Adaptyviojo rodiklinio modelio panaudojimo geodinaminiams tyrimams galimybių išplėtimas

Abstract

Vertical movements of Earth’s crust surface are determined by the data of repeated levelings. These measured and calculated quantities are in strict relationship with many conditions due to different intensity in movement super inposition. In the article, the possibility to apply the exponential adaptive prediction model for Earth’s crust vertical movement analysis is considered. The proposed methodology extends the possibilities to analyse the measurement information, when it is needed to determine the properties of Earth’s crust vertical movements trends. Detailed Earth’s crust vertical movement trends as well as local anomalies are calculated. These parameters are the simptomatic material for the analysis of movement reasons and their structure. By the statistical identification of movement property change locations, the structural vertical Earth's crust movements model is obtained that is applicable for interpretation the geotectonic and physical phenomena as well as the analysis of its causes and sequences.