Ozone and UV bulletin
The stratosphere ozone layer is slowly recovering and the recovery will be complete in most parts of the atmosphere in the coming decades, according to the latest bulletin by the World Meteorological Organization
The stratosphere ozone layer is slowly recovering and the recovery will be complete in most parts of the atmosphere in the coming decades, according to the latest bulletin by the World Meteorological Organization
MUMBAI: The Brihanmumbai Municipal Corporation (BMC) is likely to defer the cloud-seeding experiment, which was slated to be carried out from September 1, pending clearance from aviation regulator DGCA.
Melbourne: Scientists have claimed that the start of the Universe should be modelled not as a Big Bang but a ‘Big Chill’ like water freezing into ice. Physicists from the University of Melbourne and Royal
The observed presence of water vapor convectively injected deep into the stratosphere over the United States can fundamentally change the catalytic chlorine/bromine free-radical chemistry of the lower
Atmospheric oxidation is a key phenomenon that connects atmospheric chemistry with globally challenging environmental issues, such as climate change, stratospheric ozone loss, acidification of soils and
MUMBAI: With lake levels not promising enough due to the rains largely playing truant, the Brihanmumbai Municipal Corporation (BMC) will continue with its 10% water cut and review the situation at the
With the monsoon below normal this year and particularly patchy across a few regions, Gujarat, Karnataka and Maharashtra are exploring cloud-seeding options to bring rains. The India Meteorological Department
The observed presence of water vapor convectively injected deep into the stratosphere over the United States fundamentally changes the catalytic chlorine/bromine free radical chemistry of the lower stratosphere
An EIA (Environmental Investigation Agency) report to the 32nd meeting of the Open-Ended Working Group of the Parties to the Montreal Protocol on Substances that Deplete the Ozone Layer.
Limitations in current capabilities to constrain aerosols adversely impact atmospheric simulations. Typically, aerosol burdens within models are constrained employing satellite aerosol optical properties,
<p>Atmospheric models generally assume that aerosol particles are in equilibrium with the surrounding gas phase. However, recent observations that secondary organic aerosols can exist in a glassy state