Biochemical data from 3 different regions; Cape Verde, the Baltic Sea, and Norwegian fjords/Sea. discreet samples for TEP, Chl a, POC, PON and nutrients as well as 2 and 24 hour average data on sea state parameters; temperature, salinity, PAR and wind speed. Vertical profile data for TEP, POC, TCN, small autotrophs and Chl a are also presented for depths of 0-2m, sampled in the Baltic and Norwegian Seas.
This dataset includes artificial/scenario Urban Canopy Parameterization (UCP) data for urban climate modelling with COSMO-CLM/DCEP and the hourly 2-meter temperature output of the corresponding simulations. Each simulation has a resolution of 0.009 degree (~1km) and covers a domain of around 300x300km centred at Berlin area. The temperature output covers a 1-week heatwave event which lasted from 1st to 7th of August 2003. All the simulations are driven by the same lateral boundary climate data down-scaled from ERA-Interim data, and the purpose of the work is to study the influence of urban morphology on urban heat island effect. UCP files are created using R package (https://github.com/sebschub/dcepucp) by incorporating designed scenarios (varying urban forms) of detailed urban street canyon structures which include urban fraction, street canyon orientation, building width, street canyon width and building height distribution. The details about the generation of the UCP dataset and conducted simulations can be found in Li Y, Schubert S, Rybski D, Kropp JP (2020): Urban Form and Heat. Nature Communications.