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| Lentil, Blackgram and Mungbean Development Pilot
Project (LBMDPP): a Successful
Effort of Pulses Research and
Development |
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Farmers were using traditional varieties of pulses,
were not using plant protection
measures; more over farmers
were not using improved production
packages. To boost
up production of three important
pulses, lentil, mungbean
and blackgram Bangladesh
started a pilot project entitled
Lentil, Blackgram and Mungbean
Development Pilot Project (LBMDPP),
meeting the operational cost
from internal resources.
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| The
major Project objectives were
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To disseminate technologies
of pulses to the end users.
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To generate technologies
in Lentil, Blackgram and
Mungbean. |
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To minimize gap between
the potential yield and
the farmers yield. |
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To proceed towards self-sufficiency
in pulses by increasing
yield and production where
by decreasing import. |
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| Project
partners |
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Bangladesh Agricultural Research
Institute was the executing
agency while the following organizations
were the partner in implementing
the project:
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Bangabandhu Sheikh Mujibur
Rahman Agricultural University
(BSMRAU). |
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Department of Agricultural
Extension (DAE). |
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Bangladesh Agricultural
Development Corporation
(BADC). |
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Bangladesh Institute of
Nuclear Agriculture (BINA). |
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| Major
Achievements |
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The
project brought together research
and development organizations
including NGO`s. It launched
a systematic production program
integrating the research and
development partners. It also
organized the participating
and enthusiastic farmers through
creating awareness of the available
technologies to be used for
boosting production. Provision
was made in the project for
awarding the extra-ordinary
farmers. The project followed
some basic principles in technology
dissemination, which seems to
facilitate technology adoption
by the farmers. The technologies
spread rapidly through demonstration,
farmers visit and farmers to
farmers' seed exchange mediated
by the project. The improved
varieties in major lentil growing
areas of the country replaced
an estimated 40 to 70% traditional
ones. The farmers adopted improved
production practices.
Among the improved varieties
the Barimasur-4 (lentil) was
most popular due to its resistance
to major diseases and late sowing
potential. The project achieved
an estimated production increase
of 28,000, 43,000 and 13,000
metric tons of lentils, mungbean
and blackgram respectively per
year with a total corresponding
area increase of 26,000, 45,000
and 15,000 ha. The project activities
also encouraged farmers in adopting
mixed- and inter-cropping of
lentil with other crops like
sugarcane, banana etc.
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| Seed
exchange program |
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The participating farmers in
promotional activities signed
an agreement that he or she
will return the project the
same quantity of seed after
harvesting the crop. Accordingly
they return the seed, which
is then distributed among a
new group of farmers. These
steps coupled with the seed
exchange program from the participating
to non-participated farmers
prompted to create a good level
of awareness on the new improved
varieties and technologies of
lentil, blackgram and mungbean.
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| Awarding
Farmers and extension workers
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A provision of award for the
farmers showing outstanding
success in implementing technology
demonstration and for the supervisors
of the blocks was made. The
award is given ceremonially.
Altogether 50 farmers and 21
front line extension workers
(Block Supervisor) have been
awarded from the LBMDPP.
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| Changes
in the legume cultivation pattern |
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Legumes particularly, mungbean
cultivation in Bangladesh has
come forward through some qualitative,
quantitative and cultural changes.
Mungbean was being cultivated
as a long duration minor legume
crop during the end of May to
the end of October. But with
the development of short duration
photo insensitive, mungbean
varieties, it is being cultivated
at different period of the year.
Due to the advantage of its
being short duration, it can
now be fitted in a variety of
cropping patterns (Table 1).
Lentil is grown mainly as a
mono-crop in Bangladesh, but
mixed cropping and intercropping
with wheat, mustard, linseed,
sugarcane, and other crops is
being practiced in some areas.
In eastern Bangladesh, relay
cropping in rice fields is practiced.
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| Table 1. Existing major cropping patterns in
which mungbean is being cultivated |
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| T. aman |
Fallow/Mungbean
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T. aus |
60% Area, late rabi
southern belt.
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| T. aman |
Rabi crops
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Mungbean
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30%
Area, Kharif-I season
midwestern part/ mid-northern
part and northwestern
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T. aus
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Mustard/Potato
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Mungbean
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| T. aus/ T. aman |
Early rabi crops
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Mungbean
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| T. aus/ T. aman |
Wheat
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Mungbean
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| T. aus/ T. aman |
S. cane + Mungbean
(inter crop) (March-May)
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Aus/Jute
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Mungbean (Sept-Dec)
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Fallow
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10%
Area in northern and
central and midwestern
part. Kharif-II
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Aus/Jute
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Mungbean (Aug-Oct)
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Rabi crops
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| Research output |
| A good deal of research work
has been undertaken under this
project output of which is as
follows: |
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| Economic
Status of Legume Cultivation |
| Cultivation of legume particularly
Lentil, Mungbean and Blackgram
is economically profitable. This
has been proved from a case study
with some salient indicators.
The results obtained are as fallows:
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| Table 2. Economic Performance
of the Improved Pulse Varieties |
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Indicators
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Lentil
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Mungbean
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Blackgram |
Yield (kg/ha)
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1073
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1225
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1088 |
Gross Return (Tk/ha)
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22754
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32425
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20642 |
Gross Cost (Tk/ha)
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10800
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14044
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6369 |
Gross Margin (Tk/ha)
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11954
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18381
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14273 |
Benefit-Cost Ratio
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2.10 |
2.31 |
3.24 |
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