BIOLOGIZATION OF AGRARIAN PRODUCTIONThe purpose. To develop the updated methods of importation of pesticides. Methods. Simulation of natural processes of interaction of plants and metabolism. Results. Development of more perfect methods of coating specimens on target plants will enable not only in ten times decrease chemical load on landscape, but also to ensure reliable crop protection, in particular at intensive techniques of growing. Conclusions. The future farming agriculture potentially is capable to bridge harmonically high biological efficiency of sowings to use of intensive techniques and ecological acceptability of their use.
The purpose. Analysis and assessment of anthropogenic fluctuations as a result of economic activities of domestic landowners and producers of agricultural products in the world. Methods. Analysis, consolidation, simulation. Results. Modern state of intensive agriculture is analyzed; assessment of the most productive natural biological systems is made. Methodology of approaches to magnification of environmental acceptance of modern systems of farming agriculture is specified. Conclusions. To analyze in more details all component ingredients of interaction of the alive and nonliving nature and creatively implement the determined principles into practice of modern agrarian production. To create highly productive agro-ecosystems which do not erode and do not contaminate environment.
The purpose. To determine the level of potential weediness of plowlands in the main soilclimatic zones of the country. Methods. Field and laboratory-sampling of soil on fields of Kyiv,
The purpose. To generalize the existing information, as well as focus on the real and urgent problem of augmentation of deficiency of the water necessary for provision of sowings of crops during their vegetation in conditions of bogharic agriculture. Methods. Comparisons, analysis and generalizations of versatile scientific information. Results. Modern agrarian production needs results of scientific researches and recommendation which will help landowners to understand more widely correlation of cultivated plants in sowings with temperature, speed and force of a wind, indexes of relative humidity, presence of carbonic gas in sowings, intensity of processes of transpiration and photosynthesis, intelligent use of the limited stores of moisture in soil. Conclusions. Complex environment protection, augmentation of opportunities of the nature will resist to destructive influence of human activity to promote real decrease of stress level of water balance in regions and to security of necessary level of productivity of crops.
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