The article presents the results of the study of yield, mechanical and biochemical composition of Merlot grape vine variety and its two clones in the conditions of Taman and Anapa subzone of the Krasnodar region. Clones differ from the maternal variety by the large number of berries in the bunch, the mass of the berry, the average mass of the bunch and the yield. Maternal variety and its clones are characterized by very close percentages of berries and combs in the bunch and by indicators of the structure, composition and structure of the bunch. By the yield of juice percentage, in different growth areas clones showed the same results as the original variety. According to the content of glucose, fructose, organic acids (wine, apple, citric, succinic), potassium, sodium, magnesium and calcium cations in the juice of berries, there is no reliable differences between the original variety and its clones. The content of dry substances, sugars, titrated acids, and the sugar-acid coefficient depended on the yield, but in general, they were favorable for the production of wine materials and juices. Merlo phanagoriiskii and Merloc are ecologically plastic and belong to the first group of varieties that retain their valuable characteristics in different areas of growth
The impact of anthropogenic pollution on soil
phytotoxity and on triticale plants in Vladikavkaz
suburb was investigated in the work. The objects of
the study were sod-gley leached soils and different
varieties of triticale plants. The research was
conducted in 2010-2011 at the Department of Biology
of Gorsky State Agrarian University. The article gives
data on microelements content in soils and plants
within the range of influence of Vladikavkaz industrial
enterprises. There was a marked change of
miroelements’ mobility in soil and activity of their
penetration into plants during fertilization. The sort
characteristics of microelements’ accumulation in
vegetative mass of triticale were researched. The
conducted research is informative for soil and plant
condition monitoring in anthropogenically polluted
environment. The work indicates the increasing danger
of microelements (including heavy metals)
accumulation in soil and their inclusion in biological
cycle in concentration that is too toxic for plants,
animals and people during the usage of fertilizers,
especially their high doses. The most dangerous
among heavy metals are mercury, cadmium and lead.
We used MPC rate of excess to estimate the content of
these metals. The results of the research can be used in
soil and cereal plant condition monitoring and
diagnosis and in development of regional
environmental regulation
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
The article presents results of the study of yield, mechanical composition and quality of bunches of newest white grapevine varieties called Artemis, Sauvignon tamanskii and Inkroche tamanskii, in the conditions of Taman in the Krasnodar region. The yield of the studied genotypes ranged from 10.4 to 13.3 t / ha: the highest yield was in Artemis, and the lowest – in Sauvignon tamanskii. The average weight of the bunch was in Sauvignon tamanskii (152 g), the variety Artemis had 143 g and Inkroche tamanskii had 130 g of bunch weight. The percentage of berries in clusters ranged from 95.3 in Artemis to 95.9 in Inkroche tamanskii and Sauvignon tamanskii. The ratio of fruit mass to the mass of crests was 20.3 in the varieties of Artemis and 23.5 in Inkroche tamanskii and Sauvignon tamanskii. In genotypes of Artemis, Sauvignon and Inkroche Taman Taman the weight of 100 berries was 200, 160 and 130 g, respectively, the mass of 100 seeds - 4.6; 3.1 and 2.9 g, the average weight of the pulp from the juice to the weight of the skin - 24.3; 19.5; 15.9. The percentage of pulp and juice in clusters of the studied varieties was 85,9-89,1%, and the ratio of pulp to juice to the solid residue 6,1-8,2. Yield of musts from the studied sample was 74,5-75,4%. The content of sugars in the berries (17,5-19,6 g / 100 cm3) was dependent on the yield, the characteristics of varieties and timing of the harvest, but the harvest was favorable for the production of beverages and wine materials
The need of improving the grain drying technology is
due to a significant volume of this operation, high
specific energy and high standards to preserve quality
of grain. In this regard, the development of new
technologies and equipment aimed at reducing the cost
of fuel and electricity, providing the preservation of
grain quality has essential meaning to reduce the
drying cost. Usually, the electrophysical effects on the
dehydrated material not only contribute to the
thickness reduction or destruction of the boundary
layers and increase the surface of phase contact, i.e.
they cause the combined effects of the intensification
of the drying process that is economically favorable
and they say for a broader practical use of
electrotechnologies. Method of grain drying using
microwave recycling in installations of active aeration
bunker type allows increasing productivity compared
with standard technology for up to 30% and reducing
process energy consumption by 17%
We have proposed the method of presowing processing of
seeds of winter wheat using a hydrophobic paraffin-wax
system of the new composition. Water protected paraffinceresin
coating has been used before for storage of garlic.
However, the paraffin coating were not applied to wheat
seeds and were not investigated their effect on
germination, growth and further development of plants of
winter wheat. This work has been done for the first time.
The ceresin wax is replaced by sunflower wax. New
component composition of the hydrophobic waterproof
coating winter wheat seeds: sunflower wax – 15-20 % wt
.; paraffin – all the rest of it. Sunflower wax is a surfaceactive
substance and has the properties of the plasticizer
and the dispersant of the dispersed structure of the
paraffin. The advantages of this coating: it protects the
seeds from moisture loss, regulates the timing of their
germination, contributes to the preservation of
accumulated nutrients, and enhances plant growth and
development; it increases the yield of wheat. In the field,
we have set growth stimulating ability of paraffin-wax
coating of winter wheat seeds of variety called Charade.
The resulting increase in yield was 20% (control of 52.6 с
/ ha), while maintaining the quality of grain. This use of
sunflower wax solves an important environmental
problem – disposal of oilseed production waste
One of the most destabilizing factors of crop production is weed infestation of crops. Despite annual herbicide treatment, weed infestation of crops of winter wheat remains high, with a predominance of annual dicotyledonous weed with a higher proportion of drug resistant on the basis of 2,4-D. We also notice increased range and density of perennial dicotyledonous weeds. New combinational herbicide called Cayenne, manufactured by LLC "Agro Expert group", which in its composition contains two active substances: thifensulfuron-methyl (500 g/l) and florasulam (170 g/l), highly inhibits both annual and perennial dicotyledonous weeds. According to the working program of the registrant's company we have tested Cayenne on crops of winter wheat in spring in the tillering phase and the formation of the second internode. It is shown that its use in doses of 0.025 and 0.035 kg/ha in mixture with 200 ml/ha of surfactant-Bit 90, W provides effective suppression of annual and perennial dicotyledonous weeds (90 – 100 %). The negative effect on the culture was not observed. At the same time, within 2-3 days after herbicide application we observed cessation of growth, chlorosis, dieback of growing points of weeds. Complete death was observed after 15 – 20 days
The effect of seeds shapes and sizes to field survival, plant stand, harvesting amount and structure of calendula crude drug were under investigation. Biological feature of calendula is heterogeneous seeds formation, when the same inflorescence forms seeds of various shapes and sizes. The following seeds fractions according to their shapes and sizes were used for sowing: uncinate shaped, crescent shaped as well as unseparated, including, except uncinate and crescent seeds, ring-form and scaphoid shaped seeds. It was discovered that maximum indices of laboratory, field survival of calendula seeds and plant stand were in conjunction with uncinate shaped seeds. Maximum crude drug harvest was in conjunction with the sowing seeds of uncinate shape, varied from years from 2.11 to 2.40 t/h; minimum- at unseparated seeds sowing, varied from years from 1.83 to 2.05 t/h. Crude drug extreme efficiency was determined in 1-3 gatherings by inflorescence weight gain and its quantity increase on the same plant. According to the size of elements of crude drug harvesting structure (inflorescence quantity and mass of the same plant, the same inflorescence mass) the variant of uncinate shaped seeds sowing had advantages
The accumulation of heavy metals was studied in different component parts of a White squash (skin and flesh, flesh, seed skin, seed kernel, peduncle). It is known that the basic source of feed for agricultural crops are mobile water soluble organic and mineral soil combinations which are polluted by heavy metals in different degrees. In the process of their migration they are able to accumulate in different parts of plants or to disperse. The mechanism of quantitative estimation of migration of heavy metals in direction of removal of mobile water soluble soil combinations to various parts of a White squash is developed by the author. The ranks of mobility of heavy metals are made from the most mobile manganese to the most indifferent iron. The model of estimation of mobility of the rest spectrum of heavy metals is chosen, namely: lead, cadmium, zinc, copper, nickel, cobalt in relation to manganese and iron. Basing on the position of a separate element in a mobile rank and its concentration it is possible to define the source of entering to a squash fruit. It may be water soluble soil combinations, irrigation water and atmospheric aerosols
The reaction of winter wheat cultivar ‘Antonina’ on the level of fertility and doses of fertilizers on crop productivity was studied. Investigations are carried out in multivariate 11 –course crop and grain-grass rotation stationary: factor ‘A’- the fertility of the soil; factor ‘B’ - fertilizer system; factor ‘C’ - the system of plants protection; factor ‘D’ - the main methods of soil tillage. Four models of soil fertility levels were studied in the experiment: А0 - initial (natural background); А1 - average (200 kg / ha Р2О5 and 200 t / ha of solid manure); А2 - high (double dose); at А3 - high (tripled) on three backgrounds of basic soil cultivation: nonmoldboard, recommended, moldboard with deep bursting and without the application of tillage (direct seeding and the natural rate of soil fertility). The soil is heavy leached black humus with humus content in the arable layer of 2.5% - 2.9%. On the basis of proven researches it was found that for the sustainable yield of winter wheat the dose of mineral fertilizers should be increased and nitrogen - up to 140 kg per hectare. The increase in yield is due the rise of the quantity of grains per ear and weight of grain per ear