Noordwijk

Notes on the Dataset

  • Some scans only contain very few point, sometimes due to weather impairment, at other times due to the tide. There are 4 scans with 10, 1, 1, and 0 points respectively.

Detailed Information

General Information
NameNoordwijk
Release Year2023
Terms of UseCC BY-NC 4.0
Access RequirementsNone
Dataset Size597.9 GB
DocumentationIn-depth documentation of acquisition and characteristics of the dataset, e.g., via an explicit dataset paper or a comprehensive multi-page metadata document
CodeYes
ApplicationsAnalysis of geomorphological processes
Detailed ApplicationsAnalysing morphological behaviours of beach-dune systems
Acquisition
Number of Scenes1
Number of Epochs per Scene (minimum)21812
Number of Epochs per Scene (median)21812
Number of Epochs per Scene (maximum)21812
General Scene TypeLandscape
Specific Scene TypeBeach
LocationNoordwijk (The Netherlands)
Acquisition TypeTerrestrial laser scanning
Acquisition DeviceRIEGL VZ-2000
Acquisition PlatformTripod fixed to wall
Scan IntervalMinutes
Acquisition MonthsJanurary: 1817 February: 1850 March: 2015 April: 1929 May: 1914 June: 1688 July: 1048 August: 1949 September: 1824 October: 1820 November: 1964 December: 1883
Representation
Data RepresentationUnstructured, globally aligned (e.g., point cloud or ray cloud)
Specific Data RepresentationPoint cloud
File Format/EncodingLAZ
Raw Data-
Additional Data-
Coordinate System7415 | A local coordinate system is used, but a transformation matrix to a georefenced system is available
Quality and Usability
RegistrationFinely registered
Number of Partial Epochs-
Unusable Data ReasonSmall (less than ten points)
SplitsNo
Per-Point Attributes
Intensity/ReflectivityYes
ColorNo
Semantic Labels-
Instance LabelsNo
Change Labels-
Statistics
Number of Points per Epoch (minimum)10
Number of Points per Epoch (median)4M
Number of Points per Epoch (maximum)36M
Avg. Point Spacing (minimum)2.7cm
Avg. Point Spacing (median)8.9cm
Avg. Point Spacing (maximum)11.1m
Avg. Change Points per Epoch-

Paper Reference 1

@article{dibiase2021soilmoisture,
    author = {Di Biase, Valeria and Hanssen, Ramon F. and Vos, Sander E.},
    title = {Sensitivity of Near-Infrared Permanent Laser Scanning Intensity for Retrieving Soil Moisture on a Coastal Beach: Calibration Procedure Using In Situ Data},
    journal = {Remote Sensing},
    volume = {13},
    year = {2021},
    number = {9},
    article-number = {1645},
    issn = {2072-4292},
    doi = {10.3390/rs13091645},
}

Dataset Reference 1

@misc{vos2023datasetnoordwijk,
    doi = {10.4121/1aac46fb-7900-4d4c-a099-d2ce354811d2.v2},
    author = {Vos, Sander and Kuschnerus, Mieke and Lindenbergh, Roderik and de Vries, Sierd},
    keywords = {Permanent Laser Scanning, Change Detection, Geomorphological Changes, Coastal Engineering, Terrestrial Laser Scanning, Point Cloud},
    title = {4D spatio-temporal laser scan dataset of the beach-dune system in Noordwijk, NL},
    publisher = {4TU.ResearchData},
    year = {2023},
}