Abstract: The geometries of alluvial fans and their upland catchments subject to known rates of basin subsidence V and upland precipitation P, respectively, are compared with predictions from a quantitative analysis of an idealized landscape. We find that the dimensionless ratio V/P explains systematic trends in relative fan size and source catchment relief previously reported from environmentally wide-ranging regions worldwide, and contributes to the interpretation of recently reported observations of fan-like phenomena on Mars. An alluvial fan is a cone-shaped deposit of silt, sand and gravel that accumulates where a stream flows from an eroding upland catchment and debouches into a subsiding basin. Such features are common in many arid l...
The presence, duration and quantity of water on Mars remains an important research topic in planetar...
A description and analysis of the distribution, drainage basin characteristics and surface morpholog...
NOTE: Text or symbols on renderable in plain ASCII are indicated by [...]. Abstract is included in ....
Alluvial fans are ubiquitous landforms in high-relief regions on Earth and Mars. They have a semi-co...
Several dozen distinct alluvial fans, 10 to greater than 40 km long downslope are observed exclusive...
[1] Several dozen distinct alluvial fans, 10 to 40 km long downslope, have been observed in highland...
within impact crater basins on the cratered highlands of Mars. The timescales and climate conditions...
Dozens of sedimentary fans have been identified on Mars and have been interpreted as alluvial fans o...
We present the results of the complete survey of Martian alluvial fans from 0-30 S, initiated by Moo...
Alluvial fans on Mars record evidence of depositional environments that represent the final era of p...
Alluvial and fluvial fans are the most widespread depositional landforms bordering the margins of lo...
Arid alluvial fan aggradation is highly episodic and fans often comprise active and inactive sectors...
Alluvial and fluvial fans are the most widespread depositional landforms bordering the margins of lo...
The effects of climate change on eroding landscapes and the terrestrial sedimentary record are poorl...
The deflated surfaces of the alluvial fans in Saheki crater reveal the most detailed record of fan s...
The presence, duration and quantity of water on Mars remains an important research topic in planetar...
A description and analysis of the distribution, drainage basin characteristics and surface morpholog...
NOTE: Text or symbols on renderable in plain ASCII are indicated by [...]. Abstract is included in ....
Alluvial fans are ubiquitous landforms in high-relief regions on Earth and Mars. They have a semi-co...
Several dozen distinct alluvial fans, 10 to greater than 40 km long downslope are observed exclusive...
[1] Several dozen distinct alluvial fans, 10 to 40 km long downslope, have been observed in highland...
within impact crater basins on the cratered highlands of Mars. The timescales and climate conditions...
Dozens of sedimentary fans have been identified on Mars and have been interpreted as alluvial fans o...
We present the results of the complete survey of Martian alluvial fans from 0-30 S, initiated by Moo...
Alluvial fans on Mars record evidence of depositional environments that represent the final era of p...
Alluvial and fluvial fans are the most widespread depositional landforms bordering the margins of lo...
Arid alluvial fan aggradation is highly episodic and fans often comprise active and inactive sectors...
Alluvial and fluvial fans are the most widespread depositional landforms bordering the margins of lo...
The effects of climate change on eroding landscapes and the terrestrial sedimentary record are poorl...
The deflated surfaces of the alluvial fans in Saheki crater reveal the most detailed record of fan s...
The presence, duration and quantity of water on Mars remains an important research topic in planetar...
A description and analysis of the distribution, drainage basin characteristics and surface morpholog...
NOTE: Text or symbols on renderable in plain ASCII are indicated by [...]. Abstract is included in ....