Rowan Biessel
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View article: InSAR closure errors: temporal signatures and impact on deformation time series estimation
InSAR closure errors: temporal signatures and impact on deformation time series estimation Open
Closure errors quantify the inconsistency of seemingly redundant interferograms. Systematic closure errors, associated with e.g. changes in soil moisture or vegetation, can bias estimated InSAR time series. Previous work has shown that the…
View article: Excess Ground Ice Profiles in Continuous Permafrost Mapped From InSAR Subsidence
Excess Ground Ice Profiles in Continuous Permafrost Mapped From InSAR Subsidence Open
Excess ground ice formation and melt drive surface heave and settlement, and are critical components of the water balance in Arctic soils. Despite the importance of excess ice for the geomorphology, hydrology and biogeochemistry of permafr…
View article: An Intensity Triplet for Prediction and Correction of Systematic InSAR Closure Phases
An Intensity Triplet for Prediction and Correction of Systematic InSAR Closure Phases Open
We present a novel means of predicting systematic InSAR closure phases using an intensity triplet guided by the algebraic properties of the closure phase. This enables more accurate phase linking for estimating millimeter-scale ground moti…
View article: An Intensity Triplet for Prediction and Correction of Systematic InSAR Closure Phases
An Intensity Triplet for Prediction and Correction of Systematic InSAR Closure Phases Open
We present a novel means of predicting systematic InSAR closure phases using an intensity triplet guided by the algebraic properties of the closure phase. This enables more accurate phase linking for estimating millimeter-scale ground moti…
View article: Excess ground ice profiles in continuous permafrost mapped from InSAR subsidence
Excess ground ice profiles in continuous permafrost mapped from InSAR subsidence Open
Excess ground ice formation and melt drive surface heave and settlement, and are critical components of the water balance in Arctic soils. Despite the importance of excess ice for the geomorphology, hydrology and biogeochemistry of permafr…