منابع مشابه
Data Acquisition System for Volcano Monitoring With Real-Time Transmission, Low Cost and Low Power Consumption
An acquisition system has been developed as an evolution of the gDT316 and gCNT16 dataloggers [1]. This new datalogger, gDT524, has several advantages in comparison with the previous versions. The main features, beside the low power consumption and low cost, are: an A/D converter with 24 bits fivechannels inputs, two 16 bits counters, meteorological sensors, real time clock with synchronization...
متن کاملWireless sensor network for volcano monitoring
.................................................................................................................................................. i Abstract in Swedish ............................................................................................................................... ii Abstract in Chinese ................................................................................
متن کاملOperational volcano monitoring for decision support demonstration
Indra Espacio, in close cooperation with the Spanish Volcanic Research Network and Civil Protection, has started a project for volcano monitoring in the Canary Islands in the frame of an ESA contract using ERS interferometry. Within 12-18 months, an operational SAR interferometric processing system will be set up by Indra, based on its comercial INSAR processor. The information provided by this...
متن کاملVolcano Deformation Monitoring Using GPS
Volcanic eruptions are often very destructive events, having a massive impact on the natural and human environment. In order to mitigate the effect of volcanic hazards such as pyroclastic flows, lahars and tsunamis it is necessary to closely monitor volcanoes. Ground surface deformation is recognised as a reliable indicator of an impending eruption and can give clues to magmatic processes at de...
متن کاملMitigating Differential Troposphere Effects for Gps-based Volcano Monitoring
The UNSW-designed GPS volcano monitoring system installed on Gunung Papandayan seeks to characterise the ground deformation within the volcanic edifice. Hourly baseline solutions produce a time series of data designed to detect any ground motion. Differential tropospheric effects between GPS receivers separated by a large change in height (in this case up to 1400m) impact on the quality of this...
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ژورنال
عنوان ژورنال: Eos, Transactions American Geophysical Union
سال: 2006
ISSN: 0096-3941
DOI: 10.1029/2006eo380002