Barbieri M., Masi U., 1976, “Distribuzione dello stronzio nei gessi e nelle anidriti delle formazioni evaporitiche dell’Italia centrale”, Rend. Soc. Ital. di Mineral e Petrol, 32, p. 551-560.
Beaugnon F., Gariani G., Gouillart E., Bouquillon A., Bormand M., Wallez G., 2019, “Microstructure imaging of Florentine stuccoes through x-Ray tomography: a new insight on ancient plaster-making techniques”, Journal of Cultural Heritage, 40, p. 17-24.
Benedetti Calvetti,1977, Benedetti Calvetti C., 1977, “L’industria dell’alabastro di Volterra (Pisa). Note geografiche”, Boll. Soc. Geogr. It., s. X, VI, 10-12, p. 637-646.
Bernasconi S. M., Meier I., Wohlwend S., Brack P., Hochuli P. A., Bläsi H., Wortmann U. G., Ramseyer K., 2017, “An evaporite-based high-resolution sulfur isotope record of Late Permian and Triassic seawater sulfate”, Geochimica et Cosmochimica Acta, 204, p. 331-349.
Boschetti T., Cortecci G., Toscani L., Iacumin P., 2011, “Sulfur and oxygen isotopecompositions of Upper Triassic sulfates from Northerm Apennines (Italy): palaeogeographic and hidrogeochemical implications”, Geologica Acta Int. EarthSci. J., 9, p. 129-147.
Bossio A., Foresi L. M., Liotta D., Mazzanti R., Mazzei R., Salvatorini G., Squarci P., 1999, “Riordino delle conoscenze sul Bacino neogenito del Tora-Fine (Toscana, Italia)”, Atti Soc. Tosc. Sci. Nat., Ser. A, 106, p. 1-16.
Bossio A., Mazzanti R., Mazzei R., Pascucci V., Salvatorini G. F., Sandrelli F., 1994, “Il bacino di Volterra: notizie preliminari sull’evoluzione della sua area centro meridionale durante il Pliocene”, Studi preliminari per l’acquisizione dei dati CROP 18. Studi Geologici Camerti, p. 19-31.
Caillère S., Hénin S., Rautureau M., 1982, Minéralogie des argiles, 2, Éditions Masson, p. 62-68.
Carmignani L., Conti P., Cornamusini G., Pirro A., 2013, “Geological map of Tuscany (Italy)”, Journal of Maps, 9, p. 487-497.
Cat. Exhib. Cento, 2007, La Madonna del presepe, da Donatello a Guercino, Una devozione antica e nuova nella terra di Cento [Exhib. Cento, Minerva Edizioni, Pinacoteca Civita, 2007, 1st December 2007-13th April 2008], G. Adani et al. (eds.), Minerva Edizioni, Argelato.
Cennini C., 1960, The Craftsman’s Handbook. “Il Libro dell’Arte”, trans. by D. V. Thompson Jr, Dover Publications, New York.
Chang L. L. Y., Howie R. A., Zussman J., 1998, Rock-forming minerals. Non-silicates: sulphates, carbonates, phosphates, halides, 5B, 2nd ed., Geological Society, London, p. 40-98.
Cheetham F. W, 2005, English medieval alabasters, with a catalogue of the collection in the Victoria and Albert Museum, Boydell Press, Woodbridge.
Chiba H., Kusakabe M., Hirano S.-I., Matsuo S., Somiya S., 1981, “Oxygen isotope fractionation factors between anhydrite and water from 100 to 550 C”, Earth and Planetary Science Letters, 53, p. 55-62.
Chiba H., Sakai H., 1985, “Oxygen isotope exchange-rate between dissolved sulfate and water at hydrothermal temperatures”, Geochimica et Cosmochimica Acta, 49, p. 993-1000.
Claypool G. E., Holser W. T., Kaplan I. R., Sakai H., Zak I., 1980, “The age curves of sulfur and oxygen isotopes in marine sulfate and their mutual interpretation”, Chemical Geology, 28, p. 199-260.
Cortecci G., Reyes E., Berti G., Casati P., 1981, “Sulphur and oxygen isotopes in Italian marine sulfates of Permian Triassic ages”, Chemical Geology, 34, p. 65-79.
Costagliola P., Benvenuti M., Corsini F., Maineri C., Mascaro I., 2001, “Pb-isotope signatures of Italian alabasters possible application to provenance studies of works of art”, European Journal of Mineralogy, 13, p. 421-428.
Dean W. E., 1978, “Trace of minor elements in evaporates”, in W. E. Dean, B. C. Schreiber (eds.), Marine Evaporites, SEPM Short Course 4, Oklahoma City, p. 86-104.
Dinelli E., Testa G., Cortecci G., Barbieri M., 1999, “Stratigraphic and petrographic constraints to trace element and isotope geochemistry of Messinian sulfates of Tuscany”, Mem. Soc. Geol. It., 54, p. 61-74.
Fiumi E., 1974, La formazione gessosa dell’alabastro candido di Castellina Marittima, G. Cappellini, Bologna.
Franceschi E., Locardi F., 2014, “Strontium, a new marker of the origin of gypsum in cultural heritage?”, Journal of Cultural Heritage, 15, p. 522-527.
Gale N. H., Einfalt H. C., Hubberten H. W., Jones R. E., 1988, “The sources of Mycenaean gypsum”, Journal of Archaeological Science, vol. 15, p. 57-72 [https://doi.org/10.1016/0305-4403(88)90019-2].
Gariani G., Lehuédé P., Leroux L., Wallez G., Goubard F., Bouquillon A., Bormand M., 2018, “First insights on the mineral composition of “stucco” devotional reliefs from Italian Renaissance Masters: investigating technological practices and raw material sourcing”, Journal of Cultural Heritage, vol. 34, p. 23-32 [https://doi.org/10.1016/j.culher.2018.05.003].
Gentilini G., 2012, “Scultura dipinta o pittura a rilievo? Riflessioni sulla policromia nel quattrocento fiorentino”, Technè, 36, p. 9-17.
Gettens R. J., 1954, “A visit to an ancient gypsum quarry, Tuscany”, Studies in Conservation, 1, p. 190-192.
Ielpi A., Cornamusini G., 2016, “Geology of the late Miocene south-eastern Volterra Basin (Northern Apennines, Italy)”, Journal of Maps, 12, p. 12-25. [https://www.tandfonline.com/doi/full/10.1080/17445647.2014.946105].
Kampschulte A., Strauss H., 2004, “The sulfur isotopic evolution of Phanerozoic seawater based on the analysis of structurally substituted sulfate in carbonates”, Chemical Geology, 204, p. 255-286.
Kloppmann W., Bromblet P., Vallet J. M., Verges-Belmin V., Rolland O., Guerrot C., Gosselin C., 2011, “Building materials as intrinsic sources of sulphate: a hidden face of salt weathering of historical monuments investigated through multi-isotope tracing (B, O, S)”, Science of the Total Environment, 409, p. 1658-1669.
Kloppmann W., Le Pogam P.-Y., Leroux L., 2018, “La sculpture sur albâtre en France du xive au xvie siècle : enjeux, méthodes et résultats d’un programme de recherche”, Revue de l’Art, p. 9-20.
Kloppmann W., Leroux L., Bromblet P., Guerrot C., Proust E., Cooper A. H., Worley N., Smeds S. A., Bengtsson H., 2014, “Tracing Medieval and Renaissance Alabaster works of art back to quarries: a multi-isotope (Sr, S, O) approach”, Archaeometry, 56, p. 203-219.
Kloppmann W., Leroux L., Bromblet P., Le Pogam P.-Y., Cooper A. H., Worley N., Guerrot C., Montech A. T., Gallas A. M., Aillaud R., 2017, “Competing English, Spanish, and French alabaster trade in Europe over five centuries as evidenced by isotope fingerprinting”, Proceedings of the National Academy of Sciences, 114, p. 11856-11860.
Kloppmann W., Leroux L., Bromblet P., Le Pogam P.-Y., Montech A. T., Guerrot C., 2021, “A pan-European art trade in the Late Middle Ages: isotopic evidence on the Master of Rimini enigma” [https://hal-brgm.archives-ouvertes.fr/hal-03114505/document].
Kloppmann W., Verges-Belmin V., Rolland O., Bromblet P., Vallet J. M., Gosselin C., 2008, “Néoformation de sulfates comme facteur de dégradation des pierres des monuments. Détermination par traçage isotopique (B, O, S) des sources internes et externes du soufre”, Actes du colloque Sciences des Matériaux du patrimoine culturel, Technè, numéro Hors série, p. 114-119.
Kockman V., Foley L. M., 1987, “Certification of four North-American gypsum rock sample type: calcium sulphate dehydrate, CaSO4.2H2O, GYP-A, GYP-B, GYP-C and GYP-D”, Geostandards Newsletter, vol. 11, p. 87-102.
Kushnir J., 1982, “The coprecipitation of strontium, magnesium, sodium, potassium and chloride ions with gypsum. An experimental study”, Geochemica et Cosmochimica Acta, 44, p. 1471-1482.
Leroux L., Kloppmann W., Bromblet P., Guerrot C., Cooper A. H., Le Pogam P.-Y., Vingtain D., Worley N., 2018, “Tracing Alabaster (Gypsum or Anhydrite) Artwork using trace element analysis and a multi-isotope approach (Sr, S, O)”, ASMOSIA XI Interdisciplinary Studies of Ancient Stone. Proceedings of the Eleventh International Conference of ASMOSIA (Split, 18-22 May 2015), D. Matetić Poljak and K. Marasović (eds.), University of Split, Split, p. 195-206.
Lugli S., Testa G., 1993, “The origin of the gypsum alabaster spheroids in the Messinian evaporites from Castellina Marittima (Pisa, Italy): preliminary observations”, G. Geol., 55, p. 51-68.
Marchand E., 2007, “Reproducing relief: the use and status of plaster casts in the Italian Renaissance”, in D. Cooper and M. Leino (eds.), Depth of field: relief Sculpture in Renaissance Italy, Peter Lang, Berne, p. 191-222.
McArthur J. M., Howarth R. J., Bailey T. R., 2001, “Strontium isotope stratigraphy: LOWESS version 3: Best fit to the marine Sr-isotope curve for 0-509 Ma and accompanying look-up table for deriving numerical age”, Journal of Geology, 109, p. 155-170.
Nusara S., Punya C., Sarunya P., Ken-Ichiro H., 2017, “Petrology and alteration of calcium sulphate deposits in Late Paleozoic rocks of Wang Saphung Area, Loei Province, Thailand”, Journal of Earth Science & Climatic Change, 8:384 [doi: 10.4172/2157-7617.1000384].
Playà E., Ingles M., Rossell L., Orti M., Artigau M., Yeguas J., Manote R., Pey J., 2012, “Determining gypsum alabaster provenance in sculptural artefacts: an application example”, Revista de la Sociedad Espanola de Mineralogia, V, 16, p. 50-51.
Playà E., Rosell L., 2005, “The celestite problem in gypsum Sr geochemistry: an evaluation of purifying methods of gypsiferous samples”, Chemical Geology, 221, p. 102-116.
Sarti G., Testa G., 1994, “Studio geologico stratigrafico della successione tortoniana superiore-pliocenica del margine occidentale del bacino di Volterra (Pisa)”, Mem. Descr. Carta Geol. d’Ital., special volume Evoluzione dei bacini neogenici e loro rapporti con il magmatismo plio-quaternario dell’area tosco-laziale, XLIX, p. 189-228.
Taylor S. R., 1983, “A stable isotope study of the Mercia Mudstones (Keuper Marl) and associated sulphate horizons in the English Midlands”, Sedimentology, 30, p. 11-31.
Testa G., Barbieri M., Cortecci G., 1996, “The origin of Messinian evaporites from Tuscany (Italy) based on new stratigraphic and Geochemical data”, 17th IAS Regional African European Meeting of Sedimentology (Sfax-Tunisia, 26th-28th March 1996), p. 264-265.
Usdowsky E., 2001, “Stable sulphur isotopes as a possible tool for tracing the provenance of the raw material of gypsum mortars”, Chem. Erde, 61, p. 140-147.
Vasari G., [1550], 2008, The Lives of the Artists, trans. by J. C. and P. Bondanella, Oxford University Press, Oxford.
Unpublished documents
Gariani G., 2019, Unravelling materials, provenance, and serial manufacturing of the Madonne di gesso: A first technical study on stucco devotional reliefs from Italian Renaissance Masters. PhD Thesis, under the supervision of F. Goubard et A. Bouquillon, École doctorale Sciences et Ingénierie, université de Cergy-Pontoise, Val d’Oise.
Guillet S., 2017, Les reliefs en stuc polychromé de La Vierge et l’Enfant par Antonio Rossellino et son atelier. Master 2 in art history, under the supervision of M. Bormand et P. Sénéchal, École du Louvre, Paris.
Taylor S. R., 1982, The Trent, Glen Parva and Blue Anchor Formations (Upper Triassic) of the East Midlands and their sulphate deposits. PhD Thesis, University of Leicester, Great Britain.




















