The telemetered precipitation data are read out as frequency or period numbers by an electronic counter. These counts are to be converted to inches of precipitation. The readout electronic count is within 1 count of the transmitted count. This study applies only to the 8 x 36 cans Using the frequency count readout gives a precision of +-.02 to +-.05 of water equivalence and varies between .02 and .04 when there is between 10 and 30 of water equivalence in the can. Period counts give more precise measurements, ranging between +-.01 and +-.03 of precipitation over the whole scale. It is only +-.01 when there is between 15 and 35 of water equivalence in the can. The study also provides an interim set of tables for converting fre...
An algorithm (Alg. 2) was created to calculate precipitation rates and to predict weather events usi...
Hydro-meteorological instrumentation concepts are discussed. The necessity for an economic and relia...
Ten precipitation stations were set up to collect precipitation data (including rainfall/snowfall an...
The telemetered precipitation data are read out as frequency or period numbers by an electronic coun...
A comprehensive review of literature was made of studies conducted since 1952 pertaining to the accu...
A computerized data quality check and data edit program has been developed to aid in...
A total precipitation catchment and telemetering device is described for use in mountainous regions....
A network of telemetering precipitation gages is operating in the mountainous areas ...
Accurate precipitation data are essential for assessing the water balance of ecosystems. Methods for...
Electronic sensors generate valuable streams of forcing and validation data for hydrologic models bu...
The Weather Channel (TWC) is a leading provider of weather information to the general public. In thi...
The following report discusses the various phases of work carried out by the Utah State University u...
The goal of this project was to analyze the accuracy of the Lufft WS600 Weather Sensor in measuring ...
spring of 1994, to compare precipitation catch between nine precipitation-measuring systems. This si...
Due to the character of the original source materials and the nature of batch digitization, quality ...
An algorithm (Alg. 2) was created to calculate precipitation rates and to predict weather events usi...
Hydro-meteorological instrumentation concepts are discussed. The necessity for an economic and relia...
Ten precipitation stations were set up to collect precipitation data (including rainfall/snowfall an...
The telemetered precipitation data are read out as frequency or period numbers by an electronic coun...
A comprehensive review of literature was made of studies conducted since 1952 pertaining to the accu...
A computerized data quality check and data edit program has been developed to aid in...
A total precipitation catchment and telemetering device is described for use in mountainous regions....
A network of telemetering precipitation gages is operating in the mountainous areas ...
Accurate precipitation data are essential for assessing the water balance of ecosystems. Methods for...
Electronic sensors generate valuable streams of forcing and validation data for hydrologic models bu...
The Weather Channel (TWC) is a leading provider of weather information to the general public. In thi...
The following report discusses the various phases of work carried out by the Utah State University u...
The goal of this project was to analyze the accuracy of the Lufft WS600 Weather Sensor in measuring ...
spring of 1994, to compare precipitation catch between nine precipitation-measuring systems. This si...
Due to the character of the original source materials and the nature of batch digitization, quality ...
An algorithm (Alg. 2) was created to calculate precipitation rates and to predict weather events usi...
Hydro-meteorological instrumentation concepts are discussed. The necessity for an economic and relia...
Ten precipitation stations were set up to collect precipitation data (including rainfall/snowfall an...