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    Sukuma kenin maingi nakuru by laban robert.JPG

    Ap­plic­a­tion of mulch­ing and or­ganic ma­nure has helped a kales farmer cut the ir­rig­a­tion fre­quency be­sides en­abling him de­liver kales to the mar­ket con­sist­ently even on dry sea­sons.

    On dry sea­sons, Kevin Maingi may be re­quired to ir­rig­ate the kales in his one-eighth of an acre daily or after one day.

    But the dis­cov­ery of mulch­ing and use of bio­gas slag have slashed his pro­duc­tion costs on fer­til­iser to zero and ir­rig­a­tion to less than half.

    The Na­k­uru County farmer, who har­vests at least one tonne of the sukuma wiki every week from the small piece of land at Lanet, is en­joy­ing a con­stant mar­ket s the ve­get­able’s sup­ply shrinks dur­ing this dry spell.

    One kilo­gramme of sukuma wiki is earn­ing him Sh50.

    From the bio­gas slag of their eight cows, the farmer makes or­ganic ma­nure by mix­ing the ‘waste’ with farm or­ganic ma­nure in pit. With the high num­ber of mi­crobes in the dung, the green mat­ter is worked upon into rich or­ganic fer­til­iser.

    To­gether with other green re­fuse such as grass and plant leaves, Maingi has covered the soil around the ve­get­ables.

    “I have re­duced the in­ter­vals of ir­rig­at­ing the ve­get­ables to twice or some­times once per week with this rich mulch. The fer­til­iser is also rich in vari­ous nu­tri­ents from the di­verse crops. I no longer rely on com­mer­cial fer­til­isers, which do not last in the soil after the first sea­son,” he said.

    Mulch­ing pre­vents dir­ect sun­light into the soil. Apart from smoth­er­ing the ger­min­at­ing weed, it pre­vents los of water as a res­ult of wind and heat from the sun.

    As the mulch rots to­gether with the or­gan­isms in the or­ganic fer­til­iser the farmer added, the soil tex­ture and water hold­ing abil­ity are im­proved too.

    The in­ter­spaces among the kales is also re­duced from the nor­mal 45cm has been re­duced to 30cm. Apart from strangling weed, the can­opy of leaves also con­trols dir­ect sun­light hit­ting the ground to evap­or­ate the little mois­ture avail­able after ir­rig­a­tion.

    READ ALSO: Plastic mulch drastic­ally re­duces pro­duc­tion costs

    READ ALSO: Or­ganic fer­til­iser doubles onions, helps farmer pen­et­rate new mar­ket

    READ ALSO: Ve­get­able prices double in Nairobi

    When the soil struc­ture is in­tact, erosion is also dis­mal.

    For months that rains dont fall in Na­k­uru, and in­deed most parts of the coun­try, the farm­er has never failed to de­liver the kales to his mar­ket within the town as well as those, who come to the farm.

    The farmer rarely uses mech­an­ical weed­ing. This has not only slashed the weed­ing costs in the pro­duc­tion chain, but also re­duced water loss due to ex­pos­ure of the soil to dir­ect sun­light. He pills the few weeds by hand.

    With mulch­ing, re­duced soil dis­turb­ance in weed­ing, ad­di­tion of the ma­nure, the colon­ies of the soil mi­crobes is grow­ing.

    The elim­in­a­tion of fretil­isers in the pro­duc­tion chain is part of the farmer’s longterm vis­ion of going or­ganic to meet the rising mar­ket.

    “The emer­ging mar­ket of or­ganic products is of­fer­ing more than four times the cur­rent price so the agro-chem­ical-de­pend­ent goods. That is where money is and I am mov­ing to­wards that be­cause few farm­ers are there already,” he said.

    And with time, the farmer hopes to re­duce pro­duc­tion costs by less than half and ex­pand the mar­kets for his or­ganic products.

    To­gether with other youths, Maina Muchai and Paul Ay­ieko, Maingi has formed an ag­ribusi­ness solu­tion com­pany help­ing farm­ers in pro­duc­tion as well as loc­at­ing mar­kets.

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    Newcastle disease is the major cause of death among local chicken killing about 90 per cent of the affected birds.

    According to the Kenya Agricultural and Livestock Research Organization (KALRO) Newcastle Disease is a major constraint to indigenous chicken productivity in Kenya and often causes 80 per cent to 100 per cent mortality in unvaccinated flocks.

    Related article: Newcastle resistant chicken breed, which also produces more eggs now in the market

    Research by KALRO acknowledges that vaccination should be done under controlled conditions, which are easy to learn and apply. Heat kills the virus, so vaccines should be kept in a cold place at 4°c (maximum period: I month), or at -20°C in a freezer (up to two years).  A vaccinated chicken will not contract Newcastle disease for six months.

    Related article:Farmers play extension officers, halving Newcastle disease and earning from it

    Chickens suffering from Newcastle disease show nervous signs, diarrhoea and die in large numbers. The disease is spread by sick birds usually brought in from the market or by other birds from the neighborhood. Visitors, dogs and wild birds can also spread the disease.

    Farmers can get vaccines from a chemist's shop or a veterinary office.  There are various types of vaccines which include I-2 ND Vaccine which is available in chemist's shops or veterinary offices.

    Chicks should be vaccinated one month after hatching. Adult birds need to be vaccinated every 6 months or 2 weeks before an expected outbreak. It is advisable to vaccinate in the evening when birds are easy to catch and only healthy birds should be given doses. Sick birds should not be vaccinated.

    Requirements

    • Vaccine
    • 5 ml plastic syringes
    • Disposable needles
    • 10 Cc sterile distilled water for every 100 doses
    • Plastic cool flask

    Vaccine dilution

    • Draw 4 cc of sterile water into the syringe.
    • Lift the metal cap off the vaccine bottle.
    • Pierce through the center of the rubber top.
    • Do not apply pressure because the vacuum in the bottle might suck in the water.
    • If there is no suction your needle might be blocked, or air has leaked into your vaccine bottle
    • If air has leaked into the vaccine bottle do not use it.
    • Mix water and vaccine by shaking.
    • Tear off the metal cap, remove rubber top.
    • Draw all vaccine into the syringe.
    • Put the mixture into the 6 cc distilled water.
    • Mix vaccine by shaking.
    • By now you have 10 cc vaccines ready for use.
    • Store in ice and use Within 2 hours.

    How to administer the vaccine

    • Fill syringe with 1 cc (1 ml) of the vaccine at a time.
    • Hold the syringe between your first and second fingers.
    • With your other hand secure the chicken under your arm-pit
    • Secure the head and administer a drop in each nostril or eye
    • Place the chicken away from the rest.
    • Birds of all ages receive the same amount of vaccine.
    • At the end of vaccination, count the chickens to make sure you have vaccinated all of them. • If you face any difficulty, consult your local veterinary office.
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    rhodes.JPG

    Boma Rhodes.

    Peter Mutisya, a fod­der crop farmer in Kivaa vil­lage, Machakos County earns over Sh85, 000 per sea­son from sales of Rhodes and Bra­chiaria grass com­pared to maize and beans that used to give him Sh10, 000 per sea­son five years ago.

    The ir­reg­u­lar and in­suf­fi­cient rain­fall af­fected his yields, har­vest­ing only five bags of maize and 10kg of beans at most per sea­son. “I was al­ways re­ly­ing on re­lief food from the gov­ern­ment and well-wish­ers be­cause after selling maize and beans and settled school fees I was left with noth­ing,” he said.

    RE­LATED STORY: Mwingi farm­ers pre­serve fu­ture with fod­der tech­no­logy

    In the South­east­ern re­gion of Kenya where Mutisya comes from the drought has af­fected har­vests and live­stock. Ac­cord­ing to Kenya Met­eor­o­lo­gical De­part­ment Au­gust 2017 re­port the area re­ceived de­pressed rain­fall of less than 40 per cent of the March-April-May sea­sonal rain­fall.

    This has promp­ted Mutisya and other farm­ers in the re­gion to look for al­tern­at­ive sources of in­come in grow­ing fod­der crops.

    In 2015 Mutisya vis­ited Kenya Ag­ri­cul­tural and Live­stock Re­search Or­gan­isa­tion’s (Kalro) Arid and Range Lands Re­search In­sti­tute at Katumanu branch in Machakos County and bought seeds of Boma Rhodes hay and Bra­chiaria grass at Sh800 and Sh1, 000 per kilo re­spect­ively to plant on his six acres farm.

    RE­LATED STORY:Arid ta­gas­aste shrub of­fers live­stock fod­der for 30 years

    He fol­lowed the ag­ro­nomic in­struc­tions given by the Kalro of­ficers and within a short time he was har­vest­ing his first crops for mar­ket. “I was sur­prised that after three to four months both Rhodes and Bra­chiaria were ma­ture for har­vest,” said the father of three.

    Mutisya’s cus­tom­ers are an­imal keep­ers who visit his farm to buy feeds for their an­im­als. He sells Boma Rhodes at Sh300 per bale and Sh20 per kilo of Bra­chiaria grass. He har­vests both in three phases a sea­son get­ting 150 bales and about 20,000Kg of Boma Rhodes and Bra­chiaria grass re­spect­ively. This gives him a sum of Sh85, 000 in a given sea­son.

    Mutisya no longer relys on their vil­lage chief’s char­ity food to feed his fam­ily. “With the money I get from selling the grass, I am able to settle my bills and buy enough food to sus­tain my fam­ily.”

    A grow­ing num­ber of Kenyans liv­ing in arid areas are swap­ping staple crops for live­stock fod­der like Rhodes or Bra­chiaria grass, which re­quire less water to grow, ac­cord­ing to the Kenya Ag­ri­cul­tural and Live­stock Re­search Or­gan­iz­a­tion.

    RE­LATED STORY: Fod­der of­fers al­tern­at­ives to rising cost of com­mer­cial feeds

     “Rain-fed staple farm­ing is be­com­ing in­creas­ingly dif­fi­cult in Kenya due to poor rain­fall, whereas grow­ing fod­der can help farm­ers with­stand pro­longed drought." Said Joseph Mureithi, Kalro dir­ector.

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