volume 110, issue E3, Pn/a-n/a 2005
DOI: 10.1029/2004je002357
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Abstract: [1] We present the results of the first three-dimensional (3-D) simulation of the water isotope HDO in the Martian atmosphere. This deuterated isotope of water has long been used on both Earth and Mars as a proxy to understand the climatic evolutions of these planets. On Mars, the current enrichment in deuterium concentration in the atmosphere is believed to be indirect evidence of a wetter climate in the past. Due to its vapor pressure being lower than that of H 2 O, HDO gets fractionated at condensation and…

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