Attributes { location { String long_name "location number"; String standard_name "location number"; String units ""; String axis "loc"; String comment ""; Int32 _ChunkSizes 251; } label { String long_name "location name"; String standard_name "location name"; String units ""; String axis "label"; String comment ""; Int32 _ChunkSizes 251, 251; DODS { Int32 strlen 251; String dimName "char1"; } } datestr { String long_name "date in years, months and days"; String standard_name "date string"; String units "yyyy-mm-dd"; String axis "Tstr"; String comment ""; Int32 _ChunkSizes 251, 251; DODS { Int32 strlen 251; String dimName "char1"; } } datenum { String long_name "Gregorian time in days since 0000-01-00 00:00"; String standard_name "Gregorian time"; String units "days"; String calendar "gregorian"; String axis "Tgregorian"; String comment ""; Int32 _ChunkSizes 251; } time2 { String long_name "Julian time in days since start of julian calender"; String standard_name "Julian time in days"; String units "days"; String calendar "julian"; String axis "Tjulian"; String comment ""; Int32 _ChunkSizes 251; } time { String long_name "Julian time in seconds since 1970-01-01 00:00:00 0:00"; String standard_name "Julian time in seconds since 1970"; String units "seconds"; String calendar "julian"; String axis "T"; String bounds "time_bounds"; String comment ""; Int32 _ChunkSizes 251; } time_bounds { String units "seconds"; String comment "upper and lower bound of Julian time in seconds since 1970 values."; Int32 _ChunkSizes 251; } lat { String long_name "lattitude"; String standard_name "lattitude"; String units "degrees North"; String axis "lat"; String bounds "lat_bounds"; String comment ""; Int32 _ChunkSizes 251; } lat_bounds { String units "degrees North"; String comment "upper and lower bound of lattitude values."; Int32 _ChunkSizes 251; } lon { String long_name "longitude"; String standard_name "longitude"; String units "degrees East"; String axis "lon"; String bounds "lon_bounds"; String comment ""; Int32 _ChunkSizes 251; } lon_bounds { String units "degrees East"; String comment "upper and lower bound of longitude values."; Int32 _ChunkSizes 251; } x { String long_name "x-coordinate in RD projection"; String standard_name "x-coordinate"; String units "m"; String axis "X"; String bounds "x_bounds"; String grid_mapping "crs"; String comment ""; Int32 _ChunkSizes 251; } x_bounds { String units "m"; String comment "upper and lower bound of x-coordinate values."; Int32 _ChunkSizes 251; } y { String long_name "y-coordinate in RD projection"; String standard_name "y-coordinate"; String units "m"; String axis "Y"; String bounds "y_bounds"; String grid_mapping "crs"; String comment ""; Int32 _ChunkSizes 251; } y_bounds { String units "m"; String comment "upper and lower bound of y-coordinate values."; Int32 _ChunkSizes 251; } depth { String long_name "Water depth at moment of measurement including surge and tide"; String standard_name "Water depth at moment of measurement"; String units "m"; String axis "DEP"; String positive "up"; String comment ""; Int32 _ChunkSizes 251; } D10 { String long_name "10th percentile value of the grain diameter"; String standard_name "D10"; String units "m"; String axis "D10"; String comment ""; Int32 _ChunkSizes 251; } D30 { String long_name "30th percentile value of the grain diameter"; String standard_name "D30"; String units "m"; String axis "D30"; String comment ""; Int32 _ChunkSizes 251; } D50 { String units "m"; String axis "D50"; String comment ""; String long_name "50th percentile value of the grain diameter"; String standard_name "D50"; Int32 _ChunkSizes 251; } D60 { String long_name "60th percentile value of the grain diameter"; String standard_name "D60"; String units "m"; String axis "D60"; String comment ""; Int32 _ChunkSizes 251; } D90 { String long_name "90th percentile value of the grain diameter"; String standard_name "D90"; String units "m"; String axis "D90"; String comment ""; Int32 _ChunkSizes 251; } Cu { String long_name "uniformity coefficient"; String standard_name "Cu"; String units "-"; String axis "Cu"; String comment ""; Int32 _ChunkSizes 251; } Std { String long_name "graphical standard deviation"; String standard_name "Std"; String units "-"; String axis "Std"; String comment ""; Int32 _ChunkSizes 251; } Skew { String long_name "graphical skewness"; String standard_name "Skewness"; String units "-"; String axis "Skewness"; String comment ""; Int32 _ChunkSizes 251; } Kurtosis { String long_name "graphical kurtosis"; String standard_name "Kurtosis"; String units "-"; String axis "Kurtosis"; String comment ""; Int32 _ChunkSizes 251; } crs { String grid_mapping_name "oblique_stereographic"; String epsg_code "EPSG:28992"; Float64 semi_major_axis 6377397.155; Float64 semi_minor_axis 6356078.96282; Float64 inverse_flattening 299.1528128; Float64 latitude_of_projection_origin 52.0922178; Float64 longitude_of_projection_origin 5.23155; Float64 scale_factor_at_projection_origin 0.9999079; Float64 false_easting 155000.0; Float64 false_northing 463000.0; String proj4_params "+proj=sterea +lat_0=52.15616055555555 +lon_0=5.38763888888889 +k=0.999908 +x_0=155000 +y_0=463000 +ellps=bessel +units=m +towgs84=565.4174,50.3319,465.5542,-0.398957388243134,0.343987817378283,-1.87740163998045,4.0725 +no_defs"; } NC_GLOBAL { String Conventions "CF-1.6"; String Metadata_Conventions "Unidata Dataset Discovery v1.0"; String featureType "point"; String cdm_data_type "Point"; String nodc_template_version "NODC_Point_Template_v1.0"; String standard_name_vocabulary "CF-1.6"; String title "Data from sediment sampling campaign"; String summary "Sediment sampling data from september and october 2014 measurement campaign at the Sand Motor as part of the NEMO project"; String source "$HeadURL: https://zandmotordata.nl/repos/zandmotor/trunk/morphology/sediment_composition/Data_T6_Oct2014_NEMO/scripts/GSP_oct2014.xlsx $"; String platform ""; String instrument "Sediment grab sampler"; String sea_name "NorthSea"; String id "ZMSEDSURF201410"; String naming_authority "tudelft.nl"; Float64 time_coverage_start 1.4107392E9; Float64 time_coverage_end 1.4146272E9; String time_coverage_units "Julian time in seconds since 1970-01-01 00:00:00 0:00"; Float64 time_coverage_duration 3888000.0; String time_coverage_resolution "point"; Float64 geospatial_lat_min 52.0494962694962; Float64 geospatial_lat_max 52.06159631249487; String geospatial_lat_units "degrees_north"; String geospatial_lat_resolution "point"; Float64 geospatial_lon_min 4.168641925419525; Float64 geospatial_lon_max 4.191463735598962; String geospatial_lon_units "degrees_east"; String geospatial_lon_resolution "point"; String geospatial_vertical_min "-10.56"; String geospatial_vertical_max "0.08"; String geospatial_vertical_units "meters"; String geospatial_vertical_resolution "0.01"; String geospatial_vertical_positive "up"; String institution "Delft University of Technology"; String creator_name "B.J.A. Huisman"; String creator_url ""; String creator_email "b.j.a.huisman@tudelft.nl"; String project "NEMO"; String references ""; String keywords_vocabulary ""; String keywords "sediment samples, grainsize, Sand Motor, NEMO"; String acknowledgment ""; String comment ""; String contributor_name "B.J.A. Huisman, L. Bart"; String contributor_role "Project leader, MSc Student"; String date_issued "2016-05-02T10:20Z"; String date_modified "2016-05-02T10:20Z"; String publisher_url ""; String history ""; String license "Data only available for NEMO and NatureCoast PhDs"; String metadata_link ""; String uuid "7637c87c-6138-462b-b79b-19ca83809633"; String processing_level "final"; String date_created "02-05-16 16:20:33"; String publisher_name "Sam Bom"; String publisher_email "sbom@tudelft.nl"; } }