Lippe Lippe RiverView Collection of water data with high · nagement of the heterogeneous data and...
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RiverView ® – Collection of water data with high temporal and spatial resolution © FiW Aachen 2018 CLIENT Federal Ministry of Education and Research (BMBF), Projektträger Jülich – Forschungszentrum Jülich WATER QUALITY RELATED MONITORING AND MANAGEMENT Extreme events, disasters and dynamic changes in water bodies due to urbanization, intensive agriculture, uptake of a wide range of contaminants and climatic changes: watercourses are subject to a variety of threats. To manage these challenges, high-resolution data, both on a spatial and temporal scale, will be indispensable in the future. Based on the systematic collection of synoptic visual, hydromorphological, hydrochemical and hydrophysical characteristics of watercourses, RiverView® provides a holistic approach for water quality related monito- ring and management. As a part of the joint project, an unmanned surface vehicle (USV) was developed for this purpose which is capable of navigating small and medium-sized rivers both autonomously and via remote control. Thanks to its built-in Global Naviga- tion Satellite System (GNSS), the boat can repeatedly travel identical routes, thus allowing for comparative measurements over time. With the modular design of the measurement technology the boat can be equipped according to the requirements. Regionales Wasserressourcen-Management für den nachhaltigen Gewässerschutz in Deutschland Messinformationen Messinformationen Messinformationen Messintervall … Flusskilometer Fließgewässertyp Gewässerstrecke Zeitraum Parameter 9:30—17:30 99 — 102 3 km / 220 km Lufttemperatur Wetter Wetter (Vortage) Pegelstand (cm) 263 18 — 23°C wechselhaft wechselhaft 15 Messinformationen Messintervall … Flusskilometer Fließgewässertyp Gewässerstrecke Zeitraum Parameter 9:30—17:30 99 — 102 3 km / 220 km Lufttemperatur Wetter Wetter (Vortage) Pegelstand (cm) 263 18 — 23°C wechselhaft wechselhaft 15 Messinformationen Messintervall … Flusskilometer Fließgewässertyp Gewässerstrecke Zeitraum Parameter 9:30—17:30 99 — 102 3 km / 220 km Lufttemperatur Wetter Wetter (Vortage) Pegelstand (cm) 263 18 — 23°C wechselhaft wechselhaft 15 123 m 123 m 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 09.02.2017 09:30—17:30 19.07.2017 09:30—17:30 Gewässerbreite Absolute Tiefe Höhe über NHN Gewässerbreite in m 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 Absolute Tiefe Absolute T Altitude (W Altitude Ab X Y Messinformationen Messinformationen Messinformationen Messintervall … Flusskilometer Fließgewässertyp Gewässerstrecke Zeitraum Parameter 9:30—17:30 99 — 102 3 km / 220 km Lufttemperatur Wetter Wetter (Vortage) Pegelstand (cm) 263 18 — 23°C wechselhaft wechselhaft 15 Messinformationen Messintervall … Flusskilometer Fließgewässertyp Gewässerstrecke Zeitraum Parameter 9:30—17:30 99 — 102 3 km / 220 km Lufttemperatur Wetter Wetter (Vortage) Pegelstand (cm) 263 18 — 23°C wechselhaft wechselhaft 15 Messinformationen Messintervall … Flusskilometer Fließgewässertyp Gewässerstrecke Zeitraum Parameter 9:30—17:30 99 — 102 3 km / 220 km Lufttemperatur Wetter Wetter (Vortage) Pegelstand (cm) 263 18 — 23°C wechselhaft wechselhaft 15 123 m 123 m 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 09.02.2017 09:30—17:30 19.07.2017 09:30—17:30 Gewässerbreite Absolute Tiefe Höhe über NHN Gewässerbreite in m 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 00.00 Absolute Tiefe Absolute Tie Altitude (WG Altitude Abo X Y © Land NRW (2018) Underwater camera Sonar Surface camera (Open data) Experiencing water Water topography User-friendly information provision PROJECT PARTNERS CONTACT Research Institute for Water and Waste Management (FiW) e.V. Dr.-Ing. Friedrich-Wilhelm Bolle Dr.-Ing. Gesa Kutschera Fon +49 (0)241 - 80 2 79 72 / kutschera@fiw.rwth-aachen.de www.fiw.rwth-aachen.de www.river-view.de Project coordination
Transcript of Lippe Lippe RiverView Collection of water data with high · nagement of the heterogeneous data and...
RiverView® – Collection of water data with high temporal and spatial resolution ©
FiW
Aac
hen
2018
CLIENT
Federal Ministry of Education and Research (BMBF),
Projektträger Jülich – Forschungszentrum Jülich
WATER QUALITY RELATED MONITORING AND MANAGEMENT
Extreme events, disasters and dynamic changes in water bodies due to urbanization, intensive agriculture, uptake of a wide range of contaminants and climatic changes: watercourses are subject to a variety of threats. To manage these challenges, high-resolution data, both on a spatial and temporal scale, will be indispensable in the future.
Based on the systematic collection of synoptic visual, hydromorphological, hydrochemical and hydrophysical characteristics of watercourses, RiverView® provides a holistic approach for water quality related monito-ring and management. As a part of the joint project, an unmanned surface vehicle (USV) was developed for this purpose which is capable of navigating small and medium-sized rivers both autonomously and via remote control. Thanks to its built-in Global Naviga-tion Satellite System (GNSS), the boat can repeatedly travel identical routes, thus allowing for comparative measurements over time. With the modular design of the measurement technology the boat can be equipped according to the requirements.
Regionales Wasserressourcen-Management für den nachhaltigen Gewässerschutz in Deutschland
MessinformationenMessinformationenMessinformationen
Messintervall …
Flusskilometer
Fließgewässertyp
Gewässerstrecke
Zeitraum
Parameter
9:30—17:30
99 — 102
3 km / 220 km
Lufttemperatur
Wetter
Wetter (Vortage)
Pegelstand (cm) 263
18 — 23°C
wechselhaft
wechselhaft
15
Messinformationen
Messintervall …
Flusskilometer
Fließgewässertyp
Gewässerstrecke
Zeitraum
Parameter
9:30—17:30
99 — 102
3 km / 220 km
Lufttemperatur
Wetter
Wetter (Vortage)
Pegelstand (cm) 263
18 — 23°C
wechselhaft
wechselhaft
15
Messinformationen
Messintervall …
Flusskilometer
Fließgewässertyp
Gewässerstrecke
Zeitraum
Parameter
9:30—17:30
99 — 102
3 km / 220 km
Lufttemperatur
Wetter
Wetter (Vortage)
Pegelstand (cm) 263
18 — 23°C
wechselhaft
wechselhaft
15
123 m
123 m
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00 00.00 00.0000.00
19.07.2017 09:30—17:30 Lippe278
09.02.2017 09:30—17:3019.07.2017 09:30—17:30
Höhe über NHN
Gewässerbreite in m
Absolute TiefeHöhe über NHN
Gewässerbreite in m
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00 00.00 00.0000.00
Absolute Tiefe Absolute TiefeAltitude (WGS98)Altitude Above MSLX Y
0.5 m55 m87 m ü. NHN0.35590.5668
MessinformationenMessinformationenMessinformationen
Messintervall …
Flusskilometer
Fließgewässertyp
Gewässerstrecke
Zeitraum
Parameter
9:30—17:30
99 — 102
3 km / 220 km
Lufttemperatur
Wetter
Wetter (Vortage)
Pegelstand (cm) 263
18 — 23°C
wechselhaft
wechselhaft
15
Messinformationen
Messintervall …
Flusskilometer
Fließgewässertyp
Gewässerstrecke
Zeitraum
Parameter
9:30—17:30
99 — 102
3 km / 220 km
Lufttemperatur
Wetter
Wetter (Vortage)
Pegelstand (cm) 263
18 — 23°C
wechselhaft
wechselhaft
15
Messinformationen
Messintervall …
Flusskilometer
Fließgewässertyp
Gewässerstrecke
Zeitraum
Parameter
9:30—17:30
99 — 102
3 km / 220 km
Lufttemperatur
Wetter
Wetter (Vortage)
Pegelstand (cm) 263
18 — 23°C
wechselhaft
wechselhaft
15
123 m
123 m
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00 00.00 00.0000.00
19.07.2017 09:30—17:30 Lippe278
09.02.2017 09:30—17:3019.07.2017 09:30—17:30
Höhe über NHN
Gewässerbreite in m
Absolute TiefeHöhe über NHN
Gewässerbreite in m
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00
00.00 00.00 00.0000.00
Absolute Tiefe Absolute TiefeAltitude (WGS98)Altitude Above MSLX Y
0.5 m55 m87 m ü. NHN0.35590.5668
© Land NRW (2018)
Underwater camera
Sonar
Surface camera (Open data)
Experiencing water
Water topography
User-friendly information provision
PROJECT PARTNERS
CONTACT
Research Institute for Water and Waste Management (FiW) e.V. Dr.-Ing. Friedrich-Wilhelm BolleDr.-Ing. Gesa KutscheraFon +49 (0)241 - 80 2 79 72 / [email protected] www.fiw.rwth-aachen.de
www.river-view.de
Project coordination
THE APPLICATION
Our services cover a diverse range of water management related topics:
Water topography• Digital Terrain Models of the watercourse (DTM-W)• Cross-sectional and longitudinal profiles• Substrate of the river bed
The autonomously operating measuring catamaran is equipped with a single beam sonar. In shallow waters, underwater cameras are used for optical measurements. The watercourse structure and its depth profile can thus be determined with high spatial resolution. The doub-le-antenna RTK (real-time kinematics) operated GNSS system is coupled with an inertial measurement unit (IMU) and accurately records the position of each data point. The underwater cameras allow for an assessment of the subsoil composition.
Water quality monitoring• Water temperature• Oxygen content• Oxygen saturation• Turbidity• Electrical conductivity• pH value• Redox potential• Suspended solids
High-resolution depth-profiles of physical-chemical data can be recorded by lowering a mobile multi-parameter probe from the RiverBoat.
THE RESEARCH PROJECT
RiverBoatUser-friendly remote-controlled and autonomously ope-rating boat which monitors the characteristics of small and medium-sized watercourses: images and data are recorded simultaneously both below and above water. With the built-in autopilot, measurement runs along previously recorded routes can readily be repeated.
RiverDetectAdaptation of available sensors for water quality monitoring: the automated and continuous collection of a multitude of water quality parameters is ensured by a set of permanently installed sensors which can be complemented by additional modular sensors accor-ding to the specific requirements. Water depth profiles can be determined by lowering the multi parameter pro-
be into the water using a trailer. Interfaces are designed in such a way that additional sensors can be added on a modular basis, if required. Real-time data transmission enables the user to immediately view the recorded data at the control panel.
RiverScanObjective recording of the water environment including the surrounding vegetation and water engineering struc-tures based on a mobile surface mapping system for (semi)automatic image analysis and measurement: with its panoramic camera unit, RiverBoat provides compre-hensive spatial recordings with high temporal resoluti-on. In combination with the sonar sensors, geometric structures below and above water are mapped along the course of the river. The data management feature RiverAdmin stores information on the time of the measu-rements, the navigation route and other water parameters for all recordings.
RiverAdminThe developed geo-database management system is intended for the management, validation, processing, pro-vision and coordination of the generated image, sensor and navigation data. The tool facilitates the central ma-nagement of the heterogeneous data and offers simulta-neous access for professional and other interested users, in compliance with the open data concept.
RiverWorksTarget-group specific knowledge transfer: the web portal and the RiverApp complement the geo-database manage-ment system and allow access to the data for various users, e.g. from the water industry and the interested public.
Surface scan with 360° camera• Vegetation• Riverbank structures• Buildings
The 360° camera unit produces panoramic footage from anywhere on the watercourse, allowing for the objective recording of the environment. Dense 3D-point clouds are generated from these images for surveying and other purposes.
Hydraulics• Flow velocity• Discharge
A modular ADCP device flexibly performs velocity and discharge measurements along the entire water body.
For further information and questions please do not hesitate to contact us.
