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The Internal Structure of Periglacial Landforms
Periglacial environments are facing dramatic changes. Warming air temperatures and strong snow cover variations fundamentally affect landforming processes in this hotspot region of Climate Change. But before we can assess the response of landform development to a changing climate, we need to enhance our understanding of the internal structure of those landforms. Within this study, a broad scope of landform types from alpine and subarctic regions is investigated: rock glaciers, solifluction lobes, palsas and patterned ground. By using the geophysical methods 2-D and 3-D ERI, as well as GPR surveying, structural differences and similarities between landform units of different or the same landform types are highlighted. This enables a reconstruction of their past and a projection of their future development.
Multi-scale characterisation of permafrost landscapes and landforms in Northwest Canada based on in situ, geophysical and remote sensing data
Most of the periglacial environments on Earth are experiencing enormous changes during the ongoing climate warming. These changes strongly affect the thermal regime in the subsurface as well as geomorphological processes taking place. To assess how periglacial environments will develop in the future, it is important to know the recent subsurface structures and to understand their complex relationships to surface characteristics. Small-scale heterogeneities play an important role in this context, as they make large-scale predictions regarding future development very difficult. This study presents a multimethodological approach to reveal relationships between surface and subsurface properties and their respective small-scale distribution along a north-south transect throughout the Mackenzie Delta Region in Northwest Canada. In addition, high-resolution three-dimensional investigations of two pingos and a retrogressive thaw slump reveal new insights in the morphological development of these landforms.
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Spuren der altägyptischen Gesellschaft
Die Hinterlassenschaften der Gesellschaft des Alten Ägyptens reichen von monumentalen Pyramidenanlagen bis zu mikroskopischen Spuren menschlicher Aktivitäten, von Felsinschriften bis zu Romanen. Wie lässt sich das alles sinnvoll in Bezug stellen und welche Methoden und Fragestellungen sind dafür notwendig? Das Buch versammelt 28 Beiträge zu Ehren Stephan J. Seidlmayers, die versuchen, darauf aktuelle Antworten zu geben.
El paisaje en el antiguo Egipto
This study integrates landscape archaeology and cognitive neuroscience to explore ancient Egyptian funerary practices. It examines how landscapes influenced cultural evolution, using case studies in Umm el-Qaab and Thebes. The research redefines the cultural role of landscapes, highlighting their dynamic influence on ancient Egyptian culture.
A Mendenhall-Newlin Alliance
Jacob Hewes Mendenhall (1813-1892) was the son of Cyrus Mendenhall and Janes Hewes of Naaman's Creek, New Castle Co., Delaware. It was known then as Chichester. He married Hannah Worrilow Newlin, daughter of Nicholas Newlin and Sarah Worrilow at Middletown Meeting in 1838. After their marriage, they were living at Nether Providence and their first six children were born there. In 1850, their family moved to Pennsbury Twp., Chester Co., PA near Parkersville. They were the parents of thirteen children. Several generations of ancestors and descendants are given for related lineages.
