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VARIATION IN CHEMICAL COMPOSITION AND MINERALS OF BASIL (Ocimum gratissimum L.)


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VARIATION IN CHEMICAL COMPOSITION AND MINERALS OF BASIL (Ocimum gratissimum L.)

ABSTRACT
The study was carried out at the Teaching and Research Farm of the University of Benin, Benin City. Proximate analysis was carried out at the Faculty of Agriculture laboratory to determine the nutritional components of ocicum gratissimum. The experiment was laid out in a randomized complete block design with three replicates. Each block was divided into twenty-three rows with 0.6m between the rows. Four Ocimum gratissimum varieties were evaluated: G040220, G040221, G270114 and G250119. The variables measured for this study include: moisture content, ash content, crude protein, crude fibre and carbohydrate content and minerals such as calcium, magnesium, phosphorus, Iron and potassium. These variables were measured using their percentage composition. It was observed that there were significant differences among the varieties studied. Variety G040220 had the highest MC value and it is comparable to G040221 but significantly different from the others. Variety G040221 and G040220 had the highest crude fibre percentage values and were significantly different the others. Variety G250109 having higher crude protein indicates that it was improved to absorb more nitrogen from the soil. Variety G250109 was also observed to have higher carbohydrate and fat content. Therefore, it is recommended for farmers for higher nutritional performance.

CHAPTER ONE

INTRODUCTION

Ocimum L. is a member of the labiatae family. The typical characteristics of this family are square stem, opposite and decussate leaves with many gland dots. The flowers are strongly zygormorphic with two distinct lips. Many of the family, particularly subfamily Neptoideas to which ocimum belongs, are strongly aromatic due to essential oils which consist of monoterpenes, sesquiterpenes and phenylpropanoids.

Ocimum unlike other economically important herbs in the labiatae such as Rosmarinus, thymus and salvia, belongs to tribe ocimae which has declinate stamens.that is stamens lie over the lower[anterior]lip of the corolla rather than ascending under the upper [posterior]lip.

Ocimum was best described by Linnaeus in 1753 who listed five[5] species .Bentham[1832]recognised just under 40 species and divided ocimum into three[3]sections .ocimum [ocymodon benth] with appendiculate posterior stamens;Hierocymum benth with hairs at the base of the posterior stamens and gynmnocium benth with glabrous posterior stamens.The latter two sections contained a few species which are now placed in EndostemonN.E.BR, a genus bentham didn’t recognise or hemizygia. Bentham [1848] then subdivided section section ocimum [ocymodon] into three subsections on the basis of calyx morphology. In subset , ocimum [basilica sensu briquette 1897] the throat of the calyx is open and bearded in subsect. Gratissima the throat is closed by the median lobe of the lower lip,subsection hiantia benth, with truncate lateral calyx lobes, only included species which are sometimes placed in becium [Sebald 1988,1989,paton 1995].Bentham[1848] also added sect ,hemizygia benth. Which briquette [1897] considered to be a separate genus on account of the fused anterior stamens. Paton [1992] in his revision of African species of ocimum recognised around thirty [30] species and used bentham [1848] infragenic classification of ocimum, with sect hemizygia and subset , hiantia removed, preferring to consider the latter as the separate genus becium. This classification is supported by nutlet characters which bentham did not and by analysis of pollen morphology [Harley et al, 1992]. However this classification is not entirely without problems, as pointed out [Paton 1992] ocimum drdnatum A.J.paton doesn’t fit neatly into the existing categories.ocimum lamiifolium is also anomalous , appearing to have a close relationship to orthosiphon subgenus nautochilus [Bremek.]codd. Pushpangadan [1974,pushpangadan and bradu 1995,sobti and pushpangadan 1979] formulated a different infragenic classification The ‘Basilicum’ group contains herbaceous annuals or sometimes or sometimes perennials with black , ellipsoid, strongly mucilaginous seeds and with a basic chromosome number of n=12 whereas the ‘sanctum’ group are perennial shrubs with brown globose non-mucilaginous or weakly seeds and a basic chromosome number of n=8.the basilicum group contains only section ocimum subsection ocimum. The remainder of the genus must be placed in the sanctum group. This classification is commonly used in the economic and industrial literature ,e.g barrah[1980], pushpangadan and bradu [1995] whereas bentham system is the basis for that used in taxonomic literature. Economically the most important taxon within ocimum is section ocimum .the most heavily used species are o.basilicum, o.americanum, and their hybrid o x citriodorum. These species are use d for essential oil production and as pot herbs. O.kilmandscharicumis extensively grown in the tropics for camphor production .O.gratissimum is grown for the essential oil in its leaves and stems. Eugenol and to a lesser extent thymol extracted from the oil are substitutes for clove oil and thyme oil. The whole plant and essential oil have many applications in traditional medicine, especially in Africa and india. Preparations from the whole plant are used as stomachic and in treating sunstroke, headache and influenza .the seeds are have laxative properties and are prescribed against gonorrhoea. the essential oil is applied against fever inflammations of the throat. In Indonesia [Sumatra] a tea is made from the leaves , while in Thailand the leaves are applied as a flavouring. In Indonesia the eugenol-type of o.gratissimum is used in the ceremonial washing of corpses and is planted in graveyards. In india o.gratissimum named ‘ram tulsi’ is widely used in religious ceremonies and rituals.
Information on proximate analysis of basil is beneficial for nutrition and medicinal benefits to man and formulation of a well balanced feed for livestocks..
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THE PROBLEM AND PROSPECTS OF COCOYAM PRODUCTION

ABSTRACT
It is a common practice in Nigeria and other West Africa Countries especially in area lying within the rainforest belt, with thick vegetation cover, the aim of management should be to avoid excessive and inadequate level of farming system and maintains sufficient for planting of cocoyam. The study therefore seeks to examine and appraise the problems and prospects of cocoyam production in our society, a case study of Ovia North East Local Government Area.

TABLE OF CONTENT

CHAPTER ONE

Background of the study

Statement of the problem

Research questions

Purpose of the study

Significance of the study

Scope of the study

Limitation of the study

Definition of terms

CHAPTER TWO

Historical Literature review

CHAPTER THREE       

Research methodology

Research design

Population of the study

Research instrument

Data collection

Statistical techniques

CHAPTER FOUR

Data presentation and interpretation of result

CHAPTER FIVE

Summary, conclusion and recommendation

REFERENCES

QUESTIONNAIRE

CHAPTER ONE

INTRODUCTION

1.1    BACKGROUND TO THE STUDY

Cocoyam (colocasia spp and xanthosoma spp) is grown in the tropical and sub-tropical regions of the world particularly in Africa for human nutrition, animal feed, and cash income for both farmers and traders (Onwueme and Chales, 1994). Cocoyam is vegetative propagated using the corms and to a lesser extent the cormels. As food for human consumption, the nutritional value parts of cocoyam is primarily caloric (Davis et al, 1992). The underground cormels provides easily digested starch; and the leaves are nutritious spinach like vegetable, which give a lot of minerals, vitamins and thiamine (Tambong et al, 1997).

There are two major types commonly grown in Nigeria namely; colocasia spp and xanthosma spp. In Nigeria, it is regarded as a major crop especially in X2 female headed household. Nigeria is one of the largest producers of cocoyam in the world contributing about 40% of total annual production okinpshectares of land out of the total arable land of 27,900.00 hectares under cocoyam production.

Cocoyam grows in association with other food and tree crops a system mostly practiced by subsistence farmers in Nigeria. The bulk of the production of cocoyam is in South East, Nigeria (Enyinnia, 2001). Cocoyam  is regarded as a major food crop in Nigeria especially in female headed households. Nwabuzor (2001) noted that cocoyam can be consumed in various forms when boiled, fried, pounded or roasted. It can also be processed into chips (“achicha”) which has a long shelf and provides food all year round especially during lean planting season (Asadu, 2006). Cocoyam leaves are also used as vegetable for preparing soup in various part of the world. There is a decline in the yields of cocoyam on the past few years. As population pressure on land continues to increases, the importance of cocoyam in ensuring household food security is given adequate recognition even through the present yield are still below expectation. This could be attributed to a lot of factors such as climate variation, drought, poor cultural practices among cocoyam growers, pest and diseases infestation (Ezenwu, 2010).

Despite the usefulness of cocoyam corms and leaves in human nutrition, its production and processing in Nigeria is faced with a lot of challenges. Some of these challenges are the alarming rate of land degradation and lack of improved varieties for commercial cocoyam and leaf production. Decreasing rainfall and poor soil have also been identified as some of the challenges processing of cocoyam in Nigeria (Osagoe, 2006). Therefore, this study was carried out with the broad objective of ascertaining strategies for improving cocoyam production and processing among women farmers in Edo State, Nigeria.

1.2    STATEMENT OF PROBLEM

In any human endeavour, there are bound to be some obstacle or hindrance in any of achieving exception to this general rule. Hence this research is designed to find out the problem and prospects of cocoyam production in Ovia North East Local Government Area of Edo State.

1.3    PURPOSE OF THE STUDY

The main aim of the study is to examine and appraise the problem and prospects of cocoyam production in our society, a case study of Ovia North East Local Government Area.

    To know the number of farmer producing cocoyam in the local government area.
    To know the type of production system.
    Identifying problem of cocoyam production

1.4    SIGNIFICANCE OF THE STUDY

It is a common practice in Nigeria and other West Africa countries especially in area lying within the rainforest belt with thick vegetation cover, the aim of management should be avoid excessive and inadequate level of farming system and maintains enough stock raw materials in period of short supply and anticipate price changes.

1.5    RESEARCH QUESTIONS

This study is centred on planning of cocoyam in our local government council (Ovia North East) with more emphasis on cocoyam production. Survey is a broad discipline that cannot be treated in full in this study. The researcher while trying to obtain information from respondents encountered certain drawback which hindered on farming system.

This investigation had a very limited for the study and they only limited time for the study and they only limited the work.

1.6    SCOPE OF THE STUDY

This study is centered on planting of cocoyam in our local government council (Ovia North East) with more emphasis on cocoyam production. Survey is a broad discipline that cannot be treated in full in this study. The researcher while trying to obtain information from respondents encountered certain drawback which hindered on farming system.

1.8    DEFINITION OF TERMS

Cocoyam: Cocoyam are herbaceous perennial plants belonging to the family araceae and are grown primarily of their edible roots, although all parts of the plant are edible. Cocoyam that are cultivated as food crops belong to either the genus colocasia or the genus xanthosoma and are generally comprised of a large spherical corm (swollen underground storage stem), from which a few large leaves emerge.

Problem: A problem is a road block in a situation, something that sets up a conflict and forces you to find a resolution.

Prospect: A prospect is the possibility that something fabulous will happen. After you graduate top of your class at Harvard, for example, your job prospects look great.

Production: The process of making or growing something for scale or use.
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