It is no longer news that President Muhammadu Buhari's administration has prioritised agriculture in its fiscal plans for 2016.
The
focus on agriculture is not surprising especially due to the dwindling
oil prices in the international oil market which is affecting the
Nigerian economy.
Nigeria is an oil producing country with over 50% of its earnings coming from the oil sector.
Soxi-Agro lists 10 new agricultural trends and facts in the agricultural sector that all Nigerians should be aware of.
Read below:
1.
Agriculture accounts for about two-thirds of Nigeria's employment (120
million people), contributing at least 22% to the country's economic
growth.
2. Nigeria has 84 million hectares of fertile land and also boast of two of Africa's largest rivers.
3. Nigeria is the 2nd largest producer of tomatoes in Africa and the 13th largest producer in the world (1.2 million tonnes).
4. 75% of the farming population in Nigeria are women.
5. The availability of laons to Nigerian farmers is just 3.9%
6.
The federal government through the Central Bank of Nigeria (CBN), has
set aside 40 billion naira to support small holder farmers at a maximum
interest rate of 9%
7. Nigeria hosts the largest Nigerian dwarf goat population with approximately 11 million in the southern part of Nigeria.
8. The average Nigerian cow weighs 317kg and produces 2.2 litres of milk per day.
9. Nigeria consume 6 million tonnes of chicken every year, but we produce only 1.5 million tonnes
10. Nigeria is the largest producer of shea nut and its shea qualifies as one of the best in the world.
So, you might want to take a breather and look seriously into the agro sector with more interest than dinner.
It is said that 'knowledge is the bedrock of existence'. As such, this blog serves to freely inform the general public about the importance of agriculture. The blog also serves to educate people on the different products that could be used on plants and animals to boost their growth and minimise loss and mortality.
Friday, 9 December 2016
Common insecticides are riskier than thought to predatory insects
Neonicotinoids -- the most widely used class of insecticides --
significantly reduce populations of predatory insects when used as seed
coatings, according to researchers at Penn State. The team's research
challenges the previously held belief that neonicotinoid seed coatings
have little to no effect on predatory insect populations. In fact, the
work suggests that neonicotinoids reduce populations of insect predators
as much as broadcast applications of commonly used pyrethroid
insecticides.
"Predatory insects contribute billions of dollars a year to
agriculture through the elimination of crop pest insects," said Margaret
Douglas, postdoctoral researcher in entomology, Penn State. "We have
found that neonicotinoid seed coatings reduce populations of these
natural enemies 10 to 20 percent."
According to John Tooker, associate professor of entomology, Penn State, the use of neonicotinoids has risen dramatically in recent years, especially for large-acreage crop species like corn, soybeans and cotton. The insecticide is most often applied to seeds as a prophylactic coating. When the seeds are planted, the insecticide enters the soil where some of it is taken up by plant roots. The chemical then runs systemically through the plant, protecting young seedlings from insect pests.
"Applying insecticides to seeds rather than broadcasting them across a field was thought to reduce unwanted effects on natural enemies," said Douglas. "But we found that seeds treated with neonicotinoid insecticides reduced populations of natural enemies by 10 to 20 percent in North American and European farming systems. Surprisingly, this effect was about the same as that associated with broadcast applications of pyrethroids."
The team's research appeared in the online journal PeerJ.
The team used a statistical method, called meta-analysis, to combine the results of more than 1,000 observations from 20 field studies across North America and Europe that tested the effects of seed-applied neonicotinoids on predatory insects. "Unfortunately, the available literature is difficult to interpret," said Tooker. "Some studies show little influence of neonicotinoids presented as seed treatments on arthropod predators that are common in crop fields, whereas others show a strong influence of these seed treatments.
By using a meta-analysis approach, we were able to combine the results of many studies to quantitatively reveal the overall influence of neonicotinoids on predator populations."
Not only did the researchers find that neonicotinoid seed coatings significantly reduced natural enemy populations, they also found that the insecticide acted more strongly on insect predators than on spiders. In other words, spiders appeared to be less susceptible to neonicotinoids than insects, which is consistent with previous research.
"This result suggests that neonicotinoids are reducing populations of natural enemies at least partly through their toxic effects rather than simply by reducing the availability of their crop pest foods," said Douglas. "After all, insects are more susceptible to these toxins than spiders, whereas the two groups should be similarly affected by a lack of food."
The researchers note that their results may help farmers and pest management professionals better weigh the costs and benefits of neonicotinoid seed treatments versus alternatives.
"Several governments have restricted the use of neonicotinoids out of concern for their possible effects on pollinators," said Douglas. "But this raises the questions, 'What will farmers do without these products? If they switch to broadcast applications of pyrethroids, will those products be better or worse for predatory insects?' While our results do not speak to the pollinator issue, they do suggest that predatory insects are affected similarly by seed-applied neonicotinoids and broadcast pyrethroids."
The answer to the problem, noted Tooker, lies in the application of integrated pest management (IPM), a strategy that uses a combination of techniques -- which may or may not include the targeted use of insecticides -- to control pests, rather than universally deploying prophylactic tactics like insecticidal seed coatings.
"Substantial research exists supporting the value of IPM for pest control," he said. "It is the best chance we have of conserving beneficial insect species while maintaining productivity in our agricultural systems."
According to John Tooker, associate professor of entomology, Penn State, the use of neonicotinoids has risen dramatically in recent years, especially for large-acreage crop species like corn, soybeans and cotton. The insecticide is most often applied to seeds as a prophylactic coating. When the seeds are planted, the insecticide enters the soil where some of it is taken up by plant roots. The chemical then runs systemically through the plant, protecting young seedlings from insect pests.
"Applying insecticides to seeds rather than broadcasting them across a field was thought to reduce unwanted effects on natural enemies," said Douglas. "But we found that seeds treated with neonicotinoid insecticides reduced populations of natural enemies by 10 to 20 percent in North American and European farming systems. Surprisingly, this effect was about the same as that associated with broadcast applications of pyrethroids."
The team's research appeared in the online journal PeerJ.
The team used a statistical method, called meta-analysis, to combine the results of more than 1,000 observations from 20 field studies across North America and Europe that tested the effects of seed-applied neonicotinoids on predatory insects. "Unfortunately, the available literature is difficult to interpret," said Tooker. "Some studies show little influence of neonicotinoids presented as seed treatments on arthropod predators that are common in crop fields, whereas others show a strong influence of these seed treatments.
By using a meta-analysis approach, we were able to combine the results of many studies to quantitatively reveal the overall influence of neonicotinoids on predator populations."
Not only did the researchers find that neonicotinoid seed coatings significantly reduced natural enemy populations, they also found that the insecticide acted more strongly on insect predators than on spiders. In other words, spiders appeared to be less susceptible to neonicotinoids than insects, which is consistent with previous research.
"This result suggests that neonicotinoids are reducing populations of natural enemies at least partly through their toxic effects rather than simply by reducing the availability of their crop pest foods," said Douglas. "After all, insects are more susceptible to these toxins than spiders, whereas the two groups should be similarly affected by a lack of food."
The researchers note that their results may help farmers and pest management professionals better weigh the costs and benefits of neonicotinoid seed treatments versus alternatives.
"Several governments have restricted the use of neonicotinoids out of concern for their possible effects on pollinators," said Douglas. "But this raises the questions, 'What will farmers do without these products? If they switch to broadcast applications of pyrethroids, will those products be better or worse for predatory insects?' While our results do not speak to the pollinator issue, they do suggest that predatory insects are affected similarly by seed-applied neonicotinoids and broadcast pyrethroids."
The answer to the problem, noted Tooker, lies in the application of integrated pest management (IPM), a strategy that uses a combination of techniques -- which may or may not include the targeted use of insecticides -- to control pests, rather than universally deploying prophylactic tactics like insecticidal seed coatings.
"Substantial research exists supporting the value of IPM for pest control," he said. "It is the best chance we have of conserving beneficial insect species while maintaining productivity in our agricultural systems."
Journal Reference:
Margaret R. Douglas, John F. Tooker. Meta-analysis reveals that seed-applied neonicotinoids and pyrethroids have similar negative effects on abundance of arthropod natural enemies. PeerJ, 2016; 4: e2776 DOI: 10.7717/peerj.2776
Benue Gov. Ortom declare Fridays work-free for agriculture
Benue State Government has again declared every Friday beginning from November 11 work-free.
The government said this was to enable civil servants commence harvest of their farm produce.
Recall that the Imo State government proposed similar policy but it was rejected by organized labour.
Benue said it will now enforce the policy it announced earlier in the year.
Its explanation then was that workers should use the last working day of the week for farming in the face of dwindling economy which made it difficult for the administration to pay salaries.
The latest decision was reached during the state executive meeting which was presided over by Governor Samuel Ortom.
A statement by the Special Adviser to the Governor on Media and ICT, Mr. Tahav Agerzua, said, “The state executive meeting approved that Friday every week be work-free days beginning from November 11, 2016 to end of January next year to enable civil servants harvest the produce in their farms.”
The statement added that the council, however, exempted some workers in education sector, maintaining that the school calendar should be allowed to run normally.
The government said this was to enable civil servants commence harvest of their farm produce.
Recall that the Imo State government proposed similar policy but it was rejected by organized labour.
Benue said it will now enforce the policy it announced earlier in the year.
Its explanation then was that workers should use the last working day of the week for farming in the face of dwindling economy which made it difficult for the administration to pay salaries.
The latest decision was reached during the state executive meeting which was presided over by Governor Samuel Ortom.
A statement by the Special Adviser to the Governor on Media and ICT, Mr. Tahav Agerzua, said, “The state executive meeting approved that Friday every week be work-free days beginning from November 11, 2016 to end of January next year to enable civil servants harvest the produce in their farms.”
The statement added that the council, however, exempted some workers in education sector, maintaining that the school calendar should be allowed to run normally.
NIRSAL, Moroccan Financial Institution Seal Pact on Agriculture Devt
The Nigeria Incentive Based Risk-Sharing
for Agricultural Lending (NIRSAL) in line with its mandate to de-risk
and facilitate private finance into the agric sector has signed a
Memorandum of Understanding (MOU) with Group Crédit Agricole (GCAM) – a
top-ranking Moroccan financial institution to boost agricultural
development in Nigeria.
The Managing Director of NIRSAL, Mr.
Aliyu Abdulhameed signed on behalf of NIRSAL while the Chairman of GCAM,
Mr. Tariq Sijilmassi signed on behalf of his institution.
The signing ceremony was witnessed by
the President, Muhammadu Buhari, King Mohammed VI of Morocco and some
top ranking Nigerian dignitaries- the Minister of Federal Capital
Territory (FCT), Mallam Muhammed Musa Bello, the Jigawa State Governor,
Alhaji Badaru Abubakar and the National Security Adviser Mohammed
Babagana Monguno.
The key objectives of the MoU, according to a statement are to increase the flow of finance and technical expertise into commercial agriculture, catalyse the development of agro-industrial chains and increase the capacity of smallholder farmers in rural areas to expand the scale of their operations and productivity.
Established in 1929, GCAM has a network
of over 278 branches throughout Morocco. The bank also has an
international presence, with locations in France, the Netherlands and
Italy, and has relationships with more than 700 banking correspondents
worldwide.
Under the terms of the agreement, NIRSAL
and GCAM will collaborate to deepen credit operations and increase
lending across the entire agricultural value chain.
In addition, they will also work
together to mobilise international funding for inclusive agricultural
development and financing of high impact agricultural projects.
Other areas of collaboration under the
MOU are to include exchange of support functions on agricultural risk
analysis and management; exchange of knowledge on non-financial support
for small farmers in terms of financial education, technical and
management capacity building, adaptation to climate change and exploring
institutional support mechanism to strengthen establishment of the
internal structure and processes of both institutions through technical
assistance.
Speaking after the MoU signing, the
Managing Director, NIRSAL Mr. Aliyu Abdulhameed said that he was excited
at the positive boost that the partnership with the top ranking
Moroccan investment bank will have on current efforts by NIRSAL to boost
agricultural development in the country.
“I am quite excited at the boost that
this collaboration with the Moroccan government and Credit du Maroc will
have on our efforts to finance de-risked agricultural value chains with
the resultant increase in overall commercial and sustainable financing
of agricultural projects in Nigeria. The expansive scope of the
collaboration which includes finance, technical expertise and sharing of
best practices fits exactly into our model and will help greatly in our
efforts to reach even more agricultural producers and smallholder
farmers.”
The MoU is a product of the bilateral
agreement between the Nigerian and Moroccan government to deepen
bi-lateral collaboration in the sharing of financing models and
technical expertise towards agricultural development.
NIRSAL’s mandate is to catalyse a national agricultural revolution by boosting commercial agricultural productivity, competitiveness, value addition, market access and food security through the mechanism of de-risking the agricultural value chain in order to encourage investment by banks and the entire financial sector.
The focus of NIRSAL is on enabling a structured, sustainable and business oriented approach to agriculture that can stand the country in good stead in the emerging post oil Nigerian economy.
Other dignitries that witnessed at the
event were the Minister of Foreign Affairs, Geoffrey J.K Onyeama,
Managing Director of Nigerian Ports Authority (NPA) Hadiza Bala Usman,
Director General of the Securities and Exchange Commission (SEC), Mounir
H. Gwarzo, Chief Executive Officer of the Nigerian Stock Exchange Mr.
Osita Onyema and the Managing Director of Nigerian Sovereign Investment
Authority (NSIA) Mr. Uche Orji.
Snail Farming - Complete Guide to Profitable Snail Farming
Snail farming is the rearing of snails in captivity. The snails are
confined in an enclosure and most of their requirements like feed; water
and lime are supplied on a regular basis by the farmer.
On maturity, the snails are harvested, processed and consumed by the
farmer or sold. Since the seasonality of supply of snails from the wild
limits their use for meat on a continuous basis, the need for organized
small or large scale snail farming has become imperative.
Snail farming in Nigeria is one of the most neglected and yet one of the post profitable animal rearing business anywhere in the country. It provides one of the finest opportunity to make good money at a very short time. But why are Nigerians not yet fully engaged in this money making animal rearing? The reason is ignorance.
Most people in Nigeria still have the believe that snail can only be picked in the bush. The culture of going to the bush to pick snails in the villages during raining time has been there for generations. So, it has been difficult for people to come to term that snail can actually be kept and grown at home.
Just like in many other aspects of farming in the country, Nigerians are yet to discover the great money making potential in snail rearing business and that is why we suffer in hunger and poverty. We neglect where the money is and keep pursuing it where it is not, going from one city to the other looking for one petty trading after another to trade on.
SNAILS FARMING SYSTEMS:
There are two main systems of snail farming. These are: Indoor and Outdoor systems
Indoor System: This system involves raising snails indoors in pens located in a building. The snails are fed a mixture of fresh vegetables, concentrates, and other food materials. The system utilizes little space as the snails could be raised even in trays placed on shelves on the walls. In advanced management, the system allows for temperature regulation, controlled lighting, regular cleaning, and health care.
Out-door System:In this system, snails are raised out-doors on pastures. The snails may or may not be fed. The farmer has little control over the performance of the snails. The snails move about feeding on natural food materials.
A modification of the out-door system is one in which the snails are confined outdoors in enclosures and fed both synthetic and natural diets.
It is easier to control and manipulate snails in this setting. This system fits in very
well into the Nigerian farming system.
REQUIREMENTS BEFORE STARTING:
The farmer will need the following to start a snail farm – (The modified out-door system).
Enough edible live snails.
A good site near his house with the right kind of soil and the right amount of water for the snails to live and grow.
*Enough food and shelter plants.
*The materials to build a pen for the snail.
SELECTION OF SITE:
A prospective snail farmer must choose a suitable for his farm. Important factors to consider are: Location, soil type, moisture content, wind direction, lime content of the soil and environmental temperature.
Location of Farm: The snail farm should preferably be located close to the farmer’s house. In this way he will be able to watch his snail regularly, detect any problem earl, protect them from their enemies and take care of them easily. There should be adequate space for future expansion.
Soil Type: The snail farm must be sited at a place where the soil is rich in humus and other decaying plant and animal materials. The soil should contain sufficient lime or calcium for eggs and shell and snails shell formation. Snails do not live in hard soils nor do they live in loose sandy soils. Snails cannot dig into hard clayey soils to rest and lay eggs while soils with a lot of sand do not hold enough water. The ideal snail soil should be medium (light) to allow air and water to penetrate easily.
Moisture content of Soil: Snails prefer damp soils. The farmer should avoid very wet lands and lands prone to flooding in the rainy season. Dew and rain keep the ground moist so that the snail can move easily and dig into it to rest and lay their eggs For a round the year production of snails, a ready source of water supply for irrigation or spraying should be provided.
Snails usually seal off their aperture and go into hibernation during the dry season unless a continuous supply of moisture is guaranteed. The soil could be kept continuously wet by the provision of shelter plants like banana/plantain or the farm could be watered to provide the necessary conditions for the survival and multiplication of snails.
Wind Direction: Snail farms should be situated in sites well protected from the wind. Strong winds during the snail growing season are bad for snails because they lead to
dehydration and subsequent drying up of snails.
Temperature and Humidity: Snails are cold blooded animals and therefore sensitive to change in atmospheric humidity and temperatures. In West Africa, temperatures in the areas where most edible species of snails are found do not fluctuate greatly.
However, significant fluctuation is in humidity below 75% induces the snails to aestivate(i.e. to loose valuable growing time). Snails therefore prefer a habitat that is neither too hot nor cold. When the temperature is too hot or too cold, the snails withdraw into its shell. This is called hibernation. Snails thrive best on temperatures of about 10 – 23°C.
CONSTRUCTION OF PEN (SNAILERY):
The type of snail pen depends on a number of factors which include:
*The scale of the snail farming enterprise;
*The type of snails farming i.e. In-door or Out-door;
*The stage of development and habits of the snails. This bulletin will discuss
the construction of out-door snail pen.
Size of Snail Pen: A snail pen can be large or small depending on how many snails the farmer wants to raise. For a new farmer, it is advisable to start with a small pen
He would need fewer materials and fewer snails for this. As he becomes more experienced in snail farming, he can build a bigger pen and get more snails to raise. A5m x 5m out-door pen is a suitable size to start with.
PEN TYPES
1 Hutch Box Method: The hutch boxes which could be single. The floors of the boxes are filled with sieved organic soil to a depth of 5 – 8 cm, which must be slightly limed (Caco). The bottom of the hutch 3boxes have holes to allow excess water to drain out. The hutch boxes are put under trees like rubber, cocoa, citrus and even plantain for shade. When hutch boxes are used, the soil is changed once every two to three months.
2.Trench Pens : in the trench type, pens, square or rectangular holes (depending on the desired shape of pen) are dug in the ground about 50cm deep. The dug up area is divided into pens and the sides are built up to 2 – 3 blocks high from the ground level while the bottom is covered with loose soil. The pens are covered with nylonmesh nailed to wooden frames for lids. The trench pens which more or less look like the hutch pens could be used for hatching snail eggs, rearing and for finishing.
3.Make-shift Snailaries: Snail keeping as a hobby or on a very small scale could be done using the following make-shift outfits:-
i. Stack of old motor types
ii. Baskets
iii. Boxes
FEEDS AND FEEDING OF SNAILS:
Snails are voracious feeders and may consume about 10 time their body weight of leafy vegetable or plant material every day. To be successful in snail farming, the farmer must ensure a steady uninterrupted supply of foodstuffs to his snails throughout the snail growing season.
Food Plants: Snails feed on a wide variety of cultivated and wild plants. Young tender green leaves as well as dead and decaying leaves are eaten. Green leaves of Amaranthus, cocoyam, cassava, lettuce, cabbage, fluted pumpkin, hibiscus, are all eaten by snails.
Before beginning, the farmer should find out what plants his snails like to eat. He can thus get information from an experienced snail farmer in his locality. He can also with his lantern watch snails at night and see what they are eating. Different plant materials could be dropped in the pen and by trial and error, he could find out which ones the snail would prefer
Fruit Trees as shelter and food Plants: Some fruit trees provide shelter as well as food for snails. Banana, plantain, mango, pawpaw, sweet oranges, cocoa etc serve dual purpose of providing shelter as well as fruits. Snails prefer feeding on over ripe fruits of these trees .Ripe oil palm fruits, broken pods, seeds and seedlings of cocoa are also consumed by snails. Generally, snails usually hide on shelter plants during the day when it is dry and move to food plants to eat at night or early in the morning
when they are wet with dew.
Other Feeds: Snails also feed on synthetic diets containing a good amount of protein, calcium and phosphorus. An example of such diet is poultry marsh. Wet poultry droppings, rotten vegetables and dead animals are all consumed by snails.
Apart from the items mentioned here, there are many other foods in the farmer’s locality which snails like to eat. As stated earlier, these could be found out by trial and error.
Feeding Habit of Snails: Snails are nocturnal and feed on a wide variety of feed mainly in the night, early morning, evening or on cold rainy day. Their activity level (including their rate of feeding) fluctuates with the ambient temperature.
TAKING CARE OF THE SNAILS:
After the snails are put in the pen, the farmer should:
*Watch them carefully to see that they are eating well.
*Give them the right type of food in adequate quantity.
*Wet the food and shelter plants and moisten the ground regularly.
On dry days
During the snail growing season, water the ground daily. Always water in the evening at sunset. Ensure that the soil is moist and not wet. In areas with dry season, when plants do not grow, snails dig into the ground to rest.
They should not be watered at this time, otherwise the snails come out of the ground when they should not. The snails breeding season in Nigeria corresponds to the period of the rainy seasons.
CAUSES OF MORTALITY IN SNAILS:
Snails have many enemies. These include termites, soldier ants, frogs, toads, rats, snail eating birds, lizards, and larvae of some beetles.
Common salt is also poisonous to snails. Over crowding is a serious cause of mortality in snail pens. When too many snails are crowded in a pen, they produce undesirable secretion which is observed to reduce their productivity. To remedy these;
*Examine the pen fence regularly and mend any openings.
*Use materials that keep out pests from your fence.
*Maintain the right stocking density in you pen.
*Keep away poisonous chemicals like common salt.
HARVESTING SNAILS:
Generally, snails that are well fed and managed would be ready for harvesting within 12 to 24 months from the date of stocking. Also, when the farmer sees a lot of baby snails in the snail pen, he could harvest the fully grown snails.
He first put into the pen. Average weight of a snail a well matured snail of the giant type is 200gm. It takes not less than two years of efficient feeding to attain this weight. Growth rate is slow and a lot patience has to be exercised in snail farming.
ECONOMICS OF SNAIL PRODUCTION :
Unlike other livestock enterprises, housing for snails is cheap to construct. Snails could easily be kept even in make shift housing. The feeding of snails is cheap, snails do not compete with man for food, rather, they feed on the wastes from man’s kitchen, poultry droppings, leaves and over ripe/rotten fruits. Snails have very high multiplication ratio.
The A. marginata for example lays up to 80 – 100 eggs/growing season while the
will come up with about 2,700 new snails.
Feeding on leaves, fruits and kitchen waste, the farmer spends nothing on feed. At maturity; the 2,700 will sell at 2,700 x N40 = N108,000Internationally, snail meat commands good market in Europe and North America. The French snail requirement is about 5 million kg/annum ,out this, more than 60% is imported. Italy is said to consume about 306 million snails annually. Back home in West Africa, Cote d’Ivoire has an estimated annual snail consumption of 7.9 million kg.
Although the annual snail consumption figure for Nigeria is not known, one thing is certain that the demand is far ahead of the supply. Snail farming in Nigeria therefore has very bright future.
Snail farming in Nigeria is one of the most neglected and yet one of the post profitable animal rearing business anywhere in the country. It provides one of the finest opportunity to make good money at a very short time. But why are Nigerians not yet fully engaged in this money making animal rearing? The reason is ignorance.
Most people in Nigeria still have the believe that snail can only be picked in the bush. The culture of going to the bush to pick snails in the villages during raining time has been there for generations. So, it has been difficult for people to come to term that snail can actually be kept and grown at home.
Just like in many other aspects of farming in the country, Nigerians are yet to discover the great money making potential in snail rearing business and that is why we suffer in hunger and poverty. We neglect where the money is and keep pursuing it where it is not, going from one city to the other looking for one petty trading after another to trade on.
SNAILS FARMING SYSTEMS:
There are two main systems of snail farming. These are: Indoor and Outdoor systems
Indoor System: This system involves raising snails indoors in pens located in a building. The snails are fed a mixture of fresh vegetables, concentrates, and other food materials. The system utilizes little space as the snails could be raised even in trays placed on shelves on the walls. In advanced management, the system allows for temperature regulation, controlled lighting, regular cleaning, and health care.
Out-door System:In this system, snails are raised out-doors on pastures. The snails may or may not be fed. The farmer has little control over the performance of the snails. The snails move about feeding on natural food materials.
A modification of the out-door system is one in which the snails are confined outdoors in enclosures and fed both synthetic and natural diets.
It is easier to control and manipulate snails in this setting. This system fits in very
well into the Nigerian farming system.
REQUIREMENTS BEFORE STARTING:
The farmer will need the following to start a snail farm – (The modified out-door system).
Enough edible live snails.
A good site near his house with the right kind of soil and the right amount of water for the snails to live and grow.
*Enough food and shelter plants.
*The materials to build a pen for the snail.
SELECTION OF SITE:
A prospective snail farmer must choose a suitable for his farm. Important factors to consider are: Location, soil type, moisture content, wind direction, lime content of the soil and environmental temperature.
Location of Farm: The snail farm should preferably be located close to the farmer’s house. In this way he will be able to watch his snail regularly, detect any problem earl, protect them from their enemies and take care of them easily. There should be adequate space for future expansion.
Soil Type: The snail farm must be sited at a place where the soil is rich in humus and other decaying plant and animal materials. The soil should contain sufficient lime or calcium for eggs and shell and snails shell formation. Snails do not live in hard soils nor do they live in loose sandy soils. Snails cannot dig into hard clayey soils to rest and lay eggs while soils with a lot of sand do not hold enough water. The ideal snail soil should be medium (light) to allow air and water to penetrate easily.
Moisture content of Soil: Snails prefer damp soils. The farmer should avoid very wet lands and lands prone to flooding in the rainy season. Dew and rain keep the ground moist so that the snail can move easily and dig into it to rest and lay their eggs For a round the year production of snails, a ready source of water supply for irrigation or spraying should be provided.
Snails usually seal off their aperture and go into hibernation during the dry season unless a continuous supply of moisture is guaranteed. The soil could be kept continuously wet by the provision of shelter plants like banana/plantain or the farm could be watered to provide the necessary conditions for the survival and multiplication of snails.
Wind Direction: Snail farms should be situated in sites well protected from the wind. Strong winds during the snail growing season are bad for snails because they lead to
dehydration and subsequent drying up of snails.
Temperature and Humidity: Snails are cold blooded animals and therefore sensitive to change in atmospheric humidity and temperatures. In West Africa, temperatures in the areas where most edible species of snails are found do not fluctuate greatly.
However, significant fluctuation is in humidity below 75% induces the snails to aestivate(i.e. to loose valuable growing time). Snails therefore prefer a habitat that is neither too hot nor cold. When the temperature is too hot or too cold, the snails withdraw into its shell. This is called hibernation. Snails thrive best on temperatures of about 10 – 23°C.
CONSTRUCTION OF PEN (SNAILERY):
The type of snail pen depends on a number of factors which include:
*The scale of the snail farming enterprise;
*The type of snails farming i.e. In-door or Out-door;
*The stage of development and habits of the snails. This bulletin will discuss
the construction of out-door snail pen.
Size of Snail Pen: A snail pen can be large or small depending on how many snails the farmer wants to raise. For a new farmer, it is advisable to start with a small pen
He would need fewer materials and fewer snails for this. As he becomes more experienced in snail farming, he can build a bigger pen and get more snails to raise. A5m x 5m out-door pen is a suitable size to start with.
PEN TYPES
1 Hutch Box Method: The hutch boxes which could be single. The floors of the boxes are filled with sieved organic soil to a depth of 5 – 8 cm, which must be slightly limed (Caco). The bottom of the hutch 3boxes have holes to allow excess water to drain out. The hutch boxes are put under trees like rubber, cocoa, citrus and even plantain for shade. When hutch boxes are used, the soil is changed once every two to three months.
2.Trench Pens : in the trench type, pens, square or rectangular holes (depending on the desired shape of pen) are dug in the ground about 50cm deep. The dug up area is divided into pens and the sides are built up to 2 – 3 blocks high from the ground level while the bottom is covered with loose soil. The pens are covered with nylonmesh nailed to wooden frames for lids. The trench pens which more or less look like the hutch pens could be used for hatching snail eggs, rearing and for finishing.
3.Make-shift Snailaries: Snail keeping as a hobby or on a very small scale could be done using the following make-shift outfits:-
i. Stack of old motor types
ii. Baskets
iii. Boxes
FEEDS AND FEEDING OF SNAILS:
Snails are voracious feeders and may consume about 10 time their body weight of leafy vegetable or plant material every day. To be successful in snail farming, the farmer must ensure a steady uninterrupted supply of foodstuffs to his snails throughout the snail growing season.
Food Plants: Snails feed on a wide variety of cultivated and wild plants. Young tender green leaves as well as dead and decaying leaves are eaten. Green leaves of Amaranthus, cocoyam, cassava, lettuce, cabbage, fluted pumpkin, hibiscus, are all eaten by snails.
Before beginning, the farmer should find out what plants his snails like to eat. He can thus get information from an experienced snail farmer in his locality. He can also with his lantern watch snails at night and see what they are eating. Different plant materials could be dropped in the pen and by trial and error, he could find out which ones the snail would prefer
Fruit Trees as shelter and food Plants: Some fruit trees provide shelter as well as food for snails. Banana, plantain, mango, pawpaw, sweet oranges, cocoa etc serve dual purpose of providing shelter as well as fruits. Snails prefer feeding on over ripe fruits of these trees .Ripe oil palm fruits, broken pods, seeds and seedlings of cocoa are also consumed by snails. Generally, snails usually hide on shelter plants during the day when it is dry and move to food plants to eat at night or early in the morning
when they are wet with dew.
Other Feeds: Snails also feed on synthetic diets containing a good amount of protein, calcium and phosphorus. An example of such diet is poultry marsh. Wet poultry droppings, rotten vegetables and dead animals are all consumed by snails.
Apart from the items mentioned here, there are many other foods in the farmer’s locality which snails like to eat. As stated earlier, these could be found out by trial and error.
Feeding Habit of Snails: Snails are nocturnal and feed on a wide variety of feed mainly in the night, early morning, evening or on cold rainy day. Their activity level (including their rate of feeding) fluctuates with the ambient temperature.
TAKING CARE OF THE SNAILS:
After the snails are put in the pen, the farmer should:
*Watch them carefully to see that they are eating well.
*Give them the right type of food in adequate quantity.
*Wet the food and shelter plants and moisten the ground regularly.
On dry days
During the snail growing season, water the ground daily. Always water in the evening at sunset. Ensure that the soil is moist and not wet. In areas with dry season, when plants do not grow, snails dig into the ground to rest.
They should not be watered at this time, otherwise the snails come out of the ground when they should not. The snails breeding season in Nigeria corresponds to the period of the rainy seasons.
CAUSES OF MORTALITY IN SNAILS:
Snails have many enemies. These include termites, soldier ants, frogs, toads, rats, snail eating birds, lizards, and larvae of some beetles.
Common salt is also poisonous to snails. Over crowding is a serious cause of mortality in snail pens. When too many snails are crowded in a pen, they produce undesirable secretion which is observed to reduce their productivity. To remedy these;
*Examine the pen fence regularly and mend any openings.
*Use materials that keep out pests from your fence.
*Maintain the right stocking density in you pen.
*Keep away poisonous chemicals like common salt.
HARVESTING SNAILS:
Generally, snails that are well fed and managed would be ready for harvesting within 12 to 24 months from the date of stocking. Also, when the farmer sees a lot of baby snails in the snail pen, he could harvest the fully grown snails.
He first put into the pen. Average weight of a snail a well matured snail of the giant type is 200gm. It takes not less than two years of efficient feeding to attain this weight. Growth rate is slow and a lot patience has to be exercised in snail farming.
ECONOMICS OF SNAIL PRODUCTION :
Unlike other livestock enterprises, housing for snails is cheap to construct. Snails could easily be kept even in make shift housing. The feeding of snails is cheap, snails do not compete with man for food, rather, they feed on the wastes from man’s kitchen, poultry droppings, leaves and over ripe/rotten fruits. Snails have very high multiplication ratio.
The A. marginata for example lays up to 80 – 100 eggs/growing season while the
- achatinalays up to 300 eggs or more in a growing season. Snails hatch within 30 days and in 12 – 24 months are ready for table. One snail therefore can in a growing season give 100 – 300 new snails (depending on the breed).
will come up with about 2,700 new snails.
Feeding on leaves, fruits and kitchen waste, the farmer spends nothing on feed. At maturity; the 2,700 will sell at 2,700 x N40 = N108,000Internationally, snail meat commands good market in Europe and North America. The French snail requirement is about 5 million kg/annum ,out this, more than 60% is imported. Italy is said to consume about 306 million snails annually. Back home in West Africa, Cote d’Ivoire has an estimated annual snail consumption of 7.9 million kg.
Although the annual snail consumption figure for Nigeria is not known, one thing is certain that the demand is far ahead of the supply. Snail farming in Nigeria therefore has very bright future.
Thursday, 8 December 2016
VST - Shakti Yanji Rice Transplanter
Rice planting can be a tedious and tiresome venture, especially if you are low on man power.
Having this in mind, this brilliant and extremely talented farmer found a way to make it easier.
Having this in mind, this brilliant and extremely talented farmer found a way to make it easier.
Planting Machine
This is a fast and effective way of planting, requiring less man with relative increase in productivity.
How to plant trees to benefit free-range poultry farms
There are many benefits to be had from tree cover on poultry farms,
including improved ranging, the reduction of injurious feather pecking
and the number of egg seconds.
Farmers Weekly and Poultry World have teamed up with the Woodland Trust to put together this step-by-step guide to planting trees on free-range poultry farms.
We’ve created several design options, depending on your management practices and farm layout, the location of sheds and the land shape. All the designs feature trees and shrubs close to sheds and so should encourage poultry to roam.
2. Select your species by looking at what is growing well nearby. Native shrubs such as hawthorn will encourage birds to explore, as well as acting as a windbreak and screens for sheds. The Woodland Trust recommends you plant only native trees.
3. When planting close to sheds and other infrastructure, bear in mind the ultimate height of the species you choose. Select species whose ultimate height won’t affect power lines, drop leaf litter into gutters and restrict extraction fan outlets.
4. Plant your trees between November and March, and protect them from browsing by mammals such as rabbits or voles with tubes and stakes. This also prevents hens from pecking the trees.
Design 1: Plant close to the shed with a clear view of tree cover from popholes to encourage birds outside and onto the range.
Design 2: Plant lots of groups of 15-30 trees at 2m spacing, with the bulk of trees on the edge at 3m spacing to create shelter.
Design 3: Plant large oblongs of trees at 2m spacing and start thinning at 5-10 years.
Design 4: Plant in blocks of straight lines at 2m spacing for easier mowing between rows and thin after 5 years.
Design 5: Encourage hens outside by leaving corridors between belts of woodland which may take them further out into the range. Plant trees at 2m spacing and start thinning trees at 5-10 years.
2. Leave a ring, like a polo mint, of vegetation approximately 10cm wide directly adjacent to the base of the tree. This can help protect the roots from scratching by hens.
Farmers Weekly and Poultry World have teamed up with the Woodland Trust to put together this step-by-step guide to planting trees on free-range poultry farms.
We’ve created several design options, depending on your management practices and farm layout, the location of sheds and the land shape. All the designs feature trees and shrubs close to sheds and so should encourage poultry to roam.
Before you plant
1. Before you commence your planting project, check whether your range can be planted – if your land is ecologically valuable.2. Select your species by looking at what is growing well nearby. Native shrubs such as hawthorn will encourage birds to explore, as well as acting as a windbreak and screens for sheds. The Woodland Trust recommends you plant only native trees.
3. When planting close to sheds and other infrastructure, bear in mind the ultimate height of the species you choose. Select species whose ultimate height won’t affect power lines, drop leaf litter into gutters and restrict extraction fan outlets.
4. Plant your trees between November and March, and protect them from browsing by mammals such as rabbits or voles with tubes and stakes. This also prevents hens from pecking the trees.
Designing your woodland
When planting close to sheds and other farm buildings, it is important you leave enough room for machinery access without damaging the trees.Design 1: Plant close to the shed with a clear view of tree cover from popholes to encourage birds outside and onto the range.
Design 2: Plant lots of groups of 15-30 trees at 2m spacing, with the bulk of trees on the edge at 3m spacing to create shelter.
Design 3: Plant large oblongs of trees at 2m spacing and start thinning at 5-10 years.
Design 4: Plant in blocks of straight lines at 2m spacing for easier mowing between rows and thin after 5 years.
Design 5: Encourage hens outside by leaving corridors between belts of woodland which may take them further out into the range. Plant trees at 2m spacing and start thinning trees at 5-10 years.
Maintenance
1. Keep the base of your newly planted trees weed free to make sure that young trees with immature root systems can access as much water as possible.2. Leave a ring, like a polo mint, of vegetation approximately 10cm wide directly adjacent to the base of the tree. This can help protect the roots from scratching by hens.
Wheat Price and the Global Market
Pressure on global wheat markets has knocked values in the past couple of weeks.
The smaller, better quality 2016 crop, combined with weaker sterling, has been keeping UK wheat prices higher than in many other main producing and exporting countries in the past few months.
However, growers should not count on UK market conditions continuing to buck the global trend, traders and analysts warned.
AHDB describes UK supplies as “sitting on a knife edge”, but pointed
to a recent record high Australian wheat production estimate.
Canada is expected to produce its second-largest wheat crop on record at 31.7m tonnes, despite early snow and harvest concerns.
Overall quality of the predominantly high protein spring wheat crop is yet to be established.
Midweek ex-farm prices for December feed wheat were down about £2/t on average, at £131/t and ranging from £125/t in north-east Scotland to £139/t in Yorkshire.
Defra’s first estimates of UK cereal supply and demand for 2016-17 show a tighter wheat supply than last season.
Exports have got off to a flying start and animal feed use is expected to rise, mainly on higher poultry feed demand.
Other uses are also expected to increase wheat intake, with human and industrial consumption forecast to rise 7% on last season, if the UK’s two large bioethanol plants remain open.
The estimates leave almost 3.5m tonnes for export and stocks, a 39% drop compared with 2015-16.
Official figures show wheat exports were more than 700,000t between July and September.
This would leave a surplus of 1.139m tonnes for the rest of the season, said AHDB Cereals & Oilseeds’ report on the Defra figures.
Traders estimate that a further 300,000t will have been exported between October and Christmas.
This would leave a potential further 800,000t for export.
Gleadell Agriculture managing director David Sheppard said that given the availability of wheat globally and the UK’s less competitive position, that could be a real challenge.
“New crop wheat is worth £10/t less than old crop, so there is no incentive to carry it over, so carry-out stocks should be low at the end of this season,” he said.
The smaller, better quality 2016 crop, combined with weaker sterling, has been keeping UK wheat prices higher than in many other main producing and exporting countries in the past few months.
However, growers should not count on UK market conditions continuing to buck the global trend, traders and analysts warned.
Acreage fall predictions
US growers have seen their lowest wheat prices for 10 years on a heavy supply, leading to predictions that the acreage will fall again in 2017.Canada is expected to produce its second-largest wheat crop on record at 31.7m tonnes, despite early snow and harvest concerns.
Overall quality of the predominantly high protein spring wheat crop is yet to be established.
Midweek ex-farm prices for December feed wheat were down about £2/t on average, at £131/t and ranging from £125/t in north-east Scotland to £139/t in Yorkshire.
Barley gap
The gap with barley narrowed slightly this week, with barley putting on about £1/t to average £117.70/t ex-farm and in a range from £109/t in the South East to £121/t in the North West.Defra’s first estimates of UK cereal supply and demand for 2016-17 show a tighter wheat supply than last season.
Exports have got off to a flying start and animal feed use is expected to rise, mainly on higher poultry feed demand.
Other uses are also expected to increase wheat intake, with human and industrial consumption forecast to rise 7% on last season, if the UK’s two large bioethanol plants remain open.
The estimates leave almost 3.5m tonnes for export and stocks, a 39% drop compared with 2015-16.
Operating stock
Operating stock requirements are estimated at 1.6m tonnes, leaving 1.851m tonnes for export or so-called “free” stock.Official figures show wheat exports were more than 700,000t between July and September.
This would leave a surplus of 1.139m tonnes for the rest of the season, said AHDB Cereals & Oilseeds’ report on the Defra figures.
Traders estimate that a further 300,000t will have been exported between October and Christmas.
This would leave a potential further 800,000t for export.
Gleadell Agriculture managing director David Sheppard said that given the availability of wheat globally and the UK’s less competitive position, that could be a real challenge.
“New crop wheat is worth £10/t less than old crop, so there is no incentive to carry it over, so carry-out stocks should be low at the end of this season,” he said.
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