Experience of design and approaches to improving adaptive farming systems on the landscape basis in the Central zone of the North-Eastern region of the European part of Russian Federation
Pages: 56-62.
Kozlova L.M., DSc in agriculture, head of section1, head of department2,
Rubtsova N.E., PhD in agriculture, scientific secretary1, senior researcher2,
Soboleva N.N., researcher1,2
1North-East Regional Agrarian Scientific Center, Kirov, Russia, 2North-East Agricultural Research Institute, Kirov, Russia
E-mail: svnmc.zam@mail.ru
On the example of Kirov region belonging to the Central zone of the North-Eastern region of European part of Russia the approaches to design, implementation and improvement of the adaptive-landscape systems of agriculture are considered. Analysis of results of exploration of farming systems developed for the farms of the region in 1999-2004 showed significant gains of agricultural producers in the field of biologization and resource saving. Yield increase of grain crops was registered including one in conditions of extremely dry 2010 (29-60% higher than the average regional indicators). However, the actual economic effect for total sown area of grain crops in some cases amounted to only 15% of the plan due to use of extensive methods of crop production and inadequate adaptation of farming systems to environmental conditions in some farms. Improving of adaptive-landscape farming systems is proposed taking into account regional climate change in the mode of adaptive intensification of agricultural production. Among the priorities there are using the results of agro-ecological macro-, meso - and microzonation; cultivation of adaptive environmentally specialized varieties, and the formation of multi-species agro-phytocenoses; application of a combined system of tillage and integrated system of fertilizer; improve stability and productivity of agricultural landscapes. The modern stage of designing adaptive-landscape systems of crop farming with use of space and information technologies depends on development of interdisciplinary integration of organizations–project participants at conducting research, design and survey, land management and evaluating works. System of measures for state (regional) support for the development of innovation in agriculture requires improvements.
Keywords: adaptive-landscape system of agriculture, biologization, adaptive crop rotation, soil fertility, resource saving, climate change
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