Matches in SemOpenAlex for { <https://semopenalex.org/work/W1680996412> ?p ?o ?g. }
- W1680996412 endingPage "228" @default.
- W1680996412 startingPage "208" @default.
- W1680996412 abstract "Abstract This paper presents a review of the current state of the art in the use of terrestrial radar interferometry for the detection of surface changes related to mass movement. Different hardware‐types and acquisition concepts are described, which use either real or synthetic aperture for radar image formation. We present approaches for data processing procedures, paying special attention to the separation of high resolution displacement information from atmospheric phase variations. Recent case studies are used to illustrate applications in terrestrial radar interferometry for change detection. Applications range from detection and quantification of very slow moving (millimeters to centimeters per year) displacements in rock walls from repeat monitoring, to rapid processes resulting in fast displacements (~50 m/yr) acquired during single measurement campaigns with durations of only a few hours. Fast and episodic acting processes such as rockfall and snow avalanches can be assessed qualitatively in the spatial domain by mapping decorrelation caused by those processes. A concluding guide to best practice outlines the necessary preconditions that have to be fulfilled for successful application of the technique, as well as in areas characterized by rapid decorrelation. Empirical data from a Ku‐band sensor show the range of temporal decorrelation of different surfaces after more than two years for rock‐surfaces and after a few seconds to minutes in vegetated areas during windy conditions. The examples show that the displacement field can be measured for landslides in dense grassland, ice surfaces on flowing glaciers and snowpack creep. Copyright © 2014 John Wiley & Sons, Ltd." @default.
- W1680996412 created "2016-06-24" @default.
- W1680996412 creator A5006175692 @default.
- W1680996412 creator A5018150515 @default.
- W1680996412 creator A5023194085 @default.
- W1680996412 creator A5023981441 @default.
- W1680996412 date "2014-10-27" @default.
- W1680996412 modified "2023-10-11" @default.
- W1680996412 title "A review of terrestrial radar interferometry for measuring surface change in the geosciences" @default.
- W1680996412 cites W1483394429 @default.
- W1680996412 cites W1544531552 @default.
- W1680996412 cites W1586536459 @default.
- W1680996412 cites W162303678 @default.
- W1680996412 cites W1904075831 @default.
- W1680996412 cites W1914510868 @default.
- W1680996412 cites W1963813506 @default.
- W1680996412 cites W1966405789 @default.
- W1680996412 cites W1969555314 @default.
- W1680996412 cites W1974976967 @default.
- W1680996412 cites W1977413996 @default.
- W1680996412 cites W1979953229 @default.
- W1680996412 cites W1980779042 @default.
- W1680996412 cites W1982603755 @default.
- W1680996412 cites W1984538179 @default.
- W1680996412 cites W1985141560 @default.
- W1680996412 cites W1986816831 @default.
- W1680996412 cites W1987253112 @default.
- W1680996412 cites W1992200715 @default.
- W1680996412 cites W1992313743 @default.
- W1680996412 cites W1992957904 @default.
- W1680996412 cites W1995427828 @default.
- W1680996412 cites W2004173209 @default.
- W1680996412 cites W2005070893 @default.
- W1680996412 cites W2005609209 @default.
- W1680996412 cites W2013211795 @default.
- W1680996412 cites W2014610129 @default.
- W1680996412 cites W2015177246 @default.
- W1680996412 cites W2017493692 @default.
- W1680996412 cites W2017727533 @default.
- W1680996412 cites W2021224307 @default.
- W1680996412 cites W2022190060 @default.
- W1680996412 cites W2023375984 @default.
- W1680996412 cites W2025494752 @default.
- W1680996412 cites W2026262541 @default.
- W1680996412 cites W2032903410 @default.
- W1680996412 cites W2034011863 @default.
- W1680996412 cites W2034078993 @default.
- W1680996412 cites W2034231005 @default.
- W1680996412 cites W2037402385 @default.
- W1680996412 cites W2039696431 @default.
- W1680996412 cites W2044200056 @default.
- W1680996412 cites W2047029664 @default.
- W1680996412 cites W2047927827 @default.
- W1680996412 cites W2048684236 @default.
- W1680996412 cites W2060599314 @default.
- W1680996412 cites W2061577342 @default.
- W1680996412 cites W2061837299 @default.
- W1680996412 cites W2062377119 @default.
- W1680996412 cites W2063180739 @default.
- W1680996412 cites W2065989874 @default.
- W1680996412 cites W2069388801 @default.
- W1680996412 cites W2070857660 @default.
- W1680996412 cites W2073681510 @default.
- W1680996412 cites W2075550759 @default.
- W1680996412 cites W2078457586 @default.
- W1680996412 cites W2080239243 @default.
- W1680996412 cites W2081440985 @default.
- W1680996412 cites W2083211355 @default.
- W1680996412 cites W2086011904 @default.
- W1680996412 cites W2089363976 @default.
- W1680996412 cites W2090933750 @default.
- W1680996412 cites W2092788599 @default.
- W1680996412 cites W2093673366 @default.
- W1680996412 cites W2096198669 @default.
- W1680996412 cites W2096717450 @default.
- W1680996412 cites W2097643261 @default.
- W1680996412 cites W2098172227 @default.
- W1680996412 cites W2098947682 @default.
- W1680996412 cites W2106320270 @default.
- W1680996412 cites W2109452545 @default.
- W1680996412 cites W2110940994 @default.
- W1680996412 cites W2113545279 @default.
- W1680996412 cites W2118976322 @default.
- W1680996412 cites W2122364341 @default.
- W1680996412 cites W2129206142 @default.
- W1680996412 cites W2135975766 @default.
- W1680996412 cites W2136929402 @default.
- W1680996412 cites W2137006271 @default.
- W1680996412 cites W2140164537 @default.
- W1680996412 cites W2141414687 @default.
- W1680996412 cites W2143723668 @default.
- W1680996412 cites W2144501045 @default.
- W1680996412 cites W2145786207 @default.
- W1680996412 cites W2146614847 @default.
- W1680996412 cites W2148645942 @default.
- W1680996412 cites W2149519586 @default.
- W1680996412 cites W2149999114 @default.
- W1680996412 cites W2152403125 @default.