GNA NDC fails to elect female candidates in Upper West Region GNA Abdul Latif Dan wins NDC Ablekuma Central parliamentary primaries GNA Alexander Ackuako wins Bortianor- Ngleshie Amanfro Parliamentary primaries AIP Côte d’Ivoire/ Un cadre de l’ANRMP invite la jeunesse à persévérer pour réussir AGP Guinée-Administration : Coup d’assainissement au GHI-Novotel AIP Côte d’Ivoire/ Des « Chinois » de Biankouma célèbrent la mémoire de DJ Arafat AIP Côte d’Ivoire/ Des agents de l’état civil sensibilisés sur les nouvelles méthodes d’enregistrements de naissances et de décès à Bouna Bouna AIP Côte d’Ivoire/ Des jeunes formés aux métiers d’aide-soignante et en auxiliaire de pharmacie à Yamoussoukro GNA Four NDC parliamentary candidates in Ashanti elected unopposed GNA Akatsi South NDC retains Bernard Ahiafor as Parliamentary Candidate

IAR, TAAT introduce modern irrigation technology for wheat farmers


  12 Février      11        Economie (6143),

   

Wudil (Kano State), Feb. 12, 2019 (NAN) The Institute for Agricultural Research (IAR), Ahmadu Bello University (ABU) Zaria, Northwest Nigeria in collaboration with the Technologies for African Agricultural Transformation-Water Enabler Compact (TAAT) introduced a modern irrigation technology for wheat farmers in Kano State.

Prof. Henry Igbadun, the TAAT Coordinator and Leader of the Irrigation Research Programme, said on Tuesday during a field work
at Alkamawa community in Bunkure Local Government Area of Kano State that the project was sponsored by African Development Bank (AfDB).

Igbadun said that the introduction of the modern irrigation method was necessary to reduce the long processes followed by farmers
and also reduce the cost of production.

According to him, the old method of conveying water is not only tedious, but takes long time to irrigate the fields, more hours of running
the irrigation pumps, high water conveyance losses and inundation of fields.

He said that the new pipe conveyance and distribution technology was therefore, appropriate to overcome the challenges « because it saves
time of irrigation, which in turn, reduces the amount of fuel used to power the centrifugal pumps.

« The technology also makes irrigation appealing to farmers and young ones. If all other inputs are used judiciously on the field, the
technology has the potential to bring about increase in yields. »

The coordinator explained that the technology would also help wheat farmers to save the irrigation fields from deterioration,
occasioned by field inundation or wild flooding.

On possible challenges, the professor said: « the obvious challenge in adopting this technology by small-scale farmers is the initial
investment cost, particularly the cost of the conveyance pipes.

« However, when this technology is properly managed, the ease of use and reduction in drudgery, which are often not quantified and
eventual increase in yield can offset the initial cost. »

According to Igbadun, the research institute and the TAAT have also embarked on similar demonstration in Kadawa, a community in Kura
Local Government, and in Minjibir Local Government Area of Kano State.

He explained that the newly introduced wheat irrigation technology could also be applied in maize and sorghum farming.

The Chairman of Wheat Farmers Association in Alkamawa community, Alhaji Sabiu Abdullahi-Alkamawa, commended the institute
and pledged to mobilise members to adopt the method.

He further called on wheat farmers in neighbouring communities to adopt the method for improved yield.

Dans la même catégorie