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Dust transport and the question of desert loess formation
H. TSOAR
, K. PYE
Department of Environmental, Geoinformatics and Urban Planning Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
595
Scopus citations
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Keyphrases
Arid Area
14%
Central China
14%
Cold Stage
14%
Cultivated Soil
14%
Desert
28%
Desert Loess
100%
Dust
42%
Dust Deposition
14%
Dust Deposition Rate
14%
Dust Flux
14%
Dust Particles
14%
Dust Storm
14%
Dust Storm Frequency
14%
Dust Transport
100%
Dust Trapping
14%
Effects of Human Activity
14%
Glacial Outwash
14%
Glacial Period
14%
Glaciation
14%
Ground Surface
14%
Landscape Stability
14%
Limited Area
14%
Loess
100%
Loess Deposits
14%
Loess Formation
100%
Magnitude-frequency
14%
Meltwater Flow
14%
Mid-latitude
28%
Modern Dust
14%
Obstacle Area
14%
Outwash Plain
14%
Semi-arid Area
28%
Semi-arid Region
14%
Silt
42%
Sinai
14%
Soviet Central Asia
14%
Subtropical Deserts
14%
Thick Loess
14%
Topographic Obstacle
14%
Vegetated Surface
14%
Earth and Planetary Sciences
Central Asia
33%
China
33%
Dust Storm
66%
Holocene
66%
Meltwater
33%
Pleistocene
100%
Sediment
33%
Semiarid Region
33%
Temperate Region
66%
Vegetation
66%