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Zhuyun Ye public CV
Zhuyun Ye
Dr.
Adjunkt
,
Institut for Miljøvidenskab - Atmosfæriske Emissioner og Modellering
Adjunkt
,
iCLIMATE Aarhus University Interdisciplinary Centre for Climate Change
https://orcid.org/0000-0002-6074-228X
E-mail
zye
envs.au
dk
Frederiksborgvej 399
,
7403, 100
4000
Roskilde
Danmark
Frederiksborgvej 399
4000
Roskilde
Danmark
2014
2025
Publikationer pr. år
Vis
Fingeraftryk
Netværk
Projekter
(5)
Publikation
(17)
Aktiviteter
(2)
Lignende profiler
(6)
Fingeraftryk
Dyk ned i forskningsemnerne, hvor Zhuyun Ye er aktive. Disse emneetiketter kommer fra dennes persons arbejder. Sammen danner de et unikt fingerprint.
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Alfabetisk
Earth and Planetary Sciences
Wet Deposition
100%
Emissions
93%
China
72%
New York
58%
Dry Deposition
52%
Particular Matter 2.5
48%
Mixing Ratio
43%
Atmospherics
42%
Europe
37%
Annual Variation
33%
Oxidant
31%
Nitrogen Dioxide
31%
Chemical Transport
28%
United States
28%
Emission Reduction
24%
Land Surface
24%
Coupled Model Intercomparison Project Phase 6
24%
Downscaling
24%
Emission Control
24%
Canada
24%
Atmospheric Chemistry
24%
Hydrogen Peroxide
24%
Vegetation
24%
Air Pollution
24%
Climate Change
23%
Air Mass
20%
National Parks
18%
Spatial Variation
18%
Heat Wave
18%
Atmospheric Deposition
17%
United States of America
14%
Relative Humidity
14%
Critical Level
12%
Vapor Phase
12%
Coastal Environment
12%
Moisture Content
12%
Aerosol Liquid Water Content
12%
Southern Europe
12%
Nova Scotia
12%
Rural Area
11%
Emission Inventory
11%
Air Quality
11%
Wind Velocity
9%
Aerosol Formation
8%
Biomass Burning
8%
Throughfall
7%
Litterfall
7%
Planetary Atmosphere
7%
Speciation (Chemistry)
7%
Seasonality
7%
Engineering
Chemical Mechanism
40%
Air Quality
28%
Deposition Flux
24%
Box Model
24%
Anthropogenic Emission
24%
Emission Control
24%
Air Pollution
24%
Multiscale
24%
Particular Matter 2.5
24%
Relative Humidity
14%
Critical Level
12%
Boundary Layer
7%
Sensible Heat
6%
Metrics
6%
Plant Specie
6%
United Nations Economic Commission for Europe
6%
Air Temperature
6%
Concentration Difference
6%
Measurement Data
6%
Mols
6%
Keyphrases
Convention on Long-range Transboundary Air Pollution
24%
Oxidative Potential
24%
Aerosol Sources
24%
Planetary Boundary Layer
24%
Aerosol Measurement
24%
Big-leaf Model
18%
W126
12%
Boundary Layer Structure
7%
Aerosol Parameter
7%
Atmospheric Mixing
7%
Meteorological Sensors
7%
Water Vapor Flux
6%
Yellowstone National Park
6%
Stomatal Flux
6%
Sensitive Plants
6%
Meteorological Variables
6%
Park Management
6%
National Park Service
6%
Improved Estimation
6%
Leaf Level
6%
Service Use
6%
Grand Teton National Park
6%
Saturation Level
6%
Active Radiation
6%
Water Vapor Concentration
6%
Multivariate Functions
6%
Sensible Heat
6%
