MUSE: Looking for life on Earth

ESA SP PUBL 496 (2001) 389-391

Authors:

AJ Penny, GR Davis, SB Calcutt, JR Drummond, DA Naylor, S Seager

Abstract:

Future missions to measure the mid-infrared spectra of extrasolar planets will obtain spectra spatially integrated over the visible hemisphere of the planet. Interpretation of these spectra will be difficult because they will depend on several imponderable factors; the axial inclination of the planet to the line of sight, the illumination of the planet by its parent star, and the planets' season and climatic state. The spectra will also contain variable components due to changing clouds, planetary rotation and the presence of large satellites. In order to interpret better such spectra, and to constrain the design of missions to measure them, a study is underway of a dedicated mission to take spectra of the spatially-unresolved Earth and to quantify the dependence of the spectrum on these variables.

Physical Climate Processes and Feedbacks

Chapter in CLIMATE CHANGE 2001: THE SCIENTIFIC BASIS, (2001) 417-470

Authors:

TF Stocker, GKC Clarke, H Le Treut, RS Lindzen, VP Meleshko, RK Mugara, TN Palmer, RT Pierrehumbert, PJ Sellers, KE Trenberth, J Willebrand

The origin of belt/zone contrasts in the atmosphere of Jupiter and their correlation with 5-μm opacity

ICARUS 149:2 (2001) 397-415

Authors:

PGJ Irwin, AL Weir, FW Taylor, SB Calcutt, RW Carlson

Atmospheric pCO2 sensitivity to the biological pump in the ocean

Global Biogeochemical Cycles American Geophysical Union (AGU) 14:4 (2000) 1219-1230

Authors:

David E Archer, Gidon Eshel, Arne Winguth, Wallace Broecker, Ray Pierrehumbert, Michael Tobis, Robert Jacob

Zero mode quantization of multi-Skyrmions

Physical Review D American Physical Society (APS) 61:11 (2000) 114024