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International audienceThis work aims at identifying the reactive zones inside limestone used in monuments exposed to fog. The location of these zonesand the depth of the water penetration front is of primary relevance to evaluate the transport of aggressive species and theinfluence of environmental conditions on alteration mechanisms and kinetics of limestone exposed to the atmosphere. We reporthere the results of weathering experiments conducted in a deuterium-enriched environment and the characterization of reactivezones analyzed by NanoSIMS. It was determined that water penetrated several hundred micrometers inside the limestone and thatonly the first micrometers were significantly altere

Isotope Tracers to Investigate Reactive Zones in Stones from Built Cultural Heritage