Iyabosola Mary Osinowo’s research while affiliated with Covenant University and other places

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Publications (1)


Figure 1. Descriptive Statistics (trend analysis) of the data. Note: AP = Agricultural Productivity, EXP = Government Agricultural Expenditure, ATB = Agricultural Trade Barrier, CPI = Consumer Price Index, MACH = Farm Machinery, FERT = Fertiliser, HCAP = Human Capital and IRRG = Irrigation.
Panel Unit Root Test
Johansen Fisher Panel Cointegration Test Series Hypothesized No. of CE(s) Fisher Stat.* (from trace test) Prob. Fisher Stat.* (from max-eigen test) Prob.
Drivers of agricultural productivity: Evidence from transforming economies
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March 2021

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240 Reads

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5 Citations

Agricultura tropica et subtropica

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Iyabosola Mary Osinowo

This study empirically investigates the drivers of agricultural productivity in transforming economy. The study used a 35-year period (1980–2014) panel data sourced from World Development Indicators, Penn World Table, United States Department of Agriculture and Statistics on Public Expenditure for Economic Development. Data used for the study include Agricultural Productivity (AP), Real Gross Domestic Product (GDP), Government Agricultural Expenditure (EXP), Agricultural Trade Barrier (ATB), Consumer Price Index (CPI), Farm Machinery (MACH), Fertiliser (FERT), Human Capital (HCAP) and Irrigation (IRRG). Data were analysed using Impulse Response Function, Levin-Lin-Chu unit root test, Johansen-Fisher Panel Cointegration test and Panel Least Squares regression technique. Impulse Response Function revealed that ln (GDP)reacted negatively to a shock from ln (Agricultural Productivity). Levin-Lin-Chu unit root test revealed that the variables were stationary either at level or at first difference. The result of the Johansen-Fisher panel cointegration test showed that for every case at 5 percent level of significance, we reject null hypothesis of no cointegration. Panel Least Squares revealed that Agricultural Trade Barrier (α = 0.0531, p < 0.05), Human Capital (α = 1.2409, p < 0.01) and Irrigation (α = 0.0771, p < 0.01) increased Agricultural Productivity. However, Fertilizer (α = −0.0730, p < 0.01) decreased Agricultural Productivity. This study therefore concluded that Agricultural Productivity will grow in transforming economy with trade restriction on imported agricultural tradable commodities, increased investment in human capital and expansion in irrigation application. The study therefore recommends measures that will protect domestic agriculture, capacity building of the farmers and improved irrigation infrastructure that will enhance small scale farmers for all-season cropping.

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Citations (1)


... countries faces daily food shortages as a result of climate change, whereas within the developed world, there is always a food surplus (Singh & Sengar, 2020). The agricultural food production of a country has great significance because it has been one of the first drivers of the economy (Osinowo et al., 2021). Climate change and resource constraints are quickly growing, and the world population is putting unexampled pressure on food demand, which forces us to look for innovative techniques for efficient resource utilization and to enhance crop productivity (Fukase & Martin, 2020;Rocha et al., 2023). ...

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Biogenic zinc oxide nanoregulator determines the quantitative analysis of morpho-anatomical and antioxidant capacity in Lactuca sativa L
Drivers of agricultural productivity: Evidence from transforming economies

Agricultura tropica et subtropica