Quaternary of South America and Antarctic Peninsula
📘 About This Book
This volume is a compilation of papers that deal with palaeoecological aspects of Argentina and Uruguay, and that derive from the special session on the Quaternary of South America at the XIIth INQUA International Congress held in Ottawa in 1987.
📖 Summary
Quaternary of South America and Antarctic Peninsula, edited by Jorge Rabassa, is an academic compilation that brings together significant scientific papers focusing on the palaeoecological aspects of Argentina and Uruguay. Published in 2020 and spanning 382 pages, this volume originates from the specialized sessions dedicated to the Quaternary period held during the XIIth INQUA International Congress in Ottawa in 1987. Although the foundational presentations occurred decades prior, the compilation serves as a lasting repository of critical regional data, historical scientific methodologies, and baseline studies that continue to inform modern geological, ecological, and environmental research in the Southern Hemisphere. The book primarily addresses the complex environmental shifts, glacial histories, and climatic variations that shaped South America and the Antarctic Peninsula during the Quaternary era. Through a collection of meticulously peer-reviewed papers, researchers examine the physical evidence left behind by past climate fluctuations, utilizing geological, botanical, and zoological data to reconstruct ancient ecosystems. The geographical focus heavily centers on Argentina and Uruguay, offering deep insights into how these landscapes evolved through periods of global cooling and warming, shifting sea levels, and changing atmospheric conditions. By compiling these studies into a single volume, the book highlights the interconnectedness of Southern Hemisphere ecosystems and the Antarctic margins. Readers are taken through various methodologies used by geoscientists and palaeoecologists to interpret sedimentary records, fossil distributions, and glacial moraines. The text underscores the importance of regional studies in understanding global climatic phenomena. While global models provide a broad stroke picture of past climates, localized data from South America and the Antarctic Peninsula are essential for testing and refining these models. The contributing authors present detailed case studies that illustrate how regional topography and ocean currents uniquely influenced local environments during the Quaternary period. As a technology and engineering adjacent resource, the book provides vital baseline knowledge for civil and environmental engineering projects, geotechnical investigations, and natural hazard assessments in the region. Understanding historical landscape stability, sediment deposition, and climatic trends is crucial for modern infrastructure development and environmental management. Quaternary of South America and Antarctic Peninsula stands as a testament to international scientific collaboration and remains a valuable reference for specialists dedicated to unraveling the complex geological and ecological history of the far south.
🎯 Key Lessons
⚖️ Pros & Cons
✅ Pros
Provides valuable historical research data from the XIIth INQUA International Congress.
Offers detailed focus on under-represented regions like Argentina and Uruguay.
Serves as a crucial baseline for modern palaeoecological and geological studies.
Brings together specialized papers into a single accessible volume.
⚠️ Cons
Based on conference sessions from 1987, making some data historically dated.
Focuses heavily on academic and technical audiences rather than casual readers.
❓ FAQ
Who edited the book? +
Jorge Rabassa is the editor of the volume.
When was the book published? +
It was published in 2020.
How many pages does the book have? +
The book contains 382 pages.
Where did the papers originate? +
The papers derive from a special session at the XIIth INQUA International Congress held in Ottawa in 1987.
What geographical regions are covered? +
The book primarily focuses on Argentina and Uruguay, alongside the Antarctic Peninsula.
