Accession SAMC2913338
Sample name HZb85
Title Microbial composition of the algal treatment group at the 85 cm soil layer after the experiment
Sample type Environmental/Metagenome Genomic Sequences MIMS.me -- soil
Organism agricultural soil bacteria ensemble
Description Examining the effect of the presence or absence of algae and before and after irrigation on the microbial community at different depths of the soil layer
Attributes
Collection date2021-03-08
environment biomesoil
environment featurewater,algae
environment materialsoil,water
Geographic locationChina:Inner Mongolia
Latitude and longitude40.73 N 107.28W
depth96 cm
elevation900 m
agrochemical additions
aluminium saturation
aluminium saturation method
altitude
annual and seasonal precipitation
annual and seasonal temperature
crop rotation
current land use
current vegetation
current vegetation method
drainage classification
extreme event
extreme salinity
FAO classification
fire
flooding
heavy metals
heavy metals method
horizon
horizon method
links to additional analysis
link to classification information
link to climate information
local classification
local classification method
microbial biomass
microbial biomass method
miscellaneous parameter
pH
pH method
pooling of DNA extracts
previous land use
previous land use method
profile position
salinity method
sieving
slope aspect
soil type
slope gradient
soil type method
storage conditions
texture
texture method
tillage
total N method
total nitrogen
total organic carbon method
total organic carbon
water content of soil
water content of soil method
sample volume or weight for DNA extraction
Reference for biomaterial
Relationship to oxygen
Sample collection device or method
Sample material processing
Sample size
source material identifiers
Isolation source
Custom Attributes
Release date 2023-07-13
BioProject Accession PRJCA018314
Submitter Han  Zheng  (1084100696@qq.com)
Organization China Agricultural University
Submission date 2023-07-13

Sample Data

Resource name Description
GSA (1) -
CRA011824 Soil microbial composition based on amplicon sequencing