The Earth as an object of astrophysical interest in the search for extrasolar planets
The potential discovery of Earth-like planets around other stars will need, apart from a sophisticated technological development, the design of techniques for...
The amount of energy coming into the Earth's climate system is the combination of two parameters: solar constant, and Earth's albedo (or reflectance). Our main...
The Earthshine Project: Applications to the Search of Exoearths
To be able to detect a biosphere in an extrasolar planet, life in that planet should have been able to alter the original composition of the planetary...
The Earthshine Project: Measuring the earth's albedo. Latest results
Since December 1998, photometric observations of the bright and dark side of the Moon have been regularly carried out at Big Bear Solar Observatory, with the...
The Earthshine project: Update on photometric and spectrometric measurements
The Earthshine project is a collaborative effort between Big Bear Solar Observatory (New Jersey Institute of Technology) and the California Institute of...
The Earthshine Project: update on photometric and spectroscopic measurements
The Earthshine Project is a collaborative effort between Big Bear Solar Observatory (New Jersey Institute of Technology) and the California Institute of...
The Earthshine project, was run by California Institute of Technology (Caltech) between 1993 and 1995. Since 1998, it has been a collaborative effort between...
Since 1998 the Earthshine Project has been a collaborative effort between Big Bear Solar Observatory/New Jersey Institute of Technology and the California...