Presentation by Mr. G.K Nzuva, Chairman of the Central Agricultural Board, Kenya, at the Open Forum on Agricultural Biotechnology luncheon.
Mr. Nzuva gave a presentation on what he witnessed and learned at the seeing is believing Bt cotton tour to Burkina Faso organized by ISAAA Africentre and Africa Agricultural Technology Foundation.
3. Organization of the tour
The study was organized, facilitated and conducted by
the International Service for the Acquisition of Agri
the International Service for the Acquisition of Agri‐
biotech Applications (ISAAA ) in collaboration with
local institutions in Burkina Faso
Sponsors: ACTESA/COMESA and the Program for
Biosafety Systems (PBS)
Bi f S (PBS)
The scope of the tour :
‐ tours to farmers fields
‐ workshop deliberations
k h d lib ti
‐ visit to seed multiplication centre
‐ media interviews
4. Tour participants
The tour involved about 30 participants drawn from the
Th i l d b i i d f h
following countries
Northern Sudan
Ethiopia
Uganda
Kenya
Malawi
Zambia
a ba
Zimbabwe
Burkina Faso (hosts)
( )
The above countries are at different levels of
considering introduction and adoption of Bt cotton
5. Background Information‐ Burkina‐ 1
• Burkina Faso is a land
locked Francophone
country in West Africa
• Area :274, 000 square KM
• Population:15.7 million
p 57
people
• Density:57 people per
square KM
• Most of the country is ASAL
Regions for the study were
with one rainfall season ‐ Ouagadougou
‐ Boni
from May to October ‐ Bobo
6. Background Information‐ Burkina ‐2
g
• A
Average rainfall is about 700mm per year with a range of
i f ll i b i h f
400‐1200mm
• The country is divided into 13 administrative regions and
45 provinces.
• Cotton is the most important crop (white gold)
representing 60% of the country’s export earnings
• Other crops include‐ sorghum, maize, groundnuts,
p
peanut, millet, cowpeas, sim sim, fruits and vegetables
p g
7. What led to adoption of Bt cotton‐ Burkina Faso
Experience 1
Experience‐1
According to Institute of Environment and Agricultural
A di I i f E i d A i l l
Research (INERA)
Cotton is the 2nd most important export crop in the
country
Over 2.2 million people earn livelihoods from cotton
p p
Cotton bollworm can cause up to 90% yield losses
Bollworms feed on leaves and cotton bolls
The larvae stage of the bollworm is the most destructive
8. Life Cycle of the Bollworm
Adult
Eggs
Cycle cycle : 25–30 days
y y y
Larvae Pupa
9. What led to adoption of Bt cotton‐ Burkina Faso
Experience‐2
Experience 2
Other destructive insects include stainers and jassids
In 1980s and 90s there was continuous use of pesticides
such as organophosphates, carbonates, pyrethroids
such as organophosphates carbonates pyrethroids and
neocotinides
The continuous use over 10 years led to serious insect
resistance
As a result national loss of income from cotton was to
A lt ti l l f i f tt t
the tune of US$ 500 million and solutions had to be
found
10. Process of introducing Bt cotton
Introduction of Bt cotton was in the country’ s
strategic plan since 1992
Various stakeholders including input suppliers, oil
millers, scientists/researchers, regulators policy
, , g p y
makers, NGOs and Monsanto among others were
engaged
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Application to introduce Bt cotton was submitted to
the biosafety authorities in 2003
11. Process of introducing Bt cotton
Bt cotton was introduced for trials in June 2003 after
J 3
approval by biosafety authorities
In 2003 and 2004 research was conducted using
American varieties of the Bt cotton
Due to fear of unknown physical barriers were erected
D t f f k h i l b i t d
around trials
People believed in myths about bt cotton(Barrenness,
animals to dying for feeding on cotton leaves…)
12. Bt cotton confinement site in 2003
Essai Bt
Trappe à pollen =
T ll
Allée (2 m) Bande
In 2004 barriers were removed after continuous education and sensitization
de 15 m conv.
13. Process of introducing Bt cotton
In 2006 Bt gene was inserted into the local varieties grown
y
by farmers in Burkina Faso
In 2007‐ demonstration trials were undertaken on
farmers fields
farmers’ fields
Compliance with biosafety‐ trials were conducted in
compliance with national biosafety guidelines. Residues
li i h i l bi f id li R id
were harvested and burnt under supervision of legal experts
In 2008‐8500 hectares of Bollgard II were planted for seed
p
production
In 2009‐ farmers planted 128, 000 hectares
In 2010‐
In 2010 farmers planted 278 000 hectares (117% ↑from
2009)
15. What scientists in Burkina Faso have found
Adoption of Bt cotton has increased yields by 12.5%‐ 23%
cotton has increased yields by 12.5%
Positive impact on biodiversity‐ non‐target pests are
more prevalent in Bt cotton than conventional fields
Gene flow cannot go beyond 25 metres
After trials and commercialization in 2007, 2008, 2009
Af i l d i li i i 8
and 2010 efficacy and strength of the gene on the
Bollworm is evident
B ll i id t
17. Research on Bees and honey production by INERA
Bee hive
Bee hive imported from Kenya
18. • Participants visited farms in Boni on the way
to Bobo and within Bobo‐Dioulasso in
Western BF(the major cotton production
(h d
zone)
• Participants interviewed 5 farmers and
interacted with about 20 farmers in total
20. According to farmers
Price for Bt cotton seed is
27,000 CFA (US$ 59) per
59 p
hectare while conventional
cotton is priced at 4889 CFA
(US$11)
Farmers sell a kilogram of
g
cotton at 245 CFA (US$ 0.50)
Market prices are determined
p
by farmer organizations and
seed companies including
p g
SOFITEX
21. Benefits of Bt cotton‐ Farmers’ perspective
The yields of Bt cotton averages 1.3‐1.5 tonnes per hectare
while conventional yields 0.5 tons/hectare
y 5
Even with late planting and years of acute drought, Bt
cotton yields are good
y g
Farmers that have planted Bt cotton do not experience
flower fall in early stages of the crop
Farmers get disappointed when there is a shortage of Bt
cotton seeds
Bt cotton is sprayed 2 times in a season compared to 6‐8
sprays for conventional cotton Time gain invested in
for conventional cotton‐Time gain invested in
growing other crops‐according to farmers, less exposure
to chemicals, translates in better health
to chemicals translates in better health
29. How farmers utilize income from Bt cotton
Education for children
Purchase of oxen
P h f
Buying of inputs such as fertilizers for other crops
y g p p
like maize
Purchase of tractors for farmers with higher
acreages
Purchase of beef cattle for fattening
P h f b f ttl f f tt i
Investment in motor bikes :major form of
transport in the country
31. Implications for Kenya as move towards
commercialization of Bt
commercialization of Bt cotton
The need for good stewardship programmes to manage
issues such as gene flow
The status of other pests as we manage the bollworm ?
Role of ginneries who buy cotton from everywhere across
the cotton belts and also import from outside the
country?
Efficient seed production and delivery systems are crucial
Effi i t d d ti d d li t i l
Agricultural credit arrangements necessary to support
adoption
d i
The cost of Bt cotton seed is relatively high and this needs
to be addressed early enough