The atmospheric circulation of ultra-hot Jupiters by Tan, X, Komacek, T

Store Atmospherics: A Multisensory Perspective by Spence, C, Puccinelli, N, Grewal, D, Roggeveen, A

“…The key question is how should a company design its multisensory atmospherics in store to ensure that the return on its investment is worthwhile? …”

Uncertainty estimates for atmospheric neutrino fluxes by Barr, G, Gaisser, T, Stanev, T

“…Starting from a survey of experimental measurements, we assign uncertainties to the two most critical inputs to the calculation of fluxes of unoscillated atmospheric neutrinos, the hadron production and the primary cosmic ray fluxes. …”

MODELING THE QUASI-EQUILIBRIUM DYNAMICS OF THE ATMOSPHERE by Cullen, M, Norbury, J, Purser, R, Shutts, G

Atmospheric science. Ocean effects of blocking. by Woollings, T

Atmospheric oxidation of NbTi superconductor by Davies, T, Grovenor, C, Speller, S

Xe, mantle degassing, and atmospheric closure by Porcelli, D, Pepin, R, Halliday, A, Ballentine, C

Determining solar effects in Neptune’s atmosphere by Aplin, K, Harrison, R

“…Long-duration observations of Neptune’s brightness at two visible wavelengths provide a disk-averaged estimate of its atmospheric aerosol. Brightness variations were previously associated with the 11-year solar cycle, through solar-modulated mechanisms linked with either ultraviolet or galactic cosmic ray (GCR) effects on atmospheric particles. …”

Transport impacts on atmosphere and climate: Shipping by Eyring, V, Isaksen, I, Berntsen, T, Collins, W, Corbett, J, Endresen, O, Grainger, R, Moldanova, J, Schlager, H, Stevenson, D

POD-Galerkin modelling of the Martian atmosphere by Whitehouse, S

“…The aim of this thesis is to seek a low-dimensional description of baroclinic instability in general, and of the Martian atmosphere in particular, where both forcing and spatial resonance are relevant to the dynamics of the system being analysed. …”

WESTERN BOUNDARY CURRENTS IN THE ATMOSPHERE OF MARS by Joshi, M, Lewis, S, Read, P, Catling, D

First detection of hydroxyl in the atmosphere of Venus by Piccioni, G, Drossart, P, Zasova, L, Migliorini, A, Gerard, J, Mills, F, Shakun, A, Munoz, A, Ignatiev, N, Grassi, D, Cottini, V, Taylor, F, Erard, S, Team, V-VET

A MIDDLE ATMOSPHERE DATA-BASE by Corney, M, Rodgers, C, Taylor, F

Anthropogenic Influences on Atmospheric CO2. by Hendry, D, Pretis, F

“…We identify anthropogenic contributions to atmospheric CO2 measured at Mauna Loa using a statistical automatic model selection algorithm (Autometrics). …”

Volcanic emissions and the early Earth atmosphere by Martin, R, Mather, T, Pyle, D

“…Production of these reactive trace species is insensitive to atmospheric CO 2 in mixtures where the atmospheric gas is the minor component and will hence continue during periods of low atmospheric CO 2. …”

Equatorial and midlatitude circulation of Jupiter's atmosphere by Skeet, D

“…<p>This thesis describes the development of and results from a new numerical model of Jupiter's atmosphere. The model is an adaptation of a general circulation model (GCM) of the Earth's atmosphere. …”

Atmospheric changes from solar eclipses by Aplin, K, Scott, C, Gray, S

“…This article reviews atmospheric changes associated with 44 solar eclipses, beginning with the first quantitative results available, from 1834 (earlier qualitative accounts also exist). …”

NEAR-INFRARED SPECTROSCOPY OF THE ATMOSPHERE OF JUPITER by Taylor, F, Calcutt, S

Equatorial jets in the dusty Martian atmosphere by Lewis, SR, Read, P

Baroclinic wave transitions in the Martian atmosphere by Collins, M, Lewis, SR, Read, P, Hourdin, F