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Air temperature is one of the most important climate characteristics, which is used for climate research, investigation and modeling of vegetation, hydrological parameters and other landscape components as well as geosystems entirely. The use of a landscape approach greatly simplifies the process of visualizing meteorological parameters and allows you to take into account influencing factors, since they have already been taken into account when drawing up a landscape map. This article describes cartographic models of the air temperature field of the Tunka intermountain basin created using in-situ wide network of modern automatic measuring instruments and remote sensing methods that allow us to solve the problem of climate research at a local level, as well as a landscape-interpretation mapping method. The main advantages and disadvantages of these cartographic methods are assessed. It is shown that a joint analysis of the data from a dense network of field observations, remote sensing data, and a landscape map made it possible to analyze the dynamics of the spatiotemporal distribution of the air temperature field with a relatively high degree of accuracy.

Application of the landscape approach and remote sensing data for the mapping of the climate characteristics of the mountain-basin territories