date: 2016-05-23T09:46:46Z
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pdf:docinfo:title: Vom Flüstern, Raunen und Grollen der Landschaft : Seismische Methoden in der Geomorphologie 
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subject:  The Earth?s surface is constantly changing as material is redistributed by processes like slope failures, debris flows and floods. Although this is a natural part of landscape evolution, we perceive many of these processes as hazards. Especially during their extreme manifestations, they can cause significant damage and even injury and loss of life. The process understanding that is necessary for the safe keeping of the environment that we live in can be obtained by acute observation. Seismic measurements provide distinct advantages over traditional methods. Within a sensor network, many important processes at the Earth?s surface can be observed and identified, along with their meteorological drivers. Further, seismic networks make it possible to monitor the entire landscape without the need of a prior choice of location. In this way, nearly complete event catalogues can be obtained and the interaction of different processes can be studied. The potential of seismic observations of Earth surface processes is illustrated with an example from the Illgraben, Switzerland. There, a two-way interaction between rock slope failures and debris flows was observed during a summer thunderstorm. 
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dc:title: Vom Flüstern, Raunen und Grollen der Landschaft : Seismische Methoden in der Geomorphologie 
modified: 2016-05-23T09:46:46Z
cp:subject:  The Earth?s surface is constantly changing as material is redistributed by processes like slope failures, debris flows and floods. Although this is a natural part of landscape evolution, we perceive many of these processes as hazards. Especially during their extreme manifestations, they can cause significant damage and even injury and loss of life. The process understanding that is necessary for the safe keeping of the environment that we live in can be obtained by acute observation. Seismic measurements provide distinct advantages over traditional methods. Within a sensor network, many important processes at the Earth?s surface can be observed and identified, along with their meteorological drivers. Further, seismic networks make it possible to monitor the entire landscape without the need of a prior choice of location. In this way, nearly complete event catalogues can be obtained and the interaction of different processes can be studied. The potential of seismic observations of Earth surface processes is illustrated with an example from the Illgraben, Switzerland. There, a two-way interaction between rock slope failures and debris flows was observed during a summer thunderstorm. 
pdf:docinfo:subject:  The Earth?s surface is constantly changing as material is redistributed by processes like slope failures, debris flows and floods. Although this is a natural part of landscape evolution, we perceive many of these processes as hazards. Especially during their extreme manifestations, they can cause significant damage and even injury and loss of life. The process understanding that is necessary for the safe keeping of the environment that we live in can be obtained by acute observation. Seismic measurements provide distinct advantages over traditional methods. Within a sensor network, many important processes at the Earth?s surface can be observed and identified, along with their meteorological drivers. Further, seismic networks make it possible to monitor the entire landscape without the need of a prior choice of location. In this way, nearly complete event catalogues can be obtained and the interaction of different processes can be studied. The potential of seismic observations of Earth surface processes is illustrated with an example from the Illgraben, Switzerland. There, a two-way interaction between rock slope failures and debris flows was observed during a summer thunderstorm. 
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dc:description:  The Earth?s surface is constantly changing as material is redistributed by processes like slope failures, debris flows and floods. Although this is a natural part of landscape evolution, we perceive many of these processes as hazards. Especially during their extreme manifestations, they can cause significant damage and even injury and loss of life. The process understanding that is necessary for the safe keeping of the environment that we live in can be obtained by acute observation. Seismic measurements provide distinct advantages over traditional methods. Within a sensor network, many important processes at the Earth?s surface can be observed and identified, along with their meteorological drivers. Further, seismic networks make it possible to monitor the entire landscape without the need of a prior choice of location. In this way, nearly complete event catalogues can be obtained and the interaction of different processes can be studied. The potential of seismic observations of Earth surface processes is illustrated with an example from the Illgraben, Switzerland. There, a two-way interaction between rock slope failures and debris flows was observed during a summer thunderstorm. 
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dc:creator: J. M.
description:  The Earth?s surface is constantly changing as material is redistributed by processes like slope failures, debris flows and floods. Although this is a natural part of landscape evolution, we perceive many of these processes as hazards. Especially during their extreme manifestations, they can cause significant damage and even injury and loss of life. The process understanding that is necessary for the safe keeping of the environment that we live in can be obtained by acute observation. Seismic measurements provide distinct advantages over traditional methods. Within a sensor network, many important processes at the Earth?s surface can be observed and identified, along with their meteorological drivers. Further, seismic networks make it possible to monitor the entire landscape without the need of a prior choice of location. In this way, nearly complete event catalogues can be obtained and the interaction of different processes can be studied. The potential of seismic observations of Earth surface processes is illustrated with an example from the Illgraben, Switzerland. There, a two-way interaction between rock slope failures and debris flows was observed during a summer thunderstorm. 
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title: Vom Flüstern, Raunen und Grollen der Landschaft : Seismische Methoden in der Geomorphologie 
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