dbBact

Field	Description
name	structural and functional differentiation of the microbial community in the surface and subsurface peat of two minerotrophic fens in china
sra	srp120450
sra	prjna414757
datamd5	8823f6aadb2568732d84f619d3e7c3e6
mapmd5	fbcfce9540c7451b731259a68bd645cf

Exp. ID	User ID	Description	Date	Region	Sequences	Status	Flag
512	amnon	common peatland, fen, soil, peat soil, tibetan plateau, riganqiao peatland, ph 5.5-6.5, china	2019-03-22	v4	483	approved	No
512	amnon	high in tibetan plateau riganqiao peatland ph 5.5-6.5 compared to baekdudaegan ph 5-6 hani peatland in peatland fen soil peat soil china	2019-03-22	v4	381	approved	No
512	amnon	high in baekdudaegan ph 5-6 hani peatland compared to tibetan plateau riganqiao peatland ph 5.5-6.5 in peatland fen soil peat soil china	2019-03-22	v4	363	approved	No
512	amnon	common peatland, fen, soil, peat soil, baekdudaegan, ph 5-6, hani peatland, china	2019-03-22	v4	329	approved	No
512	amnon	high in depth (soil) 60cm compared to depth (soil) 0-20cm depth (soil) 10 cm in peatland fen soil peat soil china	2019-03-22	v4	155	approved	No
512	amnon	high in depth (soil) 0-20cm depth (soil) 10 cm compared to depth (soil) 60cm in peatland fen soil peat soil china	2019-03-22	v4	77	approved	No
512	amnon	dominant peatland, fen, soil, peat soil, tibetan plateau, riganqiao peatland, ph 5.5-6.5, china	2019-03-22	v4	8	approved	No
512	amnon	dominant peatland, fen, soil, peat soil, baekdudaegan, ph 5-6, hani peatland, china	2019-03-22	v4	5	approved	No

Experiment ID: 512