Abstract

The study assesses international competitiveness, profitability, output supply and input demand of maize production using a farm survey data of 165 farmers from two major maize growing areas (i.e., Dinajpur and Lalmonirhat districts) of northwestern Bangladesh. Results revealed that maize production is globally competitive and, therefore, can successfully substitute its import. Maize production is also profitable at the farm level (Benefit Cost Ratio = 1.21) with no adverse influence of farm size on yield and profitability. Maize farmers are also responsive to changes in market prices of inputs and outputs. A 1% increase in maize price will increase output supply by 0.4%. The most dominant driver of maize supply and other input demands is land. A 1% increase in available land will increase maize supply by a substantial 3.9%. In addition, landless laborers will benefit through an increase in hired labor demand when land area increases. Policy implications include investments in R&D, tenurial reform to consolidate land holding and smooth functioning of the hired labor market in order to increase maize production and profitability in Bangladesh.

Highlights

  • Maize is one of the oldest crops in the world and is well known for its versatile nature with highest grain yield and multiple uses

  • Maize production generates a substantial profit at social prices because of the low level tradable input use

  • Showed that maize producers are competitive (NPCO < 1 and Effective Protection Coefficient (EPC) < 1) the inputs were subsidized by government policy (NPCI < 1) (Section 3.3)

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Summary

Introduction

Maize is one of the oldest crops in the world and is well known for its versatile nature with highest grain yield and multiple uses. Maize is ranked 1st among the cereals in terms of yield rate (6.59 t/ha) as compared to Boro (dry winter) rice (3.90 t/ha) and wheat (2.78 t/ha) [2]. This is because the Bangladesh Agricultural Research Institute (BARI) has developed seven open pollinated and 11 hybrid varieties [3,4] whose yield potentials are 5.5–7.0 t/ha and 7.4–12.0 t/ha, respectively, which are well above the world average of 3.19 t/ha [5]. Maize possesses a wide genetic variability, enabling it to grow successfully in any environment, and in Bangladesh, it is grown in winter and summer seasons, Agriculture 2016, 6, 21; doi:10.3390/agriculture6020021 www.mdpi.com/journal/agriculture

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