The genetically modified genetic-turned rice-rolled rice-rolled paddy-‘t r p pad 100 (Kamla) and’ Busa DST Rice 1 ‘are now ready to enter the sectors, and this gene-accepted variations will be greater than this genetic-accepted variations after receiving the linguistic of life-defense under the simple rules of the Government of India. Doing. Although GM has long been debating in the country, ICAR calls these new varieties to increase agricultural production and benefit farmers. In the release of these types, a new chapter in the country can be launched in the country regarding GM crops, in which a balance should be made between scientific claims and the public fears. It is important to see how these varieties are accepted by farmers and consumers. According to the ICA, after tireless hard work, these two varieties have created two similar rice, not only to give them more, but also overcome the side effects of climate change. Also, these varieties are expected to start a new era in agriculture.
36 yields from Kamla made from Samba Mansuri
Indian Rice Research Institute, IIP, IIPam scientists are popular Indian rice research institute Scientists have increased the number of donations in each milk by changing the genes of cytosin oxidase 2 (CKX2). Using the guided Nucleus 1 (STN1) technology, no external DNA is used in this process, thus equivalent to this type of tradition.
In the trials, ‘Kamla’ has given a 19 percent more yield than its Janak Ri Ri Ri Ri Ri, which records an average of 21.48 quintals per acre, while it can offer up to 36 quintals per acre in favorable situation. The most important thing is that this type is ready to cook in about 130 days, which is 20 days less than ‘Samba Mahsuri’. In addition, the ‘Kamala’ drought has high tolerance and characteristics, such as the strong stems, while it retains the quality of the best rice grains and kitchen such as ‘Samba Mahsuri’.
Busa DST Rice 1’pan will yield high yields
New Delhi -Indian Agricultural Research Institute, Busa (IARI), has created a new variety called ‘Busa DST Rice 1’, which is the most tolerant of drought and clay salinity by promoting ‘Busa DST Rice 1’ ‘MTU 1010’, known as ‘MTU 1010’. Salt tolerance (DST) genes are inserted. Even in this process, the external DNA is not used. Busa DST Rice 1 field trials have been bestowed on various stressful situations. It not only maintains the special grain quality of ‘MTU 1010’, but also increased its immunity towards drought and salinity. This growth is very important for the farmers of those areas, where the traditional varieties are unable to produce phadhadar due to saliva and alkaline soil.
The ICAR said the government’s strong move
The development of these two types is a testament to genetic modern technology. Techniques such as CRISPR-CAS have provided scientists to make accurate changes in the original genes of plants without pouring any external DNA, which can create types with new and desirable features. In the ICAR 2018, the National Agricultural Science Fund started research in this direction, and the central government started Rs 500 crore in agricultural crops in the 2023-24 budget. Accepted the importance of this technology by exclusion. Currently, research work is being done in other important crops such as oilseeds and pulses in ICAR.
Required for low water and high production types
As the world is struggling with increasing population, climate change and various biological and mineral pressure, the demand for the most accurate innovations in agriculture is rapidly increasing. Genetic-edited varieties such as ‘Kamla’ and ‘Busa DST Rice 1’ are an important step in this direction, not only ensuring India’s food safety, but also begin the new era of stable agriculture. If you are expected to provide 45 lakh tonnes of paddy yield to the country, it will not only meet the food needs of our growing population, but also reduce the emission of greenhouse gases by about 20 per cent. ‘Kamala’ will contribute to save water by going a step further. Due to its low maturity period, three irrigation will be reduced, which can save about 7,500 million cubic meters, which can be used for other crops.
More read-
. Paddy New Type (D) ‘DRR Thon 100 Kamala’ Busa DST Rice 1 (D) First Genetic-Set Paddy Type (D) First Genetic-Surable-Surable Rice Type (D) ICAR. The new type of rice (D) ‘TRR Paddy 100 Kamla’ Busa DST Rice 1 ‘
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