The Extension of Statistical Entropy Analysis to Chemical Compounds. - Alicja P. Sobantka; Matthias Zessner; Helmut Rechberger (Entropy, 2012)

BaHSYM: Parsimonious Bayesian hierarchical model to predict river sediment yield. - Ottavia Zoboli; Gerold Hepp; Jörg Krampe; Matthias Zessner (Environ. Model. Softw., 2020)

Measurements of hydro-chemical parameters and selected trace contaminants in water samples within the Wulka river estuary and two littoral transects of Lake Neusiedl. - Ottavia Zoboli; Georg Wolfram; Roland Hainz; Patricia Riedler; Georg Kum; Elisabeth Sigmund; Silvia Hintermaier; Ernis Saracevic; Matthias Zessner (TU Wien Research Data, 2023)

Inventory of hazardous substance concentrations in different environmental compartments in the Danube river basin. - Steffen Kittlaus; Adrienne Clement; Máté Krisztián Kardos; Katalin Mária Dudás; Nikolaus Weber; Ottavia Zoboli; Matthias Zessner (TU Wien Research Data, 2023)

Inventory of hazardous substance concentrations in different environmental compartments in the Danube river basin. - Steffen Kittlaus; Adrienne Clement; Máté Krisztián Kardos; Katalin Mária Dudás; Nikolaus Weber; Ottavia Zoboli; Matthias Zessner (TU Wien Research Data, 2024)

Inventory of hazardous substance concentrations in different environmental compartments in the Danube river basin. - Steffen Kittlaus; Adrienne Clement; Máté Krisztián Kardos; Katalin Mária Dudás; Nikolaus Weber; Ottavia Zoboli; Matthias Zessner (TU Wien Research Data, 2024)

Regionalised Emission Model (MoRE) for PFAS from H2020 Project PROMISCES - Case Study 2. - Meiqi Liu; Steffen Kittlaus; Matthias Zessner-Spitzenberg (TU Wien Research Data, 2024)