ECONOMIC ANALYSIS OF ARTISAN FISHING ENTERPRISES IN BENUE STATE, NIGERIA

CHAPTER ONE
INTRODUCTION
  • Background Information

One of the major roles played by fisheries in the economy of Nigeria is its contribution to the dietary needs of the populace. Increased food production, both in quantity and quality is necessary to build a healthy nation. Animal protein is essential for proper growth, repair and maintenance of body organs and tissues (Moses, 1983). Proteins obtained from livestock such as cattle, pigs, sheep, goats and poultry in tropical regions are generally very expensive. Fish protein contains the essential amino acids such as methionine, lysine, tryptophan which are absent in proteins of plant origin (Lawal, 2002). Fish oil contains unsaturated fatty acids, which are low in cholesterol, and thus a regular intake of fish oil harbours lower risk of heart attack, which might result from deposition of cholesterol in blood vessels. According to Madu (2000), fish is eaten all over the world and no religious or cultural restrictions are known to forbid its consumption.

Lawal (2002) reported that about 35 percent of the world’s fish catch is used for the production of fishmeal and oil. The greatest amount of the products is fed to poultry. Fishmeal product has high protein content (60-75%), making it a valued ingredient usually commanding a higher price than any other protein concentrate except milk powder. Fish oil is a valuable raw material for hydrogenation and is used in direct human consumption as margarine. Most of the world’s fishmeal is made from pelagic species, rich in oil. Nigeria generates about 10 million US dollars annually in foreign exchange through the exportation of shrimps (Mabawonku, 1986).  Apart from the dietary use, production of livestock feeds and earnings of foreign exchange, fisheries offer direct and indirect employment opportunities to the people of the country (Asaku, 1997). Direct employment from fisheries involves those who are directly engaged in fish production, processing and marketing. Fisheries offer indirect employment to people who are engaged in the production of fishing inputs and fishing vessels, floats, sinkers, nets, lanterns, matchets and fish finders. Others indirectly employed in fishery industry include fish canners, owners of restaurants and manufacturers of livestock feeds.

The demand for fish has been rising rapidly in Nigeria as a result of increase in population, per capita income and price of alternative sources of animal protein. However the domestic supply of fish does not satisfy the demand. Attempts to meet the demand have seen the country resorting to importation of fish.  The projected demand for fish in Nigeria in the year 2000 was 2,542 million tones. This figure rose to about 2854.6 million tones, an increase of about 12.3 percent in 2003 (FAO, 2004). This figure when compared with total fish supply will clearly show that there is fish demand-supply deficit in the country.

Many countries both import and export fish products. Trade tends to flow not only from less developed to more developed countries, but also between developed countries (FAO, 2004). In terms of export value, the total world trade of fish and fish products reached US $ 58.2 billion in 2002 (FAO, 2004). In terms of quantity, developed countries imported over 32 million tones in 2002, of which 68 percent was for human consumption (FAO, 2004). Imports for developed countries stood at 19 million tonnes, of which 47 percent consisted of fish for food.

The total quantity of international trade of fishery commodity by Nigeria as released by FAO reports (2000 and 2004) for the years 1997, 1998, 1999, 2000 and 2994 showed that imports of fishery products for the years amounted to 412,498, 442,331, 464,519, 646,557 and 814,461 tonnes respectively. This is in comparism with the export figure of 3,232, 656, 4,233, 249 and 12,016 tonnes for year 1997, 1998, 1999, 2000 and 2004 respectively (Table 1.1).

Table 1.1: Total quantity of annual trade of fishery commodity by

Nigeria (Metric tonnes)

Year Imports Exports
1997 412,498 3,232
1998 442,331 656
1999 464,519 4,233
2000 646,557 249
2004 814,461 12,016

Source: FAO Reports 2000 and 2004

 

In Nigeria, the artisanal fishery is made up of coastal canoe fishery, brackish water canoe fishery, riverine and lake canoe fishery and the flood pond fishery (Asaku, 1997). Mabawonku (1986) reported that artisanal fishery sector accounts for about 87 per cent of the total fish production in Nigeria. In Benue State, Asaku (1997) reported that the bulk of the fish supply come from fresh water systems. This bulk amounts to 98 percent while the remaining 2 percent is from culture fishery and imported frozen fish.

 

  • Problem Statement

The fisheries sector, despite being an important source of livelihood for the majority of riverine households, has been plagued by a number of problems. These include, poor and inefficient fishing gears, lack of capital, poor fisheries management, poor handling facilities, poor infrastructure and high post harvest losses (Semesi et’al, 1998). Together with lack of alternative employment opportunities and increased number of fishing households, the above mentioned problems have been the main cause of decrease in fish catch as well as degradation of fish stock and over exploitation. As a result most households will continue to be trapped in poverty. The main challenge for the growth of artisanal fisheries is how to improve production performance while at the same time, ensuring sustainable level of fisheries resources. Various initiatives have been undertaken by international organizations, governmental and non-governmental organizations in order to ensure that fishing activities bring about economic, social and nutritional benefits (Allison and Ellis, 2001). However, these initiatives did not consider the importance of artisanal households socio-economic characteristics and behaviour in their decision making process.

Productivity in artisanal fishing depends on the fishing households socio-economic characteristics, technology, assets endowments (physical, financial, human and social), and available infrastructure (Gaertner et al, 1999; Salas, 2000). Although, the literature suggests a number of explanations to this phenomenon, there have been scanty empirical studies to validate these in the study area. Empirical evidence is very important in order to identify the factors that limit the productivity of artisanal fishing households so that policies can be designed to enhance profitability of the enterprise based on recent and reliable information.       Therefore, measurement and analysis of artisanal fishing households performance become important.

This work therefore, measures the performance of artisanal fishing households in fishing villages of Guma LGA. The work applies a production function model to determine the effect of socio-economic characteristics and fishing inputs on output of artisanal fishers

 

  • Objectives of the Study

The broad objective of the study is economic analysis of artisanal fishing enterprise in Guma Local Government Area of Benue State.

The specific objectives are to:

  1. describe the socio economic characteristics of artisanal fishers in the study area;
  2. identify and describe major artisanal fishing practices in the study area;
  • determine the profitability of artisanal fishing in the study area;
  1. determine the effect of socio-economic variables and fishing inputs on output of artisanal fishing in the study area;
  2. identify the constraints to the full exploitation of the potentials associated with the natural fishing sites in the study area;
  3. make recommendations on the ways to improve and promote artisanal fishing in the study area.

 

  • Research Hypotheses

Based on the research objectives, the following hypothesis will be tested:

1)        HO: Socio-economic variables have no significant effect on the       output of fishermen.

H1: Socio economic variables have significant effect on the output of fishermen.

2)        HO: Fishing inputs have no significant effect on the output of           artisanal fishers.

                        H1: Fishing inputs have significant effect on the output of artisanal             fishers.

 

  • Justification of the Study

To conserve the country’s foreign exchange earnings, there is need to vastly reduce the share of food imports especially those that can be produced locally. Supply expansion programmes on fishery can be carried out in consideration of the abundant fishery resources all over the country. The large amount of foreign exchange hitherto spent yearly on importation of fish will be invested in other equally viable and competing demands of the nation. A transformed rural fishing programme will not only help improve the dwindling internal revenue generation of the third tier of government but will also improve the socio economic status of fishermen in the fishing communities of the study area and eradicate poverty.

Very few formal publications have been identified that specifically focus on economic and financial performance of artisanal fishing enterprises in Benue State. Several studies by Lawal (2002), Asaku (1997) and Imande (1994) concentrated on Aquaculture leaving out the least expensive but naturally endowed artisanal fishery sub sector, which is more popular among the rural people.

This study therefore seeks to fill this knowledge gap by identifying     major factors retarding the productivity of existing water resources and how these resources can be improved or maintained for optimum productivity in the study area. This study also intends to identify ways of improving the level of fish production in the study area and Nigeria in general so as to reduce the supply-demand deficit in the state. This study will also provide information, which will guide policy makers in formulating policies that will promote the growth and development of fishery sub sector in Nigeria.

This study will provide data on socio economic information about artisanal fisher folks in the study area, which will be of interest to the policy makers. The findings will also provide a clue for a transformation that can enhance the quality of life and the standard of living of the rural fishermen with resultant increase in the supply of fish/food to satisfy national macro goals and aspirations.

Download Full Material-N5000

Leave a Reply

Your email address will not be published. Required fields are marked *

Related Post

ANALYSIS OF THE DETERMINANTS OF PLANTAIN SUPPLY BY SMALL HOLDER FARMERS IN EBONYI STATE STATE

ANALYSIS OF THE DETERMINANTS OF PLANTAIN SUPPLY BY SMALL HOLDER FARMERS IN EBONYI STATE STATE

ABSTRACT

This study analyzed the determinants of supply among plantain farmers in Ebonyi State, Nigeria. A four-stage sampling technique was adopted for this study. The first stage involved a purposive selection of staff of Federal College of Agricultural Ishiagu due to its high plantain production and marketing activities in the area. The second stage involves the random selection of Ivo Local Government Area, Ishiagu, Ebonyi state. The third stage involved the random selection of six) villages from in Ishiagu community. Thereafter, 10 plantain farmers were randomly from 12 clan in Ishiagu. In all, 120 farmers were used for the study and data were collected using a semi-structured questionnaire. The data were analyzed using descriptive statistics and Ordinary Least Square Regression model. The results of the study revealed that 69.2% of the sampled farming household heads were male. The significant factors influencing the decision to supply plantain in the study area were distance to market, current market price, household size, quantity processed and farm size. The current price of plantain, quantity processed and farm size were positively significant suggesting a direct relationship while household size and distance to market were found to be negatively significant suggesting an inverse relationship with supply. It is therefore recommended that farmers should be encouraged to increase the supply of plantain by providing adequate and easy means of processing and disposing their product to curb loss as well as making up a centralised price both at the farm-gate level and at the market

Download Full Material-N5000

COMPARATIVE ECONOMIC ANALYSIS OF SELECTED CASSAVA DERIVATIVES IN UZO-UWANI LOCAL GOVERNMENT OF ENUGU STATE, NIGERIA

 

CHAPTER ONE

 

1.0                                               INTRODUCTION

 

1.1 Background                  

 

Despite the dominant role of the petroleum sector as the major foreign exchange earner, agriculture remains the mainstay of Nigeria’s economy (Oyejide 1986).  In addition to contribution to GDP, it is the largest non-oil export earner, the largest employer of labour, and a key contributor to wealth creation and poverty alleviation, as a large percentage of the population derives its income from agriculture and related activities (NEEDS, 2004). All over the world, the concept of evolving strategies for ensuring natural food security and sustainable livelihood especially for the developing countries has gained full prominence. In view of this, processing cassava into its derivatives for food and income has been the practice of many Nigerians in the rural areas. The current drive towards higher levels of commercialization of cassava processing under the presidential initiative on cassava requires that the scale of cassava processing be increased in Nigeria (Ekwe and Ekwe, 2005).

Cassava is one of the staple food crops grown in Nigeria. Nigeria grows 34,000 tonnes of cassava every year, which constitute the largest output of the crop from any country in the world (Adebayo and Sangosina, 2005). In 1982, Nigeria ranked number six in the world production of cassava with an output of 6.8 million tonnes per annum. Through the cassava multiplication programme (CMP) (1986-1996), Nigeria’s production of cassava increased from 41million tonnes in 2005 to 49million tonnes in 2008 (FAO, 2008).

Today the crop is grown in virtually all parts of the country and is now the focal food crop for foreign exchange earning (Isiorhaorja and Idoge, 2005). In Nigeria, cassava is consumed daily and sometimes more than once a day (Nweke, 2004) and it contributes more than 1000 calories per person per day to the diet of

many families. Cassava is consumed with a sauce made with ingredients rich in protein, vitamins and minerals. Some even eat cassava for breakfast, lunch and dinner (Haggblade and Zulu, 2003). In Nigeria, cassava is very important in the economy and nutrition of poor rural household (NRCRI, 1996). Cassava has other advantages such as ability to store well in the soil for several months as being tolerant to extreme conditions. This is why cassava has been called the “famine security crop” (Philip, 2005). Cassava is of two types; the bitter and the sweet cassava, and they contain cyanogenic glucosides, which break down into hydro-cyanic acid after it has been harvested. The acid makes raw cassava very poisonous for animal and human consumption. Processing of cassava is therefore important as means of removing this poison, increasing its palatability and the storage life.

Cassava processing is a household business as children help in peeling while the women are mostly engaged in the processing, which is done to stop physiological and microbial spoilage, reduce the cyanogenic glucosides content (Asiedu, 1989) and convert the roots to other products which are more acceptable.  However, several constraints affect cassava processing which limit the contribution of the crop to the nation’s economy (Hawn, 1989; Henry, 1999 in Adebayo and Sangosina, 2005). For instance, the cynide content in cassava is a major limiting factor to its utilization, but can be reduced by appropriate processing innovations, (Oyewole and Aibor, 1992). Lack of fund and inadequate storage facilities also affect its processing.

Products derived from cassava include gari, starch, tapioca, fufu, pellets, flour and chip. International Institutes for Topical Agriculture (2004) survey of cassava utilization found that 70%, 15%, 10%, 5% of farmers respectively make gari, starch, fufu and tapioca from cassava.

Gari is cream white granular flour with slightly fermented and slightly sour taste made from fermented, gelatinized fried cassava tubers. The processing of cassava into gari involves certain units of operation. Fresh tubers are peeled, washed and grated. The grated pulp is put in porous sacks, which are weighed down with heavy stones for 3-4 days to expel the water from the pulp while it is fermenting. In some areas, hydraulic jacks are used to expel the water from grated cassava. The dewatered and fermented pulps are sieved and the resulting fine pulp is toasted in a frying pan. Palm oil is sometimes added during toasting with constant stirring so as to present all granules to the heat, to prevent the pulp from lumping and burning. This has an additional effect of changing the color of the product from white to yellow (Alinor, 2002).

Fufu is another form of cassava derivatives. It is a fermented wet-paste made from cassava. It is an indigenous food of most Nigerians in the south. Fufu is processed from cassava by steeping whole or cut peeled cassava roots in water for a maximum of three to five days depending on the ambient temperature. During steeping, fermentation decreases the PH, softens the tuber and helps to reduce potential cynogenic compounds. When sufficiently soft, the roots are broken by hands and sieved to remove the fibers.

Cassava chips are another product of cassava. It is widely used in Nigeria especially in Enugu state. Fresh roots are peeled, washed, boiled in water and sliced into thin longitudinal slices (chips) with knife or cutter. The chips are then poured into a local basket and steeped in water for 1-2 days during which the water is changed once or twice. The chips can be consumed at this stage. Starch is another product of cassava. Cassava roots are peeled, washed and grated. The grated pulp is steeped for 2-3 days in a large quantity of water, stirred and filtered through a piece of cloth. The starch sediments are air-dried under shade. It is used for textiles and in plywood industries as adhesives (NRCRI, 1986). Pellet is obtained from dried and broken roots of cassava by grinding and hardening into a cylindrical shape. The cylinders are about 2-3cm long and about 0.4-0.8cm diameter and are uniform in appearance and texture; they are produced by feeding dried chips into the pelleting machine, after which the diameter are screened and bagged. During the processing of cassava flour, the residual pulp, which is separated from the starch in the screening process, is used as animal feed. The market for cassava can be divided into two categories namely the traditional food oriented market and the emerging market for industrial processed cassava products. The vast majority of cassava grown in Nigeria is processed and sold through traditional marketing channels, which are fairly well known.

Cassava is one of the major sources of energy in Nigeria. That is why it was chosen as one of the focal crops for improvement and development under the nation-wide Agricultural Development Programme (Isiorharoja and Idoge 2005). This, perhaps led to the pronouncement of a presidential initiative on the crop. In 2000, the President of Nigeria, Chief Olusegun Obasanjo announced the initiative to promote cassava as a foreign exchange earner in Nigeria in addition to satisfying the national demand. This is in line with the government policy to give agriculture the highest priority, to reduce poverty in the rural areas and to facilitate economic growth. The challenge of the initiative is to make Nigeria earn 5billion US dollars per year in value added cassava exports within three years, from year 2003 – 2006, (IITA, 2001). The diversification and expansion into new growth markets like ethanol, starch, livestock feed and household flour as substitutes for various imported items present real opportunities for income generation of the rural populace.

The initiative also seeks to develop and satisfy the huge untapped domestic market for cassava as raw materials in the industrial sectors as well as building capacity for export market (RMRDC, 2004).

The objective of the presidential initiative on cassava is to expand primary processing and utilization to absorb the national cassava production, identify and develop new market opportunities for import substitution and export, stimulate increased private sector investment in the establishment of export oriented cassava industries, ensure the availability of clean planting materials targeted at the emerging industries, increase the yield/productivity and expand annual production to achieve global cassava competitiveness for the development of the Nigerian cassava sector and integrate the rural poor especially the women and youth into the mainstream of  the national economy (IITA, 2001).The programmes or the initiatives are implemented through subcommittees drawn from the public and private sectors (Obasanjo, 2003). The ministry of commerce facilitated a trial export of 1000 tons of cassava chips to China in 2003.

However, to meet the volume of demand from China and perhaps other countries, the government through the ministry of commerce will have to invest extensively in bulking/storage warehouses. The Federal Government has to facilitate the revival of the railway cargo transport nation wide, in order to guarantee the availability of cargo volumes for export of the cassava products. This is critical for Nigeria to meet the target of the initiative, however government intervention and efforts of non-governmental organizations in the cassava sub sector had led to a number of measures that support the production of cassava and this date backs to 1986 (Bello, 2003).

The current drive towards higher levels of commercialization of cassava processing under the presidential initiative on cassava requires that the scale of cassava processing be increased and the profitability of the different derivatives tracked. This study will concentrate on three derivatives namely, cassava chips, flour and gari, because the presidential initiatives concentrates on them and they are the common derivatives on the study area.  Since processing of cassava is an income generating enterprise in Uzo-uwani, the profitability of the derivatives will be examined.

 

1.2 Problem Statement

Food security has continued to be a problem in many developing countries. It has been indicated that more than one billion people in the developing countries including Nigeria live below the poverty line and do not have enough food to meet energy and protein requirement for healthy and productive life (FAO, 1996)

Cassava is one of the major sources of energy and the multiplicity of its use makes it indispensable for food security (Asiedu, 1989). Cassava per capita consumption is of very high and provides 80 percent of the total energy intake of many Nigerian’s (FAO, 2002). Its importance forms the premise of the presidential initiative on crop, which is one of the major reforms in Nigeria’s economy from 1999. It is expected that returns from the exports of cassava derivatives especially chips will facilitate the realization of National Economic Empowerment and

Development Strategies (NEEDS) targets of $5 billion a year from agricultural exports.

However, several constraints affect cassava processing which limit the contribution that the crop makes to the nation’s economy (Henry, S.K, A. Westby and C. Collinson, 1999). The constraints include the following, lack of fund, inadequate processing and storage facilities and inefficiency in input supply and distribution, high cost of frying pans, inadequate know- how on processing and storage to enhance shelf life, high transaction cost, market uncertainty, inability of the processors to keep adequate records of production cost as well as the tedious operation technology (Bello, 2003).

It is documented that increasing hectarage, fallow length and use of organic and inorganic fertilizer increases cassava output (Isiohoraja and Idoge, (2005); Osugri 1996; Arene and Mkpado (2004). Very few works, example: Ekwe and Ekwe (2005), Alinor (2002), Oyewole and Sanni (1995) and Ayinde, I.A, O.F. Ashaolu, S.A. Adewuyi and M.U. Agbonlaho, (2005) examined processing and marketing of cassava products. The study by Ekwe and Ekwe (2005) concentrated on processing of cassava into gari and its marketing. There was no report on the marketing channel which should have given insight into the development of the processing enterprises and marketing margins associated with each channel.  Similarly the study by Alinor (2002) determined the profitability of processing cassava into gari and fufu in Nsukka and did not consider order derivatives like chips, and flour. Presently, the presidential initiatives on cassava concentrates mainly on export of cassava flour and its use in baking industry, production of starch and cassava chips as well as export of gari. The need therefore, is to document the present experiences of farmers in processing and marketing of cassava derivatives. With respect to rural economy, where most of the cassava productions take place and on which the Federal Government will rely to succeed in this reform initiatives, the questions are: which cassava derivative gives the highest revenue to farmers and what marketing channel should farmers adopt? This is because improving processing and marketing efficiency of cassava products will reduce food insecurity, poverty and enhance the success of the reform initiatives on cassava.

 

1.3 Objectives of the Study

The broad objective of the study is to compare the economics of selected cassava derivatives in Uzo-Uwani Local Government Area.

The specific objectives of the study are to:

  1. describe the socio-economic characteristics of marketers of selected cassava

derivatives in the study area;

  1. describe the methods of processing selected cassava derivatives;

iii. describe the marketing channels of selected cassava derivatives;

  1. compare the return per naira of investment of marketing cassava flour, chips

and gari;

  1. determine the cassava derivatives with the highest income;
  2. estimate the factors affecting profitability of the selected cassava derivatives;

vii. identify constraints associated with processing and marketing of cassava

derivatives (flour, chips and gari)

viii. make recommendation for development of the presidential initiatives on

cassava.

 

1.4       Hypotheses

The following null hypotheses were tested:

  1. There is no significant difference between the profit from marketing cassava

chips, flour and gari.

  1. Profitability of cassava derivatives does not depend on the socio-economic

Characteristics of the marketers such as gender and marital status.

 

1.5       Justification

Cassava is one of the most important energy sources in the human diet in the tropics. It is an important staple, and cash crop that thrives where most other crops fail (Philip, 2005). Despite the rapid growth of cassava cultivation in Nigeria, processing and marketing are still constrained by certain factors namely; inadequate improved varieties, poor farm management which may not be good for export products, high pressure on land leading to cultivation of cassava on depleted soil, high cost of labor for all production processes, high cost of tubers from the production centers to processing sites and inadequate processing equipment (Bello, 2003).

Rural people even those in Uzo-Uwani make livelihood from processing of cassava into gari, fufu, tapioca, chips, for food and income. But the profitable enterprises that evolved from marketing of cassava derivatives are yet to be empirically documented. Also, the current NEEDS policy document highlighted cassava as one of the export crops of Nigeria, hence it’s enlisting as one of the presidential initiatives/strategies for realization of $5billion from cassava export in 2001(NEEDS 2003). Thus, the study of comparative economics analysis of selected cassava derivatives is necessary, because it will determine the derivatives that have the highest net income, the marketing channel, processing constraints as it affects processors and marketers as well as the exports potentials.

The findings from this study will help policy makers, researchers and processors to address the issue of cassava processing. The study is further justified because its findings and recommendation will benefit researchers as it will serve as a reference point for further studies, processors will be more informed on the profitability of the derivatives and hence in choice makingDownload Full Material-N5000

SOCIO-ECONOMIC VARIABLES ON FLUTED PUMPKIN(TELFERIAOCCIDENTALIS)MARKETING IN NIGERIA

The tropical cucurbit Telfaria occidentalis (Hook) is a member of the huge Cucurbitaceae family, which also includes gourds, pumpkins, squashes, and melons. Okoli and Mgbeogu have described the crop’s botany (1983). The fast-growing, climber annual fluted pumpkin produces large, fluted or wrinkled fruits. Two or more fruits may grow on the creeping stalk. Fruits can weigh up to 10 kg and take 5 months to reach full maturity. Weight ranges from 2 to 5 kg for small fruits. Fruits are filled with seeds; small fruits can have up to 30 seeds, large fruits can have up to 70 seeds, and very large fruits can have up to 100 seeds. Okoli and Mgbeogu (1983) describe fruits with a length of 105 cm and 196 seeds. They watch

 Download Full Material-N5000