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Combining quantitative field and modelling approaches towards understanding landscape dynamics: an evolution of ideas spanning Jef Vandenberghe's research career

机译:结合定量场和建模方法来理解景观动力学:跨越杰夫·范登伯格研究生涯的观念演变

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摘要

Geomorphology as a scientific discipline has underwent major developments since the mid 20th century. From its original descriptive nature aiming to understand landscape evolution, it developed towards a more process-based oriented discipline. To a large extent this evolution followed a quantitative approach whereby modelling becomes more and more important. A schism between applied or engineering geomorphology and system-based geomorphology aiming at understanding landscape change emerges in the 1950-1960’s. Only at the end of the 20th century – early21st century, integration of quantitative field-based approaches on longer term issues of landscape evolution with numerical modelling emerges. This is particularly true for the Holocene for which the importance of human impact on geomorphic processes and landforms became acknowledged.With respect to landscape evolution on much longer timescales, the development of tectonic geomorphology becomes apparent. In this paper, some evolution of ideas and trends within geomorphology with respect to understanding landscape dynamics are summarised and put into the career perspective of Jef Vandenberghe.
机译:自20世纪中叶以来,地貌学作为一门科学学科得到了重大发展。从最初旨在理解景观演变的描述性性质,到面向过程的面向学科的发展。在很大程度上,这种演变遵循定量方法,因此建模变得越来越重要。在1950-1960年代出现了应用或工程地貌与基于系统的地貌之间的分裂,旨在了解景观变化。仅在20世纪末-21世纪初,才出现了将基于定量场的方法用于景观演化的长期问题与数值建模的集成。对于全新世而言尤其如此,人类对地貌过程和地貌的影响已得到承认。在更长的时间尺度上景观演化方面,构造地貌学的发展变得显而易见。在本文中,总结了地貌学中有关理解景观动力学的思想和趋势的一些演变,并将其纳入了杰夫·范登伯格(Jef Vandenberghe)的职业视野。

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    Verstraeten Gert;

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