Meteorological dataset of Qomolangma Atmospheric and Environmental Observation and Research Station (2005-2014)

The dataset records the meteorological data at Qomolangma Atmospheric and Environmental Observation and Research Station from 2005-2014, including daily data of temperature, atmospheric pressure, relative humidity, wind speed, precipitation, total radiation and the concentration of P2.5.

Qomolangma, Meteoroligical
:Wang Zhongyan :Building 3, Courtyard 16, Lin Cui Road, Chaoyang District, Beijing 100101 P.R. China
:wangzhy@itpcas.ac.cn

Data content,including following basic meteoroligical parameter:average temperature,average max temperature,average min temperature,air pressure,average max air pressure,average min aire pressure,average hydrometeor,evaporation,relative humidity,average max relative humidity,average min relative humidity,wind speed,max wind speed,primary wind direction ,secondary wind direction ,P2.5 density.

Data collected during Sep.2005-Nov.2014

Data collected at the observation site of Qomolangma Atmospheric and Environmental Observation and Research Station,Longitude:86°56'53";Latitude:28°21'54";Altitude:4276m.

Remarks: The data of Aug.2008,May 2010 and Dec. 2014 are missing

average temperature,Unit:  ℃
average max temperature,Unit:  ℃
average min temperature,Unit:  ℃
air pressure,Unit: hPa
average max air pressure,Unit:  hPa
average min aire pressure,Unit: hPa
average hydrometeor,Unit:  mm
evaporation,Unit:  mm
relative humidity,Unit:  %
average max relative humidity,Unit:  %
average min relative humidity,Unit:  %
wind speed,Unit:  m/s
max wind speed,Unit:  m/s
primary wind direction,Unit: °
secondary wind direction,Unit: °
P2.5 density,Unit:μg/m3

The data were downloaded directly from AWS installed in Qomolangma Atmospheric and Environmental Observation and Research Station , Chinese Academy of Sciences(QOMORS)。
Precipitation were measured by artificial rain cylinder, evaporation were measured byΦ20mm evaporation pan,others were all daily or ten-day value calculated by the data observed at half an hour interval.
 

The data table were typed manually according to the data notebook.
 

In processing and producing data sheet, some data with obvious errors were removed. 

The dataset can be applied in Meteorological and Environmental research
 

Data Source:Qomolangma Atmospheric and Environmental Observation and Research Station , Chinese Academy of Sciences(QOMORS)

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Meteorological dataset of Qomolangma