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JOANNEUM RESEARCH
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Laboratory Centre for Isotope Hydrology and Environmental Analytics
Geophysics and Geothermy
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Plant Materials Sciences and Utilisation
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Mag. Dr. Hermann Stadler
RESOURCES
Water Resources Management
Phone: +43 316 876-1326
Fax: +43 316 8769-1326
hermann.stadler@joanneum.at
Publications
A real time flood impact mitigation system for urban areas
Agricultural and rural watersheds. Microbial Source Tracking: Methods, Applications and Case Studies
Automatische, zeitlich hochaufgelöste Onlinemessung stabiler Umweltisotope in Karstwässern
Beitrag zur Hydrologie des Hochlantschgebietes (Mittelsteiermark)
Chapter 18 – Agricultural and Rural Watersheds
Deuterium as reference in a multi-tracing experiment in a karst system - A comparative study
Digitale Erfassung hydrologischer und chemisch-physikalischer Parameter am Hammerbach-Ursprung (Peggau, Steiermark). Ein Beitrag zum Aufbau eines Quellenmeßnetzes
Ecological significance of microbial endokarst communities in groundwater from alpine karst aquifers
Enviromental Data-transmission Using Low Earth Orbit Satellites
Event based monitoring and early warning system for groundwater resources in alpine karst aquifers
Event monitoring by means of stable isotopes at an overthrusted Karst aquifer in the Croatian Dinarides
Event monitoring by means of stable isotopes at an overthrusted Karst aquifer in the Croatian Dinarides
Event Sampling and Monitoring for Hydrogeological Investigations by Networking via LEO-Satellites
Flächenspezifische Auswertung von Niederschlags-Radardaten und Blitzortungsdaten auf Karsthochflächen zur Einzugsgebietsabgrenzung
Hydrogeologische Untersuchungen Hochschwab
Hydrologische Untersuchungen an der Hochreichhartquelle, eine der größten Blockgletscherquellen der Niederen Tauern
Identifikation unterschiedlicher Abflusskomponenten in einem Karstgebiet mit allochthoner Neubildung (Lurbach-Tanneben-Karstsystem, Österreich)
Identifikation unterschiedlicher Abflusskomponenten in einem Karstgebiet mit allochthoner Neubildung (Lurbach-Tanneben-Karstsystem, Österreich)
Innovative Datenübertragung mittels Low-Earth-Orbit-Satelliten
Investigations with Natural and Artificial Tracers in the Karst Aquifer of the Lurbach System (Peggau-Tanneben-Semriach, Austria)
Karsthydrologische Untersuchungen im Einzugsgebiet des Mixnitzbaches
Karsthydrologische Untersuchungen im Tannebenmassiv (mittelsteirischer Karst)
Microbial Source tracking guided by faecal pollution source profiling and catchment pollution dynamics
Microbial Source tracking guided by faecal pollution source profiling and catchment pollution dynamics
Networking of a rain-gauge with integrated isotope-sampling device and a spring monitoring station with automated event-sampling
Networking of Automated Event-Sampling Hydro-Meteorological Measuring Sites using LEO-Satellite Communication
New methods including picture processing for Hydro-Meteorological On-line Data Acquisition
New Technologies for More Efficient Flood Management Systems
On-site measurement of stable environmental isotopes at karst springs with high time-resolution and on-line data availability
On-site measurement of stable environmental isotopes at karst springs with high timeresolution and on-line data availability
Online Monitoring an Quellen in Karstgebieten. Beispiele – Anwendungen – Ausblicke
Online System for Hydro-Meteorological Data gathered via LEO-Satellite Transmission
Rain gauge with integrated isotope-sampling device
Rain-gauge with integrated isotope-sampling device
Remote Data Transmission for Hydrological Investigations. State-of-the-art and further trends
Remote Quality Control of On-Line Measurements for Hydrological Investigations
Remote water quality monitoring "on-line" using LEO satellites
Remote Water Quality Monitoring "on-line" using LEO Satellites
Remote water quality monitoring "on-line" using LEO satellites
Stable Autochthonous Microbial Endokarst Communities in Spring Water of Two Different Alpine Karst Aquifers
The Electrical Conductivity as Indicator for Hydrodynamic Processes in the Vipava System
The use of environmental isotopes for event monitoring at an overthrusted karst aquifer in the Dinarides, north-western Croatia
Understanding intercatchment flow in a karst aquifer – using the Lurbach system example (Eastern Alps - Austria)
Using LEO-satellite networking for hydrological event-sampling and monitoring
Water Monitoring and Sampling Network using Low Earth Orbit Satellite Communication
Workout of Tracing experiments in Karstic Areas
Zur Hydrologie und Hydrogeologie des Gebietes Peggau - Tanneben - Semriach
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