A fixed full-matrix method for determining ice sheet height change from satellite altimeter: an ENVISAT case study in East Antarctica with backscatter analysis
A new method, called the fixed full-matrix method (FFM), is used to compute height changes at crossovers of satellite altimeter ground tracks. Using the ENVISAT data in East Antarctica, FFM results in crossovers of altimeter heights that are 1.9 and 79 times more than those from the fixed half method (FHM) and the one-row method (ORM). The mean standard error of height changes is about 14 cm from ORM, which is reduced to 7 cm by FHM and to 3 cm by FFM. Unlike FHM, FFM leads to uniform errors in the first-half and second-half height-change time series.
Yang, Y., E, D., Hwang, C. A fixed full-matrix method for determining ice sheet height change from satellite altimeter: an ENVISAT case study in East Antarctica with backscatter analysis,
Springer Berlin Heidelberg, 2014, с.901-914.
Yang, Y., E, D., Hwang, C. .
A fixed full-matrix method for determining ice sheet height change from satellite altimeter: an ENVISAT case study in East Antarctica with backscatter analysis.
: Springer Berlin Heidelberg, 2014, с.901-914.
Yang, Y., E, D., Hwang, C. (2014)
A fixed full-matrix method for determining ice sheet height change from satellite altimeter: an ENVISAT case study in East Antarctica with backscatter analysis,
: Springer Berlin Heidelberg, с.901-914
Yang, Y.,
E, D., &
Hwang, C.
(2014).
A fixed full-matrix method for determining ice sheet height change from satellite altimeter: an ENVISAT case study in East Antarctica with backscatter analysis. Journal of Geodesy. Springer Berlin Heidelberg, 88 (9), с.901-914.
