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Mulder, G. (author), van Leijen, F.J. (author), Barkmeijer, Jan (author), de Haan, Siebren (author), Hanssen, R.F. (author)
InSAR signal delays due to the varying atmospheric refractivity are a potential data source to improve weathermodels [1]. Especially with the launch of the new Sentinel-1 satellites, which increases data coverage, latency andaccessibility, it may become possible to operationalize the assimilation of differential integrated refractivity (DIR...
abstract 2017
document
Mulder, G. (author), van Leijen, F.J. (author), Barkmeijer, Jan (author), de Haan, Siebren (author), Hanssen, R.F. (author)
The influence of signal delay due to the varying atmospheric refractivity can be significant in individual interferograms. This signal is generally considered to be noise in deformation studies, but it can also potentially be used to improve weather models [1]. This application has an enormous potential, because, contrary to deformation studies,...
abstract 2017
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Levelt, D.F. (author), Mulder, G. (author), van Leijen, F.J. (author), Hanssen, R.F. (author)
abstract 2017
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Özer, I.E. (author), van Leijen, F.J. (author), van Damme, M. (author), Jonkman, Sebastiaan N. (author), Hanssen, R.F. (author)
abstract 2017
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van Leijen, F.J. (author), van der Marel, H. (author), Samiei Esfahany, S. (author), Hanssen, R.F. (author)
abstract 2017
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