Water quality monitoring of kettle holes by means of hyperspectral remote sensing in Mecklenburg Vorpommern State Germany This research aims to present the ability of hyperspectral remote sensing (two years field spectral data HyMap and ROSIS sensors imagery) for kettle holes&rsquo; water quality parameters (chlorophyll depth total suspended sediment) mapping in agricultural young moraine landscapes in North Eastern Germany. The objectives were to: (1) determine trophic state of several kettle holes (spatial heterogeneity and temporal dynamics); (2) evaluate and assess the applicability of hyperspectral remote sensing techniques to the water quality of kettle holes that are most suitable for various kettle holes.