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    Consistent demand for bixa seeds remain high in the country as poverty eats into most communities bordering large water masses as their land lie bare year-in year out, especially at the Coast

    There is ready market for bixa, which is used as a natural food colour and coating pigment in medicinal drugs because of its annatto dye.

    The red dye is also used in industrial manufacture of flooring materials, hair oils, shoe polishes, silk, ink, among other products.

    Because of the little supply, a few farmers in Kwale County are contracted to supply bixa to one exporting company in the region, Kenya Bixa Limited.

    The company buys a kilo of Bixa at about Sh45.

    Demand for natural food colour pushes Kwale County to bixa farming

    Ecological requirements

    According to Kenya Agricultural and Livestock Research Organisation Mtwapa station, bixa plant does well in warm humid areas with temperatures of between 32 degrees centigrade and 38 degrees centigrade.

    This wild-looking plant does not require high fertile soils and it is resistant to most pests and diseases. But the soils should be well drained.

    It requires areas of 2000m attitude and rainfall of 1250 mm-2000 mm per year. Farmyard manure of about 10 tonnes per acre is sufficient.

    Propagation
    The plant is propagated either from seeds or vegetatively by using stem cuttings. Initially seeds are sown at a spacing of 25 x 10 cm and at a minimum depth of 2.5 cm because of their long taproots. Within 8-10 days, seeds germinate.

    Seedlings are planted out from the nursery after about 4 months, when they are about 15-25 cm in height.
    Transplanting

    Pits of one foot are dug at a distance of 3m by 3m. When they attain height of one foot they are transplanted to the main field at the onset of the rains. On an average, 250 seedlings are planted per acre.

    Weeding

    Must be done as often as possible to keep the young trees free of weeds, but care must be taken not to disturb the roots.

    Pruning

    Pruning is done to produce a canopy that is easy to harvest.

    Flowering and fruiting:

    Plants start flowering in the first or second year of planting. To encourage good vegetative growth and for better performance of the plantation in subsequent years, flowers are plucked off in the first two years.

    The plant continues to yield flowers for almost 15 years to 20 years. Though, the time of flowering differs with the form of species, the plants bearing fruits after 3 years of planting are reported to be of good quality.

    In about 30 days of flowering, capsules begin to appear on the trees and after 90 days of appearing the capsules they mature and dry up. On maturity, the dried capsules make a rattling sound. Another indication is the formation of a crack at the stigmatic end of the capsule.

    Harvesting

    The first crop is obtained after three years of planting and the plants continue to give economic yield up to eight to 10 years under good management.

    The dried capsules are harvested when the fruit capsules make rattling sound. If the capsules are not harvested at this stage, they burst out and there is heavy loss of seeds.
    After collection the harvested capsules are sun dried for some time. Then the capsules are separated by beating with sticks. After that the seeds are sun dried, cleaned and packed in gunny bags.
    Yield
    A three year old plant on an average may yield about 0.5kg to 1.0kg of seeds per tree per year. The maximum yield is obtained from four to 10 years age plantation.

     

    But with proper management, one can harvest up to 15kgs from one plant per year.

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    With irrigation bringing more arable land under cultivation, saving the amount of water in the process is a target for every farmer who wants to spend less and earn more.

    Drip irrigation, which allows for consistent releases of water o target plants, is one of the methods gaining popularity for saving up to 50 per cent of this scarce resource.

    Wycliffe Obwoge, an agronomist says the saved water can be used in another round or on similar irrigation field.

    At the same time the method allows for application of liquid fertilizers and other farm chemicals like pesticides in a more precise and economic way, he says.

    This reduces wastage of pesticides, water, fertilizer and other resources in a greenhouse or open field.

    Reduced disease

    Overhead irrigation methods encourage accumulation of moisture in the environment. Moisture creates good microclimate for disease causing germs like fungi to thrive.

    But drip irrigation will limit water supply to the stem base and it will go direct to the soil.

    At the same time, drip irrigation gives farmers more latitude to control water supply. If there are no plants at given outlets, the farmer can temporarily close those holes with a cellotape, allowing for the water to flow to other areas instead of going to waste.  

    Uniform yield

    Consistent amount and rate of lo of water and any other resources included leads to equal supply of nutrients.

    For this reason, the crop growth rated and final yield is uniform, the Amiran Kenya Agronomist says.

    Initial setting up of the pips in what may take more labour but later application will be easy, because a farmer will only require turning on the water tank tap on. No movement of sprinklers or watering cans through the farm.

    Minimal weeds

    Localised release of water also reduces growth of weeds. Crops will also grow faster than weeds because they have sufficient water and nutrients for growth unlike weeds.

    Amiran Kenya supplies greenhouses together with the drip irrigation. They also distribute the drip irrigation equipment for open field.

     

    For any questions, Mutune can be reached on +254715787635.

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    Animals would soon have rich protein insect supplements in feeds following a conclusive research on health and nutritional content of edible insects by a international research institute.

    A research by Nairobi-based International Centre of Insect Physiology and Ecology (ICIPE) has established that edible stink bugs, which are food to some South African communities, can be included in animal feeds to boost proteins, minerals and amino acids that are key to good health.

    Besides being a rich source of food to humans, the researchers found that the insects can be essential in providing other nutrients in cereals and grains, which can be incorporated in manufacture of animal feeds, therefore, boosting food security.

    “Stink bugs are an important source of protein and other nutrients. Their use as food has ecological advantages over conventional meat and, in the long run, economic benefits for mass production as animal feed and human food, and they are also a rich source of drugs for modern medicine, the researchers said in a journal.

    The bug is rich in fatty acids and flavonoids, with the later being a strong antioxidants with anti inflammatory health benefits, Prof Baldwyn Torto, one of the researchers said.

     

    They feed on trees and grasses, from where they can be collected and plunged into warm water before drying and storage in dry bags for food or sale.

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