Add to ORKGThis paper reports on the implementation, design and results from GlacsWeb, an environmental sensor network for glaciers installed in Summer 2004 at Briksdalsbreen, Norway. The importance of design factors that influenced the development of the overall system, its general architecture and communication systems are highlighted
This paper reports on the development of a utility-based mechanism for managing sensing and communic...
The Global Terrestrial Network for Glaciers (GTN-G) is the framework for the internationally coordin...
A wireless sensor network has been designed and deployed to gather data from nodes on and inside gla...
This paper reports on the implementation, design and results from GlacsWeb, an environmental sensor ...
A sensor network is described which obtains data from nodes on and inside glaciers. Power management...
The aims of the Glacsweb project were to understand subglacial processes, especially to investigate ...
Glacial environment monitoring is a key task in understanding natural phenomena related to global wa...
Sensor networks for the natural environment require an understanding of earth science, combined with...
It has been shown that by implementing a heterogeneous sensor network a glacier can be instrumented ...
It has been shown that by implementing a heterogeneous sensor network a glacier can be instrumented ...
With the escalation of global warming, the shrinkage of mountain glaciers has accelerated globally, ...
n order to understand how modern climate change is effecting cryospheric environments we need to mon...
Glaciers are natural sensors to identify changes in climate and weather patterns, so the importance ...
This paper reports on the development of a utility-based mechanism for managing sensing and communic...
Almost all studies of the glacial environment take place during the summer (due to logistical diffic...
This paper reports on the development of a utility-based mechanism for managing sensing and communic...
The Global Terrestrial Network for Glaciers (GTN-G) is the framework for the internationally coordin...
A wireless sensor network has been designed and deployed to gather data from nodes on and inside gla...
This paper reports on the implementation, design and results from GlacsWeb, an environmental sensor ...
A sensor network is described which obtains data from nodes on and inside glaciers. Power management...
The aims of the Glacsweb project were to understand subglacial processes, especially to investigate ...
Glacial environment monitoring is a key task in understanding natural phenomena related to global wa...
Sensor networks for the natural environment require an understanding of earth science, combined with...
It has been shown that by implementing a heterogeneous sensor network a glacier can be instrumented ...
It has been shown that by implementing a heterogeneous sensor network a glacier can be instrumented ...
With the escalation of global warming, the shrinkage of mountain glaciers has accelerated globally, ...
n order to understand how modern climate change is effecting cryospheric environments we need to mon...
Glaciers are natural sensors to identify changes in climate and weather patterns, so the importance ...
This paper reports on the development of a utility-based mechanism for managing sensing and communic...
Almost all studies of the glacial environment take place during the summer (due to logistical diffic...
This paper reports on the development of a utility-based mechanism for managing sensing and communic...
The Global Terrestrial Network for Glaciers (GTN-G) is the framework for the internationally coordin...
A wireless sensor network has been designed and deployed to gather data from nodes on and inside gla...