Gerd Helle (1 results)

Soft cover. Condition: Very Good. 1st Edition. Paperback, 301 pages, NOT ex-library. Limited signs of gentle handling wear. Book is clean and bright with unmarked text, free of inscriptions and stamps, firmly bound. -- A compilation of extended abstracts from the 5th annual TRACE (Tree Rings in Archaeology, Climatology and Ecology) conference, held in April 2006 in Tervuren, Belgium. This volume showcases the global reach, methodological diversity, and applied relevance of tree-ring science, offering a panoramic view of research in dendrochronology and related disciplines. The volume is structured around six thematic sections: Cultural Heritage, Climatology, Isotopes, Ecology, Geomorphology, and Wood Anatomy and Cambial Activity, encompassing 34 oral contributions and 39 posters. Cultural Heritage contributions underscore the role of dendrochronology in architectural conservation and provenance studies. From the evolution of medieval roofing techniques in Northern France and Belgium to the transcontinental trade of Baltic timber reflected in Northern European artworks, these studies integrate archaeological, historical, and scientific data to reconstruct past construction practices and trade networks. This section is of particular value to heritage professionals, conservators, and historians of architecture. The Climatology section demonstrates the power of tree-ring data in deciphering past climate dynamics. Contributions range from identifying growth-climate relationships in the Borecka Primeval Forest and the Spanish Pyrenees to multi-parameter tree-ring analyses in Ethiopia and the Central Altay. These studies illustrate how tree rings serve as precise and regionally sensitive proxies for past temperature, precipitation, and environmental anomalies, contributing to long-term climatic reconstructions crucial for modelling contemporary climate change. Isotopic investigations push the frontiers of dendrochemistry, using stable isotopes of carbon and oxygen to reveal climatic signals and ecological responses, including insect outbreaks. The Ecology section examines the interaction between trees and their environments - from the impact of forest abandonment in Provence to elemental deposition in Mexican conifers, and from air pollution monitoring in Belgium to the influence of wood ants on tree growth. These diverse case studies exemplify how dendroecology contributes to forest management, biodiversity assessment, and environmental monitoring, making it a critical tool for ecologists, conservationists, and land-use planners. In the Geomorphology section, the focus shifts to natural hazards and landscape dynamics. Tree-ring evidence for landslides, debris flows, erosion, and glacial activity in various European mountain ranges demonstrates the methodological sophistication of dendrogeomorphology. The findings have practical implications for geotechnical assessment, hazard prediction, and landscape evolution studies. The Wood Anatomy and Cambial Activity section offers microscopic and physiological insights into tree response under stress conditions - such as reaction wood, root development, frost damage, and hydraulic conductivity. These topics are of great interest to wood biologists, plant physiologists, and forestry researchers concerned with tree health, adaptation, and wood quality. TRACE Volume 5 stands as a testament to the growing importance of dendrochronology not just as a niche academic field, but as a vital contributor to the global understanding of human-environment interactions across time and space. As climate, heritage, and ecological challenges become increasingly intertwined, the findings and methodologies shared in this volume remain relevant to scientific, policy, and educational communities. Whether for dating ancient timbers, modelling climate patterns, or decoding ecosystem responses, this volume proves tree rings are more than annual records - they are key narratives of our collective past, present, and future.