NAGPUR, India -- Miss. Ekta K. Kalra had started a group on facebook where she posts her research ideas in the field of Climate Change. On 9th December she posted a well thought idea to save the planet, “If the population of the planet is 7 billion then each person should grow how many plants and which plants to heal the planet completely within a year?” She questioned more than 520 members of the group, “How many pots of plants should be distributed globally for watering purpose to solve the climate change problem completely?” She also asked, “Tell me what about planting plants in pots so many that the climate change problem gets challenged within a year of this initiative.” She recommended, “Pay less tax if you water more plants And these pots will have plants which are good sources of food for people living in that region. Plus these plants will be highly environment friendly. So this solves even the poverty and hunger problem. Tulsi has great vibrations and through its antibacterial effect keep the home environment healthy.”
Miss. Kalra also found a very good solution to the problem of climate change. She found a method by which the CO2 and CH4 problem can be solved in the ocean as well as on land. She posted, “It will work like this. There will be certain tubes. These tubes will have an entry for atmospheric air. There will be certain microorganisms present in these tubes which will convert CO2 to some useful form. After this has been achieved and according to the mathematically calculated time the air will be allowed to pass out. These small tubes could be placed anywhere and as many as wanted. They would clean atmospheric gases. This method can control the CO2 problem within a year on land. In ocean too these tubes should be placed. No reason to fear these small tubes. It is a great method and absolutely safe. These will be small tubes which won't contaminate ocean and solve the acidity and methane problem. Later these tubes should be withdrawn.” About the tubes she stated: “It should be transparent so that sun rays can pass.
It should be natural like the natural environment of land and ocean. It should have a hole to enter the water which gets closed when sufficient amount has entered. It should be movable. I mean moldable. It should not get heated but transfer excess heat out. The material used for the production of these tubes should be compatible with the microorganisms. These tubes can also be placed on terrace and balconies of big buildings to assure that CO2 gets cleared. The process can begin with Synechococcus, a photosynthetic bacterium that fixes carbon dioxide in sunlight, and later converts the fixed CO2 to sugars. It is optional to pass on to another bacterium, Shewanella, which consumes sugars and produces fatty acids.” This research work on climate change is ground breaking and very important according to many eminent scientists of the group. If you want to take forward this research work in your laboratory then please contact us.
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