Alluvial systems are complex, self-organizing and hierarchical in structure. They represent stored and transitory sediment bodies transported by rivers that have eroded their catchments and created multiscalar landforms and sedimentary architectures over a range of time-scales. The central question we address in this paper is how environmental signals are autogenically processed and recorded by the fluvial sediment system. We compare databases of alluvial units that are well constrained in terms of dating control with direct or proxy records of environmental change. River system responses to environmental change are evaluated over three nested time periods spanning the past 200 000 years. First, focusing on Mediterranean European and Africa...
The CAESAR (Cellular Automaton Evolutionary Slope And River) model is used to simulate the Holocene ...
There is a long history of human–riverine interactions throughout the period of agriculture that in ...
This paper presents the first probability-based record of flooding in Europe that spans the entire H...
Alluvial systems are complex, self-organizing and hierarchical in structure. They represent stored a...
Alluvial systems are complex, self-organizing and hierarchical in structure. They represent stored a...
Since the late 1980s our understanding of the relationship between climate, land-use and Holocene ri...
Simulated Holocene sediment discharges from a high-resolution cellular model of river evolution in n...
A comprehensive database of radiocarbon dated fluvial units in Great Britain, Poland and Spain has b...
Fluvial systems are strongly responsive to changes in climate and land use — but take their time to ...
Fluvial records contain evidence of past hydrological changes in terms of water/sediment fluxes and ...
A Holocene alluvial archive of 506 dated units for Great Britain is analysed in terms of the sedimen...
The Earth’s surface is complex and constantly in flux, its dynamism driven by the competing influenc...
Fluvial landforms and sediments can be used to reconstruct past hydrological conditions over differe...
There is a long history of human–riverine interactions throughout the period of agriculture that in ...
A numerical model, which simulates the dynamics of alluvial river channels on geological (Quaternary...
The CAESAR (Cellular Automaton Evolutionary Slope And River) model is used to simulate the Holocene ...
There is a long history of human–riverine interactions throughout the period of agriculture that in ...
This paper presents the first probability-based record of flooding in Europe that spans the entire H...
Alluvial systems are complex, self-organizing and hierarchical in structure. They represent stored a...
Alluvial systems are complex, self-organizing and hierarchical in structure. They represent stored a...
Since the late 1980s our understanding of the relationship between climate, land-use and Holocene ri...
Simulated Holocene sediment discharges from a high-resolution cellular model of river evolution in n...
A comprehensive database of radiocarbon dated fluvial units in Great Britain, Poland and Spain has b...
Fluvial systems are strongly responsive to changes in climate and land use — but take their time to ...
Fluvial records contain evidence of past hydrological changes in terms of water/sediment fluxes and ...
A Holocene alluvial archive of 506 dated units for Great Britain is analysed in terms of the sedimen...
The Earth’s surface is complex and constantly in flux, its dynamism driven by the competing influenc...
Fluvial landforms and sediments can be used to reconstruct past hydrological conditions over differe...
There is a long history of human–riverine interactions throughout the period of agriculture that in ...
A numerical model, which simulates the dynamics of alluvial river channels on geological (Quaternary...
The CAESAR (Cellular Automaton Evolutionary Slope And River) model is used to simulate the Holocene ...
There is a long history of human–riverine interactions throughout the period of agriculture that in ...
This paper presents the first probability-based record of flooding in Europe that spans the entire H...