Data Package Metadata View Summary

Jornada Basin LTER Cross-scale Interactions Study (CSIS) Block 3 meteorological station: 30-minute soil volumetric water content data: 2013 - ongoing

General Information

Data Package:
Local Identifier:	knb-lter-jrn.210548063.1
Title:	Jornada Basin LTER Cross-scale Interactions Study (CSIS) Block 3 meteorological station: 30-minute soil volumetric water content data: 2013 - ongoing
Alternate Identifier:	DOI PLACE HOLDER
Abstract:	30-minute Soil Moisture data at 10 cm at CSIS Block-3. Collection of soil volumetric water content data at Jornada LTER Cross-scale Interactions Study (CSIS) blocks, New Mexico, supports the environmental monitoring objectives of the Jornada LTER monitoring program that look at plant-soil water dynamics. Soil volumetric water content is measured at 10 cm depth at 3 locations at each of the 4 plots per block. The locations in each plot are under bare soil, under perennial grass, and under shrub. Volumetric water content, bulk electrical conductivity, soil temperature, and bulk dielectric permittivity are recorded every 30 minutes at an automated meteorological station installed at Jornada LTER CSIS Block-3 site. This is an ONGOING dataset.
Publication Date:	2020-10-07

Time Period

Begin:

2013-05-15

End:

2020-10-07

People and Organizations
Contact:	Data Manager(JRN-LTER Information Manager) [ email ]
Creator:	Duniway, Michael (JRN LTER, co-Principal Investigator)

Data Entities
Data Table Name:	csis-3_vwc_30min_L2_rev_1.csv
Description:	Main data table from Jornada Basin LTER Cross-scale Interactions Study (CSIS) Block 3 meteorological station: 30-minute soil volumetric water content data: 2013 - ongoing

Detailed Metadata

Data Entities

Data Table

Data:

https://pasta-s.lternet.edu/package/data/eml/knb-lter-jrn/210548063/1/29941740d9e32a33950108f01c2a7904

Name:

csis-3_vwc_30min_L2_rev_1.csv

Description:

Main data table from Jornada Basin LTER Cross-scale Interactions Study (CSIS) Block 3 meteorological station: 30-minute soil volumetric water content data: 2013 - ongoing

Number of Records:

129685

Number of Columns:

151

Methods and protocols used in the collection of this data package

Description:

Data processing using the GCE Data Toolbox for MATLAB

Software:

Title:

GCE Data Toolbox for MATLAB

Author(s):

Organization:

Georgia Coastal Ecosystems LTER

Email Address:

gcelter@uga.edu

Abstract:

The GCE Data Toolbox is a comprehensive library of functions for metadata-based analysis quality control, transformation and management of ecological data sets. The toolbox is based on the GCE Data Structure, a MATLAB specification for storing tabular data along with all information required to interpret the data and generate formatted metadata (documentation). Metadata fields in the structure are queried by toolbox functions for all operations, allowing functions to process and format values appropriately based on the type of information they represent. This semantic processing approach supports highly automated and intelligent data analysis and ensures data set validity throughout all processing steps.

Implementation Info:

Distribution:

Url:

https://gce-svn.marsci.uga.edu/trac/GCE_Toolbox

Version Number:

Toolbox Version 3.9.9b (06-Mar-2019)

Quality Control
Quality Control Step 1:

Description:

Quality control analysis was performed using the GCE Data Toolbox for MATLAB software. Column data types are validated upon importing the table into MATLAB, and qualifier flags are automatically generated for data values based on QA/QC criteria for each data column pre-defined in metadata templates (e.g. value range checks, sanity checks, pattern checks). Automatically-assigned qualifier flags are reviewed graphically and revised or augmented as deemed appropriate by JRN information management staff, based on metadata information from the contributor, values of other measured variables, or statistical tests. Qualifier flags are also assigned to values that are imputed or derived, revised, or otherwise differ from values in the original data submission. A column of coded qualifier flags is generated and included in the data table if flags are assigned to any value in a data column.

Table Structure

Object Name:

csis-3_vwc_30min_L2_rev_1.csv

Size:

94496380 byte

Authentication:

1b1eaee9318df89dfdb6277dbbaeeed2 Calculated By MD5

Character Encoding:

ASCII

Text Format:

Number of Header Lines:

Number of Foot Lines:

Record Delimiter:

\r\n

Line Number For One Record:

Orientation:

column

Simple Delimited:

Field Delimiter:	,
Quote Character:	"

Table Column Descriptions

Column Name:

TIMESTAMP

Year

YearDay

Hours

RECORD

Flag_RECORD

SiteID

Vwc_3A_Bare_10cm

Flag_Vwc_3A_Bare_10cm

Vwc_3A_Grass_10cm

Flag_Vwc_3A_Grass_10cm

Vwc_3A_Shrub_10cm

Flag_Vwc_3A_Shrub_10cm

Vwc_3B_Bare_10cm

Flag_Vwc_3B_Bare_10cm

Vwc_3B_Grass_10cm

Flag_Vwc_3B_Grass_10cm

Vwc_3B_Shrub_10cm

Flag_Vwc_3B_Shrub_10cm

Vwc_3C_Bare_10cm

Flag_Vwc_3C_Bare_10cm

Vwc_3C_Grass_10cm

Flag_Vwc_3C_Grass_10cm

Vwc_3C_Shrub_10cm

Flag_Vwc_3C_Shrub_10cm

Vwc_3D_Bare_10cm

Flag_Vwc_3D_Bare_10cm

Vwc_3D_Grass_10cm

Flag_Vwc_3D_Grass_10cm

Vwc_3D_Shrub_10cm

Flag_Vwc_3D_Shrub_10cm

Ec_3A_Bare_10cm

Flag_Ec_3A_Bare_10cm

Ec_3A_Grass_10cm

Flag_Ec_3A_Grass_10cm

Ec_3A_Shrub_10cm

Flag_Ec_3A_Shrub_10cm

Ec_3B_Bare_10cm

Flag_Ec_3B_Bare_10cm

Ec_3B_Grass_10cm

Flag_Ec_3B_Grass_10cm

Ec_3B_Shrub_10cm

Flag_Ec_3B_Shrub_10cm

Ec_3C_Bare_10cm

Flag_Ec_3C_Bare_10cm

Ec_3C_Grass_10cm

Flag_Ec_3C_Grass_10cm

Ec_3C_Shrub_10cm

Flag_Ec_3C_Shrub_10cm

Ec_3D_Bare_10cm

Flag_Ec_3D_Bare_10cm

Ec_3D_Grass_10cm

Flag_Ec_3D_Grass_10cm

Ec_3D_Shrub_10cm

Flag_Ec_3D_Shrub_10cm

Tsoil_3A_Bare_10cm

Flag_Tsoil_3A_Bare_10cm

Tsoil_3A_Grass_10cm

Flag_Tsoil_3A_Grass_10cm

Tsoil_3A_Shrub_10cm

Flag_Tsoil_3A_Shrub_10cm

Tsoil_3B_Bare_10cm

Flag_Tsoil_3B_Bare_10cm

Tsoil_3B_Grass_10cm

Flag_Tsoil_3B_Grass_10cm

Tsoil_3B_Shrub_10cm

Flag_Tsoil_3B_Shrub_10cm

Tsoil_3C_Bare_10cm

Flag_Tsoil_3C_Bare_10cm

Tsoil_3C_Grass_10cm

Flag_Tsoil_3C_Grass_10cm

Tsoil_3C_Shrub_10cm

Flag_Tsoil_3C_Shrub_10cm

Tsoil_3D_Bare_10cm

Flag_Tsoil_3D_Bare_10cm

Tsoil_3D_Grass_10cm

Flag_Tsoil_3D_Grass_10cm

Tsoil_3D_Shrub_10cm

Flag_Tsoil_3D_Shrub_10cm

Perm_3A_Bare_10cm

Flag_Perm_3A_Bare_10cm

Perm_3A_Grass_10cm

Flag_Perm_3A_Grass_10cm

Perm_3A_Shrub_10cm

Flag_Perm_3A_Shrub_10cm

Perm_3B_Bare_10cm

Flag_Perm_3B_Bare_10cm

Perm_3B_Grass_10cm

Flag_Perm_3B_Grass_10cm

Perm_3B_Shrub_10cm

Flag_Perm_3B_Shrub_10cm

Perm_3C_Bare_10cm

Flag_Perm_3C_Bare_10cm

Perm_3C_Grass_10cm

Flag_Perm_3C_Grass_10cm

Perm_3C_Shrub_10cm

Flag_Perm_3C_Shrub_10cm

Perm_3D_Bare_10cm

Flag_Perm_3D_Bare_10cm

Perm_3D_Grass_10cm

Flag_Perm_3D_Grass_10cm

Perm_3D_Shrub_10cm

Flag_Perm_3D_Shrub_10cm

Period_3A_Bare_10cm

Flag_Period_3A_Bare_10cm

Period_3A_Grass_10cm

Flag_Period_3A_Grass_10cm

Period_3A_Shrub_10cm

Flag_Period_3A_Shrub_10cm

Period_3B_Bare_10cm

Flag_Period_3B_Bare_10cm

Period_3B_Grass_10cm

Flag_Period_3B_Grass_10cm

Period_3B_Shrub_10cm

Flag_Period_3B_Shrub_10cm

Period_3C_Bare_10cm

Flag_Period_3C_Bare_10cm

Period_3C_Grass_10cm

Flag_Period_3C_Grass_10cm

Period_3C_Shrub_10cm

Flag_Period_3C_Shrub_10cm

Period_3D_Bare_10cm

Flag_Period_3D_Bare_10cm

Period_3D_Grass_10cm

Flag_Period_3D_Grass_10cm

Period_3D_Shrub_10cm

Flag_Period_3D_Shrub_10cm

Vratio_3A_Bare_10cm

Flag_Vratio_3A_Bare_10cm

Vratio_3A_Grass_10cm

Flag_Vratio_3A_Grass_10cm

Vratio_3A_Shrub_10cm

Flag_Vratio_3A_Shrub_10cm

Vratio_3B_Bare_10cm

Flag_Vratio_3B_Bare_10cm

Vratio_3B_Grass_10cm

Flag_Vratio_3B_Grass_10cm

Vratio_3B_Shrub_10cm

Flag_Vratio_3B_Shrub_10cm

Vratio_3C_Bare_10cm

Flag_Vratio_3C_Bare_10cm

Vratio_3C_Grass_10cm

Flag_Vratio_3C_Grass_10cm

Vratio_3C_Shrub_10cm

Flag_Vratio_3C_Shrub_10cm

Vratio_3D_Bare_10cm

Flag_Vratio_3D_Bare_10cm

Vratio_3D_Grass_10cm

Flag_Vratio_3D_Grass_10cm

Vratio_3D_Shrub_10cm

Flag_Vratio_3D_Shrub_10cm

Definition:

Date and time of observation. Time is in Mountain Standard Time (MST) or UTC/GMT -7

Calendar year

Numerical year day (day number within the current year)

Time of day in fractional hours

Record number generated by datalogger program

QA/QC flags for Record number generated by datalogger program (flagging criteria, where "x" is RECORD: x<0="I", manual)

Site identifier

Volumetric Water Content: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Volumetric Water Content: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Vwc_3A_Bare_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

Volumetric Water Content: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Volumetric Water Content: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Vwc_3A_Grass_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

Volumetric Water Content: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Volumetric Water Content: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Vwc_3A_Shrub_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

Volumetric Water Content: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Volumetric Water Content: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Vwc_3B_Bare_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

Volumetric Water Content: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Volumetric Water Content: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Vwc_3B_Grass_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

Volumetric Water Content: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Volumetric Water Content: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Vwc_3B_Shrub_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

QA/QC flags for Volumetric Water Content: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Vwc_3C_Bare_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

QA/QC flags for Volumetric Water Content: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Vwc_3C_Grass_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

QA/QC flags for Volumetric Water Content: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Vwc_3C_Shrub_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

QA/QC flags for Volumetric Water Content: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Vwc_3D_Bare_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

QA/QC flags for Volumetric Water Content: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Vwc_3D_Grass_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

QA/QC flags for Volumetric Water Content: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Vwc_3D_Shrub_10cm: (x>-0.04 & x<=0)="E", (x>-0.1 & x<=-0.04)="Q", (x<=-0.10)="I", (x>0.80 & x<1)="E", x>=1="I")

Soil Electrical Conductivity: Sample measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Soil Electrical Conductivity: Sample measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Ec_3A_Bare_10cm: x<=0="I", x>3="I")

Soil Electrical Conductivity: Sample measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Soil Electrical Conductivity: Sample measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Ec_3A_Grass_10cm: x<=0="I", x>3="I")

Soil Electrical Conductivity: Sample measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Soil Electrical Conductivity: Sample measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Ec_3A_Shrub_10cm: x<=0="I", x>3="I")

Soil Electrical Conductivity: Sample measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Soil Electrical Conductivity: Sample measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Ec_3B_Bare_10cm: x<=0="I", x>3="I")

Soil Electrical Conductivity: Sample measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Soil Electrical Conductivity: Sample measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Ec_3B_Grass_10cm: x<=0="I", x>3="I")

Soil Electrical Conductivity: Sample measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Soil Electrical Conductivity: Sample measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Ec_3B_Shrub_10cm: x<=0="I", x>3="I")

Soil Temperature: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Soil Temperature: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Tsoil_3A_Bare_10cm: x<-35="I", x>80="I")

Soil Temperature: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Soil Temperature: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Tsoil_3A_Grass_10cm: x<-35="I", x>80="I")

Soil Temperature: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Soil Temperature: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Tsoil_3A_Shrub_10cm: x<-35="I", x>80="I")

Soil Temperature: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Soil Temperature: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Tsoil_3B_Bare_10cm: x<-35="I", x>80="I")

Soil Temperature: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Soil Temperature: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Tsoil_3B_Grass_10cm: x<-35="I", x>80="I")

Soil Temperature: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Soil Temperature: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Tsoil_3B_Shrub_10cm: x<-35="I", x>80="I")

Soil Temperature: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

Soil Temperature: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

Soil Temperature: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

Soil Temperature: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

Soil Temperature: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

Soil Temperature: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

Permittivity: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Permittivity: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Perm_3A_Bare_10cm: x<1="I", x>81="I")

Permittivity: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Permittivity: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Perm_3A_Grass_10cm: x<1="I", x>81="I")

Permittivity: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Permittivity: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Perm_3A_Shrub_10cm: x<1="I", x>81="I")

Permittivity: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Permittivity: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Perm_3B_Bare_10cm: x<1="I", x>81="I")

Permittivity: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Permittivity: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Perm_3B_Grass_10cm: x<1="I", x>81="I")

Permittivity: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Permittivity: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Perm_3B_Shrub_10cm: x<1="I", x>81="I")

Permittivity: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

Permittivity: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

Permittivity: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

Permittivity: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

Permittivity: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

Permittivity: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

Period Average: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Period Average: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Period_3A_Bare_10cm: x<1="I", x>6="I")

Period Average: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Period Average: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Period_3A_Grass_10cm: x<1="I", x>6="I")

Period Average: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Period Average: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Period_3A_Shrub_10cm: x<1="I", x>6="I")

Period Average: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Period Average: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Period_3B_Bare_10cm: x<1="I", x>6="I")

Period Average: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Period Average: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Period_3B_Grass_10cm: x<1="I", x>6="I")

Period Average: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Period Average: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Period_3B_Shrub_10cm: x<1="I", x>6="I")

Period Average: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrub canopy using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

Voltage Ratio: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Voltage Ratio: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Vratio_3A_Bare_10cm: x<1="I", x>17="I")

Voltage Ratio: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Voltage Ratio: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Vratio_3A_Grass_10cm: x<1="I", x>17="I")

Voltage Ratio: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

QA/QC flags for Voltage Ratio: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105 (flagging criteria, where "x" is Vratio_3A_Shrub_10cm: x<1="I", x>17="I")

Voltage Ratio: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Voltage Ratio: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Vratio_3B_Bare_10cm: x<1="I", x>17="I")

Voltage Ratio: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Voltage Ratio: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Vratio_3B_Grass_10cm: x<1="I", x>17="I")

Voltage Ratio: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

QA/QC flags for Voltage Ratio: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106 (flagging criteria, where "x" is Vratio_3B_Shrub_10cm: x<1="I", x>17="I")

Voltage Ratio: Measurement at 10 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

Voltage Ratio: Measurement at 20 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

Voltage Ratio: Measurement at 30 cm soil depth Between Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 105

Voltage Ratio: Measurement at 10 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

Voltage Ratio: Measurement at 20 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

Voltage Ratio: Measurement at 30 cm soil depth Under Larrea tridentata (creosotebush) shrubs using Campbell Scientific CS650 soil moisture sensor offset from neutron probe Access Tube ID 106

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Unit	microsiemens
Precision	0.0001
Type	real
Min	1
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Allowed Values and Definitions

Enumerated Domain

Code Definition

Code	A
Definition	Accepted value
Source

Code Definition

Code	M
Definition	Missing value
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Unit	microsiemens
Precision	0.0001
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Allowed Values and Definitions

Enumerated Domain

Code Definition

Code	A
Definition	Accepted value
Source

Code Definition

Code	M
Definition	Missing value
Source

Unit	none
Precision	0.0001
Type	real
Min	1
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Allowed Values and Definitions

Enumerated Domain

Code Definition

Code	A
Definition	Accepted value
Source

Code Definition

Code	M
Definition	Missing value
Source

Unit	none
Precision	0.0001
Type	real
Min	1
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Allowed Values and Definitions

Enumerated Domain

Code Definition

Code	A
Definition	Accepted value
Source

Code Definition

Code	M
Definition	Missing value
Source

Unit	none
Precision	0.0001
Type	real
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Allowed Values and Definitions

Enumerated Domain

Code Definition

Code	A
Definition	Accepted value
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Code Definition

Code	M
Definition	Missing value
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Unit	none
Precision	0.0001
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Allowed Values and Definitions

Enumerated Domain

Code Definition

Code	A
Definition	Accepted value
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Code Definition

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Definition	Missing value
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Unit	none
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Allowed Values and Definitions

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Code Definition

Code	A
Definition	Accepted value
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Code Definition

Code	M
Definition	Missing value
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Allowed Values and Definitions

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Code Definition

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Definition	Accepted value
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Definition	Missing value
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Allowed Values and Definitions

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Definition	Accepted value
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Definition	Missing value
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Allowed Values and Definitions

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Definition	Accepted value
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Definition	Missing value
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Allowed Values and Definitions

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Code Definition

Code	A
Definition	Accepted value
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Definition	Missing value
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Allowed Values and Definitions

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Code Definition

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Definition	Accepted value
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Definition	Missing value
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Allowed Values and Definitions

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Code	A
Definition	Accepted value
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Definition	Missing value
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Allowed Values and Definitions

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Code Definition

Code	A
Definition	Accepted value
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Code Definition

Code	M
Definition	Missing value
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Missing Value Code:

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Code	NaN
Expl	value not recorded or censored based on quality control analysis (see methods)

Accuracy Report:

Accuracy Assessment:

Coverage:

Methods:

Data Package Usage Rights

This information is released under the Creative Commons license - Attribution - CC BY (https://creativecommons.org/licenses/by/4.0/). The consumer of these data ("Data User" herein) is required to cite it appropriately in any publication that results from its use. The Data User should realize that these data may be actively used by others for ongoing research and that coordination may be necessary to prevent duplicate publication. The Data User is urged to contact the authors of these data if any questions about methodology or results occur. Where appropriate, the Data User is encouraged to consider collaboration or co-authorship with the authors. The Data User should realize that misinterpretation of data may occur if used out of context of the original study. While substantial efforts are made to ensure the accuracy of data and associated documentation, complete accuracy of data sets cannot be guaranteed. All data are made available "as is." The Data User should be aware, however, that data are updated periodically and it is the responsibility of the Data User to check for new versions of the data. The data authors and the repository where these data were obtained shall not be liable for damages resulting from any use or misinterpretation of the data. Thank you.

Keywords

By Thesaurus:
(No thesaurus)	soil volumetric water content
LTER Controlled Vocabulary	soil water, soil moisture, soil water content, soil temperature, electrical conductivity
JRN Dataset Keywords	long-term
Jornada Project Names	CSIS, study 548
Jornada Place Names	CSIS locations, Block 3
LTER Core Area	Disturbance
(No thesaurus)	weather station

Methods and Protocols

These methods, instrumentation and/or protocols apply to all data in this dataset:

Methods and protocols used in the collection of this data package

Description:

Summary: Three Campbell Scientific CS650 water content reflectometers (Model CS650) are installed at 10 cm soil depth in each of the 4 plots A, B, C, and D. The three are installed under bare soil, under perennial grass, and under shrub.

Instrument(s):

Water Content Reflectometer; Manufacturer: Campbell Scientific Instruments, Model: CS650; Parameter: Relative Dielectric Permittivity (Range: 1 to 81, Accuracy: range 1 to 40: +/- (2% of reading + 0.6) for solution EC <= dS/m; range 40 to 80: +/- (1.4 for solution EC <= 3 dS/m), Precision: <0.02; Parameter: Volumetric Water Content using Topp Equation (m^3/m^3) (Range: 5% to 50%, Accuracy: +/-3% VWC typical in mineral soils where solution EC <=3 dS/m, Precision: <0.05%; Parameter: Electrical Conductivity (Range solution EC: 0 to 3 dS/m, Range Bulk EC: 0 to 3 dS/m, Accuracy: +/-(5% of reading + 0.05 dS/m), Precision: 0.5% of BEC; Parameter: Temperature (Soil measurement range: -10 to +70 degrees C, Operational range: 0 to +70 degrees C, Accuracy: +/- 0.5 degees C for probe body buried in soil, Precision: +/- 0.02 degrees C; Parameter: Sensing Volume = 7800 cm^3

Description:

Method: Sensor readings are taken every 30 minutes by a Campbell Scientific Instruments (CSI) CR1000 data logger and converted to volumetric water content by the CR1000 datalogger program. Variables measured or calculated by the datalogger program are Volumetric Water Content, Bulk Electrical Conductivity, Soil Temperature, Bulk Dielectric Permittivity, Period Average, and Voltage Ratio. These are downloaded hourly from each remote site via a 900 MHz spread spectrum wireless radio network using CSI LoggerNet software. The data are parsed, quality-checked, documented and archived in the JRN-LTER Information Management office using data retrieval and parsing functions in the GCE Data Toolbox for MATLAB (https://gce-lter.marsci.uga.edu/lter/research/tools/data_toolbox.htm).

Sampling Area and Study Extent

Sampling Description:

Measurements are made once every 30 minutes.

Sampling Extent:

Time Period

Begin:

2013-05-15

End:

2020-10-07

Sampling Extent:

Geographic Region:

Description:

Precise geographic coordinates of the meteorological station are available upon request; please contact the Data Manager.

Bounding Coordinates:

Northern:	32.605000	Southern:	32.561000
Western:	-106.848000	Eastern:	-106.764000

These methods, instrumentation, and/or protocols apply to the data table csis-3_vwc_30min_L2_rev_1.csv:

Methods and protocols used in the collection of this data package

Description:

Data processing using the GCE Data Toolbox for MATLAB

Software:

Title:

GCE Data Toolbox for MATLAB

Author(s):

Organization:

Georgia Coastal Ecosystems LTER

Email Address:

gcelter@uga.edu

Abstract:

Implementation Info:

Distribution:

Url:

https://gce-svn.marsci.uga.edu/trac/GCE_Toolbox

Version Number:

Toolbox Version 3.9.9b (06-Mar-2019)

Quality Control
Quality Control Step 1:

Description:

People and Organizations

Publishers:

Organization:

Environmental Data Initiative

Email Address:

info@environmentaldatainitiative.org

Web Address:

https://environmentaldatainitiative.org

Creators:

Individual:

Michael Duniway

Organization:

JRN LTER

Position:

co-Principal Investigator

Email Address:

mduniway@usgs.gov

Contacts:

Individual:

Data Manager

Position:

JRN-LTER Information Manager

Address:

Jornada Experimental Range, P.O. Box 30003, MSC 3JER, New Mexico State University, Las Cruces, NM,

88003-8003

Email Address:

datamanager.jrn.lter@gmail.com

Temporal, Geographic and Taxonomic Coverage

Temporal, Geographic and/or Taxonomic information that applies to all data in this dataset:

Time Period

Begin:

2013-05-15

End:

2020-10-07

Geographic Region:

Description:

Precise geographic coordinates of the meteorological station are available upon request; please contact the Data Manager.

Bounding Coordinates:

Northern:	32.605000	Southern:	32.561000
Western:	-106.848000	Eastern:	-106.764000

Project

Parent Project Information:

Title:

Jornada Basin LTER

Personnel:

Individual:

Debra P. C. Peters

Organization:

USDA-ARS Jornada Experimental Range

Address:

Jornada Experimental Range, P.O. Box 30003, MSC 3JER, NMSU,

Las Cruces, NM 88003-8003

Email Address:

janderso@jornada-vmail.nmsu.edu

Role:

project leader

Funding:

NSF: DEB-1832194

Maintenance

Maintenance:

Description:	ongoing
Frequency:	monthly

Other Metadata

Additional Metadata

additionalMetadata
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        |     |     |___text '\n        '
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        |     |     |     |  \___attribute 'id' = 'cubicMeterPerCubicMeter'
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        |     |     |     |  \___attribute 'id' = 'decisiemensPerMeter'
        |     |     |     |  \___attribute 'name' = 'decisiemensPerMeter'
        |     |     |     |___text '\n          '
        |     |     |     |___element 'description' in ns 'http://www.xml-cml.org/schema/stmml-1.1' ('stmml:description')
        |     |     |     |     |___text 'user defined unit\n                  decisiemensPerMeter'
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        |     |     |     |  \___attribute 'id' = 'microsiemens'
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        |     |     |     |___text '\n        '
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Copyright 2024 Environmental Data Initiative. This material is based upon work supported by the National Science Foundation under grants #2223103 and #2223104. Any opinions, findings, conclusions, or recommendations expressed in the material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation. Please contact us with questions, comments, or for technical assistance regarding this web site or the Environmental Data Initiative. Please read our privacy policy to know what information we collect about you and to understand your privacy rights.

EDI is a collaboration between the University of New Mexico and the University of Wisconsin – Madison, Center for Limnology:

Data Package Metadata View Summary

Jornada Basin LTER Cross-scale Interactions Study (CSIS) Block 3 meteorological station: 30-minute soil volumetric water content data: 2013 - ongoing

Data Entities

Data Table

Author(s):

Data Package Usage Rights

Keywords

Methods and Protocols

These methods, instrumentation and/or protocols apply to all data in this dataset:

These methods, instrumentation, and/or protocols apply to the data table csis-3_vwc_30min_L2_rev_1.csv:

Author(s):

People and Organizations

Temporal, Geographic and Taxonomic Coverage

Project

Parent Project Information:

Maintenance

Additional Metadata

Recently Added

Recently Updated

Data Package Metadata View Summary

Jornada Basin LTER Cross-scale Interactions Study (CSIS) Block 3 meteorological station: 30-minute soil volumetric water content data: 2013 - ongoing

+/- Data Entities

Data Table

Author(s):

+/- Data Package Usage Rights

+/- Keywords

+/- Methods and Protocols

These methods, instrumentation and/or protocols apply to all data in this dataset:

These methods, instrumentation, and/or protocols apply to the data table csis-3_vwc_30min_L2_rev_1.csv:

Author(s):

+/- People and Organizations

+/- Temporal, Geographic and Taxonomic Coverage

+/- Project

Parent Project Information:

+/- Maintenance

+/- Additional Metadata

Data Entities

Data Package Usage Rights

Keywords

Methods and Protocols

People and Organizations

Temporal, Geographic and Taxonomic Coverage

Project

Maintenance

Additional Metadata