Drone air quality measurements during flight MesSBAR_2021-09-23_flight1

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Detalles Bibliográficos
Autores principales:	Schlerf, Andreas, Bretschneider, Lutz, Schuchard, Malte, Düsing, Sebastian, Käthner, Ralf, Wehner, Birgit, Schuldt, Tobias, Wesolek, Christian, Tillmann, Ralf, Lange, Anne Caroline, Erraji, Hassnae, Krüger, Thomas, Scholz, Hendrik, Frost, Paul, Sobotta, André, Baum, Anja, Ebert, Volker, Bohlius, Henning, Nowak, Andreas, Langner, Marcel, Lampert, Astrid
Formato:	Dataset Open Access
Lenguaje:	en
Publicado:	PANGAEA 2024
Materias:	aerosol; air quality measurements; ALTITUDE; Automatisierte luftgestützte Messung der Schadstoffbelastung in der erdnahen Atmosphäre in urbanen Räumen; black carbon; Black carbon, equivalent; DATE/TIME; Dew/frost point; Drone; from the GNSS module GPS (GPS-16481); Humidity, relative; LATITUDE; LONGITUDE; measurements next to motorway; MesSBAR; MesSBAR_2021-09-23_flight1; multicopter; Nitrogen oxide; Nitrogen oxide, standard deviation; NOx; ozone; Ozone; Ozone, standard deviation; Particulate matter, < 1 µm; Particulate matter, < 10 µm; Particulate matter, < 2.5 µm; Pitch angle; Pressure, atmospheric; Pyranometer, EKO Instruments Co., ML-02 Si [400 - 1100 nm]; Roll angle; See description in dataset comment; Short-wave downward (GLOBAL) radiation; Short-wave upward (REFLEX) radiation; Temperature, air; Temperature, air, potential; Temperature, technical; UAV; Unmanned aerial vehicle
Acceso en línea:	Acceder al recurso
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author	Schlerf, Andreas Bretschneider, Lutz Schuchard, Malte Düsing, Sebastian Käthner, Ralf Wehner, Birgit Schuldt, Tobias Wesolek, Christian Tillmann, Ralf Lange, Anne Caroline Erraji, Hassnae Krüger, Thomas Scholz, Hendrik Frost, Paul Sobotta, André Baum, Anja Ebert, Volker Bohlius, Henning Nowak, Andreas Langner, Marcel Lampert, Astrid
author_facet	Schlerf, Andreas Bretschneider, Lutz Schuchard, Malte Düsing, Sebastian Käthner, Ralf Wehner, Birgit Schuldt, Tobias Wesolek, Christian Tillmann, Ralf Lange, Anne Caroline Erraji, Hassnae Krüger, Thomas Scholz, Hendrik Frost, Paul Sobotta, André Baum, Anja Ebert, Volker Bohlius, Henning Nowak, Andreas Langner, Marcel Lampert, Astrid
collection	Datos científicos de ciencias marinas y ambientales
contents	In the project MesSBAR (Automated airborne measurement of pollution in the near-earth atmosphere in urban areas), unmanned aerial systems and specially adapted air quality measurement technology were developed to carry out measurements upwind and downwind of pollution sources in urban areas, industrial plants and traffic routes. To validate and optimise the measurement technology and flight systems, two short measurement campaigns were carried out in 2021 near Wesseling next to the motorway A555 (North Rhine-Westphalia - Germany). There, the Federal Highway Research Institute (BASt) operates two measurement containers next to the motorway, which were used for the validation. Various flight profiles were tested. It was found that only for vertical ascents at a constant speed, useful results of the air quality measurements could be determined. The measurement data from these flights are published in this data publication.
format	Dataset Open Access
id	pangaea_https___doi_org_10_1594_PANGAEA_971549
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language	en
publishDate	2024
publisher	PANGAEA
record_format	pangaea
spellingShingle	Drone air quality measurements during flight MesSBAR_2021-09-23_flight1 Schlerf, Andreas Bretschneider, Lutz Schuchard, Malte Düsing, Sebastian Käthner, Ralf Wehner, Birgit Schuldt, Tobias Wesolek, Christian Tillmann, Ralf Lange, Anne Caroline Erraji, Hassnae Krüger, Thomas Scholz, Hendrik Frost, Paul Sobotta, André Baum, Anja Ebert, Volker Bohlius, Henning Nowak, Andreas Langner, Marcel Lampert, Astrid aerosol; air quality measurements; ALTITUDE; Automatisierte luftgestützte Messung der Schadstoffbelastung in der erdnahen Atmosphäre in urbanen Räumen; black carbon; Black carbon, equivalent; DATE/TIME; Dew/frost point; Drone; from the GNSS module GPS (GPS-16481); Humidity, relative; LATITUDE; LONGITUDE; measurements next to motorway; MesSBAR; MesSBAR_2021-09-23_flight1; multicopter; Nitrogen oxide; Nitrogen oxide, standard deviation; NOx; ozone; Ozone; Ozone, standard deviation; Particulate matter, < 1 µm; Particulate matter, < 10 µm; Particulate matter, < 2.5 µm; Pitch angle; Pressure, atmospheric; Pyranometer, EKO Instruments Co., ML-02 Si [400 - 1100 nm]; Roll angle; See description in dataset comment; Short-wave downward (GLOBAL) radiation; Short-wave upward (REFLEX) radiation; Temperature, air; Temperature, air, potential; Temperature, technical; UAV; Unmanned aerial vehicle In the project MesSBAR (Automated airborne measurement of pollution in the near-earth atmosphere in urban areas), unmanned aerial systems and specially adapted air quality measurement technology were developed to carry out measurements upwind and downwind of pollution sources in urban areas, industrial plants and traffic routes. To validate and optimise the measurement technology and flight systems, two short measurement campaigns were carried out in 2021 near Wesseling next to the motorway A555 (North Rhine-Westphalia - Germany). There, the Federal Highway Research Institute (BASt) operates two measurement containers next to the motorway, which were used for the validation. Various flight profiles were tested. It was found that only for vertical ascents at a constant speed, useful results of the air quality measurements could be determined. The measurement data from these flights are published in this data publication.
title	Drone air quality measurements during flight MesSBAR_2021-09-23_flight1
topic	aerosol; air quality measurements; ALTITUDE; Automatisierte luftgestützte Messung der Schadstoffbelastung in der erdnahen Atmosphäre in urbanen Räumen; black carbon; Black carbon, equivalent; DATE/TIME; Dew/frost point; Drone; from the GNSS module GPS (GPS-16481); Humidity, relative; LATITUDE; LONGITUDE; measurements next to motorway; MesSBAR; MesSBAR_2021-09-23_flight1; multicopter; Nitrogen oxide; Nitrogen oxide, standard deviation; NOx; ozone; Ozone; Ozone, standard deviation; Particulate matter, < 1 µm; Particulate matter, < 10 µm; Particulate matter, < 2.5 µm; Pitch angle; Pressure, atmospheric; Pyranometer, EKO Instruments Co., ML-02 Si [400 - 1100 nm]; Roll angle; See description in dataset comment; Short-wave downward (GLOBAL) radiation; Short-wave upward (REFLEX) radiation; Temperature, air; Temperature, air, potential; Temperature, technical; UAV; Unmanned aerial vehicle
url	https://doi.org/10.1594/PANGAEA.971549

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