BREAKING NEWS

JOB CREATIONTHROUGH FISH BUSINESS.


Imagine creating your own, economy no matter what your country's economy looks like.  Imagine accomplishing all your goals and dreams in the shortest possible time, taking full control of your life no matter where you are now ,Start your own fish business, snail farming, pig farming, bee farming, grass cutter farming and

 have your feasibility study for your business. today and smile with others.

 For help and consultancy call 08032861326. Or visit our website on.

 http//.www.kingswayagroservices.blogspot.com

Take look at this; Feasibility study on 1,000 fingerlings of highbreed catfish from day one to harvesting stage using

 a mobile tarpaulin fish tank to  pond for the culture system

 Two tanks were used for the purpose of sorting the fish to avoid mortality due to cannibalism. Catfishes are

 cannibalistic in nature and therefore the jumpers are been sorted out to avoid eating others in the culture process

  Input: One fingerling of highbreed catfish sold at 30 naira per one is preferred.

 30 x 1,000=30,000.                     

Tanks, two tanks of #40,000 one each. =#80,000.

 Feeding: 50 bags of foreign feed coppens is  preferred and is sold at 5,000 naira each. 5,000 x 50= #250,000.

 Water treatment and drugs = #5,000.

 Transportation; #5,000.            

 Aerator used in supplying oxygen 20,000.

 Pvc pipe and inlet and outlet facility; 5,000.

 Tatal 395,000. naira. Output:

 After 5 months of culture, the average weight of one fish will be 1.5 kg and one kg is sold at 600 naira.

Then 1.5kg is  sold at 900 naira per one fish.                        

 After mortality encountered 950 fishes survived.

 950 x 900 naira =855,000

 855,000-395,000 =460,000 profit made after 5 months of.

 culture. So for the next culture, cost for aerator and tank will be excluded
call 08032861326 for help and consultancy.

HIGH BREED FINGERLINGS AND JUVENILES CATFISH IN EDO STATE / BENIN

High breed fingerlings and juveniles catfish and fast growing catfish in Benin by Kingsway Agro services. we supply the best fingerlings and juvenile in the state and also renders consultancy services. we also setup large scale fish farms for clients.  for mobile fish pond and pond constructions.
CALL 08032861326 FOR HELP AND CONSULTANCY.

FISHERIES ASSOCIATIONS IN NIGERIA.


ASSOCIATIONS

The main professional associations that look after the interest of fish farmers and aquaculturists in Nigeria include:

(i)       Fisheries Society of Nigeria (FISON)

(ii)    Association of Fish Farmers and Aquaculturist of Nigeria (      AFFAN)

(iii)  Catfish Farmers Association of Nigeria (CAFAN)

(iv)  United Fisheries Association of Nigeria (UFAN)

(v)    Association of Fingerlings Prodssucers of Nigeria (AFPON)

(vi)  Nigeria Union of Fishermen and Seafood Dealers (NUFASD)

(vii)        Asssociation of Ornamental Fish Exports of Nigeria (AOFFN).

Most of the associations have overlapping activities, with everybody doing almost everything and the same thing. Most of them are relatively new and not yet officially registered. In effect, they are almost powerless in influencing government policies and unable to take decisions that would be blinding on members. Seed producers in Nigeria operate more on an individual basis.
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SUPPORT SERVICES, LEGAL AND POLICY FRAMEWORK IN FISH FARMING


SUPPORT SERVICES, LEGAL AND POLICY FRAMEWORK

   SUPPORT SERVICES

The type of support services available to see producers depend on the mandate and terms of reference of the service provider as well demand from clients themselves. The following organizations assist seed producers in various ways:

(1) Federal Department of Fisheries,

(2) States Fishers Divisions

(3) States Agricultural  Development Program,

(4) Private exdt6ensionists/consultants,

(5) Nigeria Agricultural  Credit and Rural Development  Bank (NACRDB) AND other financial institutions,

(6) Fisheries based Research Institutes and

(8) Aquaculture and Inland Fisheries Project (AIFP).

   LEGAL AND POLICY FRAMEWORK

           As explained above, the seed industry only benefits from generalized fisheries and legal framework that affects adult fish industry. The umbrella national fisheries legislation is the Inland Fisheries Decree No. 108 0f 1992 and the Marine Fisheries Decree of 1991. The provision is such legislation are directed mainly to wild and capture fisheries which are regulated through licensing. However, export or import of live fish (including seed) is carried under the authority of the Minister of Agriculture State require registration of premises where any commercial activity (including seed production) is carried out. The Environmental Impact Assessment (EIA) Decree of 1988 also recommended the conduct of EIA studies for activity that may impact negatively on the environment, e.g. intensive water recirculation seed production systems which generate a lot of ammonium liquid and gaseous waste discharges and any land area up 50 ha

        ECONOMICS AND KNOWLEDGE GAPS

          ECONOMICS

           Fingerlings production is a basic aspect of aquaculture necessary to ensure a continuous supply of seed and stocking. For any production system, evaluating the associated economic viability is expected.        At the end of such analysis, it will become clear if such a production system is profitable or not.

 Since profitability in fingerlings production is dependent on the volume of production, large-scale producers are more favored with higher ROI despite having high initial capital outlay and as long as it is supported by competent technical management. In addition, due to the enormously wide gap between demand and supply of seed in Nigeria, the future belongs to large-volume producers. Fish farmers are generally convinced that they make more money on fingerlings than table fish production and there is higher profit in hatchery operation than fish farms. Many existing fish farms are grossly understocked as a result of non-availability of seed. O      ptimal stocking of existing farms can lead to substantial increase in fish production.

   KNOWLEDGE GAPS

           There are several information and knowledge gaps in determining the correct status of the fish seed industry of the domination of the enterprise by the private sector.          One of the bottlenecks usually encountered is the difficulty in obtaining accurate production figures either in terms of investment or revenue. At best, the computed figures are estimates based on the extrapolation of data collected and collated from easily accessible AIFP cluster farmers. The level of interaction and networking among various stakeholders in the industry is still not the best. In addition, because of the poor funding of fisheries research in Nigeria, there are many aspects of seed production technology, marketing and distribution which need to be closely looked into and addressed. The area of development of standard manuals for the local production of the seed of various indigenous species is still lacking as those in operation presently are based on overseas publications and are only been adapted to local situations. That is why  a manual like this is written to help to guide the farmer, be it seed producer, fish farmer or consumer.
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LARGE SCALE PRODUCERS IN FISH FARMING


LARGE-SCALE PRODUCERS

           They produce and supply to de market consistently in excess of 100 000 seed every season or every year. Investment on infrastructure at this level is very high, always more than N5 million (US$40 000). The general characteristic of this group is the presence or availability of a large pool of broodstocks (usually in thousands, modern and functional hatchery complex complemented with many nursing and rearing ponds. The ultimate features in this production category are the operators of intensive water recirculating system complemented with flow-through indoor systems. There is very high running cost with sophisticated and highly technical and intensive management. At this level, serous technical competence is indispensable. However, all the investment is justified by the south-west operate from warehouses, and produce on the investment is justified by the high turnover of seed from warehouses, and produce on the average between 200 000 to 400 000 catfish fingerlings/ month. Each of them also provides input and services to between 100 and 500 fish farmers. They employ foreign technology including imported feed and many of them are in partnership with foreigners especially Europeans, Asians and South Africans.

      These high-volume producers through few in number (about 30) cumulatively supply about 20 percent of all the fingerlings available in seed market. Relative to the cost of fingerlings from small-scale and medium-scale producers, the fingerlings are cheaper, because of the economics of mass production.
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MEDIUM SCALE PRODUCERS IN FISH FARMING


       MEDIUM-SCALE PRODUCERS

       These producers usually produce and sell more than 20 000 fingerlings during a production season. In most cases, there are hatchery facilities complete fry rearing and nursery pond. Often the volume of production in a particular season is dependent on the level of management and competence of the fish breeder and hatchery manager. Almost all the farms and hatcheries are operating below installed capacity, at best between 20-25 percent production levels. In effect, a hatchery that produces between 50 000-100 000 fingerlings could easily have produced up to 500 000 with capacity utilization. Factors responsible for low-capacity operation include amongst others:

i)             Lack of enough good broodstock supply throughout the year

ii)       Unreliability of year round high quality water supply to the hatchery

iii)     Poor handling and management of hatchings and frys

iv)     Lack of enough space to hold the frys coming out the hatchery e.g. rearing and nursery ponds

v)       Lack of adequate operating capital.

Usually investment in seed production infrastructure at this level can range from N 250 000 –N 5 million (i.e. US$ 2000 – US$ 40 000) depending on the facilities available n the farm. Most government fish farms before abandonment fall into this category of producers. The Internal Rate of Return (IRR) at this level also varies so widely that it is very difficult to generalize. There are about 200 medium-scale seed producers in Nigeria, mostly private entrepreneurs and are collectively responsible for about 60 percent of all the fish seed supply in the country especially catfish fingerlings. Most of these hatcheries are situated in the south-south (especially Delta State) zone and couth-west zone. Many of them also use the flow-through system.
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SMALL SCALE PRODUCERS IN FINGERLINGS / FISH FARMING


       SMALL-SCALE PRODUCERS

Seed producers who are able  to at least produce enough to satisfy their own immediate needs, and depending on the size of their own farm may have up to about 20 000 fingerlings for sale to other farmers, during a production season, could be classified as small-scale producers. These categories of producers do not always have an indoor hatchery, but may have, in most cases, few outdoor concrete tanks, usually for spawning and rearing of fry. These may also be completed ponds can also double as breeding ponds.

       These ponds are usually between 100 m2 and 200 m2 and not more than three or four in number. The species could be single species (monoculture) or mixed (polyculture). There are about 1 500 of these small-scale producers in Nigeria mostly in the southeast and north central zones and are responsible for about 20 percent of total seed supply to the system. The average annual investment for this seed production system is usually less than N100 000 (US$600.00). This investment can be recovered form the proportion of the fingerlings sold out to other farmers.
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SEED INDUSTRY IN FISH PRODUCTION


SEED INDUSTRY

The seed industry in Nigeria may be classified for convenience into:

·  Small-scale producers

·  Medium-scale producers and

·  Large-scale producers

Each scale of production is defined by level of investment available facility, technical competence of manager and consequently the quantity of seed produced. In this way a combination of all these factors will be used to categorize each seed producer. For instance, a farm or hatchery with high investment in infrastructure but with an incompetent and poorly remunerated manager with resultant poor production will only qualify as a small-scale producer while a modest hatchery with high capacity utilization in term of high production may be a medium- or even a large-scale producer.

3.5.1  SMALL-SCALE PRODUCERS

Seed producers who are able  to at least produce enough to satisfy their own immediate needs, and depending on the size of their own farm may have up to about 20 000 fingerlings for sale to other farmers, during a production season, could be classified as small-scale producers. These categories of producers do not always have an indoor hatchery, but may have, in most cases, few outdoor concrete tanks, usually for spawning and rearing of fry. These may also be completed ponds can also double as breeding ponds.

       These ponds are usually between 100 m2 and 200 m2 and not more than three or four in number. The species could be single species (monoculture) or mixed (polyculture). There are about 1 500 of these small-scale producers in Nigeria mostly in the southeast and north central zones and are responsible for about 20 percent of total seed supply to the system. The average annual investment for this seed production system is usually less than N100 000 (US$600.00). This investment can be recovered form the proportion of the fingerlings sold out to other farmers.
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FRY REARING AND MANAGEMENT


       FRY REARING AND MANAGEMENT
Eggs produced after spawning hatch into; yolk materials act as a source of food for the young fish. The time of hatching ­(incubation period) varies according to species and is temperature dependent. For Clarias gariepinus in Nigeria, the preferred hatching temperature is from 25o c to 29oc  and 24 to 36 hrs after fertilization. Newly hatched fry searches frantically for food, protection and at this time, the fish is very vulnerable to predation. Thus, the fry needs food, protection and a fry rearing is carried out in nursery tanks, raceways and ponds. These are always protected against predator and the water quality is constantly monitored. Nursery facilities can be small-, average size or large­-scale depending on the extent of the hatchery operations. The early food of the fry has been pre-determined and suitability and performance of natural planktonic organisms established. The brine shrimp, Artemia salina, is popularly used especially in large hatcheries and in recirculation system as the first food of fry in nursery tanks and troughs. Zooplankton (especially monia­) culture is also widely used in many fish farms especially with the high cost of importing Artemia. Artifical diets are always introduced at age between seven to ten days.                                                                                                  Fry rearing is the most critical stage in catfish seed production in Nigeria. In most hatcheries, between 70 and 90 percent fry are lost before reaching fingerling stage (i.e. about six weeks). Fry rearing and management require traning and expertise. Only sophisticated hatcheries achieve more than 50 percent survival.
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BROODSTOCK MANAGEMENT


BROODSTOCK MANAGEMENT

          Broodfish can be procured either from existing fish farms or by capture from natural waters. It is necessary for the fish breeder to know the sources of the broodfish to be used for seed production. Care is always taken that the fish is purchased from a farm with no previous record of diseases. All newly-procured broodstocks are treated with appropriate medication before being introduced into the broodstock ponds. Broodfish collected from the wild are stocked at a rate of 2-3 fish/m2 in prepared broodstock ponds. Proper health of the broodfish is assured by adequate feeding with nutrient balanced feed for a sufficient time prior to spawning and maintaining the pond water at a satisfactory level. Depending on the size of the broodstock pond and preference of the farmer, males and females are placed in separate ponds. Some breeders keep both sexes together in the same pond until shortly before use. This might be due to space contrataints or inadequate facilities. 
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SEED MANAGEMENT IN FISH FARMING


SEED MANAGEMENT

       As explained above, the level of management of fish seed is directly related to the facilities available and technical capacity of the hatchery manager. In general, the standard practice especially for catfish growers follows similar pattern, where a modern hatchery and fish seed production center has the following units:

(i)          Broodfish pond;

(ii)       Hatchery complex;

(iii)     Nursery pond; and

(iv)     Fingerling rearing ponds.
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GENETIC MANIPULATION / GENE BANKS IN FISH BREEDING


       GENETIC MANIPULATION – GENE BANKS

       A substantial percentage of broodstocks used in most hatcheries in the country still come from the wild, with the exception of high-volume producers who either have planned broodstock development programme or those who import broodstocks from Europe, Israel and South Africa. The act of breeding ensures species continuity and maintains certain important hereditary characters through manipulation. The most common genetic manipulation in the Nigerian fish seed production industry is the production of a hybrid from a cross between Clarias and Heterobranchus. These hybrids or strains generally exhibit better growth potential, taste and colour than their parents. Most work on the genetic manipulation of Nigerian fish species especially tilapia species are still in the laboratory phase conducted by research institutes and universities. For the country to respond to the immediate challenges of the supply of high quality fish seed, greater attention would have to the given to genetic research and establishment of gene banks for desired species.
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ARTIFICIAL FERTILIZATION IN CATFISH


ARTIFICIAL FERTILIZATION  

       Artificial propagation through hormonal treatment and stripping under controlled environmental condition in the hatchery had become a necessity to ensure mass production of fry and fingerlings of the African catfish (see section 6.2). This is the current status of fish seed production in Nigeria. The procedure has been generally standardized as a synthesis of local experience, trial and error as well as from literature and largely from the Manual on Catfish Hatchery and production which has become the filed guide for Nigeria catfish breeders. Depending on available resources, infrastructure facility and experience of the hatchery manager, the standard procedure, for convenience, had been classified into small (cottage), medium (indoor) or large (flow-through and water recirculation) hatchery production and management.
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INDUCED NATURAL SPAWNING IN PONDS AND TANKS


INDUCED NATURAL SPAWNING IN PONDS AND TANKS

       A further step in the controlled breeding of fish is to induce the broodstock through hormonal stimulation before pairing them up in breeding tanks or ponds. Natural production is inadequate due to the low survival of hatchlings caused by factors such as predation, poor water quality, pests and parasites in the natural environment. Apart from the fact that in nature most cultured species, especially Clarias gariepinus, do not spawn year-round, a better control of fry production is required. At the inception of induced breeding trials in Nigeria in the 1980s, the following hormones are used: carp pituitary (fresh and acetone-dried) Desoxycorticosteroneacetate (DOCA), human chronic gonadosterone (HCG) and fresh catfish pituitary. With more research and networking, cheaper and more effective synthetic hormones are now in use, the most popular being Ovaprim used in catfish breeding. Various other derivatives are also available, especially those from Asia such as Suprefact and Motilium from Thailand.
FOR HELP AND CONSULTANCY CALL 08032861326.

SPAWNING IN TANKS


       SPAWNING IN TANKS

       Fish spawning can also be carried out in outdoor or indoor concrete or plastic tanks. Breeding tanks can be in the form of small aquaria (glass or plastic) or large fiberglass and concrete tanks. Broodstocks may be induce or just allowed to freely spawn by mutual stimulation resulting from proximity of the male and female parents. Outdoor spawning tanks are always covered with net mesh for protection against predation by insects, birds and reptiles.

       Most commercial fish farms, which may not have a complete hatchery complex, always, have one to four concrete tanks dedicated for breeding/spawning, where fry can be harvested to earthen nursery ponds and ten percent of hatchling can harvested as fry.
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NATURAL BREEDING IN PONDS


       NATURAL BREEDING IN PONDS

Some fish farms have specially dedicated ponds for breeding. These are usually small to medium-sized ponds (e.g. 100-300 m2). Depending on the species of fish, the pond bottom may be modified to simulate the desired depth preferred by the fish in nature. For instance, one end of the pond may be shallower, or the shallow end may be in the middle potion to facilitate recovery of the parent after spawning. Substrate (e.g. grass, mat) for egg attachment may also be provided. During the breeding season, male and female may be placed either at random or in definite ratio in the breeding pond and left to spawn naturally after which the parents are removed and the fry natured to fingerlings. Fry and fingerling recovery is usually very low and in most cases hardly greater than 5 percent of hatchlings. This is the most common method for tilapia seed production.
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NATURAL SPAWNING IN OPEN WATERS


NATURAL SPAWNING IN OPEN WATERS

       This describes the means by which fish breed in the wild to produce their seed (see section 6.1). Different fish species usually choose different places in the aquatic environment for breeding. The reasons for the choice are not always fully known and depend on behaviour and adaptation of the fish species. For instance, some breed on stones at the bottom of the water. Others make holes in the benthos for breeding; others lay their eggs in holes, on the water while others collect and brood the fertilized eggs in their mouths. In nature, the cues or signals that induce spawning are numerous, e.g. flooding (increase in water volume), rain events, changes water temperature, increase in food, etc.

       As the natural aquatic environment is full of hazards or perils for young fish, fish have evolved varying degrees of parental care to help reduce the level of mortality for the young. Some care for the eggs only, moving away some after the eggs are hatched. For others, protection continues until the young are able to fend for themselves. Cichlids, i.e. some tilapias, have elaborate parental care, including carrying the young in the mouth at any approach of danger. As a rule, species with elaborate parental care lay relatively few eggs, while clupeids and catfishes (e.g. Chrysichths nigrodigitatus, Clarias gariepinus, Heterobranchus bidorsalis) with little parental care produce by far more numerous eggs, as a way of ensuring that some, at least, will survive to adulthood. Fry, fingerlings and juveniles are collected from open waters by artisanal fishermen using baskets, fine mesh nets and cane traps. Collection is always easier during schooling (especially for Heterotic niloticus). Fish farmers purchase the northern and north central zones of the country depend largely on wild fingerlings from the vast inland water resources such as lakes and reservoirs. However, wild stocking of fish farms has almost disappeared in the south.
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SEED PRODUCTION AND TECHNOLOGY IN CATFISH.


SEED PRODUCTION AND TECHNOLOGY

The various ways and methods by which fish seed are produced in Nigeria include the following:

1.           Natural spawning in open water and rivers;

2.           Natural breeding in ponds;

3.           Spawning in tanks;

4.           Induced natural spawning in ponds and tanks;

5.           Artificial fertilization – hatchery production and management; and
Genetic manipulation
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CURRENT STATUS OF AQUACULTURE DEVELOPMENT IN NIGERIA


CURRENT STATUS OF AQUACULTURE DEVELOPMENT IN NIGERIA
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          The characteristics feature of the current phase of aquaculture development in Nigeria is the emergence of investment from the private sector as the driving force. This is also complemented with the government policy of transferring its farms to the private sector. Most re cent investment in aquaculture has been targeted towards catfish farming.

Presently live catfish attracts premium price in Nigeria, with a high ROI (Return On-Investment) ranging between 30 to 40 percent in some very successful enterprises (e.g. IFC, Technoserve 2003). This is now a major attraction to private sector investors in Nigeria. Currently about 90 percent of farmed fish in Nigeria is catfish; during last four years almost all targeted towards catfish production. It is estimated that within this period fish seed production has jumped from 3 million in 2000 to about 30 million in 2005, and 55 million in 2007. The emergence of high volume producers who have invested in intensive recirculating and flow-through fish production systems have been largely responsible for the phenomenal increase in the volume of production of both fingerlings and table fish.

       The estimated total current investment in aquaculture including hatchery facilities and equipment in Nigeria is about N10 billion (US$75 million). There are about 30 small-, medium- and large-scale intensive, closed recirculating and flow-through systems especially in the southwest and south-south zones where over 77 percent of all fish farms and hatchery infrastructures are located. Investment is still growing, especially with the renewed awareness being created by the government through the Presidential Initiative on Fisheries and Aquaculture and 642 private fish farms that have been inventoried by the Aquaculture and Fisheries Project (AIFP) in December 2004, while an estimate of 500 farms are at commercial level, most of them are poorly managed. More than half of these commercial fish farms have small- to medium-sized hatcheries built beside them and again most of these are either abandoned and at best under producing (at times on more than 5 percent of installed capacity). Abandonment has been due largely to the technical incapabilities of the hatchery managers, as most of them are either poorly trained or inadequately remunerated and in other cases, both. That is why this trained manual came to being in order to equip you in things you need to know before embarking on this lucrative venture and to guide you of add more knowledge to what you must have seen to know if you are already into the business so as to be better equipped.

Presently, seed supply from government and public sectors, hatcheries (including research institutes and universities) are about 10 percent of the total. The current picture of freshwater fish seed supply in Nigeria is presented in Table.

Table 3.1 Freshwater fish seed supply in Nigeria

Source
Percentage
Seed production
Private sector (ponds and hatcheries)
80%
44 million
Public sector (government fish farms, hatcheries, universities, research institutes)
10%
5.5 million
Wild collection
9%
4.55 million
Importation and other source
1%
0.55 million
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EXPANSION AND ESTABLISHMENT OF DEMONSTRATION FISH FARMS


                  EXPANSION AND ESTABLISHMENT OF DEMONSTRATION FISH FARMS

       From 1970 to 1992, bold attempts were made to reduce major constraints concerning fish seed for aquaculture development. During this period there was remarkable increase in the number of fish farms built by both federal and state government agencies, research institutes, universities and some private sector investor. Most of these fish farms were supposed to be commercial farms and many of them were complemented with small- to medium-sized hatcheries, at least to cater for the immediate needs of the provide some excess to sell to other from the wild. They importance, desirability, reliability and inevitability. During this phase seed supply could be broken down as follows;

(i)                Wild collection – 60 percent

(ii)             Natural spawning in ponds – 30 percent; and

(iii)           Hatchery production – 10 percent

The introduction of mordern hatchery infrastructure and facilities was facilitated by an US$1 million grant from Italian government in 1988 and subsequent construction of the hatchery at Oluponna Fish Farm in Osun State (southwest Nigeria) with a capacity to produce 10 million fingerlings. Since then, the model had been replicated in smaller versions in many other places in Nigeria today which has boosted tremendously hatchery-produced fish seed in the country.
Call for your fast growing catfish and high breed  catfish fingerlings on 08032861326.

FRESHWATER FISH SEED RESOURCES AND CATFISH BUSINESS IN NIGERIA


CHAPTER 3

FRESHWATER FISH SEED RESOURCES AND CATFISH BUSINESS IN NIGERIA

3.1       AQUACULTURE AND FINGERLING PRODUCTION IN NIGERIA

          Fish is the cheapest source of animal protein consumed by the average Nigerian, accounting for about 40 percent of the total protein intake. Fish production in Nigeria is mainly from the capture sector especially artisanal coastal and artisanal inland fisheries. This sector contributes over eighty percent of total domestic production of some 510 000 tonnes per annum (FDF, 2 004). Nigeria imports 700 000 tonnes of fish per annum and an annual deficit of almost half a millon tones still exists if the demand supply gap were to be bridged (as of 2007 according to Atanda, A.N. of Freshwater fish seed resources of Nigeria). Thus, consequent upon over-exploitation of the marine fisheries resource which has resulted in gradual depletion of the stock, there is now concerted effort to harness the nation’s enormous freshwater resources through aquaculture to boost fish production. Aquaculture has been recognized as a viable means of increasing domestic fish production. The sector is estimated to have a potential of freshwater alone. Unfortunately, for now, even with the recent boost in production by private fish farmers, aquaculture is contributing only about 80 000 tones. One of the major problems indentified as hindering the promotion and development of aquaculture in the country, at least until recently, is the scarcity of fish fingerlings of the desired culture species. The desired quantity and quantity have never always been available. if the above potential were to be realized at a semi-intensive management level of fingerlings to adult to ensure survival of 50 percent, then at least two billion fingerlings would be required from annually from all sources. An additional 500 million would be needed to stock inland water bodies such as dams and reservoirs. The present total production and supply from all sources is just about 55 million fingerlings (2007 report by Atanda, A.N. for freshwater fish seed resources of Nigeria). The modern aquaculture practices were initial in Nigeria in the early 1950s, when exotic spices of carp (Cyprinus carpio) were introduced from Austria into the Panyam fish farm in north central the southwest of the country. Before then the act of maintaining fish in ponds and reservoirs were relatively recreational.

          The first national effort by the federal Government at promoting fish seed promotion was in 1987 through the Directorate of food, Roads and Rural Infrastructure (DFRRI). Under this progamme, nationwide fish farming commissioned to produce fingerlings in anticipation of increase demand from the public.since this period, there has been steady increase in fish fingerling activities, especially by the private sector. Unfortunately though, the government fish farms which had served as models between the 1970s and 1980s went out of production as a result of poor management due to lack  of funding and cumbersome policy and  bureaucracy.

During the ten years, the private sector has virtually taken over the industry and invested massively in aquaculture especially freshwater catfish farming including seed production. In order of importance and acceptability, the important cultured species are as follows;

1.     Catfishes and their hybrids (Clarias, Heterobranchus) -80 percent;

2.     Tilapias – 14 percent;

3.     Heterotis niloticus – 2 percent;

4.     Cyprinus carpio – 2 percent;

5.     Chrysichthys nigrodititatus – 1 percent;

6.     Others (Lates niloticus, Mugil sp. Etc.) – percent.

      Until recently, apart from a few large fish farmers who produce their own fingerlings, limited fingerlings are available for sale in Nigeria. There remains a large unmet (undermined) demand for fish seed across the country and this has been a major constraint to the aquaculture industry next only to quality feed supply. Many private fish farms are abandoned across the country due to the lack of fish seed. Visits to several small fish hatcheries in the southern part of the country revealed severe under- production, which could be increase with improved management techniques.

      Many technical problems often exist which include poor management of broodstocks especially with regards to feeding and handling. Poor records are kept of all activities (e.g induced spawning, care of eggs, fry, feeding, etc). High loss of eggs and fry are common due to lack of water exchange or aeration. Use of square tanks which lead to crowding of fry in corners caused high mortalities. Some hatcheries use unaerated well-water. No grader are used in most farms, no precautions taken for controlling water entries in rearing ponds, allowing wild fish to enter to feast on young fingerlings. Most farms and hatcheries represented sizeable investments (in the range of US$10 000 to US$40 000) and yet inexperienced managers were sometimes hired off the street and paid low salaries. Few efforts were made to obtain training for such managers even though courses are frequently available in the country at universities and institutes such as the National Institute for Freshwater Fisheries Research (NIFFR). In contrast, the larger producers have sent managers to workshops in Nigeria as well as to Europe, the USA or Israel for intensive courses in aquaculture.

          Another interesting feature of the fingerling supply industry is marketing and distribution, as a result of the seasonality of natural production. While there is always a surplus of fingerlings in many farms in the same zone at the same time only the experienced and well-trained producers who could produce year-round enjoy monopoly of supply at dry periods. Unfortunately too, fish farmers in most part of the country especially the north, are perpetually searching for hatchery-produced fish seed for their farms.

3.2     SOURCES OF FISH SEED

The supply of fish seed in Nigeria can be from the following sources, namely:

(a)  Collection from natural waters (wild sources),

(b) From hatchery production based on controlled spawning and to a lesser extent

(c)  Importation

Fingerling collection from the wild is found to be unreliable, because it is seasonal and usually contains mixed species, some of which do not meet the criteria of good aquaculture candidates. The correct age of fish and fingerlings are difficult to determine. This has led to the dependence on hatchery-bred fish with known history. Several fish hatcheries have been established in the country, many of them in the south.

The tilapias are usually allowed to spawn naturally in ponds and tanks, while the mud catfishes and carps are subjected to hormone-induced spawning. These practices require a lot of skill and the technology had been transferred to various interested practitioners around the country through short courses on fish seed multiplication. The earliest of such training programmes by the Federal Department of Fisheries was assisted by the Food and Agriculture Organization of the United Nations (FAO) between 1978 and 1981, when two Fish Seed Multiplication and Fish FARMING demonstration Centres were established at Panyam Fish Farm in Plateau State (north central Nigeria) and Oyo Fish Farm (southwest Nigeria). Regular on-farm, hands-on training were organized for centres were later established at Umina-Okigwe (southeastern Nigeria) and Mando Road, Kaduna (northwestern Nigeria). Call for good fingerlings 08032861326.

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KINGSWAY AGRO SERVICES

 
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