Arctic Research Directory

ID-183 :   Continuous monitoring of Energy, water vapor, CO2 and CH4 fluxes by micrometeorological measurements at a black spruce forests in Fairbanks

Type

FIELDWORK

Research/Observation Title

Continuous monitoring of Energy, water vapor, CO2 and CH4 fluxes by micrometeorological measurements at a black spruce forests in Fairbanks

Science Summary (common)

The research site was established at October 2002, at a black spruce forest in the campus of University of Alaska, Fairbanks. Energy, water vapor, CO2 and CH4 fluxes were measured using the eddy covariance method. Micrometeorology and other environmental variables (etc., LAI, thaw depth, water table depth, soil temperature and moisture) were also measured. Soil respiration and CH4 fluxes at the forest floor were also measured using a dynamic closed chamber method.
- Individual Project Information 1/3 Research/Observation Period 2016-04-01 〜 2017-03-31

Discipline(s)

Atmospheric Science, Hydrology, Meteorology and Climate

Personnel

RollContact PersonNameMasahito UeyamaAffiliationOsaka Prefecture UniversityCountry日本Emailmiyabi-flux@muh.biglobe.ne.jp
RollCo-researcherNameHiroki IwataAffiliationShinshu UniversityCountry日本Emailhiwata@shinshu-u.ac.jp
RollCo-researcherNameYoshinobu HarazonoAffiliationOsaka Prefecture UniversityCountry日本

Research/Observation Methods

Energy, water vapor, CO2 and CH4 fluxes, and micrometeorology and other environmental variables (etc., LAI, thaw depth, water table depth, soil temperature and moisture)

Research/Observation Period

2016-04-01 〜 2017-03-31

Research/Observation Point (Detail)

Field Site: UAF tower site Latitude [degree]: 64.866389 Longitude [degree]: -147.855556 Altitude [m]: 155.0

Research/Observation Area

N: 64.866389, S: 64.866389, W: -147.855556 E: -147.855556,
- Individual Project Information 2/3 Research/Observation Period 2017-04-01 〜 2018-03-31

Discipline(s)

Atmospheric Science, Hydrology, Meteorology and Climate

Personnel

RollContact PersonNameMasahito UeyamaAffiliationOsaka Prefecture UniversityCountry日本Emailmiyabi-flux@muh.biglobe.ne.jp
RollCo-researcherNameHiroki IwataAffiliationShinshu UniversityCountry日本Emailhiwata@shinshu-u.ac.jp
RollCo-researcherNameYoshinobu HarazonoAffiliationOsaka Prefecture UniversityCountry日本

Research/Observation Methods

Energy, water vapor, CO2 and CH4 fluxes, and micrometeorology and other environmental variables (etc., LAI, thaw depth, water table depth, soil temperature and moisture)

Research/Observation Period

2017-04-01 〜 2018-03-31

Research/Observation Point (Detail)

Field Site: UAF tower site Latitude [degree]: 64.866389 Longitude [degree]: -147.855556 Altitude [m]: 155.0

Research/Observation Area

N: 64.866389, S: 64.866389, W: -147.855556 E: -147.855556,
- Individual Project Information 3/3 Research/Observation Period 2018-04-01 〜 2019-03-31

Discipline(s)

Atmospheric Science, Hydrology, Meteorology and Climate

Personnel

RollContact PersonNameMasahito UeyamaAffiliationOsaka Prefecture UniversityCountry日本Emailmiyabi-flux@muh.biglobe.ne.jp
RollCo-researcherNameHiroki IwataAffiliationShinshu UniversityCountry日本Emailhiwata@shinshu-u.ac.jp
RollCo-researcherNameYoshinobu HarazonoAffiliationOsaka Prefecture UniversityCountry日本

Research/Observation Methods

Energy, water vapor, CO2 and CH4 fluxes, and micrometeorology and other environmental variables (etc., LAI, thaw depth, water table depth, soil temperature and moisture)

Research/Observation Period

2018-04-01 〜 2019-03-31

Research/Observation Point (Detail)

Field Site: UAF tower site Latitude [degree]: 64.866389 Longitude [degree]: -147.855556 Altitude [m]: 155.0

Research/Observation Area

N: 64.866389, S: 64.866389, W: -147.855556 E: -147.855556,
Data Registration
21:44 on Thu November 2, 2017
Last Update
14:36 on Wed September 26, 2018