Matches in DBpedia 2016-04 for { ?s ?p "Extremely Severe Cyclonic Storm Nilofar was the strongest tropical cyclone of 2014 within the North Indian Ocean and the strongest storm to form over the Arabian Sea since Phet in 2010. Nilofar originated from a low pressure area in the Arabian Sea that intensified into a depression on October 25. It slowly consolidated and reached cyclonic storm strength the following day. The system rapidly intensified in the following days, reaching a peak intensity of 950 mbar (28.05 inHg) on October 28. Over time the storm tracked northeastwards towards an area of high vertical wind shear, causing the storm to rapidly weaken. The name Nilofar, referring to the water lily, was suggested by Pakistan."@en }
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- Cyclone_Nilofar abstract "Extremely Severe Cyclonic Storm Nilofar was the strongest tropical cyclone of 2014 within the North Indian Ocean and the strongest storm to form over the Arabian Sea since Phet in 2010. Nilofar originated from a low pressure area in the Arabian Sea that intensified into a depression on October 25. It slowly consolidated and reached cyclonic storm strength the following day. The system rapidly intensified in the following days, reaching a peak intensity of 950 mbar (28.05 inHg) on October 28. Over time the storm tracked northeastwards towards an area of high vertical wind shear, causing the storm to rapidly weaken. The name Nilofar, referring to the water lily, was suggested by Pakistan.".
- Q18345222 abstract "Extremely Severe Cyclonic Storm Nilofar was the strongest tropical cyclone of 2014 within the North Indian Ocean and the strongest storm to form over the Arabian Sea since Phet in 2010. Nilofar originated from a low pressure area in the Arabian Sea that intensified into a depression on October 25. It slowly consolidated and reached cyclonic storm strength the following day. The system rapidly intensified in the following days, reaching a peak intensity of 950 mbar (28.05 inHg) on October 28. Over time the storm tracked northeastwards towards an area of high vertical wind shear, causing the storm to rapidly weaken. The name Nilofar, referring to the water lily, was suggested by Pakistan.".