Export potential of the livestock breeding industry of Ukraine

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Export potential of the livestock breeding industry of Ukraine

Purpose

Methodology / approach. In the course of the conducted research, general scientific methods were used, in particular, a monographic one at a complex and comprehensive study of production and export potential of livestock products in Ukraine; the calculation-and-design method was used in determining the main options for exporting livestock products by their main types and choosing the best of them; the economic-and-mathematical method was used to optimize the export of livestock products according to the selected criteria of finding the maximum value, taking into account the established technological and market variables.

Results. The article investigates and substantiates the export potential of the livestock industry of Ukraine. Evaluation and planning offodder resources were carried out that can be used to increase livestock production. An economic-mathematical model was developed to determine the export potential of the livestock industry of Ukraine based on the search for the maximum value of the value of exports, taking into account technological, economic, and market limitations. According to the modeling results, the export potential of the livestock industry of Ukraine, depending on the level of productivity of the resources used, is estimated at 39 to 55.5 bln EUR per year.

Originality / scientific novelty. Modeling method of the optimal structure of livestock production and export of Ukraine was improved taking into account technological, economic, and market factors to ensure the growth of export potential of the industry and efficiency of the use of mobilized resources.

Practical values / implications. The results of the study can be used to justify the development of those areas of livestock in Ukraine, which will ensure maximum efficiency in the distribution of fodder resources from value-added growth, which will contribute to the export potential of livestock and agro-industrial complex in general. export productivity animals

Key words: export potential, livestock products, export modeling of livestock products, export optimization, land use.

Introduction and review of literature

Every year, the world's population increases in the number, and the pressing demand for food, including livestock products, increases more and more. This occurs with a simultaneous reduction in the area of agricultural land suitable for growing plant products and used to provide a fodder base for livestock that will become the biggest challenge for the sustainable development of many overpopulated countries in the world. The productivity of recourse use in plant and livestock breeding in many developed states is approaching the biological maximum that can be obtained per unit area of agricultural land or per animal. Accordingly, the potential of such states without attracting additional resources is approaching the limit beyond which it will be more difficult for them to increase agricultural production that would meet the growing world needs. In view of this, an increasing role in meeting the food needs of mankind will be transferred to those countries that have significant resource potential in agriculture, which has not been fully realized yet. One of such countries is Ukraine, which is one of the world's largest exporters of grain, oilseeds, poultry meat and eggs, and has a significant potential for production growth due to one of the world's largest concentrations of black soils.

The works of many economists are devoted to the study of the export potential and development of agriculture of Ukraine, in particular: D. Chalapko, A. Peretiatko, I. Kozak [1], N. Galunets [2], О. Kravchenko [3], A. Kucher [4], V. Lavruk, and O. Lavruk [5], O. Lysak, and L. Andreeva [6], T. Melnyk [7], K. Nakonechna [8],

0. Nezdoimynoha [9], N. Patyka [10], V. Rossokha [11], O. Velychko [12], I. Yatsiv [13].

Modeling of the export potential of agriculture in some countries is shown in the works of many foreign scientists: H. Kang [14], O. Ramphul [15], S. Saran, S. Kumar, L. S. Gangwar [16], L. Sugiharti, R. Purwono, M. A. Esquivias Padilla [17], A. Tluczak [18].

We should also highlight researches of foreign scientists in the economics of agriculture that influenced the formation of our scientific ideas regarding the modeling of export potential of the livestock industry of Ukraine: A. Triantafyllou, G. Dotsis, A. Sarris [19], L. Gцtz, F. Qiu, J. P. Gervais, T. Glauben [20], S. Bojnec,

1. Ferto, [21]. D. Baiardi, C. Bianchi, E. Lorenzini [22], M. Kilkenny, M. D. Partridge [23], S. Ferguson, J. Gars [24], L. Cruz, P. Ramos, E. Barata, A. Sargento [25] S. Wimmer, J. Sauer [26], D. Colman [27], T. T. Assefa [28].

The results of the study on the methodology of automatic identification of the export potential of food products are shown in the works of D. Devyatkin and Y. Otmakhova [29]. There is also research in the international scientific literature on the nonlinear relationships of some economic parameters between grain production and livestock products [30].

However, the issues related to assessing the export potential of Ukraine's livestock section and finding the optimal export structure that will be able to ensure the most efficient use of agricultural resources available to Ukraine through economic modeling remain insufficiently explored.

Agriculture has historically played an important role in the development of Ukraine's economy designed to provide the population with food, to form food security and food independence of the country, but also has a high export potential [10]. Ukraine has significant land and resource potential. Ukraine's land fund is 60.3 mln ha or about 6 % of Europe's territory. Agricultural land accounts for about 19 % of European land, including plough land - about 27 %. The structure of agricultural land is shown in figure 1.

Fig. 1. The structure of agricultural land in Ukraine in 2019

Source: compiled according to the data of State Statistics Service of Ukraine [34].

The area of agricultural land per capita is the highest among European countries and is 0.9 hectares of plough land. The total area of agricultural land in Ukraine is 42.7 mln ha or 70 % of the country's territory, and plough land - 32.5 mln ha, or 78.4 % of all agricultural land. Ukraine also has large areas of black soils which are among the most fertile soils in the world. According to the experts' evaluation, their area is from 15.6 mln ha to 17.4 mln ha or about 8 % of world reserves [31]. Agriculture forms more than 17 % of Ukraine's GDP and the export of agricultural products accounts for about 44 % of the country's total exports [34].

In accordance with the Ministry of Agricultural Policy and Food, Ukraine export agricultural products and food to more than 190 countries [32]. Despite the availability of significant resources in agriculture, in 2019 Ukraine exported agricultural products at 20.1 bln EUR [33]. They are mostly grain and industrial crops with a low added cost that are in great demand in the world.

According to Ukraine's foreign trade, the largest buyers of Ukrainian plant products are the Netherlands, Turkey, Saudi Arabia, Egypt, Germany, Belgium, Spain, Italy, China, and Indonesia. As for livestock products, its largest buyers are Belarus, Kazakhstan, and Arab Emirates [33].

During the years of independence, Ukraine has developed an export-oriented model of economic development, in which the strategic role of export is that it should be a means of promoting economic growth, an instrument to enhance the existing and potential competitive advantages [7].

The Ukrainian agricultural sector with a production potential that greatly exceeds the needs of the domestic market is a link that, in the one hand, can become a locomotive for the national economic development and its effective integration into the world economic space, and on the other hand, the growth of incomes of the rural population involved in the agricultural economy which makes up more than a third of the country's total population, can have a multiplier effect in the development of other national economy sectors [9].

An important problem in the development of Ukrainian agriculture is the raw material orientation of product export. Raw material prices are traditionally lower than the cost of finished products of the first or second processing degree. Therefore, to increase export potential, it is necessary to process the raw material into products with a higher level of the added cost, such as meat, milk, eggs, and products of their further processing. This will make it possible to raise the level of profitability per unit of resources involved in agriculture and increase export revenues, which is necessary to support the development of the Ukrainian economy.

It should be emphasized that when using grain for livestock production, the amount of added cost exceeds 5-6 times the income from export operations. For further processing of meat and milk at the food and processing enterprises, there may be an increase in domestic added cost within the country for meat and milk by almost 9 times compared with the export of grain [11]. Accordingly, it is to be noted that by exporting products with a low level of the added cost, Ukraine blocks access to its enterprises for promising sales markets, as it provides raw materials to its competitors in the markets of finished products [35].

The export potential is an integral component of economic potential, which is essentially considered as a volume of goods and services that can be produced in the country and can be realized with maximum benefit for this country [1]. On the one hand, potential - it is available opportunities and resources that are available and used or can be used to achieve a specific goal. On the other hand - these are unused opportunities to increase the efficiency of production or activity [12]. The importance of agricultural export growth as one of the factors for accelerating economic growth, especially developing countries should also be pointed out [14; 15].

Accordingly, the urgent task is to determine the export potential of the livestock industry of Ukraine by modeling the optimal structure of production, taking into consideration available resources and various technological and market constraints. This will make it possible to have a more comprehensive assessment of export opportunities and justify the feasibility of structural transformations in the export agri-food policy of Ukraine, which should be aimed at the rational use of limited resources in agriculture with the achievement of high rates of profitability and added cost.

Purpose. The purpose of the article is to study and substantiate the export potential of the livestock industry of Ukraine based on available resources and taking into account the productivity of fodder crops and farm animals.

Methodology. The developed model refers to optimization ones and is aimed at finding the best option for combining livestock production out of the studied species, which will ensure the rational use of limited land and fodder resources in order to ensure domestic consumer needs for food and form the maximum value of export earnings from the sale of surplus livestock products. The maximum value of livestock products export in value terms on a certain resource base will form the export potential of the industry. The model is based on the Excel spreadsheet. The essence of the model development methodology is revealed in the given formulas. In general, the simplified objective function of the model can be described by the formula according to which the amount of export revenue for each of the studied types of livestock products should go to the maximum (1):

where Vej - export price of і-type of livestock products that should go to the maximum.

The extended target function of finding the maximum amount of export of livestock products can be described by the formula (2):

where Sj - planting acreage of j-type of fodder crops, ha;

Uj - yield of j-type type of fodder crops, t/ha;

Q j-. - demand of j-type of fodder crops for the production of 1 t of i-type of livestock products t;

Qh production volume of і-type of livestock products, t;

Pe_t - export sale price of і-type of livestock products, EUR/t;

QM-. - production volume of i-type of livestock products to meet domestic consumer needs in this type of product, t.

To calculate three yield levels, the logical function Excel `IF' is used, which makes it possible to check whether the set condition is fulfilled and returns one value if it is fulfilled, or it returns another value if the set condition is not fulfilled (3).

Sj * Uj = IF(T = 1; un * Sj-, 0) + 1F(T = 2; UJ2 * Sy O) + IF(T = 3; UJ3 * 5>; 0)

where T - yield level that takes on value from 1 to 3 ;

Uj₁ - first yield level (low) of j-type of fodder crops, t/ha;

U<2 - second yield level (middle) of j-type of fodder crops, t/ha;

U_i3 - third yield level (high) of j-type of fodder crops, t/ha.

Each of the three yield levels has its own indicators for each type of fodder crops that can be used for livestock production.

Variables in the model are the input values of the resources volumes the value of which will be selected in such a way, according to the given restrictions, so that to obtain the maximum number of export from livestock products: (x_j ... x₇) - livestock production volume, xj - milk, t; x^ - beef, t; хз - pork, t; X4 - poultry, t; X5 - lamb and goat meat, t; x₆ - rabbit meat, t; x₇ - eggs, t; (x₈ ... x_j8) - fodder crop planting acreages, x₈ - wheat, ha; xg - barley, ha; xjo - corn, ha; xjj - oats, ha; xj2 - soybean and protein meal, ha; xj3 - soybean and cattle cake, ha; xj4 - sunflower for protein meal, ha; xj5 - sunflower for cattle cake, ha; xje - roughage fodders, ha; xj₇ - green fodders, ha; xj₈ - root crops, ha. The model can select the value of these variables in accordance with the set limitations:

The first limitation refers to the value of the area of agricultural land involved, for growing the necessary fodder crops in order to organize the optimal volume of livestock production. The following limitations refer to the minimum volumes of livestock production that must be produced in order to meet the needs of livestock products for the domestic Ukrainian consumer market.

Other limitations according to the formula (4) refer to the appropriateness of agricultural land use on the principle of four-year crop rotation that is the phased alternation of growing crop on one plot of land which has a four-year cycle for more productive land use.

The condition for diversification of livestock products export is described by the formula (5) according to which the part of export that will fall on one type of livestock products should not exceed 25%.

Limitations on the use of fodder resources for livestock production (6) is that the number of fodder resources spent on each of their species for the production of a particular type of livestock products should not exceed the number of fodder resources available.

In the extended form, this limitation can be described by the formula (7) for each type of fodder resources that are foreseen to grow. For instance, the amount of expenses for wheat for growing the planned volume of each of the types of livestock products cannot be higher than the amount of wheat grown on the allotted land.

where Si - planting acreage of wheat, ha; S2 - planting acreage of barley, ha; S3 - planting acreage of corn, ha; S4 - planting acreage of oats, ha; S5 - planting acreage of soybean for protein meal, ha; S6 - planting acreage of soybean for cattle cake, ha; S₇ - planting acreage of sunflower for protein meal, ha; S₈ - planting acreage of sunflower for cattle cake, ha; S₉ - planting acreage of roughage fodders, ha; S₁₀ - planting acreage of green fodders, ha; S₁₁ - planting acreage of root crops, ha; U₁ - wheat yield, t/ha; U₂ - barley yield, t/ha; U₃ - corn yield, t/ha; U₄ - oats yield, t/ha; U₅ - yield of protein meal from 1 ha of soybean harvest, t/ha; U₆ - yield of cattle cake from 1 ha of soybean harvest, t/ha; U₇ - yield of protein meal from 1 ha of sunflower harvest, t/ha; U₈ - yield of cattle cake from 1 ha of sunflower harvest, t/ha; U9 - roughage fodders yield, t/ha; U10 - green fodders yield, t/ha; U11 - root crops yield, t/ha.

The calculation of the planned selling price is carried out according to the formula (8) due to which there is a relationship between the volume of manufactured products and the forecasted price which is characterized by the value of the coefficient of relative change in the price of livestock products with the relative change in the volume of its production compared to world production. That is, an increase in world beef production by 1 % will lead to a decrease in the price of beef by 2 %, equal to the value of E_t.

where Pe_t - planned selling price of 11 of і-type of livestock products, EUR;

PNi - nominal selling price of 1 t of і-type of livestock products, EUR;

Qe_t - planned export volume of і-type of livestock products, t;

Qw_t - world's production volume of і-type of livestock products, t;

E- - percentage decrease in the sale price of i-type of livestock products with an increase in its export by 1 % (for the model, the value of this indicator is 2 %).

Limitations on the minimum export price for each of the exported livestock products (9) is that the minimum export price of livestock products cannot be lower than the price level that provides at least 10 % of the profitability of sales in the production of products, subject to the rational use of the resources necessary for its production.

where Pmt - minimum selling price of i-type of livestock products that provides profitability of sales at the level of 10 %.

Limitations on export prices for livestock products that cannot be lower than a certain minimum level:

Pe1 ? 260, Pe2 ? 2936, Pe3 ? 2047, Pe4 ? 1360, Pe5 ? 3043, Pe6 ? 2750, Pe7 ? 725,

where Pei - export price of milk, Pe₂ - of beef, Pe₃ - of pork, Pe₄ - of poultry, Pe5 - of lamb, Pee - of rabbit meat, Pe7 - of eggs.

Calculation of the minimum export price is described by the formula (10):

where, Ci - prime cost of i-type of livestock products;

Pmi - minimum profitability rate of sales of i-type of livestock products (for the model, the value of this indicator is 10 percent);

T - forecasted income tax amount.

Limitations on the area of agricultural land that can be allocated for the

cultivation of fodder crops for the organization of livestock production (11).

(11)

where SG - total area of plough land, pasture field, hayfields and fallow lands in Ukraine that can be used for growing crops (except for perennial plantings), ha;

SR - area of agricultural land that must be allocated for the cultivation of crop products when one of the three levels of crop yields is achieved, in sufficient quantities to meet the needs of domestic market;

SN - part of agricultural land necessary for growing seeds of agricultural crops (in the model, the value of the indicator is 10 %);

SB - part of agricultural land that needs to be allocated for reserve production volume of plant products in case of adverse climatic factors (in the model, the value of the indicator is 5 %).

The area of agricultural land that must be allocated for the cultivation of crop products when one of the three levels of crop yields is achieved, in sufficient quantities to meet the needs of Ukraine domestic market is calculated by the formula (12) using the logical function Excel "IF".

where, QAj - annual consumption fund of j-type of products in Ukraine.

The use of this technique will allow finding the best option for using input recourses for the livestock production organization in order to achieve the maximum value of export and the most cost-effective structure of livestock production, taking into account the described limitations.

Results and discussion. The export potential of livestock products depends on the volume of its production and level of consumption in the domestic food market. Given this, it is necessary to calculate its potential volumes of production and consumption in order to determine the potential volume of export of livestock products from Ukraine. The difference between them will form the export potential in physical terms. To determine the cost indicator of export, it is also necessary to predict the average products' selling price of each type.

The livestock production potential depends to the greatest extent on the available fodder base and efficiency of its use. This will determine the potential number of farm animals that can be bred and kept in Ukraine. In order to calculate the fodder base, it is necessary to take into account the area of agricultural land that can be allocated for the cultivation of the main fodder components used in animal feed, and the potential level of their yield. Also, the level of technological productivity of animals, which in general affects the volume of livestock production, should be taken into consideration.

An important factor influencing the export potential in livestock breeding is the structure of production, which shows the volume and cost of production for each type. In Ukraine, the volume of consumption of livestock products per capita doesn't exceed 50 kg per year, which is lower than 80 kg - the norms established by the Ministry of Health of Ukraine. The average salary per month after taxes in Ukraine doesn't exceed 350 EUR. A large part of citizens earns less than 200 EUR per month. The low purchasing power of the population is the main factor of the low level of consumption of meat and dairy products in Ukraine and their replacement by cheaper products such as potatoes, bread, groats, and other plant products. The balance of livestock products in Ukraine is shown in Table 1.

Almost half of all meat consumed is poultry. Poultry is the cheapest and most common type of meat in Ukraine. Retail prices on average do not exceed 2 EUR/kg, and wholesale prices are below 1.5 EUR. More than 95 % of all poultry produced is chicken, which is one of the peculiarities of this market's structure. However, enterprises specializing in the production of other poultry types, in particular duck and turkey meat, enter the market more often nowadays. Beef consumption doesn't exceed 8 kg per person and it decreases every year. The average retail price for 1 kg of beef in Ukraine is 5 EUR, which is 2.5 times more expensive than poultry.

Table 1 Balance of meat, meat products, milk, milk products and eggs in Ukraine, thsd. t

	2018
		including
Indicator	Meat	Beef		Meat	Other	Milk and
		and	Pork	of	kinds of	milk	Eggs
		veal		poultry	meat	products
Production	2355	359	703	1259	34	10064	932
Stock change (by the end of the year)	-3	-2	-3	2	0	74	-2
Import	283	14	128	133	8	180	4
Total resources	2641	375	834	1390	42	10170	938
Export	399	56	9	330	4	807	186
Spent on fodder, other expenses	10	1	4	4	1	1008	81
Consumption funds	2232	318	821	1056	37	8355	671
per capita, kg	52.8	7.5	19.4	25.0	0.9	197.7	275
World livestock production, mln t	324.9	66.3	119.9	109.1	29.8	675.6	80.1

Source: compiled according to the data of State Statistics Service of Ukraine [34] and FAO [36].



The second place in the meat balance of Ukraine is taken by pork. The level of consumption per person is up to 20 kg/year, and the average retail price is 3.5 EUR/kg. Consumption of dairy products in terms of milk doesn't exceed 200 kg per person. This is due to the low level of competition in the dairy market in Ukraine. Processing enterprises buy dairy raw materials at an average price of 0.25 EUR/kg. and sell through a retail network with a high markup of 0.9 EUR/kg. With the development of competition in the milk processing market, the retail price could be halved and amounted, as in Poland for instance, to about 0.5 EUR/kg. Egg consumption in Ukraine is the closest to the norms established by the Ministry of Health and it is 275 eggs per person per year, with an average retail price of 0.65 EUR per 10 pieces.

Ukraine's agriculture is focused on the export of plant products, and the value of exports of livestock products is about 25 % and it is mainly poultry products. The dominance of cheap plant products in the structure of agricultural export is economically unprofitable for Ukraine since the income of the involved resources, in particular agricultural lands, is low. For instance, about 60 quintals of wheat are harvested from 1 hectare of plough land, the export price of which is about 900 EUR, but it is possible to grow 15 quintals of poultry meat on the basis of this grain, the export price of which is 2175 EUR, or get 14 quintals of pork the export price of which is 3010 EUR. According to the focus on livestock production per 1ha of plough land, it is possible to receive more value for the products produced.

The need for export potential modeling lies in the fact that available areas of agricultural land and their potential yield in Ukraine should be taken into account and calculated the optimal structure of various types of export-oriented livestock products on a certain fodder base. The importance of the value of manufactured and exported products, taking into account the established criteria, should be the maximum possible. The modeling process considers the main types of livestock production that are most common in Ukraine: milk, beef, pork, lamb and goat meat, poultry (chicken), rabbit, and wool. For the production of each of these livestock production types, there are established needs for the main fodder types that are most often grown by agricultural enterprises of Ukraine, including wheat, barley, oats, corn, sunflower cattle cake, soybean cattle cake, sunflower protein meal, soybean protein meal, green fodders, roughage fodders, root crops (Table 2).

Table 2 Crop yield levels, t/ha

Type of fodder resources	Yield level
	І	ІІ	ІІІ
Wheat	6	8	10
Corn	8	10	12
Barley	4.5	5.5	6.5
Oats	3.5	4	4.5
Soybean protein meal	1.6	1.8	2
Soybean cattle cake	1.5	1.7	1.9
Sunflower protein meal	1.2	1.3	1.4
Sunflower cattle cake	1.2	1.3	1.4
Green fodders	25	30	35
Roughage fodders	7	8	9
Root crops	35	50	65
Potatoes	25	35	45
Vegetables	40	50	60
Berries	6	8	10
Oil	2	2,5	3
Fruits	20	25	30
Other plant products	5	5.5	6

Source: authors' calculations.

The model considers three yield levels for each type of fodder crops that will be used for livestock production. The higher the yield level, the more it is possible to obtain fodder raw materials for livestock production, which will affect the volume of possible export. Accordingly, three results of modeling the export potential will be obtained. There is a determined need for fodder raw material for the production of each of the studied types of livestock products. Table 3 shows the approximate rations for feeding animals, which will provide the planned level of productivity.Table 3

The structure of cost ts of cert tain fodder types for the livestoc і production, %
Resource component	Milk	Cattle meat	Pork	Lamb and goat meat	Poultry	Eggs	Rabbit meat	Fodder nutritional value, fodder unit
Wheat	4	5	19	2	30	28	0	1.27
Corn	4	4	20	2	34	34	5	1.33
Barley	3	4	38	2	9	8	7	1.15
Oats	3	2	0	5	1	4	12	1
Sunflower meal	0	0	0	2	2	0	0	1.03
Soybean meal	0	0	10	0	9	9	0	1.21
Sunflower cake	2	0	7	0	3	6	2	1.08
Soybean cake	0	3	0	0	4	2	0	1.35
Green fodders	51	52	0	56	0	0	41	0.18
Roughage fodders	24	23	0	25	0	0	18	0.45
Fodders of animal origin	0	0	4	0	4	4	0	1
Fodder additives	2	2	2	2	4	5	2	1.1
Root crops	7	5	0	4	0	0	13	0.13
Total	100	100	100	100	100	100	100	Х

Source: authors' calculations.

Analyzing the above data, it should be noted that the production of milk, beef, and lamb requires more land for growing green and roughage fodders, and to increase the production of poultry meat, eggs, or pork, it is necessary to grow more grain crops and grain legume crops. The structure of feeding diets is an important factor that influences the search for the best option in which the value of potential export will be maximum.

Table 4 shows the rates of consumption of fodder resources for livestock production. The calculated volume of fodder consumed depends on the structure of feeding ration, nutritional value of fodder, level of slaughter yield for breeding animals for meat, and on the planned level of animal productivity, which is taken into account in the model. The costs of fodder resources for beef, pork, poultry meat, and lamb are calculated in terms of 1 t of slaughter mass of animals, including the slaughter yield coefficients. The lowest volumes of fodder consumption in physical mass per 1 t of livestock products are achieved in the production of eggs and milk. The largest fodder consumption in the production of lamb is 36.2 t. On average, almost 30 t of fodder of different types must be used for the production of 1 t of beef in the slaughter mass.

Table 4 Approximate consumption rates for certain types of fodder per 1 t of milk, eggs, and meat in semi-carcasses, t

Resource component	Milk	Cattle meat	Pork	Lamb and goat meat	Poultry	Eggs	Rabbit
Wheat	0.095	1.458	0.668	0.725	0.982	0.567	0.000
Corn	0.095	1.167	0.703	0.725	1.112	0.688	1.098
Barley	0.071	1.167	1.337	0.725	0.294	0.162	1.537
Oats	0.071	0.583	0.000	1.813	0.033	0.081	2.634
Sunflower protein meal	0.000	0.000	0.000	0.725	0.065	0.000	0.000
Soybean protein meal	0.000	0.000	0.352	0.000	0.294	0.182	0.000
Sunflower cattle cake	0.048	0.000	0.246	0.000	0.098	0.121	0.439
Soybean cattle cake	0.000	0.875	0.000	0.000	0.131	0.040	0.000
Green fodders	1.211	15.168	0.000	20.306	0.000	0.000	9.001
Roughage fodders	0.570	6.709	0.000	9.065	0.000	0.000	3.952
Fodders of animal origin	0.000	0.000	0.141	0.000	0.131	0.081	0.000
Fodder additives	0.048	0.583	0.070	0.725	0.131	0.101	0.439
Root crops	0.166	1.458	0.000	1.450	0.000	0.000	2.854
Total	2.375	29.169	3.517	36.260	3.272	2.023	21.954

Source: authors' calculations.

Given the above norms of fodder resource, the model should find such an option for growing fodder components on the available agricultural land areas that are in Ukraine in order to develop the volume of livestock production on their basis so that to meet the needs of the domestic market and export formation the cost of which, including the forecasted market prices, should be maximum.

The modeling results showed that the area of agricultural land that can be allocated for growing fodder crops will increase with the increase of yield. Since the increase in yields reduces the need for the area of land that is necessary to meet the population's domestic needs for food. The total area of agricultural land for livestock needs is estimated from 33.8 mln/ha at the first level of yield to 34.4 mln/ha at the third level of yield. This will make it possible to produce from 226 to 321 mln of fodder of all types (Table 5).

Table 5

Planting acreages and fodder crops production volume

Fodder type	Area, thsd. ha	Gross yield, thsd. t (1st yield level)	Area, thsd. ha	Gross yield, thsd. t (2nd yield level)	Area, thsd. ha	Gross yield, thsd. t (3rd yield level)
Wheat	4152	24912	3644	29158	3322	33227
Barley	3813	17161	3753	20642	3687	23970
Corn	3428	27425	3151	31518	2953	35439
Oats	1850	6475	1847	7391	1840	8283
Soybean protein meal	4002	6404	4 009	7217	3994	7988
Soybean cattle cake	2129	3194	2721	708	3161	6006
Sunflower protein meal	506	607	545	4625	575	805
Sunflower cattle cake	4718	5662	4670	6072	4615	6461
Roughage fodders	5554	38884	6047	48380	6395	57559
Green fodders	3392	84802	3542	106272	3629	127027
Root crops	305	10690	284	12789	269	14824
Total	33853	226221	34218	274777	34444	321594
Source: authors' calcu	ations.

In the structure of planting acreage, the largest part will be made up of grains of various types (30-40%). The area under sunflower will be 35 -40%, and soybean - 32-39%. For the roughage fodder production, it is necessary to allocate from 20 to 30 % depending on their yield level. To meet the needs of the domestic market of Ukraine for basic food products in accordance with the recommended Ministry of Health of Ukraine, it is necessary to allocate about 11.6 mln ha of agricultural land when reaching the first level of their productivity, 9.5 mln ha if the second level of land productivity is reached and almost 8.3 mln ha when reaching the third level of productivity (Table 6). In particular, 60 % of the area will be allocated for the production of crop products and about 40 % - for the production of livestock products. In general, it is necessary to produce an average of about 1000 kg of basic food products per capita per year.

The total food demand is more than 35.5 mln ha, including 17.6 mln of livestock products, and more than 14 mln t of which are milk and milk products. The data are calculated for 37 mln Ukrainian citizens, according to the population estimate as of December 1, 2019 [37]. Crop production requires almost 20 mln t per year, most of which are vegetables. Increasing the level of productivity of agricultural land use will further promote their more economical use and will reduce the area of land that needs to be allocated to meet domestic consumer needs and through them increase the area of land resources for the formation of export potential in agriculture in general.

Table 6

Required area of agricultural land to meet the consumer needs of the Ukrainian food market

Product type	Per capita, kg	Potential consumption fund in Ukraine*, t	Necessary area of agricultural land, mln/ha
			Land productivity levels
			1st level	2nd level	3 rd level
Livestock products	476	17620880	9037072	7485411	6619167
Milk and milk products	380	14060000	3374400	2812000	2530800
Cattle meat	25	925000	2784250	2220000	1933250
Pork	25	925000	851000	721500	629000
Poultry	20	740000	584600	488400	429200
Lamb and goat meat	5	185000	673400	582750	514300
Rabbit meat	5	185000	481000	414400	366300
Eggs	16	600880	288422	246361	216317
Plant products	539	19943000	2577112	2027278	1680622
Bread and bread products	101	3737000	934250	700688	560550
Potatoes	124	4588000	183520	131086	101956
Vegetables	161	5957000	148925	119140	99283
Berries	40	1480000	246667	185000	148000
Oil	13	481000	601250	481000	400833
Fruits	50	1850000	92500	74000	61667
Other plant products	50	1850000	370000	336364	308333
Total of crop and livestock products	1015	37563880	11614184	9512689	8299789

Note. indicator is calculated according to the recommended consumption norms. Source: authors' calculations.

According to the results of modeling (Table 7), three options for the livestock production have been identified that will meet the needs of the domestic market in raw materials and form the maximum value of export. Achieving the first level of productivity of growing basic fodder crops will allow obtaining 224 mln t of fodder raw materials on the basis of which it is possible to produce almost 40 mln t of milk, 1.96 mln t of beef, 5.34 mln t of pork, 0.185 mln t of lamb and goat meat, more than 7.23 mln t of poultry meat, 13.15 mln t of eggs, 0.321 mln t of rabbit meat and 22 thsd. t of wool.

The forecasted price level for 1 t of sold product is calculated by the formula 8, will be for milk - 260 EUR, beef - 3135 EUR, pork - 2212 EUR, lamb and goat meat - 3148 EUR, poultry - 1505 EUR, 1 t of eggs - 725 EUR, rabbit meat - 2976 EUR and wool - 2014 EUR. Accordingly, the total cost of livestock production will amount to 50.356 bln EUR.

To meet the needs of the domestic market (of Ukraine) in livestock products according to the standards set by the Ministry of Health of Ukraine, it is necessary to annually supply 14 mln t of milk, 925 thsd. t of beef, 925 thsd. t of pork, 185 thsd. t of lamb and goat meat, 740 thsd. t of poultry meat, more than 600 thsd. t of eggs and about 185 thsd. t of other types of meat.



Table 7

Export potential of the livestock industry in Ukraine at different levels of fodder supply .

Indicator	Milk	Cattle meat	Pork	Lamb with wool and goat meat	Poultry	Eggs	Rabbit meat	Total
Fodder costs per 1 t of products, t	2.38	16.04	2.74	18.13	2.49	2.02	11.2	-
in terms of slaughter weight (for meat), t	2.38	29.17	3.52	36.26	3.27	2.02	21.95	-
Production volume, mln t (yield 1)	39.97	1.960	5.341	0.185	7.231	13.15	0.321	68.192
Production volume, mln t (yield 2)	39.97	3.365	6.358	0.185	8.777	13.15	0.338	72.177
Production volume, mln t (yield 3)	39.97	4.721	7.316	0.185	10.25	13.15	0.358	76.156
Gross fodder demand, mln t (1 option)	88.30	54.30	18.787	6.439	23.66	26.62	6.144	224.26
(2 option)	88.30	93.24	22.363	6.439	28.71	26.62	6.474	272.16
(3 option)	88.30	130.8	25.732	6.439	33.55	26.62	6.846	318.33
Product price, EUR/t (1 option)	260	3135	2212	3148	1505	725	2976	-
(2 option))	260	3068	2192	3148	1482	725	2937	-
(3 option))	260	3003	2174	3148	1460	725	2894	-
Cost of manufactured products, bln EUR (1 option)	10.39	6.145	11.814	0.582	10.88	9.538	0.956	50.356
(2 option)	10.39	10.32	13.939	0.582	13.00	9.538	0.995	58.825
(3 option)	10.39	14.17	15.905	0.582	14.97	9.538	1.037	66.653
Domestic consumption, mln t	14.06	0.925	0.925	0.185	0.740	0.601	0.185	17.620
Export volume, mln t	25.91	1.035	4.416	0	6.491	12.55	0.136	50.548
(2 option)	25.91	2.440	5.433	0	8.037	12.55	0.154	54.534
(3 option)	25.91	3.796	6.391	0	9.513	12.55	0.173	58.344
Export revenue, bln EUR (1 option)	6.738	3.245	9.768	0	9.768	9.102	0.406	39.027
(2 option)	6.738	7.486	11.911	0	11.91	9.102	0.452	47.601
(3 option)	6.738	11.40	13.894	0

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