Purpose of the development: The developed means allow to calculate the values of indicators and assess the condition of lands in areas not covered by stationary stationary observations. The introduction of the proposed empirical models in the practical activities of water management, land management, nature protection and other interested organizations will make it possible to rationally use the monitoring data, to increase the efficiency of using the drained land.

Recommended application field: The developed empirical models can be effectively used to reproduce monitoring data for drained soils and, as a consequence, for mapping the drained land, assessing soil fertility and productivity of drained agricultural lands, developing environmental measures on drained lands, and other tasks related to spatial analysis of reclaimed lands. The received information can be given to land users for the purpose of improving and increasing the efficiency of activities in the field of agriculture, agriculture, environmental and land reclamation monitoring, land management and environmental protection.

The development stage readiness: The working documentation is developed

Description of the development:
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Application of methods of correlation and regression analysis of monitoring and special data allowed to confirm the hypothesis of the presence and the possibility of quantitative description of the quasisynchronism of conditions for the formation of soil properties in territorially disparate points of drained tracts. The obtained scientific results solve the following problems: identification of the main long-term stochastic regularities of the regimes of the drained soils transformed by human activity; establishment of probabilistic parameters of distribution of indicators of the state of drained soils; development of empirical mathematical models of dynamics and spatial variability of soil variables in various locations of drained territories.

corresponds technical description
Guarantees stable results getting

Possibility of transfer abroad:
Combinated reduction to industrial level

Photo

Country Ukraine

For additional information turn to:
E-mail: gal@uintei.kiev.ua