Fighting Africa's food deficit

AuthorAlhaji Tejan-Cole
PositionLegal Counsel for the African Agricultural Technology Foundation (AATF)
Pages4-6
Experts have long agon ized over how to produce
higher crop y ields and more nutrit ious foods from
poor soi ls, to make fo od affordable for and acces-
sible to Africa’s expandin g population.
As Africa n farming is largely s mallholder-based
and mo st farmers still use i nefficient p ractices
that take a lot from the soil but give little in re-
turn, the prognos is is gloomy. W ith the current
faith i n market-bas ed
solutions, many of
them can on ly slip in-
to deeper poverty and
deprivati on.
The Food and Agri-
culture Or ganization
(FAO) of the Unite d
Nations says that
every 10 percent in-
crease in s mallholder agricultural produc tivity i n
Africa can l ift almos t 7 million people ab ove the
dollar-a- day poverty line.
Proprietar y technolog ies to i mprove the drought
tolerance, pest and diseas e resi stance, yield po-
tential and nutr ient content of food crops a re al-
ready being exploite d in d eveloped co untries,
with research companies coming up with better
technologi es every d ay.
While most smal lholders i n Africa seem re signed
to the hit-or-m iss characte r of their liveliho od,
they are ke en to adopt new prop rietary techno lo-
gy option s where the righ t incentives an d market
opportu nities exist.
With this in mind, the AATF was establi shed to
help s mall-scale f armers acce ss and us e these
proprieta ry technologies to attai n fo od security
and redu ce poverty.
Facilitating Technology
Transfer
The Foun dation identif ies proprietar y agricult ural
technologies that could benefit farmers. It then fa -
cilitates the t ransfer of these technologi es and the
associated know-how by negot iating royalt y-free
access for use in Afric an farming systems. In so do-
ing, AATF aims to address the legiti mate concerns
of both t he technology provid ers and the user s.
Although r ich in natural and human resources,
Africa is home to some 239 milli on u ndernour-
ished people with an estimate d 33 milli on ch il-
dren going to sleep hungry every night, a ccord-
ing to the FAO. The O rganization also no tes that
the rate of in crease in undernou rishment in Afric a
vastly e xceeds that of other deve loping regions.
The big quest ion is how to harness the be st of sci-
ence and techno logy to help the continent in-
crease its agr icultural produc tivity, p rofitability
and sustainab ility and cont ribute to impro ved
food secu rity for al l.
Between 1980 an d 1995, Sub-Saharan Africa was
the o nly region to exper ience a decrease in crop
productio n, with average yields falling by 8 per-
cent. This cont rasts with an incre ase of 27 percent
in Asia and 12 perc ent in Latin America.
A predominance of rain -fed, as op posed to irri-
gated, agriculture, minimal use of input s and th e
lack of functioning competit ive mar kets a re just
some of the problems facing Afri can agriculture .
A great deal of effort has been directed at reversing
this trend, but to little effect. Food aid continues to
be a major part of the strategic response to curbing
hunger. It is generally agreed, however, that an ef-
fective response to the food security crisis is to in-
crease the yield potential of the land, rather than to
expand the area of land under cultivation. Increased
production per person engaged in agriculture is es-
sential, because devastating problems such as
HIV/AIDS, malaria and tuberculosis are reducing the
productive capacity of the African labor force.
Certain proprietary technologies could be rea dily
adapted to the agro-ecologic al conditio ns in t he
region and ma de available to poor f armers. Use of
these tech nologies in the African context promis-
es to stimulate broader and more equitable eco-
nomic gro wth on a su stainable bas is.
AP RI L 20 11
4
FIGHTING AFRICAS
FOOD DEFICIT
Legal Coun sel for the Afric an Agricultura l Techn ology Foundati on (AATF), Alhaji Tejan-Co le explain s
what his organ ization is doing to hel p farmers in Af rica inc rease prod uctivity, profitabil ity and sustain-
abilit y to rever se the co ntinent’s fo od deficit .
Farmer Julia
Odhiambo from
Kenya had
abandoned planting
maize in this field
because of striga.
With IR maize
technology she can
now grow maize.
Photos: AATF

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