Greenland Current Affairs - 2019
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India’s Captain Aarohi Pandit became world’s first woman to cross Atlantic Ocean (AO) solo in a Light Sports Aircraft (LSA) named Mahi.
- Aarohi Pandit is a 23 year old commercial pilot and LSA licence holder from Mumbai, Maharashtra.
- About: This achievement is part of her ongoing Women Empower (WE) Expedition in the tiny aircraft called ‘Mahi’. This one year-long global circumnavigation flight was launched with her friend Captain Keithair Misquitta on July 30 and both began their trip in August 2018. According to which she continued solo from UK to Canada, and will return to India with her friend by July 30 this year.
- Sponsor: The expedition is organised and sponsored by Social Access, a not-for-profit communications firm.
- Achievements: Both Pandit and Misquitta flew over Rajasthan, Gujarat, Punjab, and then to Pakistan, where they landed as well. This makes it first civilian LSA flight to land in neighbouring country since 1947. Then they went onto to Iran, Turkey, Serbia, Slovenia, Germany, France and UK.
- Other Records: En route her solo journey, she has set another world record as first woman pilot to fly solo in a LSA above treacherous Greenland ice-cap. She is also due for several other records by the time she will reach India.
- Itinerary: She took-off from Wick, Scotland (United Kingdom), with brief stopovers in Greenland and Iceland and continued journey under adverse and extreme weather conditions. After an exhausting 3,000 km long flight she landed her tiny aircraft at Iqaluit Airport in Canada.
- After a brief stop in Canada, Women Empower (WE) Expedition will continue with Aarohi flying westwards towards Russia. After clocking a flight of about 37,000 km she is scheduled to return home by July 30 2019.
- It is a tiny Sinus 912, a single-engine, ultralight motor glider.
- Sinus 912 weighs a little of 400 kg (nearly equivalent to a Bullet motorcycle)
- It is manufactured by Pipistrel of Slovenia.
- It is also the first Light Sports Aircraft (LSA) registered by Directorate-General of Civil Aviation (DGCA) India.
Tags: Aarohi Pandit • Canada • Commercial Pilot • DGCA • Directorate-General of Civil Aviation • Global Circumnavigation Flight • Greenland • Iqaluit Airport • Keithair Misquitta • LCA • Light Sports Aircraft • Mahi • Scotland • Sinus 912 • Social Access • UK • Women Empower Expedition
Scientists are worried over sustaining food production and productivity of major crops like wheat, paddy, and maize due to the increasing levels of carbon dioxide. Studies have shown that even though increased carbon dioxide levels stimulate wheat productivity, the consequent rise in temperatures would have a negative impact.
There has been optimism in tropical countries like Greenland, Canada, Northern China and Europe where annual temperatures are currently well below the optimum range for the growth of wheat and an increase in temperature would be beneficial to them with a possibility of a hike in wheat productivity. Whereas in tropical countries like India there is heightened concern as it is already hot enough and further rises in temperature could prove disastrous.
Study by Indian Institute of Technology- Kharagpur
The Indian Institute of Technology- Kharagpur explored the possibility of nutrient management as a way to sustain wheat productivity even at higher concentrations of carbon dioxide by creating an artificial carbon dioxide-rich environment and applied different levels of nitrogen to wheat crop along with the recommended dosage of fertilizers. The findings of the study are:
- Wheat yield and growth parameters improved with increasing levels of nitrogen application despite elevated carbon dioxide conditions and higher temperatures.
- Under ambient carbon dioxide concentration, increasing the dosage of nitrogen did not bring any improvement in growth and yield of the crop.
- Elevated carbon dioxide levels increased crop growth rate and the fraction of leaf biomass and leaf nitrogen, especially with the nitrogen management using chemical fertilizer.
The study concludes that Wheat production under the elevated carbon dioxide environment in Eastern India might be maintained or improved through the normal and increased dose of nitrogen fertilizer application. However, there is a need for larger studies on the field with multi-location trials using different varieties, before any firm conclusion can be reached.