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Focus Topic: Spatial–Temporal Dynamics of Soil Moisture

Soil moisture is a highly spatially and temporally variable parameter. This focus topic addresses techniques and methods to characterize and predict spatial variability of soil moisture across scales, analysis of soil moisture patterns using theoretical and numerical modeling approaches, and upscaling of sparsely measured soil moisture content at point or farm scale up to catchment scale. This focus topic features original, basic, and applied studies on spatial–temporal dynamics of soil moisture at various scales.
 
Lingna Wei, Jianzhi Dong, Man Gao and Xi Chen
The spatial variability of soil moisture makes it difficult to represent watershed-scale soil moisture using traditional point-scale soil moisture sensors. In the temporal stability method, the spatia...more
 
Edoardo Martini, Ute Wollschläger, Andreas Musolff, Ulrike Werban and Steffen Zacharias
Characterizing the spatial and temporal patterns of soil properties and states such as soil moisture (θ) remains an important challenge in environmental monitoring. At the Schäfertal hillslope site,...more
 
Ning Zhang, Steven Quiring, Tyson Ochsner and Trent Ford
Soil moisture monitoring networks can provide real-time and accurate soil moisture measurements; however, missing values and the lack of unified measurement depths across different networks impedes so...more
 
Ingmar Schröter, Hendrik Paasche, Daniel Doktor, Xingmei Xu, Peter Dietrich and Ute Wollschläger
Detailed information on the temporal and spatial evolution of soil moisture patterns is of fundamental importance to improve runoff prediction, optimize irrigation management and to enhance crop forec...more
 
Eva Kroener, Gaylon S. Campbell and Marco Bittelli
The decentralized production of electrical energy from wind requires the installation of more and more underground power cables. From an economic standpoint it is very important to estimate the cables...more
 
Yongseok Gwak, Sanghyun Kim, Khilha Lee, Seongjin Noh and Hyunuk An
Investigation of the temporal variations in flow regimes is important for understanding the hydrological processes of hillslopes. An in situ tensiometer network was designed and installed to monitor p...more
 
Chu-Lin Cheng, S. Clark Cropper, Edmund Perfect, Larry McKay and Misun Kang
Choice of reference pressure elevation (RPE) on average effective saturation–capillary pressure functions, 〈〉(ψ), was investigated for monotonic drainage of homogeneous porous media. Nine colum...more
 
Natalia Fernández de Vera, Jean Beaujean, Pierre Jamin, Vivien Hakoun, David Caterina, Ofer Dahan, Marnik Vanclooster, Alain Dassargues, Frédéric Nguyen and Serge Brouyère
A saline tracer infiltration test across the fractured vadose zone of an industrial contaminated site in Belgium was monitored by combining surface and cross-borehole electrical resistivity tomography...more
 
Jonathan Algeo, Remke L. Van Dam and Lee Slater
We used a recent ground-penetrating radar (GPR) methodology, early-time amplitude analysis, with the goal of monitoring changes in soil water content (SWC) in response to irrigation in clayey soils. W...more
 
Timothy B. Wilson, C. Bruce Baker, Tilden P. Meyers, John Kochendorfer, Mark Hall, Jesse E. Bell, Howard J. Diamond and Michael A. Palecki
The objective of this study was to provide direct measurements of soil properties for 70 of the 114 US Climate Reference Network (USCRN) sites across the continental United States. Soil properties det...more