Architecture of a hierarchically modifiable-intersecting database of bioecological parameters

The architectural model of the BaikalIntelli research platform is considered. The platform is designed for universal storage, input and processing of arbitrary spatial and temporal databases containing bioecological parameters. The flexible system makes it possible to work with different table structure and composition of the requisites. Information technologies are proposed to implement the basic functionality of the universal metamechanism of data systematization. The used architectural pattern implements the logic of isolating the data model from the representation. It provides the autonomous principles of development of the BaikalIntelli platform mechanisms aimed at reducing repetition of elements of program code in the program classes of the platform. The platform mechanism is tested using the specific database ’’Spatial and temporal variability of oligochaete populations in the area of discharge of industrial treated wastewater of the Baikal pulp and paper mill”. The designed platform mechanisms allow to provide mechanisms for reliable storage and rapid retrieval of observation data.