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Field | Description |
---|---|
name | rhizosphere-associated bacterial network structure and spatial distribution differ significantly from bulk soil in wheat crop fields |
sra | srp093471 |
sra | srp093471 |
datamd5 | 437960c61bfe782c7bcff38c938eb9e5 |
mapmd5 | 38714611eb6c07b41b3cb97f253f8c3f |
Exp. ID | User ID | Description | Date | Region | Flag | Sequences |
---|---|---|---|---|---|---|
155 | amnon | high freq in soil loosely bound to wheat root (dominant triticum aestivum, wheat, soil, rhizosphere, china) | 2017-07-02 | v4 | No | 1 |
Field | Description |
---|---|
description | high freq in soil loosely bound to wheat root |
type | dominant |
num_sequences | 1 |
region | v4 |
flags | 0 |
agent | calour |
method | na |
date | 2017-07-02 |
username | amnon |
private | n |
all | triticum aestivum |
all | wheat |
all | soil |
all | rhizosphere |
all | china |
all: tracheophyta cellular organisms streptophyta magnoliophyta geographic location continuant triticum asia eukaryota entity plant triticinae poales pooideae na wheat viridiplantae soil continent commelinids taxonomy root spermatophyta embryophyta environmental material triticum aestivum rhizosphere material entity experimental factor petrosaviidae euphyllophyta environmental zone china immaterial entity dbbact root mesangiospermae organism triticodae bop clade poaceae northeast asia independent continuant triticeae liliopsida fiat object eurasia site streptophytina
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