Amphan is the Strongest Super Cyclone Ever Recorded in the Bay of Bengal
Amphan is a powerful cyclone that has formed in the Bay on Bengal.
Arthur is the First Named Storm of the 2020 Hurricane Season
Arthur is the first named storm of the 2020 hurricane season which officially begins on June 1, 2020.
2020 Hurricane Names
Each year, the World Meteorological Organization creates a list of official names for major storms in the both Northern Pacific and Atlantic oceans.
Atmospheric Ozone Hole Over Arctic Region
A combination of atmospheric factors have led to the creation of the lowest levels of ozone in a decade over the Arctic.
2020 Hurricane Season is Likely to be More Active Than Usual
A newly released hurricane outlook from the Weather Channel expects the upcoming 2020 hurricane season to be more active than normal.
As the Ozone Layer Recovers it is Changing Wind Patterns
Researchers from the University of Montreal used satellite data and climate modeling to understand how the recovery of the ozone layer has affected the Earth’s atmosphere.
Satellites Give Detailed Insights into Climate Sciences
The European Space Agency has recently released a report entitled ‘10 New Insights in Climate Science’.
What is a Snow Devil?
Miniature vortexes of wind can stir up snow in a formation known as a snow devil.
More Frequent and Intense Tropical Storms Can Change the Geography and Ecology of Coastlines
Researchers with the University of North Carolina’s Institute of Marine Sciences have studied tropical cyclones that have impacted North Carolina in a 120 year period.
Deforestation Is Drying Up Atmospheric Rivers
Deforestation has a dramatic impact on climate, reducing evapotranspiration which feed atmospheric rivers.
What is Negative Rainfall?
Negative rain(fall) occurs when a particular area experiences more atmospheric evaporation than water downpour over a period of time.
Most of California’s Yearly Rainfall Arrives Via Atmospheric Rivers
A study that looked at two-decades worth of rainfall data has found that the majority of California’s rain arrives due to atmospheric rivers. hourly precipitation measurements has found that the majority of California’s rain arrives due to atmospheric rivers.