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- Climate impact on the fluvial processes led to morphological and sedimentological differentiation of a terrace. This diversity in the fluvial environment determined how people could adapt to the river.
www.researchgate.net/publication/263428148_River_terraces_as_a_response_to_climatic_forcing_Formation_processes_sedimentary_characteristics_and_sites_for_human_occupationRiver terraces as a response to climatic forcing: Formation ...
Sep 1, 2021 · In the context of socioeconomic development and global climate change, understanding the complexity related to terracing, as well as the scientific management and sustainable development of terraces for the improvement of human wellbeing, are important research focus areas.
- Traditional Olive Orchards on Sloping Land
Olive orchards have historically been planted on marginal...
- Land Use Change Effects on Abandoned Terraced Soils in a Mediterranean Catchment, Ne Spain
The hilly Mediterranean environments, totally terraced and...
- Consequences of Climate Change for European Agricultural Productivity, Land Use and Policy
Europe can be divided into a number of major agricultural...
- A Case Study From South East Spain
Each dam and terrace was visited in the field, the height of...
- Assessing The Soil Erosion Control Service of Ecosystems Change in The Loess Plateau of China
Changes of the amount of soil loss with time in these two...
- Studying The Role of Old Agricultural Terraces on Runoff Generation in a Small Mediterranean Mountainous Basin
Environmental changes produced by agricultural land use...
- Erosion in Mediterranean Landscapes
Poesen and Hooke (1997) pointed out that Mediterranean soils...
- Hydro-geomorphological Consequences of The Abandonment of Agricultural Terraces in The Mediterranean Region
Beyond hillslope gradient, our terrace stability...
- Traditional Olive Orchards on Sloping Land
Jun 3, 2015 · Climate impact on the fluvial processes led to morphological and sedimentological differentiation of a terrace. This diversity in the fluvial environment determined how people could adapt to the river.
- Jef Vandenberghe
- 2015
The rate, type and extension of soil erosion depends on the combined influences of climate (primarily the quantity and intensity of rainfall), relief, vegetation (type, continuity, density) and soil erodability characteristics. The main influences of potential climate changes on soil erosion are as follows: •.
Oct 13, 2021 · Changes in climatic factors have a significant effect on decomposition through changes in the biotic behavior of the soil and not through changes in litter content. Stress of soil moisture will significantly decrease healthy soil function, thereby affecting the productivity of plants.
- Ashutosh Tripathi, Vanya Pandey, Manju Rawat Ranjan
- 2021
Aug 20, 2024 · Terrace erosion has become increasingly pronounced due to the rising incidence of heavy rainfalls resulting from global climate change; however, the processes and mechanisms governing erosion of loess terraces during such events remain poorly understood.
Jun 1, 2014 · The formation of terraces along the Suriname river is closely related to climatic changes during the Quaternary, due to the effects of climate on vegetation and precipitation changes.
Tectonic uplift and climate change are viewed as dominant mechanisms that can shape the earth’s surface through erosion. River terraces can be influenced by one or both of these forcing mechanisms and therefore can be used to study variation in tectonics, climate, and erosion, and how these processes interact.
