HIGHLIGHTS
SUMMARY
A classical approach to model climate-related impacts for urban climate services is to rely on either statistical models or urbanized atmospheric models. Numerous complementary approaches exist and range from large-scale physical models that account for climate change but markedly simplify the urban geometry, to building- resolving models that account for the detailed features of the city but are limited to either small-domain simulations conducted over of these approaches can be found in Table 1. The authors present a new paradigm for multiscale modeling of coupled radiative and heat transfer in complex . . .
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