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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
563
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
(26)
Supervised Work
(2)
Fingerprint
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
10Be
11%
Abrasion
8%
China
9%
Cirque
16%
Equilibrium Line Altitude
10%
Erosion Pattern
10%
Gangdise Mountains
25%
Geomorphological Mapping
11%
Geospatial Big Data
10%
Glacial Advance
16%
Glacial Chronology
14%
Glacial Erosion
20%
Glacial Geomorphology
23%
Glacial History
10%
Glacial Landforms
8%
Glacial Lineations
7%
Glaciation
28%
Glacier
41%
Glacier Change
14%
Global Digital Elevation Model
10%
Global Last Glacial Maximum
10%
Hailuogou Glacier
15%
Ice Cap
31%
Ice-free
10%
Lateral Moraines
15%
Little Ice Age
15%
Meltwater
7%
Moraines
27%
Morphological Analysis
10%
Mountain Range
19%
Palaeoenvironmental Conditions
10%
Paleoglaciation
22%
Plateau Mountain
10%
Polythermal
10%
Quaternary Glaciations
14%
Radiocarbon Dating
10%
Radiometer
10%
Remote Sensing Big Data
10%
Shan
42%
Southeastern Tibetan Plateau
58%
Southern Tibet
10%
Southern Tibetan Plateau
15%
Spaceborne
10%
SRTM3
10%
Thermal Emission
10%
Thermal Reflection
10%
Tibet
22%
Tibetan Plateau
36%
Uncrewed Aerial Vehicle
7%
Urban Mapping
10%
Earth and Planetary Sciences
ASTER
11%
Big Data
5%
China
17%
Cirque
16%
Digital Elevation Model
18%
Double Cropping
5%
Equilibrium Line
10%
Fluvial Geomorphology
5%
Geomorphological Mapping
7%
Geomorphological Response
24%
Glacial Drift
11%
Glacial Erosion
20%
Glacial History
9%
Glacial Landform
8%
Glacier Dynamics
5%
Green Space
5%
High Mountain
7%
Holocene
22%
Ice Cap
33%
Ice Field
5%
Ice Sheet
5%
Ice Thickness
6%
Land Degradation
5%
Land Use Change
5%
Landform
14%
Landform Evolution
5%
Landscape Change
5%
Landscape Evolution
9%
Last Glacial Maximum
11%
Lineation
13%
Little Ice Age
14%
Management Information System
5%
Marine Isotope Stage
5%
Mass Movement
5%
Meltwater
7%
Mountain Range
20%
Orthophoto
5%
Radiocarbon Dating
10%
Remote Sensing
5%
Remote Sensing
5%
Satellite Imagery
6%
TanDEM-X
5%
Tectonics
5%
Tibet
30%
Tibetan Plateau
100%
Urban Green
5%
Urban Land Use
10%
Valley Glacier
6%
