Aerosol particles influence Earth's climate through cloud formation: Clouds can only form if so - called cloud condensation nuclei (CCN) are present, which act as seeds for condensing water molecules.
Not exact matches
This year, Summit's list of long - term visitors includes Brandon Strellis, an environmental engineering graduate student from the Georgia Institute of Technology studying how
aerosols influence how much energy is reflected and absorbed by Greenland's ice — and where those
particles are coming from.
Scientists are also trying to figure out the role that
aerosol particles — including a component of soot known as black carbon — play in
influencing the behavior of Himalayan glaciers.
CLOUD has also investigated how the 11 - year solar cycle
influences the formation of
aerosol particles in our present - day atmosphere.
Atmospheric
aerosols are tiny
particles that scatter and absorb sunlight but also
influence climate indirectly through their role in cloud formation.
The second scientific instrument carried aboard Glory is designed to measure how tiny
particles called
aerosols influence Earth's climate.
The question is: Does the current load of
aerosols in the atmosphere already exceed that limit, in which case adding extra
particles should not greatly affect cloud formation; or do they continue to be a limiting factor as pollution rises, so that added
aerosols would continue to
influence the clouds?
Reactions in and on sea - salt
aerosol particles may have a strong
influence on oxidation processes in the marine boundary layer through the production of halogen radicals, and reactions on mineral
aerosols may significantly affect the cycles of nitrogen, sulfur, and atmospheric oxidants.
Two important
aerosol species, sulfate and organic
particles, have large natural biogenic sources that depend in a highly complex fashion on environmental and ecological parameters and therefore are prone to
influence by global change.
That's the conclusion of a team of scientists using a new approach to study tiny atmospheric
particles called
aerosols that can
influence climate by absorbing or reflecting sunlight and seeding clouds.
Less understood — and more difficult to measure — is the
influence of
aerosol particles from human sources, particularly the use of coal and other fossil fuels.
The composition of sea spray
aerosol particles are
influenced by both chlorophyll - a concentrations and microbial degradation.
«The results also show that ionisation of the atmosphere by cosmic rays accounts for nearly one - third of all
particles formed, although small changes in cosmic rays over the solar cycle do not affect
aerosols enough to
influence today's polluted climate significantly.»
NASA's P - 3 research plane begins flights this month through both clouds and smoke over the South Atlantic Ocean to understand how tiny airborne
particles called
aerosols change the properties of clouds and how they
influence the amount of incoming sunlight the clouds reflect or absorb.
Fan's most recent paper appeared in Science and investigated the
influence of ultrafine
aerosol particles from urban areas on severe storms.
This system measures
aerosol optical properties to better understand how
particles interact with solar radiation and
influence the Earth's radiation balance.
The size and concentration of
aerosol particles is also of great importance for the number of cloud drops, which in turn
influences the reflection characteristics of clouds.
The AOS measures
aerosol optical properties to better understand how
particles interact with solar radiation and
influence the earth's radiation balance.