The research was conducted at the pure-bred pigs CT and hybrid juveniles CT x L Total protein blood serum was determined refractometrically, protein fraction - a method of horizontal electrophoresis on paper, the level of total lipids - B. Swahn, I. Scand. Researched transaminases (AST and ALT) method of Reitman-Frenkel, alkaline phosphatase - method O.A. Bessey e.a., creatine kinase - S.S. Kuby. Cortisol levels was determined by radioimmunoassay analysis, adrenaline - fluorometric method. Phagocytic activity was installed by Ms. V. Matusevich, bactericidal activity - by the method of Overmoney, T.A. Kuzmina
In this article the data analysis of the grapes of the Merlot grade gathered in the conditions of the soil differences of the Aurora farm, the Crimean area are submitted. The main indicators of quality of grade – mass concentration of sugars, titratable acidity, phenolic substances and рН were defined. Influences of soils on organoleptic indicators of the received wines were estimated
Introduced grape varieties such as Ancelotti, Bachka, Johanniter, Morava and Solaris which were grown in the conditions of Taman provided production of high yields of grapes with standard conditions of sweetness and acidity of grape juice that were useful for the technical processing of not only tableware, but also for special wines, in particular, dessert. Organoleptic properties of all the studied wine materials from grapes of these varieties were of high quality, which was con-firmed by their tasting evaluation. They are recom-mended for the preparation of organic (bio) wines. The "Biologik" wine in 2012 received a certificate of the high points at the international exhibition in Italy (Rome), and the wine from red grape variety Ancelotti for several years, winning awards from international wine competitions ("Yalta. Gold Griffon", "Gold au-tumn")
The article analyzes the main factors of the negative
impact of pig farms on the environment, for the
characteristics of which are used criteria such as
emissions of ammonia, methane, nitrous oxide, dust,
loss of nitrogen and phosphorus in manure output, feed
consumption and water consumption, economic
evaluation, capital costs of reducing emissions,
operational cost. The technical level, resource and
energy consumption in the production of pork have
been analyzed in a comparative perspective. The
necessity of implementation of best available
techniques in order to ensure environmentally oriented
production growth has been provided. The importance
of the development of technology selection algorithm
and clarification the basic criteria for the selection has
been emphasized. Also, there was detected the role of
technical regulation for the prevention of excess
pollution. The necessity of a comprehensive approach
was proven for the implementation of NDT in the
framework of environmental and industrial policies.
Implementing NDT will provide the ecological
modernization of pig production, which is confirmed
by the experience of European countries, successfully
implementing the concept of NDT from the 70s of the
twentieth century. At the same time, not only
economic measures should be used (exemption from
pollution charges, grants and subsidies), but also the
administrative tools (based on a valuation of NDT,
integrated permits). Daylight technological regulation
will provide "green" economic growth and will
contribute to solving social and economic problems.
Implementation of the project is not possible without
the exchange of information, the definition of time and
economic characteristics of the implementation of
NDT, comparative analysis and classification
technologies to NDT. In 2017, it has already been
planned to publish the NDT reference "Intensive
breeding of pigs,” while the implementation of best
available technologies will become the basis of
ecological modernization of the industry. The
inclusion of the author to the technical working group
on development of the handbook "Intensive breeding
of pigs" allows to participate on-line in the discussion
of topical issues
This article reviewed the results of analysis of a balance of nitrogen, phosphorus and potassium in chernozem (typical black leached soil of Belgorod region) after two crop rotations by different cultivation technologies of agricultural crops. The balance of nutritional elements has been calculated and the optimal agro technology for deficitless balance of plant nutritional elements determined
The article presents the result of correlation analysis of harvest structural elements. They have been analyzed for their effect on the biological yield inbred lines. The distribution of inbred lines in terms of manifestation of each trait separately was made. The final step was the evaluation of hybrids and calculation of economic efficiency of their implementation. As a result of the work, three hybrid combinations of corn were selected, and studying in further strain testing was suggested
The article considers the results of the evaluation of
the photosynthetic activity of peach trees in intensive
plantations on clonal rootstock VVA-1 in the
formation of improved cupped spindle-shaped
crown. It is established that in the formation of
spindle-shaped crown all the parts of it have just the
right lighting, the leaves contain more chlorophyll,
they are more specific and have real productivity
Researches on assessment of peach-tree stocks stability to soil pathogens (nematodes, fungi and bacterial diseases) and to the excess of lime and moisture as well were carried out in the conditions of scientific-industrial enterprises of Agromillora Cotalana (Spain). Adaptation level of studied stocks to marked stressors was determined upon the results of this work. The steadiest to them are allocated. Various parameters of grades of a peach in these conditions are estimated
This article describes the formation of the fair value of the herd of cows dairy farming. The calculation was made on the example of Ayrshire breed of cattle breeding farm Druzhba of the Kalinin district
Currently, due to the risk of global warming because
of increased concentrations of greenhouse gases in the
atmosphere, carbon-deposit function of forest
ecosystems, thanks to which stabilization of gas
composition of the atmosphere takes place, has great
importance [1]. Forest is one of the main components
of the biosphere. Forests protect soil from erosion,
provide stability hydrological regime of rivers, supply
atmosphere with oxygen, biologically active
substances, purify of harmful impurities, create
optimal environmental conditions and play an
important environmental role. However, because of
intensive anthropogenic influence (unregulated
logging, technogenic environmental pollution
recreation) forest ecosystems are experiencing stresses
at which irreversible processes of degradation of
communities of economically valuable main forestforming
species of both natural and artificial origin
take place [6]. Evaluating carbon-deposit function of
forest plantations, CO2 emissions to the atmosphere
through the soil respiration must be taken into account,
which can vary within wide limits. Productivity of
forests is largely driven by carbon dioxide, released
from the soil. Soil carbon dioxide provides demand of
forest plants for photosynthesis. With increasing
intensity of soil respiration, positive balance is
maintained [2]. Based on the method of V.I. Tarankov
for evaluation of carbon-deposit and oxygen-producing
functions of wood cenoses [2], similar research is
carried out in RSI "Kuban forestry", the KarachayCherkessia
Republic