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Global Attributes:	long_name: Global radiation during the hourly division units: J/cm^2 standard_name: _FillValue: NaN knmi_name: Q cell_methods: coordinates: lat lon units_comment: title: daily averaged meteo parameter. institution: KNMI source: surface observation history: Original filename: uurgeg_375_1951-1960, version:, filedate:10-Mar-2014 12:14:56, tranformation to netCDF: $HeadURL: https://svn.oss.deltares.nl/repos/openearthtools/trunk/matlab/applications/KNMI/knmi_uurgeg2nc.m $ $Revision: 8630 $ $Date: 2013-05-16 15:05:00 +0200 (Thu, 16 May 2013) $ $Author: boer_g $ references: <http://www.knmi.nl/klimatologie/daggegevens/download.html>,<http://openearth.deltares.nl> email: http://www.knmi.nl/contact/emailformulier.htm?klimaatdesk comment: version: Conventions: CF-1.6 featureType: timeSeries platform_id: 375.0 platform_name: Volkel platform_url: http://www.knmi.nl/klimatologie/metadata/volkel.html terms_for_use: These data can be used freely for research purposes provided that the following source is acknowledged: KNMI. disclaimer: This data is made available in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. geospatial_lat_min: 51.65 geospatial_lat_max: 51.65 geospatial_lon_min: 5.7 geospatial_lon_max: 5.7 time_coverage_start: 1951-02-01P01:00:00 time_coverage_end: 1961-01-01P00:00:00 geospatial_lat_units: degrees_north geospatial_lon_units: degrees_east

Variables:	platform_id: Array of 32 bit Reals [locations = 0..0] locations: long_name: platform identification code cf_role: timeseries_id standard_name: platform_id
	platform_name: Array of Strings [locations = 0..0] locations: standard_name: platform_name DODS: strlen: 6 dimName: name_strlen1
	lon: Array of 32 bit Reals [locations = 0..0] locations: long_name: station longitude units: degrees_east standard_name: longitude axis: X
	lat: Array of 32 bit Reals [locations = 0..0] locations: long_name: station latitude units: degrees_north standard_name: latitude axis: Y
	time: Array of 64 bit Reals [time = 0..86927] time: long_name: time units: days since 1970-01-01 00:00:00 +00:00 standard_name: time _FillValue: NaN axis: T
	WMO_number: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: WMO-number units: 1 standard_name: _FillValue: NaN knmi_name: STN cell_methods: coordinates: lat lon units_comment:
	YYYYMMDD: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: date units: YYYYMMDD standard_name: _FillValue: NaN knmi_name: YYYYMMDD cell_methods: coordinates: lat lon units_comment:
	hour: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: hour units: hour standard_name: _FillValue: NaN knmi_name: HH cell_methods: coordinates: lat lon units_comment: tijd (HH=uur, UT.12 UT=13 MET, 14 MEZT. Uurvak 05 loopt van 04.00 UT tot 5.00 UT / time (HH uur/hour, UT. 12 UT=13 MET, 14 MEZT. Hourly division 05 runs from 04.00 UT to 5.00 UT
	wind_from_direction_mean: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Mean wind direction during the 10-minute period preceding the time of observation units: degree_true standard_name: wind_from_direction _FillValue: NaN knmi_name: DD cell_methods: mean :hour coordinates: lat lon units_comment: (360=north, 90=east, 180=south, 270=west, 0=calm 990=variable)
	wind_speed_vector_mean: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Hourly mean wind speed units: m/s standard_name: wind_speed _FillValue: NaN knmi_name: FH cell_methods: mean :hour coordinates: lat lon units_comment:
	wind_speed_vector_mean_10min: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Mean wind speed during the 10-minute period preceding the time of observation units: m/s standard_name: wind_speed _FillValue: NaN knmi_name: FF cell_methods: coordinates: lat lon units_comment:
	wind_speed_minimum_gust_hour: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Maximum wind gust during the hourly division units: m/s standard_name: wind_speed _FillValue: NaN knmi_name: FX cell_methods: coordinates: lat lon units_comment:
	air_temperature_mean: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Temperature at 1.50 m at the time of observation units: degree_Celsius standard_name: air_temperature _FillValue: NaN knmi_name: T cell_methods: coordinates: lat lon units_comment:
	air_temperature_minimum: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Minimum temperature at 0.1 m in the preceding 6-hour period units: degree_Celsius standard_name: air_temperature _FillValue: NaN knmi_name: T10N cell_methods: minimum:hour coordinates: lat lon units_comment:
	dew_point_temperature: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Dew point temperature at 1.50 m at the time of observation units: degree_Celsius standard_name: _FillValue: NaN knmi_name: TD cell_methods: coordinates: lat lon units_comment:
	duration_of_sunshine: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Sunshine duration during the hourly division, calculated from global radiation units: hour standard_name: duration_of_sunshine _FillValue: NaN knmi_name: SQ cell_methods: coordinates: lat lon units_comment: (-1 for <0.05 hour)
	global_radiation: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Global radiation during the hourly division units: J/cm^2 standard_name: _FillValue: NaN knmi_name: Q cell_methods: coordinates: lat lon units_comment:
	precipitation_duration: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Precipitation duration during the hourly division units: hour standard_name: _FillValue: NaN knmi_name: DR cell_methods: coordinates: lat lon units_comment:
	precipitation_amount_sum: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Hourly precipitation amount units: mm standard_name: _FillValue: NaN knmi_name: RH cell_methods: sum : hour coordinates: lat lon units_comment: (-1 for <0.05 mm)
	surface_air_pressure: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Air pressure reduced to mean sea level, at the time of observation units: hPa standard_name: surface_air_pressure _FillValue: NaN knmi_name: P cell_methods: coordinates: lat lon units_comment:
	visibility_in_air: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Horizontal visibility at the time of observation units: class standard_name: _FillValue: NaN knmi_name: VV cell_methods: coordinates: lat lon units_comment: (0=less than 100m, 1=100-200m, 2=200-300m,..., 49=4900-5000m, 50=5-6km, 56=6-7km, 57=7-8km, ..., 79=29-30km, 80=30-35km, 81=35-40km,..., 89=more than 70km)
	cloud_cover: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Cloud cover (in octants), at the time of observation units: octant standard_name: _FillValue: NaN knmi_name: N cell_methods: coordinates: lat lon units_comment: (9=sky invisible)
	relative_humidity: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Relative atmospheric humidity (in percents) at 1.50 m at the time of observation units: % standard_name: _FillValue: NaN knmi_name: U cell_methods: coordinates: lat lon units_comment:
	weather_code: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Present weather code (00-99), description for the hourly division units: class standard_name: _FillValue: NaN knmi_name: WW cell_methods: coordinates: lat lon units_comment: See http://www.knmi.nl/klimatologie/achtergrondinformatie/ww_lijst_engels.pdf
	weather_registration_method: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Indicator present weather code units: class standard_name: _FillValue: NaN knmi_name: IX cell_methods: coordinates: lat lon units_comment: 1=manned and recorded (using code from visual observations), 2,3=manned and omitted (no significant weather phenomenon to report, not available), 4=automatically recorded (using code from visual observations), 5,6=automatically omitted (no significant weather phenomenon to report, not available), 7=automatically set (using code from automated observations)
	fog: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Fog units: class standard_name: _FillValue: NaN knmi_name: M cell_methods: coordinates: lat lon units_comment: 0=no occurrence, 1=occurred during the preceding hour and/or at the time of observation
	rain: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Rainfall units: class standard_name: _FillValue: NaN knmi_name: R cell_methods: coordinates: lat lon units_comment: 0=no occurrence, 1=occurred during the preceding hour and/or at the time of observation
	snow: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Snow units: class standard_name: _FillValue: NaN knmi_name: S cell_methods: coordinates: lat lon units_comment: 0=no occurrence, 1=occurred during the preceding hour and/or at the time of observation
	thunder: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Thunder units: class standard_name: _FillValue: NaN knmi_name: O cell_methods: coordinates: lat lon units_comment: 0=no occurrence, 1=occurred during the preceding hour and/or at the time of observation
	ice: Array of 32 bit Reals [locations = 0..0][time = 0..86927] locations: time: long_name: Ice formation units: class standard_name: _FillValue: NaN knmi_name: Y cell_methods: coordinates: lat lon units_comment: 0=no occurrence, 1=occurred during the preceding hour and/or at the time of observation

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DDS:

Dataset {
    Float32 platform_id[locations = 1];
    String platform_name[locations = 1];
    Float32 lon[locations = 1];
    Float32 lat[locations = 1];
    Float64 time[time = 86928];
    Float32 WMO_number[locations = 1][time = 86928];
    Float32 YYYYMMDD[locations = 1][time = 86928];
    Float32 hour[locations = 1][time = 86928];
    Float32 wind_from_direction_mean[locations = 1][time = 86928];
    Float32 wind_speed_vector_mean[locations = 1][time = 86928];
    Float32 wind_speed_vector_mean_10min[locations = 1][time = 86928];
    Float32 wind_speed_minimum_gust_hour[locations = 1][time = 86928];
    Float32 air_temperature_mean[locations = 1][time = 86928];
    Float32 air_temperature_minimum[locations = 1][time = 86928];
    Float32 dew_point_temperature[locations = 1][time = 86928];
    Float32 duration_of_sunshine[locations = 1][time = 86928];
    Float32 global_radiation[locations = 1][time = 86928];
    Float32 precipitation_duration[locations = 1][time = 86928];
    Float32 precipitation_amount_sum[locations = 1][time = 86928];
    Float32 surface_air_pressure[locations = 1][time = 86928];
    Float32 visibility_in_air[locations = 1][time = 86928];
    Float32 cloud_cover[locations = 1][time = 86928];
    Float32 relative_humidity[locations = 1][time = 86928];
    Float32 weather_code[locations = 1][time = 86928];
    Float32 weather_registration_method[locations = 1][time = 86928];
    Float32 fog[locations = 1][time = 86928];
    Float32 rain[locations = 1][time = 86928];
    Float32 snow[locations = 1][time = 86928];
    Float32 thunder[locations = 1][time = 86928];
    Float32 ice[locations = 1][time = 86928];
} opendap/knmi/uurgeg/uurgeg_375_1951-1960.nc;

OPeNDAP Dataset Access Form

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