Technological Gap Analyses of Mena and Southern African Countries’ Agricultural Productivity
Raufu M.O. , Marizu, J.T. , Adesina, B.A. and Aderonmu, A.A.
International Journal of Agriculture Innovations and Research : Volume 7, Issue 2, ISSN (Online) 2319-1473
Abstract – The technical gap analysis of countries’
agricultural productivity was analyzed and the discussions of
the study were divided into two regions of Middle East and
North African (MENA), and Southern Africa (SA) Countries
based on their geographical location. Data Envelopment
Analysis (DEA) model was used to analyse Panel data of
input-output data from 10 MENA and 10 SA regions from
1991 to 2010. The descriptive statistics was calculated for the
pooled data, MENA and Southern African regions. The best
performing countries were identified after treating each of
the twenty (20) countries included in the observation in
different year as individual distinct decision making unit.
Tunisia had 59 peer counts in 2003, Jordan had 34 peer
counts in 1996, Egypt had 38 peer counts in year 2002, Libya
had 27 peer counts in 2003 while Tunisia accounts for the
highest number of best performance of 81 counts in 1991 for
MENA countries. Swaziland, Mauritius, Malawi, Namibia
and Mozambique dictate the way for landlocked countries
between 1991 and 2010 respectively. The mean technical
efficiency for the MENA, Southern African Region and the
pooled data were 0.712, 0.854 and 0.738 respectively while
their respective regional frontiers were 0.836, 0.967 and
0.870. The technological gap ratio for the pooled data for the
period of time under study was 0.848 but that of MENA and
southern African region were 0.852 and 0.883 respectively
for the same period. The difference in the regional and
metafrontier showed that regional constraints are a subset of
that of metafrontier production function. The study suggests
transference of technology, as well as diffusion of technical
know-how should be encouraged between MENA and SA
countries.
Keywords – Technological Gap, Efficiency, Frontier and
Agricultural Productivity.
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