Geoinformation for Disaster and Risk Management - ISPRS

Conclusion
The LC PDGNSS NRTP approach described above
demonstrates today's possibilities in monitoring
tasks with cost-effective satellite methods. The
achievable data quality using LC PDGNSS equipment
is characterized briefly. Finally, the assignment of a
flexible database solution meets the compulsory
requirement of interoperable data exchange.
It becomes apparent that while results obtained so
far are already very satisfactorily, there is a further
need for intensive research and development. Our
main work actually concentrates on improving
accuracy and reliability of the system, and as well on
investigation of suitable “cheap” GNSS sensors. Of
course the developed system can also be embedded
for location finding in any widespread
multifunctional GSN and is not restricted to landslide
monitoring.
Acknowledgement
The project “alpEWAS” is supported by a grant of the
German Ministry of Economy and Technology within
the Geotechnology Program.
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