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Dataset of Idling Positions and Derived Trips of Shared Mobility Vehicles in Munich, Germany (2023–2025)

Authors: Herbst, Tobias; Zubareva, Svetlana; Lienkamp, Markus;

Dataset of Idling Positions and Derived Trips of Shared Mobility Vehicles in Munich, Germany (2023–2025)

Abstract

Description This dataset provides high-resolution spatio-temporal data on shared mobility vehicles in Munich, Germany, collected between June 1, 2023, and May 31, 2025. It includes: Idling data, identifying stationary periods of vehicles based on spatial clustering of consecutive GPS positions. Trip-level data, representing movements between idling locations, filtered by distance and duration. The dataset covers five providers across three shared mobility modes: Car-sharing: Miles, ShareNow Bike-sharing: MVG Rad E-scooter-sharing: TIER, VOI Geographic Scope City: Munich, Germany Latitude: 47.9° N to 48.4° N Longitude: 11.15° E to 11.9° E Files Included 1. idling_{provider}.parquet.gz Content: Idling periods derived from position data Criteria: Stationary within 100 m radius Columns:- id: Vehicle ID - lat: latitude (EPSG:4326) of the vehicle’s idling location- lon: longitude (EPSG:4326) of the vehicle’s idling location- starttime: unix timestamp of the vehicle’s idling start time- endtime: unix timestamp of the vehicle’s idling end time 2. trips_{provider}.parquet.gz Content: Derived trips between idling periods Criteria: Distance >= 100 m, duration <= 6 hours Columns:- id: Vehicle ID - startlat: latitude (EPSG:4326) of the trip's departure position- startlon: longitude (EPSG:4326) of the trip's departure position- starttime: unix timestamp of departure- endlat: latitude (EPSG:4326) of the trip's arrival position- endlon: longitude (EPSG:4326) of the trip's arrival position- endtime: unix timestamp of arrival 3. vehicles_{provider}.parquet.gz Content: Vehicle-specific informationColumns:- id: vehicle ID- vehicle_type: vehicle’s model specification - fuel_type: vehicle's primary energy source- color: vehicle color- time_first_seen: unix timestamp of vehicle’s first appearance in the data- time_last_seen: unix timestamp of vehicle’s last appearance in the data 4. service_area_{provider}.parquet.gz Content: Service Areas Columns:- provider- geom_service_area: multipolygon of provider’s service area (EPSG:4326) 5. scraped_urls.json Content: List of all queried URLs 6. sample_trips_mvgrad_june2023.csv Content: Sample of trips made with MVG Rad in June 2023, extracted from trips_mvgrad.parquet.gzColumns:- id: Vehicle ID - startlat: latitude (EPSG:4326) of the trip's departure position- startlon: longitude (EPSG:4326) of the trip's departure position- starttime: unix timestamp of departure- endlat: latitude (EPSG:4326) of the trip's arrival position- endlon: longitude (EPSG:4326) of the trip's arrival position- endtime: unix timestamp of arrival Key Statistics Provider Mode Unique IDs Entries (Idling Records) Miles Car-Sharing 5,019 2,873,693 MVG Rad Bike-Sharing 3,796 1,582,172 ShareNow Car-Sharing 1,727 1,348,692 TIER E-Scooter 6,705 3,011,856 VOI E-Scooter 9,242 5,454,555 Data Collection & Processing - Source: move.mvg.de (now offline) - Method: Python-based web scraping in 3-minute intervals - Coverage: Munich area divided into overlapping grid cells - Storage: PostgreSQL database - Idling detection: Based on spatial clustering within 100 m - Trip detection: Transitions between idling periods, filtered by distance and duration Validation Trip data for MVG Rad was partially validated against official open data. In June 2023, 88.2% of official trips were matched with derived trips. Limitations - Gaps may occur due to scraping interruptions, reservations, or round-trips.- Some ShareNow vehicle IDs show unusually short trip durations.- No raw position data, route, pricing, or user data is included.

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selected citations
These citations are derived from selected sources.
This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Citations provided by BIP!
popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
BIP!Popularity provided by BIP!
influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Influence provided by BIP!
impulse
This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
BIP!Impulse provided by BIP!
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Average
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