TU Delft optical disdrometer Parsivel² PAR006 at Slufter

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Revision as of 08:17, 18 November 2024 by Marc Schleiss (talk | contribs)
Dataset: TU Delft optical disdrometer Parsivel² PAR006 at Slufter
title TU Delft Parsivel² disdrometer at Slufter (PAR006)
description In-situ measurements of raindrop size distributions, fall velocities, drop number concentrations and surface rain rates recorded by an OTT Parsivel2 disdrometer named "PAR006" in Slufter, The Netherlands. Located in the Maasvlakte Rotterdam, The Slufter is a large-scale storage site for contaminated sludge in the southwestern part of the Rotterdam Maasvlakte, approximately 31 km West of the city center of Rotterdam. Along the ring dike of the Slufter, several wind turbines belong to the Windpark Slufterdam are providing electricity for the region. The same site also features a micro-rain radar "MRR005_Slufter" (since March 2022). All sensors are placed on top of an air quality monitoring container belonging to TNO, at a height of approx. 4 meters. The rough climate conditions near the coast of the North Sea, with high winds, salt, and sand creates a very challenging environment for long-term weather observations. Consequently, data availability tends to be lower than at other sites, due to frequent maintenance and technical issues.
type See Dataset Types' descriptions in Dataset type taxon descriptions In-situ Observation
format netCDF
served by data service 4TU.ResearchData
landing page
PID 10.4121/4f06f599-5b16-42d1-b0d1-5fe976fc3f2c
license CC BY 4.0
contact person Marc Schleiss
creator Marc Schleiss
organization TU Delft


Geographic and Temporal Information
location Slufter
geographic coordinates 51.933496 N, 3.999849 E
elevation (meters) 33 m <br />
start date 2022-03-16
end date 2030-01-01
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Note: This sensor is part of the Rotterdam Atmospheric Measurement Network (RAMN). It is co-located with a micro rain radar (MRR005).

Warning: The integrated temperature sensor of PAR006 was defective between November 2022 and April 2023. During this period, unrealistic temperatures above 60 degrees were measured . Also, the temperature time series contain some large spikes, suggesting the existence of other (unknown) problems. The temperature sensor was replaced on April 3, 2023. However, some large temperature spikes persisted beyond that period until the whole circuit board failed in November 2023 due to corrosion. The sensor was then sent back to the manufacturer and repaired. Data collection resumed in August 2024.