The structure of the earth has been extensively studied using seismic waves generated by
natural earthquakes and man-made sources. In classical seismology, the earth is …

Propagation of short period S waves through the crust is strongly controlled by scattering
loss and intrinsic absorption. Scattering loss controls the shape of the seismic envelope and …

We resolve a long-standing question regarding the suitable effective diffusion coefficient of
the spherical-symmetric transport equation, which is valid at long times. To that end, we …

Theoretical and empirical tools for the exploration of the radio-thermal radiation of the snow
cover in C and K-bands are developed taking into account the method of polarization …

The main objective of the paper is to estimate seismic wave attenuation from the decay rate
of coda wave amplitudes of digital seismogram of local earthquakes (epicentral distance< …

In this work, I propose to model the propagation of high-frequency seismic waves in the
heterogeneous Earth by means of a coupled system of radiative transfer equations for P and …

The main problem of sustainable development is directly related to water resources whose
spatial distribution is defined by the oceans, seas, and coastal hydrological systems where …

Spatial and temporal variations of coda wave attenuation were identified in many studies,
and particularly in relation to major earthquakes and volcanic eruptions. Both the coda …

The problem of nature-society interaction in the context of a global change in the
environment and climate has been discussed in detail at the All-World Conference on …

The Arctic region plays a unique role in global environmental processes, forming numerous
adverse correlations with the Earth's climatic system. Low temperatures, a high level of …