Abstract
This work considers to the processes of «bloom» phytoplankton processes that cause hypoxic phenomena in shallow waters the example of the Sea of Azov. For the accumulation of information, multichannel satellite images of remote sensing are taken as a basis. In the process, the task of programmatically highlighting the contours of the areas of «bloom» is implemented.
Highlights
The World Ocean is a powerful regulator of the balance of oxygen and carbon dioxide in the atmosphere
The importance of the ocean as a huge depot of mineral and biological raw materials is constantly growing, and this gives rise to problems of combating various types of pollution, the need to predict the consequences of scientific and industrial activities of mankind
Since practice urgently required a method for the study of complex systems, it appeared
Summary
The World Ocean is a powerful regulator of the balance of oxygen and carbon dioxide in the atmosphere. When environmental problems became of a global level, oceans have taken a leading place in them, since they form the climate and produce a half of the oxygen of our planet. The model was usually an equation or a system of equations that allowed a solution — the dependence of output variables on input ones. Since practice urgently required a method for the study of complex systems, it appeared In addition to these laws, if necessary, certain hypotheses about functioning are formulated for the simulated system as a whole or for its individual parts. 4. Hypotheses, like laws, are expressed in the form of certain mathematical relationships which are combined into some formal description (formulas, algorithms). There is no need to say that this criterion is not formalized and requires special research in each case
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