Badlands Dynamics in a Context of Global Change

  • ID: 4519394
  • Book
  • Region: Global
  • 336 Pages
  • Elsevier Science and Technology
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Badlands Dynamics in the Context of Global Change presents the newest ideas concerning badland formation and relates them to the larger context of global change. The book provides an overview of badland landforms and covers a variety of interdisciplinary topics, such as runoff generation, erosion processes and rates, the potential for modeling badland systems, and emerging technologies in research. It is an ideal resource for geomorphologists, physical geographers and soil scientists interested in this terrain and how it relates to land degradation in other environments.

  • Provides a global understanding of the complex dynamics of badlands through geology, geomorphology and soil science
  • Covers critical material properties for badlands development based on current knowledge and new data
  • Includes vegetation dynamics in different badlands systems and their relationship with geomorphology dynamics
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1. Badlands in a context of global change 2. The Origin of badlands 3. The role of lithology and soils: lithology controls to badland 4. Vegetation in badlands 5. Runoff generation in badlands 6. The role of piping in the development of badlands 7. Erosion processes and erosion rates 8. Modelling badland systems 9. Emerging technologies in badland studies 10. Human impact on badlands

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Nadal-Romero, Estela
Dr. Nadal-Romero got her degree in Geography (1999-2003) at the University of Zaragoza (Spain). In 2008, she presented her PhD on weathering and erosion processes in badland areas. In the last 10 years, she has been awarded with four postdoctoral contracts, working at the Katholieke Universiteit Leuven (Belgium), University of Amsterdam (The Netherlands), and University of Zaragoza (Spain). In 2018, she will start working in the Pyrenean Institute of Ecology as a tenure researcher (IPE-CSIC). Dr. Nadal Romero's research has been devoted to the integration of interdisciplinary knowledge derived from the geomorphological, hydrological, climatology, soil science and ecological disciplines for the study of Mediterranean mountain areas.
Murillo, Juan Francisco Martinez
Prof. Murillo received his PhD in Geography from the University of Malaga (Spain), studying soil-plant-water relations and water erosion processes in abandoned lands under Mediterranean climate. Since then he has collaborated on and lead research projects on topics such as soil hydrology, soil erosion and soil degradation processes, applying different field and experimental techniques and at different spatial scales. He has published scientific publications in peer-reviewed journals, is an editorial board member of CATENA, and contributed to international and national congresses. Prof. Murillo received tenure as a senior lecturer and is the scientific coordinator in charge of the European Topic Centre for Spatial Information Analysis at the University of Málaga.
Kuhn, Nikolaus Josef
Prof. Kuhn Nikolaus J. Kuhn got his first degree in Physical Geography (1990-1995) in his native country Germany from the University of Trier, completing a thesis on Holocene climate change and dryland lake hydrology in NE-Spain. Winning the Government of Canada Award to undertake PhD research, he moved to the University of Toronto in 1996. There he completed a PhD in Geography (1996-2000), studying the effects of varying weather patterns on soil erosion in Canada and Mexico. The PhD was followed by postdoctoral research in Israel (2001) on the role of rainfall-surface interaction for landscape development in the northern Negev. In 2002, he started academic teaching as Visiting Assistant Professor at Clark University, Worcester, Massachusetts. He joined the University of Exeter as Lecturer for Geography in July 2003. In 2007, he was appointed Honorary Professor at the University of Exeter.
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