Science, Technology and Cultural Heritage

Herausgeber: Rogerio-Candelera, M a

• Gebundenes Buch

Produktbeschreibung

The Second International Congress on Science and Technology for the Conservation of Cultural Heritage was held in Seville, Spain, June 24-27, 2014, under the umbrella of the TechnoHeritage network. This book features a total of seventy-two contributions which reflect some of the most recent responses to the challenge of cultural assets conservation and the application of different scientific approaches to the common goal of the conservation of cultural heritage.

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Produktdetails

• Verlag: CRC Press
• Seitenzahl: 514
• Erscheinungstermin: 1. Dezember 2014
• Englisch
• Abmessung: 244mm x 175mm x 33mm
• Gewicht: 1021g
• ISBN-13: 9781138027442
• ISBN-10: 1138027448
• Artikelnr.: 41608753

Autorenporträt

Holder of a PhD in History (Prehistory and Archaeology) and an Extraordinary Doctorate Award from the University of Seville, the editor has been a professional archaeologist for several years and, since 1999, has worked for the Instituto de Recursos Naturales y Agrobiología de Sevilla of the Spanish Council for Scientific Research (CSIC), investigating biodeterioration and non-invasive recording of Cultural Heritage, particularly rock art. He has conducted research on several painted tombs of Roman and Etruscan necropolises and at some Portuguese and Spanish rock art sites, including the Altamira Cave.

Inhaltsangabe

Science, Technology, and Cultural Heritage: An inexorable relationship,
Climate change, sea level rise and impact on monuments in Venice, Air
pollution and preventive conservation in some European museums, Low cost
strategies for the environmental monitoring of Cultural Heritage:
Preliminary data from the crypt of St. Francesco d'Assisi, Irsina
(Basilicata, Southern Italy), Monitoring moisture distribution on stone and
masonry walls, Effects of open shelters on limestone decay: The case-study
of the Bishop's Palace archaeological site in Witney (England), Air quality
assessment and protection treatments impact on the collection of the Museo
Naval (Madrid, Spain), Establishing the relationship between underwater
cultural heritage deterioration and marine environmental factors. A
comparative analysis of the Bucentaure and Fougueux sites, Natural gamma
radioactivity in granites with different weathering degrees: A case study
in Braga (NW Portugal), Accelerated weathering test as environmental
behaviour trials on metals, Painting woods vulnerability to ultraviolet
exposure, Physical characterization of super-fragile materials in
underwater archaeological sites, Underwater Cultural Heritage risk
assessment related to mean and extreme storm events: A modelling case study
in the Bay of Cadiz, Another source of soluble salts in urban environments
due to recent social behaviour pattern in historical centres, Historical
and experimental integrated study on brick masonry identification:
Comparison of two heritage buildings in the city of Alcalá de Henares
(Madrid, Spain), Physical-chemical analysis for the research and the
valorisation of the oppidum of Puente Tablas (Jaén, Spain), The use of
writing inks in 12th-19th century Arabic manuscripts: A study of the
collection of the School of Arabic Studies, Granada (Spain), Science,
Technology, and Cultural Heritage: An inexorable relationship, New
nanomaterials for conservation of Cultural Heritage: Consolidants,
hydrophobic and self-cleaning products, Nanosilica and nanolime on the
conservation of mortars and concretes of our heritage, Effectiveness of a
novel consolidant/hydrophobic nanomaterial on stones from three
archaeological sites, New consolidant product based on nanoparticles to
preserve the dolomitic stone heritage, Powdered Cellulose Project:
Cellulosic fibres for dry cleaning and reinforcement of paper supports,
Increasing surface roughness of coatings to promote high-hydrophobicity,
Damage diagnosis and water repellent assessment in the Fuente Nueva of
Martos (Jaén, Spain), Chromatic properties study of mortars with organic
binder used in the reproduction of outdoor artworks, Epoxy resins: From
industrial material to contemporary art medium, Characterisation and
purification of proteic binders used in easel paintings, Tertiary
bioreceptivity of Hontoria limestone: Assessment of secondary metabolites
as natural biocides, Microbes, science, art and conservation, who wins the
game?, Characterization of phototrophic biofilms deteriorating Indian stone
monuments, their response to heat stress and development of a non-invasive
remediation strategy, The effect of calcium oxalates in the weathering
steel surface, Role of microorganisms in mural paintings decay, Production
of novel biocides for Cultural Heritage from Bacillus sp., Phototrophic
microorganisms in the tourist cave of Nerja, Analytical and microbiological
characterization of 20th century photographic negatives, Characterization
of old paper samples exhibiting foxing, Analysis of materials and
biodeterioration study of a corn cane sculpture: Crucificado del Capítulo
de Bornos (Cádiz), Fluorescence in situ hybridisation for microbiological
detection in mortars, Laser Induced Fluorescence applied to diagnosis in
calcareous stones, Swelling clays in stone materials of the built heritage
of Córdoba (Spain), Observatory of Cultural Heritage Conservation Research,
Two new species of bacteria isolated from white colonizations in Andalusian
caves, Application of THz-TDS imaging technology to the investigation of
panel paintings, Panel painting by Cristobal de Morales analysed by
non-destructive XRF technique, The Mayan stucco masks from Edzná: Material
characterization and analysis of the environmental influence on their
deterioration, Detection of starch and organic dyestuffs as painting
materials in a series of 18th century paintings by Zacarías González
Velázquez using a HPLC-DAD-QTOF system, Late middle age painting canvas of
the Our Lady of Rosary: A study of its materials and techniques, Impact
assessment of different cleaning methods for tarnished silver artefacts,
Detection of proteic binders in easel paintings using monoclonal
antibodies, Study of the influence of black dyes in the physico-mechanical
behaviour of silk fabrics. II. Influence of UV-light artificial aging,
Estimating the firing temperature of ancient pottery by combining TL and
other usual techniques, Archaeometric study of porcelains of the National
Spanish Museum of Archaeology, Weathering maps assisted by Digital Image
Analysis and Autocad, 3D study of Cultural Heritage for conservation:
Reliability of portable 3D laser scanner, The representation of Cultural
Heritage: Methodologies for digital characterization, Building features and
safeguard of church towers in Basilicata (Southern Italy), Remote sensing
for the study, protection and conservation of Cultural Heritage: The
experience of ITACA Mission in Southern America (2007-2013), Artworks in
high-risk context: Integrated and low cost approach to theft and dispersion
protection, Spatial analysis for archaeological predictive models:
Preliminary results for the Roman Age in the Basilicata Region, The "Sassi
of Matera" site: Preliminary results from the investigation on the
weathering forms through on-field surveys and spatial analysis, Development
and implementation of the MHS algorithm for the preventive conservation of
heritage monuments, Comparative study of Roman counterfeit coins: A
multi-technique approach, Integrating non-destructive techniques with
photogrammetry 3D models for the development of Geographic Information
Systems in heritage structures, Project 3D-ICONS: The Iberian heritage at
the European Digital Library, The Antiqvarivm of Seville, new landmark of
cultural heritage in Seville, Enhancement of the historical "Royal
Quicksilver Way", Approaches to restoration project of monuments and
historical sites in Southern Italy, The dialogue between stone and
environment: Learning from practice, Public vs. private rehabilitation
management strategies-the Almeida Manège and the Fronteira Palace, The
Cloister-a unique space, New vulnerability approach for monument diagnosis,
Sensing technologies for monitoring and conservation of Cultural Heritage:
Wireless detection of decay factors