Posted by: sajhabahadur July 9, 2009
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This is Sajhabahadur from Nepal, again.
Earlier in Message 65, I have discussed the failure of biotechnology in Nepal
mainly due to lack of scholarship for the motivated candidates. However, in
this message, I will present the problems associated while doing
biotechnology in Nepal.
Nepal's population is heavily based on agriculture. Only 20% are employed in
academics and research. The system in Nepal to encourage young Nepalese
biotechnologists who come out from this small segment of (20%) population has
not been taken seriously. It is due to the reason that the allocation of
budget by government for development of science is not satisfactory. As the
result of which, the government is not in a position to hire more research
scholars and offer projects which are signature for contributing to
development of science (in particular biotechnology).
Another associated problem is that shifting from traditional occupation of
farming to the modern technology needs time to adopt. On the other hand,
testing of any product that is suitable in one country doesn't necessarily
mean that it will fit in each and every context. For example, the diversity
of land in Nepal (ranges from 500m above sea level to 5555 m) needs obviously
broad research and versatility of biotechnology services depending on context
of climate.
Unfortunately, towards this end, there has not been any establishment of
industry which can produce simply the chemicals/reagents needed for
development of biotechnology. It means that investment in these sectors in
Nepal is still in a rudimentary state. As a result of which, research in
biotechnology has to pay a high price if one desires to give a start kick.
Earlier in Message 65, I have discussed the failure of biotechnology in Nepal
mainly due to lack of scholarship for the motivated candidates. However, in
this message, I will present the problems associated while doing
biotechnology in Nepal.
Nepal's population is heavily based on agriculture. Only 20% are employed in
academics and research. The system in Nepal to encourage young Nepalese
biotechnologists who come out from this small segment of (20%) population has
not been taken seriously. It is due to the reason that the allocation of
budget by government for development of science is not satisfactory. As the
result of which, the government is not in a position to hire more research
scholars and offer projects which are signature for contributing to
development of science (in particular biotechnology).
Another associated problem is that shifting from traditional occupation of
farming to the modern technology needs time to adopt. On the other hand,
testing of any product that is suitable in one country doesn't necessarily
mean that it will fit in each and every context. For example, the diversity
of land in Nepal (ranges from 500m above sea level to 5555 m) needs obviously
broad research and versatility of biotechnology services depending on context
of climate.
Unfortunately, towards this end, there has not been any establishment of
industry which can produce simply the chemicals/reagents needed for
development of biotechnology. It means that investment in these sectors in
Nepal is still in a rudimentary state. As a result of which, research in
biotechnology has to pay a high price if one desires to give a start kick.