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  AWS data, Mogot Experimental Watershed, Russia
 
DOCUMENTATION ACCESS DATA

Summary
To understand water and energy cycle in Siberia, An intensive field campaign was carried out at a small watershed on the watershed-divide of the Lena and Amur rivers in the southern mountainous region. Both the catchment scale hydrological observation including time and spatial distribution of thawing depth and soil moisture and the observation of water and heat exchanges between land surface and atmosphere on several surface conditions within the watershed, including snow processes, were carried out from August 2000 to June 2002.

Summary table
1) Data format
   ASCII Text files
2) Spatial coverage & resolution
   Longitude:124.88E, Latitude:55.60N, Elevation:610m a.s.l.
3) Temporal covergage & resolution
   1 April 2000 - 30 June 2002, 10 min. interval
4) File size (total)
   18 MB

Citing data
http ://www.jamstec.go.jp/iorgc/hcorp/data/

References & related publication

  • Suzuki K., J. Kubbota, T. Ohata, and V. Vuglinsky (2006) Influence of snow ablation and frozen ground on spring runoff generation in the Mogot Experimental Watershed, southern mountainous taiga of eastern Siberia. Nordic Hydrology 37, 21-29.

   
DATA CONTRIBUTOR & GROUP
Kazuyoshi Suzuki, Tetsuo Ohata (Cold region water cycle group), Jumpei Kubota (Research Institute for Humanity and Nature)

PARAMETERS
AIR TEMPERATURE
RELATIVE HUMIDITY
WIND SPEED
WIND DIRECTION
PRECIPITATION
INCOMING SHORTWAVE RADIATION
OUTGOING SHORTWAVE RADIATION
INCOMING LONGWAVE RADIATION
OUTGOING LONGWAVE RADIATION
NET RADIATION
SKIN TEMPERATURE
SOIL TEMPERATURE
SOIL MOISTURE

INSTRUMENTS
PHYCHROMETER
ANEMOMETER
ANEMOSCOPE
TIPPING-BUCKET RAINGAUGE
PYRANOMETER
PYRGEOMETER
NET RAIDOMETER
INFRARED THERMOMETER
PT-100 SENSOR
TDR SENSOR

   
 
Institute of Observational Research for Global Change