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Dr Ping Fu
Associate Professor in Geographical Science
School of Geographical Sciences
Geospatial and Geo-hazards Research Group
Email
Ping.Fu
nottingham.edu
cn
h-index
610
Scopus Citations
13
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2008
2024
Research activity per year
Overview
Fingerprint
Network
Projects
(2)
Research output
(28)
Supervised Work
(2)
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Dive into the research topics where Ping Fu is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Keyphrases
Southeastern Tibetan Plateau
55%
Shan
40%
Glacier
39%
Tibetan Plateau
34%
Ice Cap
30%
Glaciation
27%
Moraines
26%
Gangdise Mountains
24%
Glacial Geomorphology
22%
Paleoglaciation
21%
Tibet
21%
Glacial Erosion
19%
Mountain Range
18%
Glacial Advance
16%
Cirque
15%
Little Ice Age
14%
Southern Tibetan Plateau
14%
Lateral Moraines
14%
Hailuogou Glacier
14%
Quaternary Glaciations
14%
Glacier Change
14%
Glacial Chronology
13%
Geomorphological Mapping
11%
10Be
10%
Global Last Glacial Maximum
10%
Glacial History
10%
Urban Mapping
9%
Geospatial Big Data
9%
Erosion Pattern
9%
Remote Sensing Big Data
9%
Palaeoenvironmental Conditions
9%
Morphological Analysis
9%
SRTM3
9%
Plateau Mountain
9%
Global Digital Elevation Model
9%
Polythermal
9%
Southern Tibet
9%
Equilibrium Line Altitude
9%
Radiocarbon Dating
9%
Thermal Reflection
9%
Ice-free
9%
Radiometer
9%
Spaceborne
9%
Thermal Emission
9%
China
8%
Glacial Landforms
8%
Abrasion
7%
Uncrewed Aerial Vehicle
7%
Glacial Lineations
7%
Meltwater
6%
Earth and Planetary Sciences
Tibetan Plateau
100%
Ice Cap
32%
Tibet
29%
Geomorphological Response
23%
Holocene
21%
Cirque
20%
Glacial Erosion
19%
Mountain Range
19%
Digital Elevation Model
17%
China
16%
Landform
14%
Little Ice Age
14%
Lineation
13%
ASTER
11%
Last Glacial Maximum
10%
Glacial Drift
10%
Urban Land Use
9%
Equilibrium Line
9%
Radiocarbon Dating
9%
Glacial History
9%
Landscape Evolution
8%
Glacial Landform
7%
High Mountain
7%
Geomorphological Mapping
6%
Meltwater
6%
Satellite Imagery
6%
Valley Glacier
6%
Ice Thickness
5%
Glacier Dynamics
5%
Orthophoto
5%
Ice Sheet
5%