Economic
O.V. Chaplyak
Master of the department
of organization and management
Michurinsk State
Agrarian University, Russia
Organizational
economic justification of production efficiency of grain (an example of
agricultural subcomplex “Rodina” Tambov region)
Summury
The article deals with the organizational economic
efficiency rationale for grain production. On the basis of a set of measures
the improving of the efficiency of grain production by increasing the
organization of production processes is introduced.
Keywords: efficiency of grain production, intensive
technology, growth in yields, fertilizer, crop rotation, harvesting at the
optimum time, predecessors, institutional, agricultural activities.
The solution of
the food problem in the Russian Federation in the first place depends on the
development and efficiency of grain production. In addition, the level of its
development largely determines the economic stability in the country, its food
security.
Therefore, from
the stable development of grain production depends not only on the normal
functioning of the grain market, but the whole food market in the country.
To ensure the
stable growth of grain production of high quality and the required amount of
product range and improve its economic efficiency is necessary to develop a set
of measures ensuring the normal functioning of grain production in conditions
of market relations. [1]
The main route to
greater efficiency in grain production is the reduction of the cost increase
total revenue. The increase in total revenue can mainly due to increase yields.
The low price of grain is associated with the quality of products sold. To
improve the quality of farming is necessary to raise the level of agricultural
technology, to conduct timely sowing and harvesting grain in a timely manner
and in amounts standard to use pesticides, fertilizers, and improve the
marketing of products.
To reduce the
cost to use more high-yielding varieties and the seeds of good quality;
implement intensive technologies, leading to savings of labor and capital
inputs per unit of output. [2]
Growth of crop
yields can be achieved as a result of the following measures: reduction of
losses during harvesting, implementation of plans fertilize fields; timely
farming practices, better organization of work. These reserves have
significantly lower costs and deliver results in a much shorter time.
One of the most
effective measures to ensure the reception of high and stable yields, a soil
application of fertilizers. Best results are obtained fertilizer if they are
defined in a particular system. An important requirement for a system of
fertilizers - the right mix of organic and mineral fertilizers, the
establishment of the rules, terms and ways of making a certain culture.
Essential to increase fertilizer efficiency, taking into account their
fertility and agronomic properties of soils.
Table 1 -
Calculation of fertilizer needs and their value in agricultural subcomplex
“Rodina” in 2010
Area, ha |
Application rates, fi. d. in |
The cost of fertilizers,
thousand rubles |
Cost of all, thousands of
rubles. |
|||||||
Îrganic |
N |
P |
K |
Îrganic |
N |
P |
K |
|||
Winter wheat |
1750 |
550 |
1050 |
1000 |
950 |
66 |
1155 |
4300 |
1425 |
6946 |
Barley |
1310 |
- |
605 |
840 |
700 |
- |
1270,5 |
3612 |
1050 |
5932,5 |
Oat |
490 |
- |
150 |
290 |
150 |
- |
315 |
1247 |
225 |
1787 |
Corn for grain |
240 |
- |
90 |
120 |
103 |
- |
189 |
516 |
155 |
860 |
The following
table summarizes the dose of mineral and organic fertilizers for crops
cultivated on an area of 3790 hectares, according
to agronomic standards and recommendations. Also evaluated the costs of
necessary on the farm fertilizer in average prices. However, it should be noted
that the feeding of ammonium nitrate is conducted regularly and in full, and
data quality assessment of soils indicate that potassium is contained in
sufficient quantities in the soils of our area and the plants require little
fertilizer comes kalesoderzhaschih outside. In order to crops entirely used
their biological potential, agricultural subcomplex “Rodina” to enrich the soil phosphorous elements. And
they need to purchase 15 525 thousand rubles.
Table 2 - Effect
of different types of fertilizer on grain yield in agricultural subcomplex
“Rodina” in 2010
Indicators |
Yield |
|
kg / ha |
% |
|
Not fertilized |
20,4 |
100 |
N (urea) |
22,9 |
112,25 |
N (ammonium sulfate) |
24,7 |
121,08 |
Ę Magnesium (kalimagneziya) |
25,6 |
125,49 |
NPK Magnesium 20
(urea, super phosphate, kalimagneziya) |
28,4 |
139,22 |
As a result of
complex fertilizers is possible to obtain yields of 28.4 t / ha.
Increase crop
yields, and sledatelno, gross output in the enterprise can be achieved by
reducing grain losses during harvesting. After a harvest at the optimum time
will sohratit 10-15% yield.
The method of
harvest on the farm should be determined depending on crop conditions and
weather conditions prevailing. In agricultural subcomplex “Rodina” should be
expanded application of the separate method of harvesting grain. This method
prevents the loss of a breakdown and is grain, less demanding for additional
treatment. This will reduce the volume of work involved in cleaning and drying
of grain.
As a result,
grain yield at the optimum time may increase the gross grain harvest in 5205.1
fi. Harvesting time are violated only in spring cereals due to an overlap
harvest. Loss of summer grain harvest due to violation of terms of cleaning up
from 1.5 to 2 kg / ha.
Application and
implementation of science-based crop rotations - the most important condition
to obtain the productivity of each hectare of land. In the haphazard use of
arable land significantly reduces the effectiveness of individual farming
practices.
Placement of
grain crops will provide the best predecessors increase the yield of the
passage of a rotation of at least 0.47 kg / ha.
We generalize all
known reserves and determine the level of yield and total yield at the farm
with their use.
Table 3 -
Provisions of growth in cereal yields agricultural subcomplex “Rodina”
Types of reserves |
Additional production from 1 ha, u |
|||
Winter wheat |
Barley |
Oat |
Corn for grain |
|
The average
yield for 3 years, kg / ha |
40,1 |
32,7 |
29,2 |
49,4 |
Increased productivity due to: |
|
|
|
|
- Fertilizer |
3,1 |
2,8 |
2,1 |
1,4 |
- Harvesting in optimal time |
0,5 |
0,5 |
0,3 |
0,2 |
- The passage of crop rotation |
0,49 |
0,47 |
0,43 |
0,39 |
Increase |
4,09 |
3,77 |
2,83 |
1,99 |
Forecast |
44,2 |
36,5 |
32,0 |
51,4 |
The table shows
that the using of the proposed reserves agricultural subcomplex “Rodina” may
obtain an additional 2 to 4.1 kg / ha.
Thus, the growth
yield is not due to some techniques and methods, and the combined effect of the
complex economic, organizational and technical measures for scientific
organization of production and rational use of land, labor, and capital goods.
Literature
1.
Rudnev, E.A. Trends in production
and use of grain in Russia, 2011: [Electronic resource]
http://www.vuzlib.net/beta3/html/1/17197/17278/
2.
Sushkov, V. Ways to improve the
efficiency of crop / Sushkov / / AIC: economics, management. - 2008. - ą 5. - p.
19-23.