Annotation details (ID: 1136)

Experiment ID: 155

Field Description
namerhizosphere-associated bacterial network structure and spatial distribution differ significantly from bulk soil in wheat crop fields
srasrp093471
srasrp093471
datamd5437960c61bfe782c7bcff38c938eb9e5
mapmd538714611eb6c07b41b3cb97f253f8c3f

Annotations Details

Exp. ID User ID Description Date Region Flag Sequences
155amnonhigher in tightly bound root soil compared to loose soil and bulk soil ( high in root compared to bulk soil in triticum aestivum wheat soil china )2017-07-02v4No1714
Field Description
descriptionhigher in tightly bound root soil compared to loose soil and bulk soil
typediffexp
num_sequences1714
regionv4
flags0
agentcalour
methodna
date2017-07-02
usernameamnon
privaten
alltriticum aestivum
allwheat
allsoil
lowbulk soil
highroot
allchina

Sequences

Ontology terms (including parents)

high: root plant organ continuant plant anatomical entity organism part material entity entity multi-tissue plant structure plant structure experimental factor anatomy basic component independent continuant plant axis

all: triticeae spermatophyta triticinae geographic location fiat object experimental factor magnoliophyta independent continuant mesangiospermae poales streptophyta na entity organism northeast asia liliopsida viridiplantae petrosaviidae wheat triticum aestivum material entity tracheophyta bop clade china euphyllophyta asia embryophyta triticodae environmental material poaceae root cellular organisms eukaryota continuant triticum continent commelinids streptophytina soil eurasia pooideae

low: continuant material entity bulk soil entity soil fiat object environmental material independent continuant

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