Plant Biology for Cultural Heritage: Biodeterioration and ConservationGetty Publications, 2008 - 408 páginas This publication brings together wide-ranging scientific contributions from the field of plant biology relating to the conservation of cultural heritage and offers fundamental knowledge as well as specific suggestions for practical applications. Plant Biology for Cultural Heritage presents the work of dozens of scientists who have studied problems presented by the biological degradation of cultural heritage, tackling both general topics (mechanisms of biodeterioration; correlation between biodeterioration and environment; and destructive organisms) and specific ones (problems presented by different materials; various environmental and climatic conditions; and diverse geographic settings). The book also discusses solutions for the prevention and control of deterioration, including appropriate diagnostic techniques. |
Contenido
Carlo Blasi | 41 |
CHAPTER 8 | 44 |
Caterina Bon Valsassina | 47 |
Denitrifying Bacteria | 64 |
Biodeterioration Processes in Relation | 97 |
Control of Biodeterioration | 144 |
CHAPTER 2 | 153 |
Environment and of the Materials | 171 |
CHAPTER 5 | 202 |
by Ada Roccardi Sandra Ricci | 206 |
by Giulia Caneva and Simona Ceschin | 219 |
5a Characteristics of | 274 |
Biodeterioration Problems in Relation | 297 |
Bioremediation Techniques | 309 |
by Giulia Caneva Maria Pia Nugari | 352 |
BIBLIOGRAPHY | 361 |
Environment and of the Materials | 179 |
by Donatella Matè Giovanna Pasquariello | 194 |
CONTRIBUTORS | 395 |
Otras ediciones - Ver todas
Plant Biology for Cultural Heritage: Biodeterioration and Conservation Getty Conservation Institute Vista de fragmentos - 2008 |
Términos y frases comunes
able acid actinomycetes action activity algae algal alterations archaeological areas artifacts ascomycetes Aspergillus attack autotrophic bacteria biocides biodeteriogens biodeterioration biofilms biological bryophytes calcium Caneva capacity carbon caused cell wall cellulolytic cellulose Chaetomium Chapter characteristics chemical climate colonization color conservation cultural heritage cyanobacteria damage degradation deterioration ecological endolithic environments enzymes example exhibit factors favor fibers frequently frescoes fungal fungi gametophyte genera growth halophilic heterotrophic humidity hyphae hypogean instance isms layer levels lichens light lignin linked materials ment metabolic metal microbial microclimate microflora microorganisms mineral monuments morphology mosses nature Nugari nutrients organisms outdoor oxalic oxidation paintings parameters particular patinas Penicillium phenomena Photo G Pietrini pigments plants Plate pollution presence processes rainfall reproduction resistance result rocks role ronments roots salts Salvadori soil species spores stone structure substances substrate surface temperature textiles thallus tion Urzì various vary vegetative wood