Novelty and International Appeal Statement:
Quantitative knowledge about ecohydrological partitioning in different
types of urban green space is important. We present novel
high-resolution isotope data of atmospheric vapour (δv)
measured continuously over several month in an urban green space. To our
knowledge such data have not been measured in an urban green space
setting with the goal to increase understanding evapotranspiration from
different urban vegetation cover. We also detected occasional
dis-equilibrium between vapour and precipitation isotopes.