dbBact

Field	Description
name	organic amendments shift the phosphorus-correlated microbial cooccurrence pattern in the peanut rhizosphere network during long-term fertilization regimes
sra	erp104358
sra	prjeb22659
datamd5	8de37a6c22f353969f46615b289acf55
mapmd5	3f514d2ea8224069ce1ab4c4bace8293

Exp. ID	User ID	Description	Date	Region	Sequences	Status	Flag
259	amnon	common in soil and rhizpsphere of peanut plants (common soil, rhizosphere, arachis hypogaea, ph 5, peanut, china)	2017-12-02	v4	1334	approved	No
259	amnon	higher in manured soil compared to non-manured ( high in manured soil compared to non-manured in soil fertilized soil rhizosphere arachis hypogaea ph 5 peanut china )	2017-12-02	v4	497	approved	No
259	amnon	lower in fertilized soil (npk) compared to non-fertilized ( high in non-fertilized soil compared to fertilized soil in soil rhizosphere arachis hypogaea ph 5 peanut china )	2017-12-02	v4	483	approved	No
259	amnon	lower in manured soil compared to non-manured ( high in non-manured soil compared to manured soil in soil fertilized soil rhizosphere arachis hypogaea ph 5 peanut china )	2017-12-02	v4	397	approved	No
259	amnon	higher in fertilized soil (npk) compared to non-fertilized ( high in fertilized soil compared to non-fertilized soil in soil rhizosphere arachis hypogaea ph 5 peanut china )	2017-12-02	v4	280	approved	No
259	amnon	high freq. in soil and rhizpsphere of peanut plants (dominant soil, rhizosphere, arachis hypogaea, ph 5, peanut, china)	2017-12-02	v4	8	approved	No

Experiment ID: 259