{
   "Description": "neutron counts from cosmic-ray sensor",
   
   "Provider": {
      "Name": "Lena Scheiffele",
      "Institution": "University of Potsdam, Environmental Sciences & Geography",
      "Email": "lena.scheiffele@uni-potsdam.de",
      "Comment": "" 
   },

  "SpaceTimeCoverage": {
      "StartDate": "2013-04-01",
      "EndDate": "2013-07-31",
      "RegionName": "Katharinentaler Hof EC1",
      "BBox":  "left: 8.699893, right: 8.705483, bottom: 48.926429, top: 48.930940",
   },

   "Citation": {
      "Info": "These files are the dataset accomplishing the manuscript submitted to XXX. ",
      "cite-as": "xxx"
   },
   
   "Source": {
      "Name": "Sascha Oswald",
      "Institution":  "University of Potsdam, Environmental Sciences & Geography",
      "LinkToOriginalSource": ""
   },
   
   "Variables": {
      "datetime" : 	"time of the measurement",
	  "Neutrons" : "hourly neutron count rate as measured by the sensor",
	  "Npih" : "hourly neutron count rate corrected for pressure, incoming component and air humidity"
   
   "Units": {
	  "datetime": "ISO 8601",
	  "Neutrons" : "counts per hour",
	  "Npih" : "counts per hour"
   },
   
   "SpatialReferenceSystem": {
      "Name": "WGS 84",
      "EPSG": "4326" 
   },
   
   "TemporalReferenceSystem": {
      "TimeZone": "UTC",
      "IntervalLength": "60 minutes",
      "TimestampAtEndOfInterval": "True",
	    "IntervalAggregation": "sum"
   },
   
   "Remarks": {"The device is a Hydroinnova CRS 1000", "original data was collected in 20 minute intervals and provided here as hourly aggregates with outliers removed",
	   "The correction of raw neutron counts for the incoming component uses data of the location JUNGFRAUJOCH provided by the Neturon Monitor DataBase 
   (NMDB database, www.nmdb.eu) founded under the European Union's FP7 programme (contract no. 213007)", 
"Pressure and humidity used in the correction of raw neutron count rates can be obtained from the data set accompanying the paper by 
Weber et al. 2022 (doi:10.5194/essd-14-1153-2022) ", "The conversion from corrected neutron counts to soil moisture can be done using the information from the calibration soil sampling. As described in Baroni et al. 2018 (), the N0 for the Desilets calibration function is 1438 (cph, counts per hour)"
   }
}