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Improving the global energy budget in ground-based meteorological stations through an albedo-based aerodynamic roughness length
Kasongo Emmanuel Shutsha
Published May 15, 2023
Last Edited May 15, 2023
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Research Category
Physical science of climate change ; Impacts, adaptation and vulnerabilities related to climate change ; Mitigation of Climate Change
Emissions producing economic sector under study
Not applicable
Keywords
Aerodynamic Roughness Length ,
Albedo ,
Atmospheric Stability ,
Eddy-Covariance ,
FLUXNET ,
Land Surface Heterogeneity ,
Surface Energy Balance ,
Wind Friction Velocity ,
Wind Speed
Geographies Covered
Global
Country / Countries as Case Study
Not applicable
City / Cities as Case Study
Not applicable
Name of University
Cardiff University
Department/ Name of PhD degree
PhD in Earth Sciences
Division/ School/ Faculty / Area within the University
Cardiff University School of Earth and Environmental Sciences
College Name
Not applicable
Year of start of PhD
2020
Expected year of completion of PhD
2025
Email
ShutshaKE@cardiff.ac.uk
Researcher Profile
https://www.cardiff.ac.uk/people/research-students/view/2491825-shutsha-kasongo
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