"climatic phenomenon" is a correct and usable phrase in written English.
It is typically used to refer to any natural occurrence or event related to the Earth's climate. Example: "The increase in greenhouse gas emissions has led to a rise in extreme weather events, such as hurricanes and heat waves, which are all examples of climatic phenomena."
The high-elevation, cold climatic phenomenon in Argentina is sometimes referred to as tundra climate and, in even colder mountaintop areas, as polar.
Atmospheric research has indicated that the North Atlantic Oscillation (NAO)—the periodic pressure changes over the North Atlantic may have a greater influence over climate in North America and Europe than the El Niño/Southern Oscillation (ENSO; a Pacific climatic phenomenon).
Moreover, climate change also increased the frequency and intensity of El Niño, the oceanic and climatic phenomenon that produces an abundance of rain in some regions while producing drought in others, as it did for Lake Poopó.
El Niño is a natural climatic phenomenon that sees equatorial waters in the eastern Pacific ocean warm every few years.
These bring torrential rainfall that causes floods and landslides rainfall exacerbated this year by the climatic phenomenon called La Niña.
Accurate forecasts are needed to protect the "lives and properties" of people from disasters caused by "abnormal climatic phenomenon", he said.
"When there are climatic phenomena of this seriousness, we must all be aware that we must act globally," he said.
Overall, the accomplishments of AGAGE are furthering our understanding of critical global chemical and climatic phenomena.
The expectation that these are repeating predictable events has led to studies of periodicity in a wide set of biological, geological and climatic phenomena.
But surface waters in the eastern Pacific were affected by a cyclic cooling phenomenon called La Niña: this coincided with two other climatic phenomena known to the weathermen as the Southern Annular Mode and the Indian Ocean Dipole.
To celebrate achievements aimed at improving our understanding of key global chemical and climatic phenomena, AGAGE scientists, collaborators and guests from research institutions around the world gathered at a 40th anniversary conference.
