The University of Arizona
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Marcel Schaap

Associate Professor, Hydrology / Atmospheric Sciences | Professor, Environmental Physics | Member of the Graduate Faculty

Environmental Science-Res
Map Page
30+ Collaborators
$1.8M / $6.1M Funding
5+ Grants
80+ Publications

Research Area

soil science, soil properties, pedotransfer functions, hydrology, statistical analysis, soil modulation, hydraulic properties, anisotropic scaling, soil texture, forest ecology

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    Recent

    Soil Hydraulic Property Maps for the Contiguous USA at 100 Meter Resolution and Seven Depths: Code Design and Preliminary Results

    2024
    soil properties, hydraulic conductivity, spatial mapping, data resolution, geospatial analysis

    Defining the multiscalar index timescale-Soil water depth continuum for the southwestern United States

    2023
    soil water dynamics, hydrological modeling, climate change impacts, ecohydrology, geospatial analysis

    Development of Hierarchical Ensemble Model and Estimates of Soil Water Retention With Global Coverage

    2020
    soil water retention, ensemble model, global coverage, development, hierarchical

    Estimation of saturated hydraulic conductivity with pedotransfer functions: A review

    2019
    hydraulic conductivity, pedotransfer functions, estimation methods, soil science, review

    Hierarchical Multimodel Ensemble Estimates of Soil Water Retention with Global Coverage

    2019
    soil moisture, ensemble modeling, hydrology, soil science, climate modeling

    A High-Resolution Global Maof Soil Hydraulic Properties Produced by a Hierarchical Parameterization of a Physically-Based Water Retention Model

    2018
    soil hydrology, water retention, spatial modeling, global scale, physically-based model

    Signatures of Obliquity and Eccentricity in Soil Chronosequences

    2018
    paleoclimatology, soil science, geomorphology, paleoecology, sedimentology

    Hydrophysical Database for Brazilian Soils HYBRAS) and Pedotransfer Functions for Water Retention

    2018
    soil hydrology, pedotransfer functions, water retention, soil database, brazilian soils

    Understanding Critical Zone Evolution through Predicting the Three-Dimensional Soil Chemical Properties of a Small Forested Catchment

    2018
    soil chemistry, critical zone, catchment analysis, forest ecology, predictive modeling

    A probabilistic approach to quantifying soil physical properties via time-integrated energy and mass input

    2017
    soil properties, probabilistic models, quantifying methods, energy input, mass input

    • Scott Saleska

    • Karletta Chief

    • Channah Rock

    • Xubin Zeng

    • Peter Troch

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    • Environmental Physics

    • Modeling of Mass and Energy Flow in Soils

    • Soil Physics

    Marcel Schaap | KMap Profile - Institutional Knowledge Map (KMap)