The results of numerical experiments on the evaluation of agrometeorological conditions impact on fitoftora development and its damaging influence on accumulationof biomass of potato plant separate organs and forming the productivity as a whole applying to the West Polesie conditions are presented A. N. Polevoy’s pattern modeling fitoftora origin and its damaging influence on potato productivity forming as a whole are in the basis of these numerical experiments.
They are estimated the change of agro climatic resources in the Ukrainian part of the Danube Delta sub-basin in 2011-2030 years and 2030 – 2050 years due to climate change, in a compared with the base period 1986 – 2005 years. For the assessment of climate change in Ukraine A1B scenario, the regional climate model MPI-M-REMO, a global model – CHAM5-r3 have been used. The evaluation of the heat and humidity of the growing season, and evaluation of the changes of agro-climatic conditions of winter wheat in relation to climate change has been done.
The estimation of change climatic recourse of the Lugansk region was examined in 2011-2030 and 2031-2050 years in connection with the changes of climate in compression by base period 1970-2010 years. Using models was assessed photosynthesis production and vibrations of the productivity of winter wheat in the conditions of change of climate.
Is considered the modeling of the impact of environmental factors on basket willow growth (Salix Viminalis L.) in conditions of radioactive pollution, absorption radionuclides in root system and their accumulation in root system, leaves and wood.
The results of a numeral experiments with the estimation of late frosts influences, observed during 3 ten-day periods of 11 being under study, on the accumulation of potato plant individual organ biomass and productivity formation as a whole conformably to Kirovograd region conditions are stated.