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South African Journal of Agricultural Extension

versão On-line ISSN 2413-3221
versão impressa ISSN 0301-603X

S Afr. Jnl. Agric. Ext. vol.47 no.2 Pretoria  2019

http://dx.doi.org/10.17159/2413-3221/2019/v47n2a503 

ARTICLES

 

Effectiveness Of The Implementation Of The Mechanisation Programme For Emerging Farmers In The Overberg And Eden Districts Of The Western Cape

 

 

Bastian R. M.I; Swanepoel J. W.II; Van Niekerk J. A.III

IWestern Cape Department of Agriculture, Elsenburg, Western Cape, +27 (0)28 425 4819
IISenior Lecturer, Centre for Sustainable Agriculture, Faculty of Natural and Agricultural Sciences, University of the Free State, Bloemfontein, +27 (0)51 401 2163, SwanepoelJW@ufs.ac.za
IIIDirector, Centre for Sustainable Agriculture, PO Box 339, Bloemfontein 9300, Republic of South Africa

Correspondence

 

 


ABSTRACT

Agricultural mechanisation has received increased interest during the last decade for the development of agriculture in African countries. One of the challenges of mechanisation in farming is the high cost associated with the procurement and maintenance of tractors and implements. Therefore, a mechanisation programme to assist with the development of emerging farmers in the country was established. The study was undertaken to determine the effective implementation of the mechanisation programme from the perspectives of farmers and extension officers. The study aimed to investigate whether the programme has assisted with the development of emerging farmers and whether the current implements in centres are suitable for the various commodities produced per area. To meet the objectives of this study, structured questionnaires were administered to participants and interviews were conducted with stakeholders in management positions. The findings revealed that the efficiency of the mechanisation programme can be improved upon, as farmers highlighted challenges that included access to mechanisation centres, the correct type and availability of implements. Nevertheless, the mechanisation programme has had a positive impact on the development of emerging farmers, and they feel that if issues are addressed, the programme could be even more beneficial in ensuring that recipients of the programme reap maximum benefits.

Keywords: Emerging farmers, Extension, Mechanisation


 

 

1. INTRODUCTION

Mechanisation is a key component in increasing agricultural crop production and enhancing food security, especially in developing countries (Mrema, Soni & Rolle, 2014). Various benefits exist through implementing mechanisation in agricultural production. These benefits include increased production, efficiency of labour and yields, lower unit costs, and enhanced agricultural techniques. It may also lead to commercial agriculture where it could contribute to improved land utilisation and subsequent increases in farm income (Sims, Hilmi & Kienzle, 2016). This can be achieved through timeous planting, pest and weed control, accurate application of fertilizer, and harvesting (Rai et al, 2011). In addition, mechanisation can add to the growth of value adding in agriculture, as it can be utilised for processing, marketing undertakings, as well as transport of produce after harvesting (Sims et al, 2016). The use of sustainable agricultural mechanisation can also play a role in conserving resources, as farmers are now able to employ conservation agricultural practices with the availability of tractors and implements.

South Africa has a diverse agricultural sector, where commercial farmers flourish within their farming operations, yet in another sector, which includes smallholders, farms are still in the developing stage and growing in order to run sustainable farming businesses. Agriculture plays a vital role in the economy of South Africa and also contributes to job creation, land reform and rural development, decreasing poverty, and increasing food security in the country. A study conducted in 2003 showed that South Africa has over 325 000 tractors, where ownership of these tractors consisted of over 80% commercial farmers (Simalenga, Joubert & Hanekom, 2003). Furthermore, 77% of potentially arable land suitable for farming is currently under production and the optimisation of agricultural mechanisation can play a vital role to expand this area and also to increase the use of existing agricultural land (Houmy et al, 2013). Emerging farmers can definitely benefit by the incorporation of mechanisation in their farming activities and it can attribute to many benefits as previously discussed. The increase in productivity is one of these benefits and can be achieved by timeous planting, pest and weed control, accurate application of fertilizer, and harvesting (Rai et al, 2011). Some of the challenges that exist with implementation of mechanisation in developing countries also affects farmers in South Africa. The main challenge is the availability of funding to invest in mechanisation, as well as a lack of skill.

Through these challenges, the importance of the concept of mechanising agriculture has been recognised by the South African government in the development of smallholder production, and the Department of Agriculture, Forestry and Fisheries (DAFF) has initiated a mechanisation programme to assist emerging farmers. The development of emerging farmers is important to assist in reducing poverty and contributing to food security and the emerging farmer sector in our country is critical in terms of human welfare, job creation and political stability (Delgado et al., 2001). This is why the South African government has been spending a substantial amount of its budget towards supporting emerging farmer development (Moloi, 2010). Originally launched in 2010/11, the project was initially only implemented in a few provinces. The official launch of the programme in the Western Cape took place in 2013 (DAFF, 2013).

The effectiveness of the implementation of mechanisation programmes in the country has become an issue throughout the country. The perception of its implementation from farmers, extension officers and management was investigated in different districts in the Western Cape to ascertain whether the mechanisation programme is effective and has assisted with the development of emerging farmers. Furthermore, the study aimed to determine whether the implementation of the mechanisation programme has assisted with the development of emerging farmers. It also aimed to determine if the current implements in mechanisation centres are suitable for agricultural production for the various commodities produced per area.

 

2. METHODOLOGY

The area of research chosen was the Overberg and Eden Districts of the Western Cape Province. Both these districts have rich agricultural sectors that contribute to the respective district's gross domestic product (GDP), where agriculture contributes 11.2% to Overberg's GDP (Western Cape Government (WCG), 2015a) and 6.2% to Eden's GDP (WCG, 2015b). A mixed-method research design was incorporated for the study that consists of both qualitative and quantitative research and analysis. Structured questionnaires were designed for emerging farmers in the Overberg and Eden districts that make use of mechanisation as part of their farming enterprises. Additionally, extension officers that work closely with emerging farmers in the entire Western Cape Province were recruited to complete questionnaires. As part of the qualitative portion of the study, interviews were conducted with district managers for the Overberg and Eden Districts, as well as management for some of the mechanisation centres to gather information from these individuals and their perspectives with regards to the implementation of the mechanisation programme.

The questionnaires administered to farmers gave an indication of their perception with regards to the mechanisation programme, and impacts on their farming businesses. The questionnaires administered to extension officers allowed triangulation of data collected from the farmers. Extension officers work closely with the farmers and may be able to supply additional information regarding mechanisation in the emerging farmer sector, which may be unintentionally omitted by the farmers, as well as providing a different perspective in relation to the mechanisation programme implementation. A sample of 31 farmers was selected to complete questionnaires, while 30 extension officers were consulted for the study. The district managers and two managers from the mechanisation centres were interviewed as part of the study and their responses are included in the discussion of the results.

 

3. RESULTS AND DISCUSSION

3.1 Demographics

Of the 31 farmers that took part in the study, 16% were female, while 84% of the farmers were male. This is synonymous of farming in South Africa, where agriculture is predominantly male orientated. Figure 1 portrays the range in age of the various farmers. It must be noted that of the 31 farmers that took part in the study, the majority of the farmers (71% or 23 farmers in total) were over the age of 40. This is rather concerning as the involvement of youth in agriculture is key to ensuring growth in the economy, job creation and contribution to food security. Brown (2012) stated that youth are the future of the agricultural sector due to the rapid growth of the world population and the waning in agricultural productivity paired with the increased migration to urban areas.

 

 

With regards to the level of education of the farmer participants, 45.2% of the farmers had gained matric or higher qualifications, where 19.4% matriculated, 9.7% completed a national certificate, and 16.1% have other tertiary qualifications. As farming productively has various aspects that need to be taken into consideration, such as financial, technical and social facets, the fact that the majority of these farmers have some form of an educational background will contribute to a better understanding of innovations and developments with all issues relating to the agricultural sector. Farmers were asked to indicate their experience in farming, and as shown in Figure 2, the majority of farmers have more than 10 years' experience.

 

 

The main commodities produced by participating farmers in the Overberg and Eden Districts were cattle production (67.7%), sheep production (51.6%), vegetable production (25.8%), and grain production (32.3%). Emerging farmers in the two districts have various land tenure arrangements as shown in Table 1, but only 32.2% of farmers own their farming land. The rest of the farmers have to access farming land through private or municipal leases, have access to commonage land, or were assisted by government and awarded with land from the Proactive Land Acquisition Strategy (PLAS) or Financial Assistance Land (FALA).

 

 

The gender of the 30 extension officers that took part in the study was 63.3% male and 36.7% female and indicates that, where in previous years mainly male extension officers were appointed, females now also show interest in the field of extension and are employed by government institutions. The extension officers' ages were as follows: 3.3% were 20-30 years; 43.3% were 31-40 years; 40% were 41-50 years, and 13.3% were older than 50 years. This also links to the extension experience of the participants as indicated in Table 2, where 24 extension officers specified that they have seven or more years' experience in providing extension advice.

 

 

The extension officers also indicated that they provide extension advice to farmers in various commodities within the Western Cape Province, which included grain and pastures, livestock (cattle, sheep, pigs, goats and poultry), vegetables, fruit, viticulture, fynbos, honey bush tea and bees.

3.2 Role of the mechanisation programme in the development of emerging farmers

Farmers indicated that 83.9% of them make use of implements as part of their farming enterprises, and Figure 3 shows the different types of implements that are utilised by these farmers. This information corresponds to the answers provided by extension officers, where 93.3% of them indicated that their farmers used implements. With regards to ownership of implements, the farmers indicated that only 51.6% of them owned the implements they use, and it also parallels the sentiments of extension officers regarding farmers owning implements, where 46.7% indicated that their farmers owned implements. These results showed that many farmers lack the mechanisation needed to farm and shows that the emerging farmers have a need for assistance with regards to mechanisation.

 

 

Farmers indicated that they gained implements by hiring them from private companies or other farmers, using contractors or using implements supplied by the mechanisation programme at mechanisation centres. The mechanisation programme was implemented to address the need for mechanisation for emerging farmers in the country. When farmers were asked if the mechanisation programme has assisted them with the development of their farming businesses, 45% indicated yes, 43% said no, while 13% opted not to answer the question as mechanisation centres were not available in their area. When the question was posed to extension officers regarding the effectiveness of the mechanisation for farmers in their respective areas, 54% said it was effective, while 43% said it was not. An additional 3% of extension officers did not have mechanisation centres in their area.

With regards to markets, only 18% of the farmers sell their produce to informal markets. The rest of the farmers all have either local or formal markets in place to which they have been able to sell their produce. More than 90% of farmers indicated that they have a profitable farming business. Of the farmers who were profitable, 69.6% reinvested profits in their farming enterprises, as can be seen in Figure 4. This result gives an indication that emerging farmers are eager to see their agricultural enterprises grow and be sustainable in future, and can be an indication that there has been development within this farming sector.

 

 

Access to funding is one of the constraints that emerging farmers face that can also hamper the development in their farming enterprises (Senyolo et al, 2009). DAFF has launched many farmer support services to assist emerging farmers including the Comprehensive Agricultural Support Programme (CASP) (National Department of Agriculture (NDA), 2007). In the Western Cape Department of Agriculture (WCDoA), CASP was implemented through a commodity approach, and evaluations are done using Commodity Project Allocation Committees (CPACs). Farmers in the study were asked whether they have received any assistance from the WCDoA through the CPAC initiative, and 80.6% of farmers indicated that they have received governmental support through funding, while 19.4% did not receive any funding. Of the farmers that received funding, 52% indicated that the funding they have received has been for mechanisation aspects within their farming businesses. The funding for mechanisation included procurement of various implements, as well as funding for contractors, as pointed out in Figure 5.

 

 

This information shows that DAFF not only assisted emerging farmers with mechanisation through the mechanisation programme, but also through the CASP initiative.

With regards to training, farmers were also asked to indicate whether they have received training to operate machinery. Only 18% indicated that they have received training, while a further 11% indicated that they have received formal training, but already knew how to operate machinery. Those who have received training named the WCDoA, commodity organisations such as GrainSA, and implements manufacturers as organisations providing training to them. Of the farmers that have not received any training, 85.7% indicated that they would be interested in receiving training to operate machinery. The fact that many of the farmers also have mentors provides another avenue by which the farmers can receive training. Mentors can provide farmers with training to operate machinery, as well as assisting farmers to fix or maintain their machinery. Extension officers also indicated that 45% of the farmers in their areas could operate machinery, while 40% mentioned that it was dependent on the experience of the farmer. Extension officers further indicated that the WCDoA could provide training for the farmers to operate machinery. With regards to suggestions for improving the implementation of mechanisation centres, many of the extension officers acknowledged that training should be provided to drivers or operators to specifically operate the implements available at these centres. Training can therefore also be seen as an aspect that could contribute to farmer development.

3.3 Suitability of implements at mechanisation centres

The implementation of mechanisation centres was initiated to assist emerging farmers to cultivate land, as many farmers did not have the necessary implements. This was mainly due to the high cost of procuring and maintaining implements and tractors, as well as economies of scale, as many farmers do not own enough land to make buying implements a viable decision. It is very important that the proper implements are available to these farmers as it can influence the production of their farming enterprises. Here the suitability of implements at the centres will be discussed by means of analysing data gathered during the study.

Of the farmers that were aware of the programme (29 farmers), only 31% indicated that the implements in the mechanisation centres are suitable or available when needed, while 53.3% of extension officers stated that the mechanisation centres were effective to assist farmers with their needs. Reasons for the participants' answers with regards to the use of mechanisation centres are indicated in Figure 6.

 

 

It can be seen that farmers mainly indicate that the type or specifications of the implements they need were not available, with the majority of extension officers naming accessibility as the main reason for ineffectiveness regarding the mechanisation programme. It must be kept in mind that the farmers that took part in the study were only from the Overberg and Eden Districts, while the extension officers were from the entire Western Cape Province, thus a comprehensive view with regards to the effectivity of mechanisation in the entire province, or even the country, is lacking.

There are 11 mechanisation projects in the Overberg District and 20 projects in the Eden District. Of the 11 projects in the Overberg District, four are mechanisation centres for the surrounding communities, while the remainder of the projects are individual emerging farmer projects that have received tractors or implements from the mechanisation programme. In the Eden District, eight projects are mechanisation centres and 12 are individual farming projects. It can be seen that there is a limited number of mechanisation centres in the two districts, compared to the number of farmers, which corresponds with the farmers' observation of the inaccessibility and limited amount of implements available for use. Management indicated that there was a need for more suitable implements, especially implements used to practice conservation agriculture (CA) techniques, such as no-till or minimum-till planters for grain producers. These implements are very expensive and emerging farmers do not have access to them.

It was furthermore indicated that the number of implements and its suitability for the various terrains and commodities are not always appropriate, but that those farmers who have access to the mechanisation centres have been able to increase productivity on their farms. Another issue raised is that the implements in the area are not sufficient to supply for the needs of farmers. Many grain farmers have been impacted negatively due to harvest losses as a result of swatters and harvesters not being available timeously. The shortage of implements also impacts these farmers during the planting season. As the implements are expensive, these farmers are dependent on mechanisation centres or hiring contractors, the latter of which are not always reliable with regards to timeous planting or harvesting periods. Managers of mechanisation centres highlighted that the main issue is the lack of implements available to supply the needs of farmers in the surrounding community.

Most of the centres had tractors available which the farmers can hire from the mechanisation centres. Other available implements include planters, ploughs, sprayers, fertilizer spreaders, and hammer mills. As previously mentioned, grain farmers in these areas indicated a need for minimum-till planters and other implements in order for them to practice CA techniques, which were also echoed my management. The conservation or increase of natural resources is imperative to ensure longevity in the agricultural sector, and the promotion of CA techniques to increase food production through sustainable farming techniques is at the forefront to achieving this (Corbeels et al, 2014). The three main principles to achieve CA are minimal soil disturbance, permanent soil cover, and crop rotation (Hobbs, 2007; Thierfelder, Mwila & Rusinamhodzi, 2013). In order for farmers in developing countries to adopt these techniques, more emphasis needs to be placed on the increase in production and productivity it can offer instead of a means of saving resources (Andersson & D'Souza, 2014). Emerging farmers in South Africa are also under pressure to introduce CA techniques into their farming practices, but it must be noted that these farmers, similar to other smallholder farmers in developing countries, have different socio-economic and agronomic situations that influence its implementation (Andersson & D'Souza, 2014).

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