TU Delft optical disdrometer Parsivel² PAR002 at Cabauw: Difference between revisions

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{{Dataset
{{Dataset
|title=TU Delft Parsivel² (PAR002)
|title=TU Delft Parsivel² (PAR002)
|description=Optical disdrometer data at Cabauw. Drop size, fall velocity and number concentrations per 1-minute interval, delivered in the form of daily netCDF files.
|description=In-situ measurements of drop size distributions and rain rates at Cabauw, with a temporal resolution of 1 minute.
|type=In-situ Observation
|type=In-situ Observation
|theme=precipitation
|theme=precipitation
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|endDate=2030-01-01
|endDate=2030-01-01
}}
}}
Note: PAR001 and PAR002 are co-located sensors with perpendicularly oriented laser beams. This setup was chosen to facilitate quality control and uncertainty quantification and mitigate sampling issues due to variable wind speeds and directions. A third disdrometer (PAR007) is located approx. 200 meters away, at a height of 180 meters in the atmospheric tower.

Revision as of 06:59, 19 August 2024

Dataset: TU Delft optical disdrometer Parsivel² PAR002 at Cabauw
title TU Delft Parsivel² (PAR002)
description In-situ measurements of drop size distributions and rain rates at Cabauw, with a temporal resolution of 1 minute.
type See Dataset Types' descriptions in Dataset type taxon descriptions In-situ Observation
format netCDF
served by data service Cloudnet
landing page https://cloudnet.fmi.fi/instrument/65ecf802-19d1-4d1b-a9f5-876a4b0ed724
PID
license CC BY 4.0
contact person Andre Castro
creator Marc Schleiss
organization TU Delft


Geographic and Temporal Information
location Cabauw
geographic coordinates 51.968317 N, 4.929234 E
elevation (meters) 11 m <br />
start date 2023-12-06
end date 2030-01-01
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Note: PAR001 and PAR002 are co-located sensors with perpendicularly oriented laser beams. This setup was chosen to facilitate quality control and uncertainty quantification and mitigate sampling issues due to variable wind speeds and directions. A third disdrometer (PAR007) is located approx. 200 meters away, at a height of 180 meters in the atmospheric tower.