Person: Matin, Md. A.
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Matin
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Md. A.
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Matin, Md. A.
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0000-0002-6268-61545 results
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- Blade specifications for strip-tillage on excessively moist clay soils in Southern Bangladesh(World Congress 7 on Conservation Agriculture, 2017) Matin, Md. A.; Krupnik, T.J.; Hossain, M.I.; Gathala, M.K.
Publication - Efficient and participatory design of scale-appropriate agricultural machinery workshops in developing countries: a case study in Bangladesh(Elsevier, 2020) Gregg, E.S.; Colton, J.; Matin, Md. A.; Krupnik, T.J.
Publication - Don't get stuck in the mud: Combine harvester specifications, operation and design for wet rice field conditions in Bangladesh(CIMMYT, 2021) Colton, J.; Russell, T.; Matin, Md. A.; Hossain, M.A.; Krupnik, T.J.
Publication - A simplified irrigation pump testing method for developing countries: a case study in Bangladesh(Wiley, 2018) Su Yu; Colton, J.; Matin, Md. A.; Krupnik, T.J.Much of South Asia experiences a monomodal rainfall pattern with a distinct dry season following the annual monsoon. Enabling irrigation during the dry season has therefore been crucial in assuring improved productivity and double‐cropping. This is particularly the case in southern Bangladesh, where recent government initiatives have called for an expansion of surface water irrigation to reduce pressure on groundwater tables in intensively cultivated areas in the north of the country, where dry season boro rice is grown. This paper describes a method based on first principles of fluid mechanics to characterize the performance of surface water irrigation pumps used by small‐scale farmers in South Asia and Bangladesh. This method is unique, as it incorporates an optimized protocol suitable for resource‐limited conditions found in many developing countries and provides a comprehensive yet simple‐to‐use pump selection method for surface water irrigation pump customers. Using pump impellers as a case study, the method also characterizes the effect of pump geometric variations resulting from the variable production and assembly practices found in different manufacturing workshops. This method was validated with a case study in Bangladesh supported by both full‐scale field testing and numerical simulation results.
Publication - Easy to use methods to improve mungbean production in Bangladesh(CSISA, 2016) Islam, S.; Roy, A.; Rashid, M.H.; Hossain, K.; Pandit, D.B.; Matin, Md. A.; Shahidul Haque Khan; Sumona Shahrin; Krupnik, T.J.Mungbean (Vigna radiata) is one of Bangladesh’s most important pulses. Many places in Bangladesh are suitable for mungbean, which grows well under clear sunshine and low humidity conditions. Cloudy weather, continuous or heavy rainfall may however cause problems like pests and diseases. Mungbean is also nutritious and is good for your health. This manual provides simple guidelines to improve mungbean cultivation in Bangladesh.
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