Saif
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Agrotechnology from China
Agriculture in Bangladesh has improved appreciably and the main driver of it is undoubtedly technology. Yet the advancement falls short of the quantum leap technology has taken in the developed countries of the world. Japan has long been a pioneer in this field. China with the largest population un
Agrotechnology from China
Published :
Jun 03, 2025 00:09
Updated :
Jun 03, 2025 00:09
Agriculture in Bangladesh has improved appreciably and the main driver of it is undoubtedly technology. Yet the advancement falls short of the quantum leap technology has taken in the developed countries of the world. Japan has long been a pioneer in this field. China with the largest population until a couple of years ago was compelled to introduce innovative technology for raising agricultural production in order to feed its people. The use of the cutting-edge technology has ensured food security for that country. Agricultural scientists in Bangladesh must be credited for developing paddy varieties, vegetables and fruits ---both local and exotic---that can adapt to the local condition. Even in reviving the local stocks of indigenous fish on the verge of extinction, their research and experiment have been highly successful. Where the country's agriculture is lacking in is mechanisation and the use of highly advanced technology.
Against such a background, the commerce adviser's request to the visiting Chinese commerce minister for drone technology for use in agriculture makes sense. Expressing his readiness to cooperate, the Chinese commerce minister made it clear that his country was "ready to assist Bangladesh in agriculture and digital technology". He added that the collaboration would specifically focus on "smart agriculture and drone technology to boost productivity". If drones are used in warfare with devastating effect, they can as well be used for peaceful and economic purposes. Bangladesh has limited introduction of tilling, sowing machines and combined harvesters but the use of drones in application of fertilisers, sowing seeds, spraying pesticides and monitoring crops is still beyond its reach. Indiscriminate use of fertilisers, pesticides and improper irrigation often marked by use of more water than necessary have remained endemic problems. The simple technology of placing a porous plastic bottle in paddy field to measure the exact amount of water could not as yet be made popular among farmers simply because of the lack of right kind of initiative to give it enough publicity.
If manual application of chemical fertilisers and pesticides is replaced by agri-sensitive drone, it can bring about a paradigm shift in crop production. What, however, may stand
in the way of such technology's wider use is the cost. If the government provides advanced devices such as drones for collective use by farmers, the high procurement cost for an individual farmer can be avoided. Drones can be distributed among farmers by forming their cooperatives, the members of which will pay the price in instalment ultimately to own the digital device.
Although fishery is considered a sub-sector of agriculture, it has ranges and scopes beyond agriculture. One such area is marine fisheries in which the backwardness of Bangladesh is beyond question. Chinese help in developing this sector can prove crucial. Bangladesh will need expertise, technology and, above all, sea-going vessels. Of the unexplored blue economy, deep-sea fishing is a most promising one---particularly after Bangladesh won the cases against Myanmar and India to have a far greater exclusive economic zone (EEZ) with its rights to an extended maritime boundary in the Bay of Bengal recognised. If Bangladesh gets proper fishing vessels, technology and expertise for deep-sea fishing, a new chapter in earning foreign currency will open. So, the technology transfer in the area of agriculture and maritime fishery can be highly beneficial for Bangladesh. So, it is most welcome.
Published :
Jun 03, 2025 00:09
Updated :
Jun 03, 2025 00:09
Agriculture in Bangladesh has improved appreciably and the main driver of it is undoubtedly technology. Yet the advancement falls short of the quantum leap technology has taken in the developed countries of the world. Japan has long been a pioneer in this field. China with the largest population until a couple of years ago was compelled to introduce innovative technology for raising agricultural production in order to feed its people. The use of the cutting-edge technology has ensured food security for that country. Agricultural scientists in Bangladesh must be credited for developing paddy varieties, vegetables and fruits ---both local and exotic---that can adapt to the local condition. Even in reviving the local stocks of indigenous fish on the verge of extinction, their research and experiment have been highly successful. Where the country's agriculture is lacking in is mechanisation and the use of highly advanced technology.
Against such a background, the commerce adviser's request to the visiting Chinese commerce minister for drone technology for use in agriculture makes sense. Expressing his readiness to cooperate, the Chinese commerce minister made it clear that his country was "ready to assist Bangladesh in agriculture and digital technology". He added that the collaboration would specifically focus on "smart agriculture and drone technology to boost productivity". If drones are used in warfare with devastating effect, they can as well be used for peaceful and economic purposes. Bangladesh has limited introduction of tilling, sowing machines and combined harvesters but the use of drones in application of fertilisers, sowing seeds, spraying pesticides and monitoring crops is still beyond its reach. Indiscriminate use of fertilisers, pesticides and improper irrigation often marked by use of more water than necessary have remained endemic problems. The simple technology of placing a porous plastic bottle in paddy field to measure the exact amount of water could not as yet be made popular among farmers simply because of the lack of right kind of initiative to give it enough publicity.
If manual application of chemical fertilisers and pesticides is replaced by agri-sensitive drone, it can bring about a paradigm shift in crop production. What, however, may stand
in the way of such technology's wider use is the cost. If the government provides advanced devices such as drones for collective use by farmers, the high procurement cost for an individual farmer can be avoided. Drones can be distributed among farmers by forming their cooperatives, the members of which will pay the price in instalment ultimately to own the digital device.
Although fishery is considered a sub-sector of agriculture, it has ranges and scopes beyond agriculture. One such area is marine fisheries in which the backwardness of Bangladesh is beyond question. Chinese help in developing this sector can prove crucial. Bangladesh will need expertise, technology and, above all, sea-going vessels. Of the unexplored blue economy, deep-sea fishing is a most promising one---particularly after Bangladesh won the cases against Myanmar and India to have a far greater exclusive economic zone (EEZ) with its rights to an extended maritime boundary in the Bay of Bengal recognised. If Bangladesh gets proper fishing vessels, technology and expertise for deep-sea fishing, a new chapter in earning foreign currency will open. So, the technology transfer in the area of agriculture and maritime fishery can be highly beneficial for Bangladesh. So, it is most welcome.