl
	N48	19.99±0.33q		LB2	27.18±0.12hi		MP13	19.34±0.78l
	LB38	18.35±0.39r		LB11	26.55±0.03i		MP16	19.24±0.43l
	LB19	17.76±0.28rs		LB28	24.97±0.24j		K89	19.16±0.20l
	K98	16.67±0.37st		LB21	24.12±0.88jk		MP12	17.49±0.60m
	LB6	15.97±0.14tuv		LB10	24.05±0.18jk		MP17	16.94±0.56m

), ArticleFig(id=1226592770412950318, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=CN, label=表1, caption=

拮抗菌抑菌圈直径

, figureFileSmall=null, figureFileBig=null, tableContent=

Target pathogen	Strain No.	IZD (mm)	Target pathogen	Strain No.	IZD (mm)	Target pathogen	Strain No.	IZD (mm)
Fusarium avenaceum	K87	15.28±0.16a		K103	15.58±0.09tuv		LB7	23.35±1.18jkl
	K11	15.11±0.40a		K120	14.93±0.13uv		LB6	23.12±0.51kl
	K91	14.53±0.44ab		K110	14.45±0.41vw		LB33	22.24±0.88lm
	K38	14.43±0.16ab		K118	13.39±0.26wx		LB35	22.05±0.57lm
	K37	13.73±0.30bc		LB3	13.01±0.25wxy		LB26	21.34±0.60mn
	K79	13.71±0.24bc		LB4	12.67±0.38xy		K96	21.33±0.57mn
	K12	12.94±0.27cd		LB13	12.34±0.53xy		K105	21.17±0.36mno
	K34	14.42±0.31ab		LB5	11.61±0.42yz		LB8	21.00±0.99mno
	LB35	12.00±0.44de		K86	11.43±0.23yz		LB5	20.86±0.94mno
	K102	11.94±0.03de		K121	10.68±0.33z		LB44	19.97±0.24nop
	LB33	11.25±0.50ef		LB36	31.61±0.43j		LB13	19.46±0.22op
	LB11	10.94±0.48ef		LB40	18.39±0.36r		LB4	18.70±0.88pq
	K71	10.53±0.38f	Fusarium oxysporum	K33	33.16±0.55a		K100	17.59±0.33qr
	LB10	8.78±0.15g		K102	31.69±0.24ab		K98	17.44±0.28qr
	LB16	12.01±0.49de		K91	30.47±1.14abc		LB16	16.67±0.11rs
Fusarium equiseti	K91	42.23±0.16a		K29	30.01±0.93abcd		K89	16.61±0.41rs
	LB44	41.59±1.24a		N22	27.45±0.56bcde		K119	15.41±0.16s
	K115	38.72±0.08b		K87	27.35±0.76bcdef		K56	10.80±0.36t
	K105	38.69±0.33b		K117	27.22±5.95bcdef	Bipolaris sorokiniana	LB17	21.71±0.03a
	K113	38.32±0.53bc		K12	26.54±0.91cdefg		K91	20.55±0.02b
	LB35	37.47±1.21bc		LB33	26.42±0.71cdefg		K33	11.37±0.01e
	LB17	36.83±0.51cd		LB64	26.02±0.23cdefgh		LB33	9.28±0.03f
	K87	35.86±0.46de		N20	25.32±0.80defgh		K102	13.74±0.06c
	LB33	35.53±0.36def		K16	25.18±0.49efgh		K34	12.70±0.10d
	K56	35.21±0.07efg		K71	24.66±0.90efgh	Microdochium bolleyi	K102	30.99±0.52a
	LB2	34.71±0.36efgh		LB67	24.56±0.57efgh		K87	30.69±0.51a
	LB11	34.63±0.28efgh		K34	24.32±2.45efghi		LB10	28.26±0.41b
	LB27	16.17±0.75tu		K93	23.60±0.49efghi		K119	27.50±0.63bc
	K96	26.09±0.32lmn		LB7	23.57±0.68efghi		LB33	27.47±0.76bc
	K102	34.20±0.54fgh		LB6	23.29±1.80efghi		LB11	27.46±0.27bc
	LB26	33.98±0.51fgh		LB75	22.13±0.56ghij		MP2	27.09±0.27bcd
	LB16	33.73±0.55gh		LB73	21.34±0.54hij		LB30	26.10±0.87cde
	LB15	33.42±0.37hi		K37	21.33±0.73hij		LB35	25.91±0.65cde
	K85	32.07±0.33ij		LB34	19.77±0.56ijk		LB31	25.62±0.64de
	K117	31.69±0.32j		K79	18.46±0.95jk		LB27	25.49±0.22de
	LB32	31.48±0.14j		LB26	17.89±0.46jk		LB7	24.62±0.90ef
	LB28	30.50±0.44jk		LB28	16.12±0.21k		K118	24.61±0.08ef
	LB1	29.93±0.90k		K26	25.57±0.51defgh		K117	24.50±0.30ef
	LB10	29.63±1.39k		K11	22.48±0.73fghij		MP8	24.46±0.39ef
	LB20	27.51±0.16l	Fusarium solani	K87	38.52±0.46a		LB32	23.72±0.64fg
	LB7	27.50±0.68l		LB17	37.10±0.80ab		K100	22.98±0.08fgh
	LB14	26.47±0.89lm		K116	36.34±0.44b		LB16	22.94±0.38fgh
	K119	25.88±0.15mn		K114	34.26±0.62c		K86	22.27±0.55ghi
	LB34	25.64±0.38mn		K113	34.22±0.39c		LB40	21.97±0.89hij
	LB8	25.11±0.68mn		LB20	31.14±0.40d		LB34	21.95±0.58hij
	K51	24.71±0.15n		LB15	30.62±0.24d		LB37	21.65±0.36hijk
	LB25	22.75±0.35o		K85	30.20±0.59de		K91	21.39±0.69hijk
	LB21	22.10±0.77op		LB14	29.82±0.71def		LB24	21.14±0.89ijk
	N66	21.40±0.30opq		K91	28.89±0.62efg		MP14	20.39±0.02jkl
	LB24	21.31±0.53opq		K102	28.48±0.19fgh		LB9	19.97±0.52kl
	LB37	21.03±0.21pq		K115	28.03±0.24ghi		LB18	19.90±0.22kl
	N48	19.99±0.33q		LB2	27.18±0.12hi		MP13	19.34±0.78l
	LB38	18.35±0.39r		LB11	26.55±0.03i		MP16	19.24±0.43l
	LB19	17.76±0.28rs		LB28	24.97±0.24j		K89	19.16±0.20l
	K98	16.67±0.37st		LB21	24.12±0.88jk		MP12	17.49±0.60m
	LB6	15.97±0.14tuv		LB10	24.05±0.18jk		MP17	16.94±0.56m

), ArticleFig(id=1226592770580722488, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=EN, label=Table 2, caption=

Solubilization zone diameter of the phosphate-solubilizing bacteria

, figureFileSmall=null, figureFileBig=null, tableContent=

No.	PSZD (mm)	No.	PSZD (mm)	No.	PSZD (mm)	No.	PSZD (mm)	No.	PSZD (mm)
CK	0.00±0.00	K38	11.21±0.01	K115	8.88±0.01	K17	10.78±0.20	MP8	8.83±0.03
K86	7.33±0.02	K37	10.97±0.04	K116	9.68±0.02	K6	9.76±0.02	MP12	13.64±0.04
K87	32.89±0.01	K79	12.59±0.01	K92	11.81±0.01	K5	7.76±0.02	MP13	13.68±0.01
K89	8.65±0.05	K12	7.01±0.01	K93	8.77±0.03	MP1	10.84±0.03	MP14	9.60±0.01
K91	10.27±0.03	K71	8.58±0.02	K94	11.54±0.02	MP7	11.19±0.05	MP16	6.75±0.07
K100	8.25±0.03	MP41	35.67±0.02	K95	7.41±0.02	MP10	11.23±0.07	MP17	7.82±0.04
K102	17.67±0.20	MP6	37.79±0.02	K72	11.21±0.01	MP11	10.19±0.05	K110	8.50±0.03
K117	9.93±3.34	MP9	16.49±0.02	K73	9.98±0.01	MP29	10.23±0.07	K112	6.90±0.01
K118	8.37±0.04	MP5	9.69±0.01	K74	12.98±0.01	MP28	9.23±0.07	K113	8.70±0.67
K119	14.29±0.01	MP3	8.71±0.01	K75	9.45±0.01	MP26	7.81±0.07	K114	11.28±0.01
LB7	9.59±0.03	K53	7.76±0.05	MP31	7.45±0.01	MP25	8.73±0.07	K34	10.90±0.01
LB9	15.56±0.06	K52	10.48±0.03	MP32	12.66±0.01	LB21	13.23±0.07	LB17	16.69±0.01
LB10	9.48±0.13	K61	8.38±0.01	MP33	9.24±0.01	LB22	8.99±0.06	K16	11.22±0.40
LB11	7.90±0.04	K62	13.26±0.02	K63	8.40±0.01	LB23	10.29±0.05	K45	13.74±0.01
LB16	11.68±0.01	K67	8.47±0.02	K35	7.30±0.02	LB25	8.29±0.05	K57	13.21±0.01
LB18	8.85±0.04	K85	27.49±0.01	K21	8.50±0.01	LB28	9.17±0.03	K11	7.85±0.03
LB24	12.77±0.03	K90	9.53±0.10	K22	9.70±0.01	LB38	9.84±0.02	K42	11.05±0.01
LB27	6.24±0.04	K108	8.58±0.29	K23	10.26±0.03	LB3	10.25±0.02	K58	8.10±0.01
LB30	12.39±0.01	K107	7.89±0.01	K24	8.64±0.01	LB2	7.25±0.02	K65	10.77±0.01
LB31	16.68±0.21	LB36	11.68±0.01	K25	7.90±0.01	LB29	13.28±0.02	K43	10.98±0.01
LB32	8.32±0.04	LB8	13.36±0.02	K26	7.75±0.21	K40	7.43±0.02	K44	11.43±0.01
LB33	11.62±0.04	LB6	7.38±0.09	K27	7.48±0.42	K41	8.56±0.02	K33	16.31±0.02
LB34	5.16±0.92	LB5	8.93±0.01	K28	10.79±0.42	MP36	7.31±0.01	MP2	16.34±0.04
LB35	7.60±0.01	LB1	8.72±0.03	K31	10.94±0.42	MP39	9.23±0.01	K104	9.85±0.03
LB37	7.41±0.02	K103	11.08±0.03	K13	13.26±0.42	MP40	7.23±0.01	K15	11.62±0.39
LB40	10.29±0.01	K105	10.86±0.02	K14	8.69±0.39	K111	10.91±0.01	MP34	12.24±0.02

), ArticleFig(id=1226592770698163002, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=CN, label=表2, caption=

溶磷菌溶磷圈直径

, figureFileSmall=null, figureFileBig=null, tableContent=

No.	PSZD (mm)	No.	PSZD (mm)	No.	PSZD (mm)	No.	PSZD (mm)	No.	PSZD (mm)
CK	0.00±0.00	K38	11.21±0.01	K115	8.88±0.01	K17	10.78±0.20	MP8	8.83±0.03
K86	7.33±0.02	K37	10.97±0.04	K116	9.68±0.02	K6	9.76±0.02	MP12	13.64±0.04
K87	32.89±0.01	K79	12.59±0.01	K92	11.81±0.01	K5	7.76±0.02	MP13	13.68±0.01
K89	8.65±0.05	K12	7.01±0.01	K93	8.77±0.03	MP1	10.84±0.03	MP14	9.60±0.01
K91	10.27±0.03	K71	8.58±0.02	K94	11.54±0.02	MP7	11.19±0.05	MP16	6.75±0.07
K100	8.25±0.03	MP41	35.67±0.02	K95	7.41±0.02	MP10	11.23±0.07	MP17	7.82±0.04
K102	17.67±0.20	MP6	37.79±0.02	K72	11.21±0.01	MP11	10.19±0.05	K110	8.50±0.03
K117	9.93±3.34	MP9	16.49±0.02	K73	9.98±0.01	MP29	10.23±0.07	K112	6.90±0.01
K118	8.37±0.04	MP5	9.69±0.01	K74	12.98±0.01	MP28	9.23±0.07	K113	8.70±0.67
K119	14.29±0.01	MP3	8.71±0.01	K75	9.45±0.01	MP26	7.81±0.07	K114	11.28±0.01
LB7	9.59±0.03	K53	7.76±0.05	MP31	7.45±0.01	MP25	8.73±0.07	K34	10.90±0.01
LB9	15.56±0.06	K52	10.48±0.03	MP32	12.66±0.01	LB21	13.23±0.07	LB17	16.69±0.01
LB10	9.48±0.13	K61	8.38±0.01	MP33	9.24±0.01	LB22	8.99±0.06	K16	11.22±0.40
LB11	7.90±0.04	K62	13.26±0.02	K63	8.40±0.01	LB23	10.29±0.05	K45	13.74±0.01
LB16	11.68±0.01	K67	8.47±0.02	K35	7.30±0.02	LB25	8.29±0.05	K57	13.21±0.01
LB18	8.85±0.04	K85	27.49±0.01	K21	8.50±0.01	LB28	9.17±0.03	K11	7.85±0.03
LB24	12.77±0.03	K90	9.53±0.10	K22	9.70±0.01	LB38	9.84±0.02	K42	11.05±0.01
LB27	6.24±0.04	K108	8.58±0.29	K23	10.26±0.03	LB3	10.25±0.02	K58	8.10±0.01
LB30	12.39±0.01	K107	7.89±0.01	K24	8.64±0.01	LB2	7.25±0.02	K65	10.77±0.01
LB31	16.68±0.21	LB36	11.68±0.01	K25	7.90±0.01	LB29	13.28±0.02	K43	10.98±0.01
LB32	8.32±0.04	LB8	13.36±0.02	K26	7.75±0.21	K40	7.43±0.02	K44	11.43±0.01
LB33	11.62±0.04	LB6	7.38±0.09	K27	7.48±0.42	K41	8.56±0.02	K33	16.31±0.02
LB34	5.16±0.92	LB5	8.93±0.01	K28	10.79±0.42	MP36	7.31±0.01	MP2	16.34±0.04
LB35	7.60±0.01	LB1	8.72±0.03	K31	10.94±0.42	MP39	9.23±0.01	K104	9.85±0.03
LB37	7.41±0.02	K103	11.08±0.03	K13	13.26±0.42	MP40	7.23±0.01	K15	11.62±0.39
LB40	10.29±0.01	K105	10.86±0.02	K14	8.69±0.39	K111	10.91±0.01	MP34	12.24±0.02

), ArticleFig(id=1226592770794631998, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=EN, label=Table 3, caption=

Antifungal rate of the antagonistic bacteria

, figureFileSmall=null, figureFileBig=null, tableContent=

Target pathogen	Strain No.	Antifungal rate (%)	Target pathogen	Strain No.	Antifungal rate (%)
Fusarium avenaceum	K56	87.54±0.01a	Fusarium oxysporum	K71	72.02±0.02j
	K87	87.53±0.02a		K11	65.70±0.02k
	K37	66.52±0.06b		LB16	61.31±0.01lmn
	LB16	66.05±0.03bc		K34	61.21±0.01lmn
	LB35	56.87±0.02de		K21	65.70±0.02k
	K11	55.46±0.01def	Fusarium solani	LB17	87.52±0.01a
	K91	54.86±0.03efg		K11	83.09±0.01b
	K34	53.89±0.04efgh		K87	79.69±0.01c
	K38	52.14±0.02fghi		K38	69.04±0.04d
	LB33	49.80±0.05hij		K21	79.74±0.01c
	K79	44.79±0.02k		K102	79.74±0.02c
Fusarium equiseti	K102	92.88±0.02a	Bipolaris sorokiniana	LB17	87.23±0.03a
	LB64	82.01±0.03b		K91	82.47±0.02b
	K91	81.23±0.01bc		K34	57.61±0.01de
	K34	79.92±0.04cd		K33	53.36±0.03f
	K21	79.43±0.02cd		K102	66.81±0.02c
	K56	78.06±0.05de		LB33	58.09±0.01d
	K87	74.90±0.01fgh	Microdochium bolleyi	LB33	92.55±0.01a
	K117	74.92±0.02fgh		K33	89.69±0.02c
	LB33	73.75±0.02h		K37	89.17±0.02c
	LB17	61.89±0.01i		K34	89.04±0.01c
Fusarium oxysporum	LB33	80.18±0.03ab		K20	88.58±0.03cd
	K33	78.99±0.04bc		K87	88.43±0.04cd
	K37	78.14±0.02bcd		K56	65.63±0.01e
	K38	75.40±0.01ef		LB17	57.37±0.01f
	K87	75.15±0.01efg		K91	54.54±0.01g
	K102	75.05±0.02efgh		K71	45.16±0.03h
	LB34	74.39±0.01fghi		LB64	91.50±0.04ab

), ArticleFig(id=1226592770920461127, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=CN, label=表3, caption=

拮抗菌的抑菌率

, figureFileSmall=null, figureFileBig=null, tableContent=

Target pathogen	Strain No.	Antifungal rate (%)	Target pathogen	Strain No.	Antifungal rate (%)
Fusarium avenaceum	K56	87.54±0.01a	Fusarium oxysporum	K71	72.02±0.02j
	K87	87.53±0.02a		K11	65.70±0.02k
	K37	66.52±0.06b		LB16	61.31±0.01lmn
	LB16	66.05±0.03bc		K34	61.21±0.01lmn
	LB35	56.87±0.02de		K21	65.70±0.02k
	K11	55.46±0.01def	Fusarium solani	LB17	87.52±0.01a
	K91	54.86±0.03efg		K11	83.09±0.01b
	K34	53.89±0.04efgh		K87	79.69±0.01c
	K38	52.14±0.02fghi		K38	69.04±0.04d
	LB33	49.80±0.05hij		K21	79.74±0.01c
	K79	44.79±0.02k		K102	79.74±0.02c
Fusarium equiseti	K102	92.88±0.02a	Bipolaris sorokiniana	LB17	87.23±0.03a
	LB64	82.01±0.03b		K91	82.47±0.02b
	K91	81.23±0.01bc		K34	57.61±0.01de
	K34	79.92±0.04cd		K33	53.36±0.03f
	K21	79.43±0.02cd		K102	66.81±0.02c
	K56	78.06±0.05de		LB33	58.09±0.01d
	K87	74.90±0.01fgh	Microdochium bolleyi	LB33	92.55±0.01a
	K117	74.92±0.02fgh		K33	89.69±0.02c
	LB33	73.75±0.02h		K37	89.17±0.02c
	LB17	61.89±0.01i		K34	89.04±0.01c
Fusarium oxysporum	LB33	80.18±0.03ab		K20	88.58±0.03cd
	K33	78.99±0.04bc		K87	88.43±0.04cd
	K37	78.14±0.02bcd		K56	65.63±0.01e
	K38	75.40±0.01ef		LB17	57.37±0.01f
	K87	75.15±0.01efg		K91	54.54±0.01g
	K102	75.05±0.02efgh		K71	45.16±0.03h
	LB34	74.39±0.01fghi		LB64	91.50±0.04ab

), ArticleFig(id=1226592771084038993, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=EN, label=Table 4, caption=

Plant growth-promoting potential of the superior strains

, figureFileSmall=null, figureFileBig=null, tableContent=

Strain No.	Nitrogen-fixing quantity (g/L)	Dissolved inorganic phosphorus (μg/mL)	Dissolved organic phosphorus (μg/mL)	Potassium-releasing quantity (mg/L)	Producing IAA (mg/L)	Producing siderophore (su)
CK	0.000 0±0.000 1	0.00±0.01	0.00±0.01	0.00±0.01	0.000±0.001	0.000 0±0.000 1
LB17	0.051 2±0.000 2d	1 102.95±0.02b	586.45±0.03e	43.17±0.02b	5.687±0.001g	0.320 0±0.043 0a
K113	0.080 3±0.000 4a	909.84±0.04d	744.68±0.07d	33.70±0.02g	6.781±0.005c	0.310 2±0.000 3a
K87	0.059 6±0.001 6c	367.63±0.13h	432.79±0.10g	25.75±0.02h	9.873±0.003a	0.263 7±0.000 3b
K85	0.060 2±0.002 0b	949.69±0.09c	1 321.23±0.09a	35.52±0.03ef	5.790±0.006f	0.258 0±0.001 2b
MP6	0.060 6±0.002 0b	1 470.69±0.20a	1 141.86±0.04c	40.90±0.02c	6.672±0.023d	0.170 6±0.000 3c
K33	0.042 8±0.000 3e	569.64±0.01f	436.47±0.03f	36.23±0.03d	5.950±0.001e	0.170 2±0.000 3c
K56	0.043 6±0.000 3f	458.87±0.02g	336.92±0.04h	35.86±0.03de	6.649±0.012d	0.133 4±0.000 7d
MP41	0.053 7±0.000 4cd	742.27±0.02e	1 272.80±0.04b	140.33±0.03a	6.852±0.008b	0.132 9±0.000 6d

), ArticleFig(id=1226592771193090904, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=CN, label=表4, caption=

优良菌株的促生特性

, figureFileSmall=null, figureFileBig=null, tableContent=

Strain No.	Nitrogen-fixing quantity (g/L)	Dissolved inorganic phosphorus (μg/mL)	Dissolved organic phosphorus (μg/mL)	Potassium-releasing quantity (mg/L)	Producing IAA (mg/L)	Producing siderophore (su)
CK	0.000 0±0.000 1	0.00±0.01	0.00±0.01	0.00±0.01	0.000±0.001	0.000 0±0.000 1
LB17	0.051 2±0.000 2d	1 102.95±0.02b	586.45±0.03e	43.17±0.02b	5.687±0.001g	0.320 0±0.043 0a
K113	0.080 3±0.000 4a	909.84±0.04d	744.68±0.07d	33.70±0.02g	6.781±0.005c	0.310 2±0.000 3a
K87	0.059 6±0.001 6c	367.63±0.13h	432.79±0.10g	25.75±0.02h	9.873±0.003a	0.263 7±0.000 3b
K85	0.060 2±0.002 0b	949.69±0.09c	1 321.23±0.09a	35.52±0.03ef	5.790±0.006f	0.258 0±0.001 2b
MP6	0.060 6±0.002 0b	1 470.69±0.20a	1 141.86±0.04c	40.90±0.02c	6.672±0.023d	0.170 6±0.000 3c
K33	0.042 8±0.000 3e	569.64±0.01f	436.47±0.03f	36.23±0.03d	5.950±0.001e	0.170 2±0.000 3c
K56	0.043 6±0.000 3f	458.87±0.02g	336.92±0.04h	35.86±0.03de	6.649±0.012d	0.133 4±0.000 7d
MP41	0.053 7±0.000 4cd	742.27±0.02e	1 272.80±0.04b	140.33±0.03a	6.852±0.008b	0.132 9±0.000 6d

), ArticleFig(id=1226592771302142812, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=EN, label=Table 5, caption=

Plant growth-promoting potential of the superior bacterial consortia

, figureFileSmall=null, figureFileBig=null, tableContent=

Bacterial consortium	Nitrogen-fixing quantity (g/L)	Potassium-releasing quantity (mg/L)	Dissolved organic phosphorus (μg/mL)	Dissolved inorganic phosphorus (μg/mL)	Producing IAA (mg/L)	Producing siderophore (su)	Comprehensive analysis
T1 (K87+LB17)	0.107 1±0.000 2e	84.00±0.10b	300.56±2.03g	351.86±2.30d	9.94±0.02m	0.276 0±0.001 2f	0.302
T2 (K87+LB17+MP6)	0.212 0±0.000 0a	86.28±0.10a	346.50±0.77e	413.11±2.03c	16.91±0.05h	0.328 4±0.000 3e	0.611
T3 (K87+LB17+MP6+K85)	0.018 9±0.000 1k	71.78±0.10f	437.60±2.03b	419.23±1.53b	18.56±0.03e	0.181 6±0.001 3j	0.376
T4 (K56+LB17)	0.012 1±0.000 1l	43.01±0.01h	255.40±0.01i	299.80±0.77f	51.63±0.09a	0.210 9±0.000 3i	0.464
T5 (K56+LB17+K113)	0.104 7±0.000 2f	39.72±0.03l	322.77±2.03f	328.13±3.05e	19.39±0.03d	0.368 6±0.000 3c	0.434
T6 (K56+LB17+MP6+K113)	0.011 1±0.000 0l	43.97±0.01g	263.25±3.63i	273.00±0.77g	20.28±0.01c	0.176 6±0.001 5k	0.249
T7 (K33+LB17)	0.045 3±0.000 1i	41.30±0.01k	386.31±1.33d	409.43±0.15c	15.59±0.00j	0.260 0±0.000 9g	0.320
T8 (K33+LB17+MP6)	0.018 0±0.000 0k	42.12±0.03j	403.91±0.77c	413.25±2.66c	15.00±0.04kl	0.339 2±0.000 9d	0.335
T9 (K33+LB17+MP6+K113)	0.149 2±0.000 0b	80.40±0.01e	259.22±1.53i	275.50±2.63g	18.28±0.02f	0.112 7±0.000 0m	0.471
T10 (MP6+K85+MP41+K113)	0.037 2±0.000 3j	42.19±0.03j	281.43±1.53h	298.27±2.03f	23.54±0.02b	0.226 9±0.000 6h	0.306
T12 (K113+MP41)	0.073 0±0.002 5h	30.37±0.03m	212.98±8.68k	233.19±1.53i	14.98±0.02l	0.164 1±0.000 9l	0.234
T13 (LB17+K113+MP41)	0.141 0±0.000 0c	81.26±0.01c	482.00±0.77a	425.35±0.01a	15.10±0.05k	0.470 2±0.000 9a	0.579
T14 (K87+LB17+MP6+K113)	0.077 6±0.000 0g	80.78±0.10d	257.69±0.01i	348.02±0.01d	15.88±0.03i	0.413 6±0.001 2b	0.464
T15 (K87+LB17+MP6+MP41)	0.135 2±0.000 1d	42.82±0.01i	233.19±2.03j	247.74±1.53h	18.11±0.04g	0.112 2±0.000 3m	0.376

), ArticleFig(id=1226592771419583330, tenantId=1146029695717560320, journalId=1192105938417971205, articleId=1226236832791314679, language=CN, label=表5, caption=

优良复合菌系的促生特性

, figureFileSmall=null, figureFileBig=null, tableContent=

Bacterial consortium	Nitrogen-fixing quantity (g/L)	Potassium-releasing quantity (mg/L)	Dissolved organic phosphorus (μg/mL)	Dissolved inorganic phosphorus (μg/mL)	Producing IAA (mg/L)	Producing siderophore (su)	Comprehensive analysis
T1 (K87+LB17)	0.107 1±0.000 2e	84.00±0.10b	300.56±2.03g	351.86±2.30d	9.94±0.02m	0.276 0±0.001 2f	0.302
T2 (K87+LB17+MP6)	0.212 0±0.000 0a	86.28±0.10a	346.50±0.77e	413.11±2.03c	16.91±0.05h	0.328 4±0.000 3e	0.611
T3 (K87+LB17+MP6+K85)	0.018 9±0.000 1k	71.78±0.10f	437.60±2.03b	419.23±1.53b	18.56±0.03e	0.181 6±0.001 3j	0.376
T4 (K56+LB17)	0.012 1±0.000 1l	43.01±0.01h	255.40±0.01i	299.80±0.77f	51.63±0.09a	0.210 9±0.000 3i	0.464
T5 (K56+LB17+K113)	0.104 7±0.000 2f	39.72±0.03l	322.77±2.03f	328.13±3.05e	19.39±0.03d	0.368 6±0.000 3c	0.434
T6 (K56+LB17+MP6+K113)	0.011 1±0.000 0l	43.97±0.01g	263.25±3.63i	273.00±0.77g	20.28±0.01c	0.176 6±0.001 5k	0.249
T7 (K33+LB17)	0.045 3±0.000 1i	41.30±0.01k	386.31±1.33d	409.43±0.15c	15.59±0.00j	0.260 0±0.000 9g	0.320
T8 (K33+LB17+MP6)	0.018 0±0.000 0k	42.12±0.03j	403.91±0.77c	413.25±2.66c	15.00±0.04kl	0.339 2±0.000 9d	0.335
T9 (K33+LB17+MP6+K113)	0.149 2±0.000 0b	80.40±0.01e	259.22±1.53i	275.50±2.63g	18.28±0.02f	0.112 7±0.000 0m	0.471
T10 (MP6+K85+MP41+K113)	0.037 2±0.000 3j	42.19±0.03j	281.43±1.53h	298.27±2.03f	23.54±0.02b	0.226 9±0.000 6h	0.306
T12 (K113+MP41)	0.073 0±0.002 5h	30.37±0.03m	212.98±8.68k	233.19±1.53i	14.98±0.02l	0.164 1±0.000 9l	0.234
T13 (LB17+K113+MP41)	0.141 0±0.000 0c	81.26±0.01c	482.00±0.77a	425.35±0.01a	15.10±0.05k	0.470 2±0.000 9a	0.579
T14 (K87+LB17+MP6+K113)	0.077 6±0.000 0g	80.78±0.10d	257.69±0.01i	348.02±0.01d	15.88±0.03i	0.413 6±0.001 2b	0.464
T15 (K87+LB17+MP6+MP41)	0.135 2±0.000 1d	42.82±0.01i	233.19±2.03j	247.74±1.53h	18.11±0.04g	0.112 2±0.000 3m	0.376

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Root rot control efficacy and plant growth promoting effect on naked barley of the optimal bacterial consortium T2

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Treatment	Disease index	Control effect (%)	Plant height (cm)	Stem diameter (mm)
CK1	85.00±3.90a	-	19.75±2.89b	0.058±0.010b
M1	23.50±4.74b	72.35	30.11±1.24a	0.114±0.012a
CK2	86.50±3.16a	-	19.89±3.37b	0.042±0.013b
M2	25.25±5.19b	70.81	30.22±1.27a	0.123±0.010a
CK3	86.25±2.12a	-	26.63±1.65b	0.051±0.015b
M3	21.50±5.67b	75.07	30.71±1.19a	0.114±0.011a

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最优复合菌系T2对青稞根腐病的防效及促生作用

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Treatment	Disease index	Control effect (%)	Plant height (cm)	Stem diameter (mm)
CK1	85.00±3.90a	-	19.75±2.89b	0.058±0.010b
M1	23.50±4.74b	72.35	30.11±1.24a	0.114±0.012a
CK2	86.50±3.16a	-	19.89±3.37b	0.042±0.013b
M2	25.25±5.19b	70.81	30.22±1.27a	0.123±0.010a
CK3	86.25±2.12a	-	26.63±1.65b	0.051±0.015b
M3	21.50±5.67b	75.07	30.71±1.19a	0.114±0.011a

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