Igor Ezau
Job description
I am a professor at UiT working with meteorology and climate in the Renewable Energy Group. My research interest are tightly linked to UN Sustainable Development Goals (SDGs): SDG-7 Energy; SDG-11 Sustainable Cities; and SDG-13 Climate Actions. My current research focuses on diversity of local climates - the climate of the planetary boundary layer, urban climate issues, socio-environmental interactions in aspects related to atmospheric processes and phenomena.
Eduard Khachatrian,
Patricia Lea Elisabeth Asemann,
Zhou Lihong,
Yngve Birkelund,
Igor Ezau,
Benjamin Ricaud
:
Exploring the Potential of Sentinel-1 Ocean Wind Field Product for Near-Surface Offshore Wind Assessment in the Norwegian Arctic
Alexander Mahura,
Alexander Baklanov,
Risto Makkonen,
Michael Boy,
Tuukka Petäjä,
Hanna K. Lappalainen
et al.:
Towards seamless environmental prediction–development of Pan-Eurasian EXperiment (PEEX) modelling platform
Igor Esau,
Michal Belda,
Victoria Miles,
Jan Geletič,
Jaroslav Resler,
Pavel Krč
et al.:
A city-scale turbulence-resolving model as an essential element of integrated urban services
Yongling Zhao,
Dominik Strebel,
Dominique Derome,
Igor Esau,
Qi Li,
Jan Carmeliet
:
Using clustering to understand intra-city warming in heatwaves: insights into Paris, Montreal, and Zurich
Sylvain Lucas,
Johnny Andre Johannessen,
Mathilde Cancet,
Lasse H Pettersson,
Igor Esau,
Jonathan Winfield Rheinlænder
et al.:
Knowledge Gaps and Impact of Future Satellite Missions to Facilitate Monitoring of Changes in the Arctic Ocean
Mikhail Varentsov,
Pavel Konstantinov,
I. Repina,
Arseniy Artamonov,
Alexander Sergeevich Pechkin,
Andrei Soromotin
et al.:
Observations of the urban boundary layer in a cold climate city
Omar El Guernaoui,
Joachim Reuder,
Dan Li,
Bjørn Maronga,
Mostafa Bakhoday Paskyabi,
Tobias Wolf
et al.:
The Departure from Mixed-Layer Similarity During the Afternoon Decay of Turbulence in the Free-Convective Boundary Layer: Results from Large-Eddy Simulations
Victoria Miles,
Igor Esau,
Martin W. Miles
:
The urban climate of the largest cities of the European Arctic
Urban Climate 2023 DOI
Igor Ezau,
Lasse h Pettersson,
Mathilde Cancet,
Bertrand Chapron,
Alexander Chernokulsky,
Craig James Donlon
et al.:
The Arctic Amplification and Its Impact: A Synthesis through Satellite Observations
Victoria Miles,
Igor Ezau,
Lasse H. Pettersson
:
Using web GIS to promote stakeholder understanding of scientific results in sustainable urban development: A case study in Bergen, Norway
Igor Esau
:
Smart Urban Climate requires smart energy solutions
2023
Victoria Miles,
Igor Esau
:
Urban Air Quality and Thermal Comfort: A Case Study in Bergen
2024 FULLTEKST
Victoria Miles,
Igor Esau,
Lasse H Pettersson
:
Cold City Microclimates: Enhancing Understanding and Communication
EMS Annual Meeting 2024 2024 DOI
Victoria Miles,
Igor Esau
:
Biocultural Heritage in Arctic Cities: Resource for Climate Adaptation
2024
Victoria Miles,
Igor Esau,
Vera Vladimirovna Kuklina,
Olga Zaslavskaya
:
Fostering Practical Urban Resilience in the Arctic: A Confluence of Science and Art
Arctic Congress 2024
Victoria Miles,
Igor Esau,
Lasse H Pettersson
:
Nytt verktøy for visualisering av luftkvalitet og miljøet i Bergen by
2024 FULLTEKST
Victoria Miles,
Igor Esau,
Lasse H Pettersson
:
Urban air quality and thermal comfort
2024
Igor Ezau,
Victoria Miles,
Lasse H. Pettersson
:
Unlocking micro-climate services with a urban integrated modeling system
2024
Igor Ezau
:
Diversity of Arctic Urban Climates
2024
Igor Ezau
:
Smart klima i smarte byer
2024
Victoria Miles,
Igor Esau
:
Revealing the Arctic Urban Environment: Remote Sensing, GIS Analysis, and the Power of Storytelling
2024
L. Zhou,
Igor Ezau
:
The impact of time series length and temporal resolution on wind resource assessment: a comparative analysis of wind speed distributions
2024
Igor Ezau,
Martin Bures
:
Study of the Moin-Obukhov Similarity Theory with PALM
2024
Victoria Miles,
Igor Esau,
Lasse Pettersson
:
Cold City Microclimates: Enhancing Understanding and Communication
2024
Igor Ezau,
Victoria Miles
:
Assessing urban stakeholders with high-resolution urban atmospheric modeling
2024
Igor Ezau
:
INTURBEM-DI: “INTegrated URBan Environmental Modeling: from Development to Implementation”
2024
Igor Ezau
:
Turbulence-resolving models as meteorological component of a smart city digital twin
Arctic Frontiers : Abstracts 2023
Lasse h Pettersson,
Igor Ezau,
Tobias Wolf
:
Assessment and high-resolution modelling of air quality in Bergen city.
Arctic Frontiers : Abstracts 2023
Victoria Miles,
Igor Esau,
Martin W. Miles
:
Understanding Cold Climate Cities: Implications for Urban Sustainability
2023
Johnny Andre Johannessen,
Lasse H Pettersson,
Igor Esau,
Anton Korosov,
Einar Olason,
Bertrand Chapron
et al.:
D-10 Arktalas Science Analysis Data Requirements Plan
2023
Johnny Andre Johannessen,
Bertrand Chapron,
Lasse H Pettersson,
Igor Esau,
Anton Korosov,
Mathilde Cancet
et al.:
D-160 Arktalas Scientific Roadmap
2023
Bertrand Chapron,
Mathilde Cancet,
Fabrice Collard,
Craig Donlon,
Igor Esau,
Anton Korosov
et al.:
D-150 Arktalas Hoavva Science Workshop Report
2023
Johnny Andre Johannessen,
Lasse H Pettersson,
Igor Esau,
Anton Korosov,
Bertrand Chapron,
Camille Lique
et al.:
D-170 Final Report
2023
Lasse H Pettersson,
Igor Esau,
Tobias Wolf
:
Assessment and high-resolution modelling of air quality in Bergen city
2023
Igor Ezau
:
TURBAN – Observational datasets for studies of urban air quality hazard scenarios in Bergen, Norway
UiT Norges arktiske universitet 2023
Omar Elguernaoui,
Igor Ezau
:
The departure from mixed-layer similarity during the afternoon decay of turbulence in the free-convective boundary layer: results from Large-Eddy Simulations
2023
Petra Bauerova,
Jaroslav Resler,
Igor Ezau
:
Measurement campaign focused on meteorology and air quality to support the validation of the PALM LES model in Prague
2023
Igor Ezau
:
Smart cities require smart energy
2023
Goran Gašparac,
Amela Jeričević,
Z Vecenaj,
Igor Ezau,
Branko Grisogono
:
Mesoscale modeling using a new method for eddy diffusivity parameterizations
2023
Igor Ezau
:
Implementation of S. Zilitinkevich works in models
2023
Igor Ezau
:
Towards further integration of PALM simulations in Norwegian urban climate policymaking
2023
Jaroslav Resler,
Pavel Krc,
Igor Ezau
:
Utilisation of the sensor network and remote sensing measurements for validation of the LES model PALM in urban area
2023
Igor Ezau
:
Implementation of S. Zilitinkevich works in models
2023
Igor Ezau
:
Integration of PALM simulations in urban climate policymaking
2023
Igor Ezau
:
Turbulence-resolving models as meteorological component of a smart city digital twin
2023
A Baklanov,
Andrey Belotserkovskiy,
Bob Borstein,
Igor Ezau,
Branko Grisogono,
Markku Kulmala
et al.:
Sergej Zilitinkevich: Memory Notes of Colleagues and Friends
Boundary-Layer Meteorology 2023 DOI
Alexander Grigorievich Mahura,
Igor Ezau,
Markku Kulmala
:
Enviro-Hirlam In Environmental Studies: Research, Development, Application, and Science Education
2023
Victoria Miles,
Martin Miles,
Igor Ezau
:
Understanding Cold Climate Cities: Implications for Urban Sustainability
2023
Alexander Mahura,
Igor Ezau
:
Enviro-HIRLAM Seamless Modelling: Research, Development
2023
Igor Ezau
:
An overview of urban climate and sustainability at the North
2023
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Research interests
My research interests encompas a broad field of planetary boundary layers, turbulence, fine-scale meteorological and process modeling. I am working with cross- and multi-disciplinary research topics across turbulence theory, modeling issues, urban and climate studies with application to sustainability, sustainable development goals, and further towards environmental digital twin modeling for urban planning and energy infrastructure.
Teaching
Main in the course FYS-3034 Wind modeling in complex environment
Assissting in the course FYS-2017 Sustainable energy