Evaluation of TMO’s (Turkish Grain Board) Appointment System for Procurement


Abstract

This study was conducted in the Konya province, which is one of the most important grain production centers of Turkey. The primary data was obtained by questionnaires that were given out to 54 producers. The main purpose of this study is investigating the effects of TMO’s “Appointment System for Procurement (ASP)” on marketing structure of wheat and the decision-making process of farmers.

Some general characteristics of the sample farms are as follows; (1) 93% of enterprises are registered to Farmer Register System, (2) registration rate increases as size of enterprises increases, (3) property and land rate (61%) decreases as size of enterprises increases, (4) average parcel number is 8.8, (5) maturity level of product is taken into consideration while determining harvest season of wheat, (6) availability of combine harvester is also an important factor, (7) 77% of producers are not encountering harvest problem, (8) 61% of them sell their products through appointment system of TMO and (9) 36% of them change appointment dates.

As a result of factor analysis, we determined 5 factors explaining 79% of the total variance for product marketing condition of producers. The weekend holiday of TMO, small and fragmented parcels and also difficulties in finding combine harvester and in turn problems caused by FRS limitation constitute the first factor. The size of Enterprises was the second factor, the age and education level of producers which is effective in adapting to the appointment system was the third factor. Also, the determination of sale price and institution/person of product was the fourth factor, while the credit-finance structure of the enterprise constituted the fifth factor.

DOI: 10.30682/nm1801e

Gursel Kusek*, Metin Turker**, Sinasi Akdemir***, Seyit Hayran***

* General Director of Agricultural Reform, Republic of Turkey Ministry of Food, Agriculture and Livestock, Ankara, Turkey.

** Deputy General Director of Agricultural Reform, Republic of Turkey Ministry of Food Agriculture, and Livestock, Ankara, Turkey.

*** Cukurova University, Faculty of Agriculture, Department of Agricultural Economics, Adana, Turkey.

Corresponding author: sinasi.akdemir@gmail.com

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1. Introduction

Offering products to the market in a healthy way in accordance with demand condition is an important dimension of the production process as well as productivity and quality in agricultural production. In this respect, marketing is one of the important branches of agricultural enterprises. Farmers’ income can be increased by an effective marketing system which will provide an important contribution to increasing producers’ welfare, wealth and life quality.

In the agricultural market of Turkey, there are different actors playing their respective roles such as the state and cooperatives on one hand and the private sector on the other hand, although it changes according to product groups. The public sector plays an important role in the marketing of some products, particularly grains and tea. Due to both its importance in meeting the food needs of societies and food crises caused by global climate change, grain production and marketing has gained a special importance recently. The volatility of agricultural product prices will increasingly continue and first of all wheat and then other products will be affected by this and the prices of wheat, maize and skimmed milk powder will increase at a rate of 40-60% (KB, 2014).

Grains have a special place in the economy of the country. Thus, Turkey takes place near the top in the world in terms of production, consumption, and trade of grains. Considering the share of Turkey in grain production between 1979 and 2003 as five year period, it is seen that the average rate is 3.5% (Demirbas et al., 2005). According to the data in 2014, grain has been planted on 66% of the cultivation areas in the country and wheat on 68% of it. Grain production in the country has approached 31 million tons and 62% (19 million tons) of this production is wheat (TÜİK, 2015).

Although wheat is so important to Turkey; there are problems in marketing of wheat due to climate conditions, different harvest periods, limited marketing opportunities and price fluctuations both from year to year and also within a year. The Turkish Grain Boards (TMO) and private sector all play a role in the marketing of wheat in the country. Wheat amount procured by TMO varies by the years. In the case of a decrease in price especially during the harvest period due to overproduction/or immediate supply, TMO procurement amount increases, so as to prevent extreme decreases in prices and protect the producers. Also, in the event that prices are higher than expected market prices, TMO decreases procured amount, prevents extreme increases in market prices and so protects the consumers.

Other previous studies have revealed that if TMO doesn’t procure, producers sell their products, mostly (94.4%) to tradesmen (Yılmaz, 2010). Over the last twenty-five years, the TMO procurement ratio in total production is the highest in 2013 with 25.8% and this ratio is 9% in 2013 while the appointment system is in practice (TMO, 2014).

The initial time of wheat harvest varies by regions. Harvest start first in the south regions (Cukurova) in the first days of June. Thrace and Central Anatolia regions come after Cukurova (July) and the harvest period ends in Eastern Anatolia in August (Süzer, 2014). Harvest is carried out in a limited period of 20 days in each region. The shortness of the harvest period and the desire of producers in the same region to offer their products to the market immediately after harvest in a very short period cause big problems. The most important reasons for this are both meeting the production costs met by loan and domestic needs in the production year and their desire to harvest their products without suffering any damage caused by natural disasters such as fire, hail, flood, etc. As a result, producers have problems in marketing their products during the harvest period. Another important factor causing these problems is the institutions and agencies related to wheat marketing.

The price of wheat increases during the harvest period in relation to production amount because of the limited harvest period, lack of storage opportunities for producers and producers’ desire to meet their needs as soon as possible, but after a few months following the harvest period prices increase. There is a risk of forwarding sales to other actors other TMO, the risk of extension of terms from 15-20 days to 2-3 months and the risk of non-payment on time. Therefore, most of the producers prefer to sell their products to TMO even if the price is lower than the market price.

Since harvest begins at the same time in a region and in response to this slow performance of TMO procurement due to bureaucratic structure, there have been long queues in front of the TMO in recent years. This has led on the one hand to the increase in transportation cost due to the long waiting periods and difficulties in finding new vehicles and on the other hand producers’ selling their products to tradesmen at a lower price and also the long payment terms. In order to prevent these problems for producers, to provide more quality service to producers and to realize procurement as soon as possible in the harvest period, TMO has begun to realize cash purchases through an appointment system or without appointment system and procurement as consignee through an appointment system. Since 2012, producers who make an appointment for sale to the TMO have realized their sales on the same day and producers who have not made an appointment to have realized their sales according to queue in front of TMO. Under this system, producers can make appointments to sell or to consign their wheat through the website of TMO www.tmo.gov.tr or rendevu.tmo.gov.tr and through TMO branch offices or agency directorates. The aims of this system are to minimize producers’ waiting in front of TMO regional purchase office/centers, to enable producers to carry out the harvest and transportation of their products and to prevent producers from paying additional transportation fee (since they deliver their products on the day of appointment).

The maximum product amount that a producer can sell to TMO through Appointment System (ASP) is determined as amount foreseen by the ministry according to the cultivation area registered to Farmer Register System. Producers make their appointments for this production amount (at least 5 ton) according to the day on which they sell and the amount which they sell. Producers can change their appointments in a maximum of twice. In the case of more appointment changes, they can not utilize from the appointment system (TMO, 2014). As of 2013, 9% (1.985.646 ton wheat) of 22 million ton production had been realized through ASP by TMO (TMO, 2014).

Some problems are encountered from time to time under the Appointment system. We can say that these problems are caused by many factors such as difficulties in finding combine harvester, non-performance of harvest in a planned way, early or late maturation of the product due to seasonal and daily changes in climate, fluctuation in productivity. Hence, some problems have occurred, such as producers’ having difficulty in making appointments and because of this reason they wait for harvest, preferring to sell their products to tradesmen at less price with the consideration of inability to make an appointment.

It is very important to examine the possible effects of ASP on producers’ decision in order to determine the problems faced during the marketing of wheat. Research has been carried out both for determining problems of producers and for revealing data that will help to solve problems faced during implementation by actors playing role in marketing. In this study change occurring in wheat sales after TMO’s transition to the appointment system in Konya, which meets 11% of procured wheat under ASP, impacts of ASP, problems caused by ASP and views of farmers on this system have been examined.

2. Materials and Method

The data obtained from questionnaires filled with face to face interviews with producers in Konya which is one of the leading cities in grain production in the Central Anatolian Region constitutes the main data of this research.

Konya is one of the major grain centers of Turkey. The share of wheat in the economy of the region has remained high historically due to the fact that the climatic conditions are favorable and the industrial facilities in the region operate in sectors based on wheat. Around 9.8% of the total cultivated area in Turkey lies within the borders of Konya. In line with this characteristic, also the highest wheat production is realized in Konya. About 73% of wheat cultivated in the province is bread wheat and 27% is durum wheat. The province is the largest area in terms of wheat cultivation in Turkey with 0.75 million hectares. The annual cereal production in Konya is about 4.5 million metric ton. Approximately 2.2 million tons of this production is wheat. Wheat production in Konya has been increasing, in 2000, the wheat production in Konya was 1.8 million ton, in 2011 this amount was 1.8 million tons and it has decreased to 1.7 million tons in 2012 (KTB, 2014).

Approximately 213 thousand tons (13%) of 1.7 million tons of wheat produced in Konya in 2013 was sold to TMO through ASP. Under the research, 54 questionnaires have been filled by agricultural enterprises in Karatay, Cumra and Cihanbeyli towns of Konya in 2014 (for the 2013 production period).

In the said the questionnaires in order to determine problems faced under ASP and factors affecting them, questions on the size of enterprises, socio-economic structures of entrepreneurs, their information level on the system, problems they face and their attitudes against these problems and their views about the system were asked. Results of the research were analyzed according to the size of enterprises (enterprises having 1-170 da land are grouped as small, enterprises having 171-350 da land as medium and enterprises having 351 da and more land as large) and elements that are effective in the evaluation of ASP were determined through factor analysis which is one of statistical analysis techniques reducing many interrelated variables into a few factors (Akgül and Çevik, 2003; Tatlıdil 2002; Akdemir, 1994).

3. Research Findings

According to descriptive statistics of the survey data, the average age of entrepreneurs is 48, their average experience duration in agriculture is 25 years, the size of their household is 5.2, while 73% of them had received secondary school education or less education, 14% of them had graduated from faculty or college (Tables 1 and 2).

Table 1 – General Features of Entrepreneurs.

Size of Enterprises

Age of Entrepreneur (Year)

Size of Family

(Number)

Experience Duration

(Year)

Small

46

4,6

21

Medium

50

5,5

27

Large

47

5,5

24

Average

48

5,2

25

 

Table 2 – Education Level of Entrepreneurs.

Size of Enterprises

Level of Education (%)

Primary

School

Secondary

School

High

School

Faculty

Postgraduate

Total

Small

67

7

6

20

0

100

Medium

70

4

18

4

4

100

Large

62

8

15

15

0

100

Average

67

6

13

12

2

100

It can be seen that 64% of entrepreneurs use credit and the rate of using credit increases as the size of enterprises increases. It is determined that public banks are preferred as credit resource and 40% of entrepreneurs prefer to get credit from public banks. Also, it is revealed that animal rising (51%) is carried out in enterprises as well as crop production and the rate of realizing livestock decreases as the size of enterprises increase (Table 3).

Table 3 – Information on Credit Using and Animal Breeding in Enterprises (%).

Size of

Enterprises

Credit Using

Animal Breeding

Yes

No

Yes

No

Small

69

31

54

46

Medium

58

42

56

44

Large

70

30

38

62

Average

64

36

51

49

It is assessed that 93% of entrepreneurs are registered to the Farmer Register System and the rate of being registered increases as the size of enterprises increases. In terms of possession, it is determined that 61% of agricultural lands are properties of the entrepreneurs, 19% of them are rent, 17% share-cropping and 3% belong to the treasury. Land ownership decreases as the size of enterprises increases while the rent and share-cropping increases as the size of enterprises increase. The average parcel number of enterprises is calculated as 8.8 and this number increases as the size of enterprises increase and the area on which wheat is cultivated decreases as the size of enterprises increases (Table 4).

Table 4 – Land Possession of Enterprises.

Size of

Enterprise

Enterprise

Possession (%)

Total

Area

Registered

to FRS(%)

No of Parcels (No)

Wheat Cultivated Area (%)

No

%

Property

Rent

Partnership

Treasury

Small

16

30

68

16

7

9

100

99

3,6

85

Medium

24

44

62

18

19

1

100

85

7,5

59

Large

14

26

51

24

25

100

37

16,8

37

Average

54

100

61

19

17

3

100

61

8,8

51

In terms of the method of selling products, it is understood that producers first of all search and learn the market price of products and then they bargain with the purchaser and realize sales (Table 5).

Table 5 – Determination of Sale Price of Product.

Size of

Enterprise

Determination of Sale Price of Product (%)

Acceptance of Price Offered by the Purchaser

First of all learning market price,

then selling at the highest price

Sale by bargaining

with the purchaser

Total

Small

12

41

47

100

Medium

4

61

36

100

Large

43

57

100

Average

5

48

47

100

Producers determine the price of the product by asking, especially the tradesmen. Such that, they take the first product obtained from production at the beginning of the harvest to the tradesman in the region and they bargain on this sample. Information such as a region of product and amount to be delivered is provided during bargaining. The tradesman submits a quote by considering the variety of the product, moisture situation, the amount of foreign matters and the amount of cracked wheat and even the rate of protein and starch (Table 6).

Table 6 – Resource for Learning Market Price of Product in Sale Period.

Size of Enterprise

Resource for Learning Market Price (%)

Visiting Market Regularly

From Friends and Contacts

From Tradesman

Total

Small

24

76

100

Medium

7

18

75

100

Large

12

88

100

Average

3

18

79

100

While determining the selling area and in turn price of the product, payment time, trust of buyers and also the amount and quality of product become influential variables. It is found that the payment time and trust to buyers is important for the determination of the price for producers (Table 7).

Table 7 – Factors taken into account while determining institution/person to which Product is sold and Price of Product.

Size of Enterprise

Factors Being Effective in Determining Price (%)

Time of Payment

Trust to Buyer

Amount of Product

Quality of Product

Total

Small

36

9

13

42

100

Medium

35

16

16

33

100

Large

29

4

17

50

100

Average

34

11

16

39

100

Thus, previous researches confirm these findings. Research results suggest that N% of producers buy their inputs at high prices and this accounts to shortage of cash, they arrange a due date taking harvest period into consideration and so they prefer cash sale; the high price and trust to buyer become important at that point and most of the producers prefer to sell their products to TMO since it is a state trading enterprise (Karabak et al., 2013).

While determining the harvest time of the product, first of all, the maturity of the product is taken into consideration. In addition to this, finding or not finding available combine harvester is another factor for the early or late harvest of the product. From time to time, concerns about the inability to find a combine harvester cause early harvest of the product which causes important problems in the product sale. This, therefore, brings a situation in which a wet product is dried in the garden of the farm for days. This leads both to transportation and labor costs and the product going bad (Table 8). Also, it is stated that there is grain loss to a great extent during late harvest and it is recommended that the moisture ratio of wheat should be less than 12% for secure storage/marketing (Süzer, 2014).

Table 8 – Factors that determine Harvest Time.

Size of Enterprise

Factors that Determine Harvest Time (%)

Maturity
of Product

Appointment
with TMO

Availability of

Combine Harvester

Other

Total

Small

55

5

37

3

100

Medium

40

13

42

5

100

Large

67

0

23

10

100

Average

51

7

36

6

100

About 77% of producers state that they do not meet any problem during harvest. Although it varies by the size of enterprises, 61% of producers (51-71%) sell their products through an appointment system. In terms of institution/person to which product is sold, 55% of producers sell their products to TMO and 45% to tradesmen. As the size of enterprises increase, the ratio of selling product to TMO increases (Table 9). Under another research performed in the Central Anatolian Region, it was determined that 58% of producers sell their wheat to tradesmen (Karabak et al., 2013). This is because the appointment system has been applied for the first time and decrease in harvest due to drought has caused an increase in the market price of the product. Hence, researches state that it takes time for producers to adapt new applications (Küçükongar et al., 2014).

Table 9 – Purchaser to whom Producers sell their

Products (%).

Size of

Enterprise

TMO

Tradesmen

Total

Small

48

52

100

Medium

52

48

100

Large

64

36

100

Average

55

45

100

Even if just a few, some of the producers who have problems in making appointment sell their products to tradesmen at a low price or they delay harvest or keep their product in the storehouse (Table 10).

Table 10 – Problems occurred in Appointment System for Procurement.

Size of

Enterprise

Changing

Appointment

Date (%)

Increase in

Transportation Costs (%)

Inability to Realize

Selling to TMO due to

Late Maturation (%)

Having Problems

due to Cancel of

Appointments (%)

Yes

No

Yes

No

Yes

No

Yes

No

Small

20

80

27

73

31

69

20

80

Medium

54

46

46

54

21

79

33

67

Large

21

79

21

79

52

48

0

100

Average

36

64

34

64

38

62

21

79

It is observed that producers make their appointments according to the maturation period of the product, but it is inevitable to move the appointment to an earlier time or delay due to the fact that climate conditions occur in a different way from the expected. The rate of producers who change their appointment dates is 36%.

There are producers reporting that transportation cost increases because of extra transportation services since they sometimes take their product to TMO through two services due to delays and breakdowns in a combine harvester and inability to get efficiency from the product. Flexibility in appointment dates (ensuring, for example, one day flexibility in appointment date) would prevent this unnecessary cost. However, the producers explain that this cost is so little to compare with the high cost caused by waiting for a few days in the queue in the previous years. There are producers who express that they cannot sell their products to TMO since their products ripen later than the expected period. This is mostly because some producers have large areas and in turn, they have a strong bargaining power, so they easily turn toward tradesmen when they have a little problem in selling their products to TMO. But, these producers don’t have a problem when they cancel their appointment, unlike small enterprises. Under the study realized by (Yıldız et al., 2013) it is seen that farmers having 10 hectares or more area pay more attention to marketing factors to sell product supply in order to increase production compared to farmers having less area.

Producers express that they have problems in finding combine harvester in a timely manner and to bring it to their lands due to scattered and small land ownership and also they have problems since combine harvester is not brought on the pre-determined date. However, these problems decrease depending on the size of enterprises. Producers have problems in selling some products because of FRS limitation. This increases as the size of enterprises increase. Some farmers report that they have problems in selling some of their products since they have more products than stated under FRS due to the fact that they obtain product from rented or jointly cultivated areas or areas with collective ownership. Since the harvest period in each region is short and combine harvester operators want to work in weekends when farmers who have large areas harvest their product in Saturday afternoons, they have to wait on Sunday for selling their products to TMO or they sell their products to tradesmen. There can be accumulated on Mondays because products harvested on Saturday are transported on Sundays and line up with products harvested on Sundays.

Table 11 – Availability of Combine Harvester, FRS Limitation and Sunday Holiday of TMO.

Size of

Enterprise

Unavailability of Combine Harvester due to Scattered and Small Parcels (%)

Timing Problem of Combine
Harvester (%)

FRS Limitation

Problem (%)

Effect of Sunday

Holiday of TMO (%)

Yes

No

Yes

No

Yes

No

Effected

Not effected

Small

33

67

33

67

36

64

33

67

Medium

58

42

54

44

65

35

50

50

Large

14

86

21

79

57

43

21

79

Average

40

60

40

60

55

45

38

62

Producers transport their products by their tractors or truck. Some producers in the region have 5-9 ton trailers and also they take trailers from their neighbor and they transport their products by hitching these trailers (2-3) to their tractors. Trucks are generally rented for transportation. It is seen that finding trucks for transportation can be a problem for producers due to the high demand for trucks during the harvest period and workload of trucks considering other transportation in the region; also it is seen that transporters who have alternative transportation opportunity increase transportation fees two times more than normal seasons.

Producers generally state that they didn’t have problems in selling their products to TMO, they prefer TMO because it is reliable and its prices are favorable, TMO is a traditional market, but they do not need to sell their products to tradesmen when market conditions were more favorable.

Table 12 – Type of Transportation Vehicle.

Size of

Enterprise

Type of Transportation Vehicle (%)

Tractor

Truck

Total

Small

25

75

100

Medium

17

93

100

Large

32

68

100

Average

23

79

100

Although there are some producers expressing that they await their turn in the appointment system, they see whether the appointment system will be successful or not.

3.1. Factors determining the Effectiveness of Appointment System: a Factor Analysis Results

The high correlation between variables indicates the suitability of data for factor analysis. The calculated Chi-squared value of the main factors that are effective on the procurement under Appointment System for Barlett’s test of Sphericity is 324,180 which is significant at 1 percent level (p:0,000). KMO ratio compares observation and partial correlation coefficient, that indicate variables affect procurement under appointment system is found as more than 0,50 (0,636) and 17 factors effective on procurement under appointment system is reduced into 5 main factors explaining 78.9% of the variation (Table 13).

Table 13 – Factor and Variable Load related to Procurement under the Appointment System and Factor Analysis Results.

Variables

Factors

1

2

3

4

5

Age

-0,354

0,248

0,64

-0,063

0,284

Education Level

0,125

-0,19

-0,701

-0,343

0,02

Size of Family

-0,565

0,405

-0,214

0,247

-0,339

Experience

-0,486

0,293

0,702

-0,108

0,126

Total Land

0,115

0,916

-0,271

-0,04

0,117

Number of Parcels

0,203

0,817

-0,374

0,021

-0,044

Wheat Area

-0,189

0,688

0,052

-0,142

0,383

Credit Usage

0,065

0,295

0,199

0,417

-0,649

Determination of Selling Price

-0,007

-0,169

-0,498

0,488

0,509

Resource for Learning Price

0,303

-0,062

0,211

0,759

0,263

Bringing Combine Harvester in Small Land

0,873

0,268

0,209

-0,118

-0,05

FRS Limitation Problem

0,782

-0,261

0,369

-0,118

0,004

Problem in Timing of Combine Harvester

0,91

0,149

0,066

-0,012

0,03

Sunday Holiday of TMO

0,886

0,198

0,045

0,038

0,016

KMO Statistics 0,636

Bartlet Sphericity Test [Chi-Squared: 324,180] (P: 0,000)

The first factor (F1) determined as effective on procurement by appointment system according to factor analysis is the Sunday holiday of TMO, difficulties in finding combine harvester, scattered and small parcels and FRS limitation. The second factor (F2) is the size of enterprises. Age and education level is the third factor (F3) for adaptation to the appointment system. The Fourth factor (F4) is the knowledge of the producer on the price at which producer sell the product and the institution or tradesmen to whom the producer sell the product. The producer makes a research on price after harvesting the product and they determine to whom they will sell their product according to their loan situation and offered price (F5). If the producers do not get a loan and do not need to receive transportation fee immediately, they prefer to sell their product to tradesmen, otherwise, they sell to TMO. According to the results of the study “Agricultural Policies Applied for Wheat in Turkey and Problems of Wheat Producers in Thrace Region” as carried out by (Konyalı and Gaytancıoğlu, 2007) by using factor analysis, the most important problems of producers are «training of farmers, increase in consumption of farinaceous food, scattered land, violate cropping system and low productivity».

During the procurement process, tradesmen pay an amount of money in cash to the producer to ensure them to meet their emergent expenditures (harvest, transportation and food) and the needs such as harvest and family needs. A similar application for procurements realized by TMO would be beneficial. Some of the transporters and combine harvester operators wait for the money for their services rendered until producers get their payment from TMO, but some of them, especially who come from other cities, request their payment immediately. Payments’ being realized immediately or later directly bring about difficulties in finding combine harvester and truck. Also, cash payment would make it easier to bring combine harvester to small parcels.

4. Conclusion and Recommendations

Cereals, particularly wheat, make a very vital contribution to the national economy and rural livelihood of many families. Wheat production has increased in years, depending on an increase in productivity when compared to increasing population. It is possible to mention the positive effects of agricultural supports and intervention procurements realized by TMO in terms of both consumer and producer. The TMO is still is an important actor in the marketing process, since 2013 Appointment System has been implemented and the main aims of this system are to shorten the 4-5 day waiting periods of producers while delivering their product which was the case in previous years, so as to prevent long queues in front of TMO procurement points, to prevent the trouble that can occur between producers and transportation fees caused by waiting process. On the other hand, another aim is to prevent the negative effects of the shortness of harvest season and concentration of supply in a certain period on market price.

Under the Appointment System, harvest problems such as weekend holiday of the TMO and difficulties in providing combine harvester, structural problems such as scattered and small parcels and FRS limitation, also socio-economic characteristics of entrepreneurs, financial structure and price are effective factors in the marketing of wheat.

It is seen that Appointment System for Procurement is partially successful, it makes the marketing process easier, decreases costs and shortens harvest period. Flexibility in the appointment system and paying a certain amount to the producer immediately during procurement, also ensuring TMO to procure products in weekends will minimize problems such as determination of harvest period, provision of a combine harvester and transportation vehicle etc. Furthermore, these will make an adaptation of the producers easier and ensure the realization of the envisaged benifits from the system.

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