The paper presents a review on major contributions in infrared thermography to study the
built environment at multiple scales. To elaborate the review, hundreds of studies conducted …

Characterising and analysing urban morphology is a continuous task in urban data science,
environmental analyses, and many other domains. As the availability and quality of data on …

A total of 20 urban neighbourhood-scale eddy covariance flux tower datasets are made
openly available after being harmonized to create a 50 site–year collection with broad …

This study evaluates the impact of land surface models (LSMs) and urban heterogeneity
[using local climate zones (LCZs)] on air temperature simulated by the Weather Research …

Cities have a significant impact on the environment, forming microclimatic features such as
urban heat island, an increase in the intensity of convective weather events, etc. Numerical …

Increasing summer temperatures in a warming climate will increase the exposure of the UK
population to heat-stress and associated heat-related mortality. Urban inhabitants are …

For next-generation weather and climate numerical models to resolve cities, both higher
spatial resolution and subgrid parameterizations of urban canopy–atmosphere processes …

Quantification of the ecosystem services of blue and green infrastructure in urban centres
with the perspective of planning sustainable development is usually data-intensive, includes …

The current study highlights the importance of a detailed representation of urban processes
in numerical weather prediction models and emphasizes the need for accurate urban …

The heterogenous structure of urban environments impacts interactions with radiation, and
the intensity of urban–atmosphere exchanges. Numerical weather prediction (NWP) often …