The Government of India has established 176 flood forecasting stations across the country which would help to monitor river flooding during monsoons. The stations use information captured by Indian satellites, including near-real time flood inundation maps provided by the National Remote Sensing Centre.
Currently, there are 10 satellites dedicated to monitoring rainfall, but soon this number is likely to fall: four satellites have already passed their design life and others will follow soon. This will strongly affect flood management globally, shows a study published at Environmental Research Letter.
The Pune Municipal Corporation (PMC) and the Indian Institute of Tropical Meteorology (IITM) will set up 14 Automatic Weather Station (AWS) within the city limits to monitor monsoon accuracy and flood-like situation. The United Nations Development Programme (UNDP) is funding Rs 10 lakh for the project.
Two of the most destructive natural disasters of 2010 were closely linked by a single meteorological event, even though they occurred 1,500 miles (2,414 km) apart and were of completely different natures, a new NASA study suggests.
In the days and weeks before the monsoon, heat builds over India. Hot air rises over the baked earth and westerly winds rush in to fill the void, bringing dust-laden air from the deserts of southwest Asia and the Arabian Peninsula. Through April, May, and June, as monsoon conditions build, the air over the Ganges River plain grows thick with dust, smoke, and haze. Air quality over India is at its worst at this time of year.
Heavy rains pushed the Mekong River in Cambodia over its banks during the weekend, flooding 37 villages and damaging over 5,000 homes. Schools also were closed, and rice and cassava crops have been badly affected.