Sascha E. Oswald

University of Potsdam — Germany

Environmental Science · Physical Sciences

42h-index5.7kcitations285works2.32yr avg
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Research Topics

Soil Moisture and Remote Sensing(73), Nuclear Physics and Applications(51), Soil and Unsaturated Flow(49), Groundwater flow and contamination studies(40), Hydrology and Watershed Management Studies(26)

Publications285 total

Advancing root architecture analysis: 3D neutron imaging of plants grown in slab rhizotrons
Plant and Soil·2026Open Access
Polymer-specific transfer and retention of microplastics at the river–sediment–groundwater interface
Water Research·2025· 1 citedOpen Access
On the value of mobile cosmic-ray neutron measurements for spatio-temporal soil moisture simulations
Frontiers in Water·2025Open Access
The Potsdam Soil Moisture Observatory: High-coverage reference observations at kilometer scale
2025Open Access
Reply on RC2
2025Open Access
Großflächige Tracerversuche zum Einfluss von Sohlbaggerungen auf Entwicklung des Grundwassereintrags
Grundwasser·2025Open Access
Reply on RC1
2025Open Access
Advancing groundwater recharge estimation at the field scale: spatiotemporal dynamics of soil moisture and simulated 1D water fluxes at a cosmic-ray neutron sensing cluster site in northeast Germany
2025Open Access
Validation of rail based CRNS-roving: underpinning the large-scale root zone soil moisture monitoring concept
2025Open Access
Metrology for Multi-Scale Soil Moisture Monitoring (SoMMet) and High-Resolution Earth Observation Validation
2025Open Access
Occurrence and transport of microplastics across the streambed interface during bank filtration
2025Open Access
Understanding the influence of landscape heterogeneities on the signal of cosmic-ray neutron sensors by means of site-specific neutron transport simulation
2025Open Access
A first CRNS cluster for soil moisture retrieval designed for comparison with remote sensing
2025Open Access
On the representativeness of the observations: a philosophical detail or a basic paradigm?
2025Open Access
Adverse conditions for cosmic-ray neutron sensing: high water content low bulk density – can we still infer soil moisture over the full moisture range?
2025Open Access
Evaluating the combined value of cosmic ray neutron sensing and water isotopes to track and quantify groundwater recharge and soil moisture dynamics in vadose zone modelling
2025Open Access
Technical note: Towards a paradigm change in observing soil water content via cosmic-ray neutron sensing
2025Open Access
Enhancing Hectare‐Scale Groundwater Recharge Estimation by Integrating Data From Cosmic‐Ray Neutron Sensing Into Soil Hydrological Modeling
Water Resources Research·2025· 1 citedOpen Access
Improved representation of soil moisture processes through incorporation of cosmic-ray neutron count measurements in a large-scale hydrologic model
Hydrology and earth system sciences·2024· 6 citedOpen Access
Brief Communication: A new drought monitoring network in the state of Brandenburg (Germany) using cosmic-ray neutron sensing
2024· 4 citedOpen Access
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Frequent Co-authors

Martin Schrön(9), Andrea Carminati(8), Ahmad B. Moradi(8), Gabriele Baroni(8), Eberhard Lehmann(7), Hans J. Vogel(6), Steffen Zacharias(6), Doris Vetterlein(5), Markus Köhli(5), Lena Scheiffele(5), Peter Dietrich(5), Rainer Schulin(5), Wolfgang Kinzelbach(5), Nikolay Kardjilov(5), Peter Vontobel(4), Ulrich Weller(4), Christian Tötzke(4), Joost Iwema(3), Heye Bogena(3), Rafael Rosolem(3)