dbBact

Field	Description
name	biogeographic patterns in below-ground diversity in new york city's central park are similar to those observed globally
sra	erp006161
qiita	2104
datamd5	1df1cb1da3b5a6ad5f8d26d4ea4222d8
mapmd5	821ce906609fe5b5bdcd93748f91a0f7

Exp. ID	User ID	Description	Date	Region	Sequences	Status	Flag
100	amnon	high in ph ph<6 compared to ph>6 in park soil urban biome new york city central park	2017-04-03	v4	5770	approved	No
100	amnon	high in ph ph>6 compared to ph<6 in park soil urban biome new york city central park	2017-04-03	v4	5365	approved	No
100	amnon	high in ph ph<5.5 compared to ph>5.5 in park soil urban biome new york city central park	2017-04-03	v4	4262	approved	No
100	amnon	high in ph ph<5 compared to ph>5 in park soil urban biome new york city central park	2017-04-03	v4	1451	approved	No
100	amnon	high in ph ph>7 compared to ph<7 in park soil urban biome new york city central park	2017-04-03	v4	918	approved	No
100	amnon	common park, soil, urban biome, new york city, central park	2017-04-03	v4	685	approved	No
100	amnon	high in ph ph 6-7 compared to ph>7 ph<6 in park soil urban biome new york city central park	2017-04-03	v4	126	approved	No
100	amnon	high in ph ph>5, ph<6.5 compared to ph<5 ph>6.5 in park soil urban biome new york city central park	2017-04-03	v4	1	approved	No
100	amnon	dominant park, soil, urban biome, new york city, central park	2017-04-03	v4	1	approved	No

Experiment ID: 100