Geoinformation mapping to analyze the spatio-temporal data of agricultural production in Siberian regions

Abstract

The study deals with opportunities of assessing geoinformation mapping to identify prospective areas of interregional specialization for a macroregion as a new political and economic unit of Russia. The spatial assessment method for such Siberian regions’ agricultural specialization is proposed and tested. The study covers 392 rural municipal districts, united in sixteen entities of the Russian Federation and located in four macro-regions. The analysis of the rural muni- cipalities’ productivity indicators for 2007–2018 was carried out for 26 types of crop products and 5 types of livestock ones using methods of mathematical and cartographic modeling, which enabled identifying 16 perspective food interregional clusters in South Siberian, 12 ones – in the Angara-Yenisei and 1 – in the Ural-Siberian macroregion. A Web-cartographic product “Geoportal of agricultural specialization of Siberian macroregions” was developed for solving application tasks of spatial analysis and determining the state policy measures for the development of interregional agricultural cooperation in Siberia.

The artificial intelligence method application for grain production productivity indicators predicting

“…Based on the aforesaid, there is a need to study climatic factors on the basis of nonlinear dynamics methods that take into account the current volatility of natural processes and phenomena, namely the fact that the grain crop production productivity predicting develops along cyclic trajectories, the stability of the characteristics of which is much higher than the stability of the periodicity of separately selected points of the process. A qualitative grain crop production productivity forecast and scenarios of its development dynamics will allow the DM (decision maker) to control and regulate the ambitious plans of Russian producers, prescribed in the Long-term strategy for the development of the grain complex of the Russian Federation until 2035, according to which the gross harvest of grain and leguminous crops for 2020-2035 should grow by 27.3%, and the volume of exports should increase by 83% [1] and assess the prospects for the necessary reserves and grain reserves creating [9,10,11,12], intended for guaranteed supply of the country, taking into account the agro-climatic and geographical features of the macro-regions.…”

Agro-industrial and fishery complex of the Russian Far East: Data on investment projects and transport connectivity

“…The source is a single database of investment projects “Investment projects. Digital Platform.” [5] .…”