In peach orchards of the Russian humid subtropics, leaf curl is the most dangerous and harmful disease. Due to the high degree of danger from the peach leaf curl, for the first time in this region the main task was to analyze peach leaf curl development on weather conditions. In order to solve the problem, it is proposed to apply a new innovative intellectual technology: automated system-cognitive analysis (ASK-analysis) and its software tools - the “Eidos” system. In order to build the model, based on our own observations and the experience of Russian and foreign colleagues, it was decided to use the following factors: the sum of temperatures above +4 ° C of the current year (for the period from January to April), the sum of temperatures above +4 ° C of the previous year (for the whole year), the sum of precipitation of the current year (for the period from January to April), the sum of precipitation of the previous year (for the whole year), the number of hours of infection (in the current year). It was established that such factors as the number of hours of infection, the sum of temperatures above +4 ° C in April and during the period from January to April, as well as the sum of precipitation in March and April, are the most important in the dynamics of peach leaf curl development and spread. High rates of leaf curl spread and development are caused by the number of hours of infection in the range of 1440 ... 2064 hours, as well as by low air temperatures in March and April (the sum of temperatures above +4 °C – 89,4-240,4° and 283,7-316,7°, respectively) and high air temperatures - in January and February (the sum of temperatures above +4 ° C – 155,3-259,6° and 243,5-280,1°, respectively)
We have presented opportunities to improve the nutritional value of wine production: improvement of biogenetic soil, using organic fertilizers. The nutritional value is ensured by not only high-quality biochemical diversity of berries, but also the safety of products that do not contain toxic inclusions. Bio-fertilizer stimulates the biotransformation of toxic soil residues to replenish soil nutrients for the plant, providing grape raw material with biologically active substances and improves the nutritional value of wine products. Food safety of grapes is ensured by reducing it residues of hazardous chemicals migrating from the soil into the plant and the grapes. It has been established, that after 3 years of application of biofertilizers we significantly improved food safety and quality in the biochemical parameters, especially important for the classic wine grape varieties. The soil content of toxic residues in grape raw material is reduced to 50%, the amount of organic acids increases by: 4,22 mg/dm3(Gallic, coffee acid, chlorogenic; 0.7 g/cm3 amber; of 1.33 mg/dm3 ascorbic; 0.25 mg/dm3 nicotinic
An analysis of the state of contamination of rice crops
with red-grained forms was carried out, as well as
impurity was found both in the seed material and in
the soil. It was shown that there is a need to switch to
non-weeding seed growing technology when
conducting elite and reproductive seed production.
Various variants of soil cultivation in combating the
red rice forms are considered, both in the main and in
the pre-sowing treatment. It has been found that after
harvesting rice on heavily foul areas, it is better to
burn straw, and not to carry out autumn tillage of the
soil, the seeds of red-grained forms die mostly when
wintering on the soil surface. The most effective
method of soil cultivation for controlling of red rice
forms in seed crops has been identified, in which the
yield is increased, and the contamination of crops and
the resulting rice grain is significantly reduced. The
work carried out will allow reducing manual labor
costs in the production of seeds, improving their
quality and assortment, speed up variety changing and
variety updating
Urban trees can provide multiple environmental
benefits. The study of the state of the street tree and
shrubby vegetation from the analysis of inventory data
and environmental conditions is purpose the article.
The structure of 11 types of street roadside vegetation,
which determines about 93% of the greenery
composition of the city of Ekaterinburg is considered.
The structure of the examined tree-shrub vegetation
and all vegetation, which is part of the greening of
Ekaterinburg, is compared. For each tree (shrub) was
measured: species, number of stems, diameter of stem
at 1,3 m, tree height, height to base of live crown,
crown width, percent of branch dieback in crown,
percent of canopy volume devoid of leaves, number of
sides of the tree receiving sunlight from above,
distance and direction to building, distance to road. As
a result, homogeneity of illumination of various plant
species is received. Ash ordinary has the largest of all
plants values of the percent of the missing crown
(61.3%) and closest distance to the road. The effect on
the plants (by average distance) of urban buildings (7-
30 meters) and the proximity of the roadway (3-7
meters) was observed
In the article there were analyzed the different approaches of Soviet and Russian authors to the assessment of soils regarding to agro-ecological factors. There was given the characteristic of natural-economic zones territorially entering the Azov-Kuban lowland by main soil-climatic indexes. There was considered the valuation of soils which determines their relative value and suitability on main factors of natural fertility or their groups, it serves as a criteria of unification of soils into agro-ecological groups. There were shown the main indexes and order of grouping of soils under unification of different soils into agro-ecological groups. There was calculated the “normative” productivity of main agricultural crops on natural-economic zones of Azov-Kuban lowland which defines the agro-productive value of soil. There were revealed the disadvantages of soil assessment method used in the course of state cadastre valuation of agricultural lands asserted by the order of the Ministry of Economic Development from 20.09.2010 № 445. There were cited the specific rates of cadastre cost (SRCC) of agricultural lands on municipal entities of Krasnodar region. There was given the assessment of obtained data regarding to natural-climatic factors of the region, there were made proposals on optimization of trends of further researches on claimed problem
Analysis of rice market in the country was conducted,
as well as assortment of rice products was studied. It is
shown that rice is the most popular grain in Russian
Federation and in percentage of cereal products in
shops they occupy 29% and in diet of Russian people
– 41%. It is found that in Russia round grain japonica
varieties are the most popular kind. It is mentioned
that for the last years consumer market demands
diversity of rice products, including long-grain and
exclusive varieties, imported from abroad. It is shown
that in big cities demand for such products has
increased from 5% to 15%. Analysis of milled rice
balance was conducted. It is found that volume of
milled rice in the domestic market of the country is
annually about 680-800 thousand tons exceeding the
average demand value by 54,8 to 172,3 thousand tons.
Promising breeding directions are observed for
increasing assortment of rice products in Russian
markets with a view to import substitution. It is
mentione that Russian breeders have developed group
of exclusive varieties: Rubin, Mars, Viola, Violetta,
Avstral, Ivushka, Natasha, Aromir etc. It is shown that
special purpose varieties currently occupy 3,5% of rice
acreage in the Krasnodar region and their cost is by
20-70% higher than that of traditional rice varieties. It
was found that for their implementation into
production and promotion on the consumer market we
need to develop agricultural techniques of cultivation
and seed production scheme in accordance with the
biological characteristics, conduct marketing
activities, promotion of a healthy diet
Soil profiles were made in intensive apple orchard in the agricultural enterprises in Lipetsk and Tambov regions in 2015. Drip irrigation in year rates of 500-550 m3 was carried out since 2010. During the research we determined the soil density, the solid phase density, aggregate composition, particle size distribution, the content of hydrolyzable nitrogen and humus by conventional methods. As a result of drip irrigation can increase dust-like fraction in dark gray forest soil, whereas in chernozems this index did not change significantly. In the black earth soil was noted the process of increasing the proportion of mud fraction due to mineral part chernozem destruction. In both soil types was increased sand content. It was found that drip irrigation improves some of the soil water-physical properties, such as a soil structure coefficient and the content of agronomical valuable aggregates in a layer of 20-40 cm. There was also noted that with increasing soil depth was reduced humus and hydrolyzable nitrogen content. In aggregate analysis, it was found that dark-gray forest soil the amount of water-stable aggregates increased, while meadow chernozem leached soil decreased. Data of the aggregate analysis revealed that in the dark-gray forest soil the amount of water-stable aggregates increased as a result of drip irrigation, while in meadow chernozem leached soil decreased. It recommends by drip irrigation application permanent monitoring of the soil humus content
The nutrient structure of fruits of the Mountain ash of
ordinary Sorbus aucuparia L., sloe of Prunus spinosa
and their extracts is investigated. Inside them, the
standard methods in biochemistry have determined the
content of extractive substances, sugars, titrable acids,
vitamins C and P, phenolic and pectinaceous
substances. Results of analyses demonstrate that the
fruits of wild plants ripening in the conditions of
Dagestan – mountain ashes and sloe - can be
effectively used as raw materials for receiving extracts
which are rich in vitamins, carbohydrates and phenolic
connections. The possibility of production of highquality
nutrient-rich extracts from these fruits with
application of various technological modes and ways
of extraction is revealed: duration of insisting of raw
materials; various concentration of ethanol in an
extractant and ratios raw materials/ extractant. Results
of researches demonstrate that at a ratio of raw
materials/extractant 1:3 and the 70% content of ethanol
in the extractant have come the greatest extraction
from vitamin fruits P (routine) and phenols which
made respectively 56,0-65,7% and 51,4-68,3%.
Increase in extraction of titrable acids and vitamin C is
noted at 50% concentration of ethanol in the
extractant. The maximum release of sugars has come
from all fruit substrata at 30% ethanol in the
extractant. Results of biochemical analyses of extracts
have shown that carrying out extraction in the way of
double insisting on condition of selection of optimum:
concentration of ethanol in the extractant, ratios of the
raw materials/ extractant and the best time of insisting, allow to provide on average a 55-60% exit of nutrients
from the studied fruit raw materials
Intensification of agriculture during the twentieth
century was accompanied by an increase in
international trade, resulting in the resettlement of
many species across continents. As a result of these
processes, many adventives species have become
economically significant and dangerous plants in agro
and urban biosensors. One such plant is Ambrosia
artemisiifolia L., imported from North America to
Russia. The use of chemical means of suppression of
A. artemisiifolia L. often does not give positive results
in agrocenoses, because of its biomorphological
features. In urban areas, within the boundaries of
sanitary zones, the use of chemicals is prohibited.
Therefore, the most promising direction in the
suppression of ragweed ambrosia is the ecologies
method. The article discusses the possibility of using
an ambrosia leaf beetle in the feeding of ragweed in
the territory of Russia
Alternation of crops, will remain a fundamental
element of zonal technologies of their cultivation for a
long time. Application of methods of mathematical
model operation will allow to come to new level in
the solution of the questions of effective use of an
arable land, through application of models optimizing
it. Results of researches which basis data of long-term
observations are will be especially valuable. They
used data of the long-lived stationary experiments on
studying of alternation of crops in crop rotations of
last more than five rotation. Stationary experiences
are located in a forest-steppe zone of Western Siberia
on the fields FGBNU "SIBNIISKH". The purpose of
researches consisted in optimization of use of an
arable land at application of methods of mathematical
model operation for preservation of soil fertility. The
model allowing when performing particular
conditions is given in work (balance of a humus, work
expense, a metabolic cost, etc.) to optimize use of an
arable land against the background of preservation of
soil fertility of the soil, receiving production,
economic and power efficiency. It is shown that at
alternation of grain crops with clear steam, formation
of a harvest happens due to natural fertility of the soil
what the negative balance of a humus which reaches
0,18 – 0,78 tons from hectare testifies to. At
alternation of field cultures without clear steam the
harvest was formed against the background of
reproduction of organic matter of the soil, due to
increase in vegetable oddments from use of fertilizers,
the balance of a humus was positive – 0,15 – 0,28
tons from hectare. Use along with clear steam, busy
steam, colza on green fertilizer, and also straw as
organic fertilizer for grain crops, 2,01 tons from
hectare of commodity grain were received, at a share
of clear steam – 16,8%, busy steam – 11%, summer
grain – 72,2% of arable land. Increasing in crop
rotations of West Siberian Square with use as organic
fertilizer of straw, busy vapors and green fertilizers, it is possible to achieve reproduction of fertility of the
soil with some decrease in an exit of commodity grain
to 2 tons from hectare