Integrated processing and interpretation of multilevel geophysical observations

Present paper contains new techniques of integrated processing and interpretation for multilevel<br>geophysical data which are registered at different level of observations (space, air, ground) and are usually<br>interpreted separatly for each level. These techniques include: detection of telescope effect which consists<br>in coincidence of geophysical signals (anomalies) at all levels; correlational sounding of potential fields for<br>depth and form contact surfaces estimation; compensate wiener filter for separation of anomaly effects<br>creating mutual influence of fields which are measured at different levels; depth estimation of contact<br>surfaces as convolution summing for various geophysical fields measured at different levels of observations.