ковзні коефіцієнти кореляції

Modeling the geoid and polar motion in geological time

The main objective of our research is to: 1) conduct a correlation analysis of the relationship between geoid heights and topographic heights in the modern era using calculated moving correlation coefficients (MCC); 2) extrapolate the obtained correlation model to past geological epochs and determine the paleogeoid using known surface heights derived from paleoDEM continental reconstruction models (Scotese and Wright, 2018); 3) perform calculations of changes in "True Polar Wander" (TPW) based on the obtained paleogeoid height data sets resulting from the movement of lithospheric plates.

Correlation analysis of gravitational field and topography of terrestrial planets

Correlations between the heights of equipotential and physical surface of the Earth, Venus, Mars and the Moon were investigated by the comparative analysis. Physical interpretation of the data obtained was given. It was shown that the large-scale topographic features of the Moon, Mars and Venus affect the gravitational figures of these bodies to a considerably greater extent than the terrestrial ones which are almost completely compensated.