There is a scientific consensus on the need for spatially detailed information on urban
landscapes at a global scale. These data can support a range of environmental services …

Today's cities encounter significant challenges concerning urbanization and population
growth, resource availability, and climate change. Concurrently, unparalleled datasets are …

Due to the scarcity of air temperature (T a) observations, urban heat studies often rely on
satellite-derived Land Surface Temperature (LST) to characterise the near-surface thermal …

The number of people owning a private weather station (PWS) and sharing their
meteorological measurements online is growing worldwide. This leads to an unprecedented …

Both climate change and rapid urbanization accelerate exposure to heat in the city of
Kampala, Uganda. From a network of low-cost temperature and humidity sensors …

Urban climate model evaluation often remains limited by a lack of trusted urban weather
observations. The increasing density of personal weather sensors (PWSs) make them a …

Cities worldwide face escalating climate change risks, underscoring the need for spatially
and temporally resolved urban air temperature (T a) data. While satellite-derived land …

The growing trend toward urbanisation and the increasingly frequent occurrence of extreme
weather events emphasise the need for further monitoring and understanding of weather in …

The satellite-derived surface urban heat island is often not properly distinguished from the in
situ derived canopy-layer urban heat island in the field of remote sensing of urban climates …

National meteorological services (NMS) are limited by practical and financial boundaries in
the number of official meteorological measurements that it can collect. This means that large …