Brian Drouin of JPL is currently doing just that, measuring how temperature and pressure
affect the radiative properties of water vapor on Earth, which in turn influence the propagation of GPS signals.
Not exact matches
The very pretty thermographs prove that the sensor is not
affected by the local walls — sensor colour is cool -(although I am certain Mr. Watts did not normalise the
radiative properties of the sensor and surface — wrecking the accuracy of this reading — e.g. a glossy surface can reflect the surrounding temperature and not the surface temp of the unit).
Aerosols directly
affect the climate by scattering and absorbing radiation, and indirectly
affect climate by altering cloud
radiative properties, duration and amount.
The current focus of the program is aerosol
radiative forcing of climate: aerosol formation and evolution and aerosol
properties that
affect direct and indirect influences on climate and climate change.»
Aerosol changes between those climate states are appropriately included as a fast feedback, not only because aerosols respond rapidly to changing climate but also because there are multiple aerosol compositions, they have complex
radiative properties and they
affect clouds in several ways, thus making accurate knowledge of their glacial — interglacial changes inaccessible.
«While we have hypotheses about how the
radiative properties may be
affected within a single cloud,» Anna Possner explains, «we are limited in our understanding of how the presence of ice crystals impacts the areal coverage and reflective
properties on the scale of an entire cloud field.»