CCZO -- Flux Tower -- Young Pine Forest -- Calhoun CZO Research Area 1 -- (2016-Ongoing)


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Abstract

This tower is located in the young pine forest site of the Calhoun Critical Zone Observatory in South Carolina at 34.60811 N, -81.72247 E. Tower height is 9 m. CO2 concentration, water vapor concentration, and 3D wind speed are measured at 9 m at 10 Hz. Radiation including long wave and short wave is measured at 9 m. The air temperature and relative humidity are measured at five levels at 9m to 10 cm above the ground. Ground heat flux, soil temperature and soil moisture are measured from surface to 80 cm below ground. Additional measurements are made at 3 m height in the young pine forest and in a nearby cultivated field.

Subject Keywords

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Resource Level Coverage

Spatial

Coordinate System/Geographic Projection:
WGS 84 EPSG:4326
Coordinate Units:
Decimal degrees
Place/Area Name:
Calhoun Long-Term Soil-Ecosystem Plots and Reference Areas, Calhoun CZO Research Area 1, Calhoun CZO Research Area 1
Longitude
-81.7225°
Latitude
34.6081°

Temporal

Start Date:
End Date:

Content

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CCZO -- Flux Tower -- Young Pine Forest -- Calhoun CZO Research Area 1 -- (2016-2020)


OVERVIEW

Description/Abstract

This tower is located in the young pine forest site of the Calhoun Critical Zone Observatory in South Carolina at 34.60811 N, -81.72247 E. Tower height is 9 m. CO2 concentration, water vapor concentration, and 3D wind speed are measured at 9 m at 10 Hz. Radiation including long wave and short wave is measured at 9 m. The air temperature and relative humidity are measured at five levels at 9m to 10 cm above the ground. Ground heat flux, soil temperature and soil moisture are measured from surface to 80 cm below ground. Additional measurements are made at 3 m height in the young pine forest and in a nearby cultivated field.

Creator/Author

Yao Tang|Jingfeng Wang

CZOs

Calhoun

Contact

Yao Tang, School of Civil and Environmental Engineering, Georgia Institute of Technology, Atlanta, GA, 30332, tangyao1208@gatech.edu




SUBJECTS

Disciplines

Climatology / Meteorology

Topics

Flux Tower

Subtopic

Young Pine Forest

Keywords

flux tower|CO2|water vapor|and 3D wind speed|long wave and short wave radiation|air temperature|relative humidity|ground heat flux|soil temperature|soil moisture

Variables

Air temperature|Wind direction|Wind speed|Carbon dioxide flux|Sensible heat flux|Latent heat flux|Precipitation|Relative humidity|Carbon dioxide concentration|Radiation net|Radiation incoming PAR|Radiation incoming shortwave|Radiation outgoing shortwave|Radiation incoming longwave|Radiation outgoing longwave|Water vapor concentration|Skin temperature|Soil temperature|Ground heat flux|Soil Moisture.

Variables ODM2

Temperature|Carbon dioxide|Carbon dioxide flux|Ground heat flux|Latent heat flux|Precipitation|Radiation, incoming longwave|Radiation, incoming PAR|Radiation, incoming shortwave|Radiation, net|Radiation, outgoing longwave|Radiation, outgoing shortwave|Relative humidity|Sensible heat flux|Volumetric water content|Water vapor concentration|Wind direction|Wind gust speed




TEMPORAL

Date Start

2016-08-31

Date End

2017-12-31




SPATIAL

Field Areas

Calhoun Long-Term Soil-Ecosystem Plots and Reference Areas|Calhoun CZO Research Area 1

Location

Calhoun CZO Research Area 1

North latitude

34.60810985

South latitude

34.60810985

West longitude

-81.72247418

East longitude

-81.72247418




REFERENCE

CZO ID

5821



Additional Metadata

Name Value
czos Calhoun
czo_id 5821
keywords flux tower, CO2, water vapor, and 3D wind speed, long wave and short wave radiation, air temperature, relative humidity, ground heat flux, soil temperature, soil moisture
variables Air temperature, Wind direction, Wind speed, Carbon dioxide flux, Sensible heat flux, Latent heat flux, Precipitation, Relative humidity, Carbon dioxide concentration, Radiation net, Radiation incoming PAR, Radiation incoming shortwave, Radiation outgoing shortwave, Radiation incoming longwave, Radiation outgoing longwave, Water vapor concentration, Skin temperature, Soil temperature, Ground heat flux, Soil Moisture.
disciplines Climatology / Meteorology

How to Cite

Tang, Y., J. Wang (2020). CCZO -- Flux Tower -- Young Pine Forest -- Calhoun CZO Research Area 1 -- (2016-Ongoing), HydroShare, http://www.hydroshare.org/resource/6438f33720e44a7690c094caf331aebe

This resource is shared under the Creative Commons Attribution CC BY.

 http://creativecommons.org/licenses/by/4.0/
CC-BY

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