MarGIS Marine Geo-Information-System for Visualisation and Typology of Marine Geodata. - Kerstin Jerosch; Michael Schlüter; Roland Pesch; Winfried Schröder; Andreas Köberle; Lutz Vetter (EnviroInfo, 2005)

Predictive Benthic Habitat Mapping in the North Sea using GIS and Statistical Methods1. - Roland Pesch; Hendrik Pehlke; Winfried Schröder (EnviroInfo, 2005)

Synthesis of Sampling Site and Metal Specific Bioaccumulation Data by Classification and Regression Trees. - Roland Pesch; Winfried Schröder (EnviroInfo, 2005)

Statistical and Geoinformatical Instruments for the Optimisation of the German Moss-Monitoring-Network. - Roland Pesch; Wilfried Schröder (EnviroInfo, 2006)

Spatial analysis of marine categorical information using indicator kriging applied to georeferenced video mosaics of the deep-sea Håkon Mosby Mud Volcano. - Kerstin Jerosch; Michael Schlüter; Roland Pesch (Ecol. Informatics, 2006)

Integrative exposure assessment through classification and regression trees on bioaccumulation of metals, related sampling site characteristics and ecoregions. - Roland Pesch; Winfried Schröder (Ecol. Informatics, 2006)

Development, Implementation and Application of the WebGIS MossMet. - Roland Pesch; Gunther Schmidt 003; Winfried Schröder; Christian Aden; Lukas Kleppin; Marcel Holy (The Geospatial Web, 2007)

Improving the design of environmental monitoring networks. Case study on the heavy metals in mosses survey in Germany. - Roland Pesch; Winfried Schröder; Helga Dieffenbach-Fries; Lutz Genßler; Lukas Kleppin (Ecol. Informatics, 2008)

Berechnung hochauflösender Cd-, Pb- und N-Depositionskarten für Deutschland mittels Regression-Kriging. - Marcel Holy; Roland Pesch; Winfried Schröder; Harry Harmes; Hilde Fagerli; Ilia Ilyin (Geoinformatik, 2010)

Spatial analysis of metal bioaccumulation in France. - Roland Pesch; Winfried Schröder; Marcel Holy; Sebastien Leblond (Geoinformatik, 2010)

Marine Geographic Information Systems. - Lutz Vetter; Mathias Jonas; Winfried Schröder; Roland Pesch (Springer Handbook of Geographic Information, 2012)

The Suitability of Machine-Learning Algorithms for the Automatic Acoustic Seafloor Classification of Hard Substrate Habitats in the German Bight. - Gavin Breyer; Alexander Bartholomä; Roland Pesch (Remote. Sens., 2023)