GISAP: Biology, Veterinary Medicine and Agricultural Sciences

2-3

Authors: Alpasha Nabiyev, Aysel Mamedova, Aytach Shamilova, Huru Ahmedova, Konul Babazade, Nargiz Abdullaeva, Nargiz Alieva, Narmin Mustafaeva, Narmin Rahmanova, Zhale Badalova

The article is devoted to modeling of the spatial structure of agriculture with the help of the new geoinformation technology in order to ensure innovative development of the national economy.

7-8

Authors: Alpasha Nabiyev, Chinara Samadli, Durdane Bayramova, Durdane Suleymanli, Lamiya Velieva, Leyla Zamanly, Mansuma Akberzade, Mehpara Aslanova, Nargiz Safaralieva, Sevda Vahabzade, Ulviya Mamedova, Ulviya Mustafayeva

In this report authors describe results of the scientific research devoted to the connection between spatial correlation of structural indexes of the vegetative cover and other components of the landscape. Results are presented in the digital correlation map able to help in solving matters of the search for leading factors in partial physical and geographical zoning on the territory of Azerbaijan.

13-15

Authors: Alla Arguchintseva, Valery Arguchintsev

In the article author's models for the description of processes and distribution of anthropogenous impurities in various environments (in atmosphere, hydrosphere and on the layer surface) are offered. All models have passed approbation on real objects.

18-20

Authors: Maryana Shyfnarovych, Mikhail Gorbiychuk

Authors have developed a method of mathematical modeling of soil contamination on the basis of the neural networks theory. This method makes it possible to automate the process of cartographic modeling by constructing actual values of isolines of concentrations of metals in soils of the studied area. On the basis of this method the algorithm of determination of maximum allowable concentrations in the soil for any territory has been developed

23-25

Authors: Oleksandr Makarenko

A new phenomenon was discovered - excessive heating of depths of large Solar system bodies by their internal energy sources of cosmic origin, being modulated by position and direction of the Solar system motion in the Galaxy. This allows to suggest presence of a heat-generating factor in the galactic space. Its influence in the energy emission in bowels of cosmic bodies. The dark matter particles may be the probable candidate for such a heat-generating factor. Influence of gravitational factors is also possible.