Rock fragments play a pivotal role in influencing slope erosion processes, attracting
increasing scientific interest and growing concerns regarding their potential impacts on …

Mountainous soils usually contain a large number of rock fragments, particles with a
diameter larger than 2 mm, which can influence soil hydraulic properties that are required to …

Rock fragments can alter soil structure, thus profoundly affecting soil properties, hydrological
and erosion processes. Hence, it is essential to quantify the role of rock fragments in soil …

Soils that contain rock fragments (particles> 2 mm in diameter) are distributed all over the
world. The presence of these small rock fragments can have a great impact on soil water …

Accounting for soil organic carbon (SOC) in stony soils is critical for estimating global SOC
stocks. However, accurate and cost-effective assessments of SOC stocks in stony soil …

The use of ground penetrating radar (GPR) for soil characterization has grown rapidly in
recent years due to substantial increases in computer processing power and advances in …

Variability of CO2 concentrations within the Earth system occurs over a wide range of time
and spatial scales. Resolving this variability and its drivers in terrestrial and aquatic …

Both hydrological and geophysical data can be used to calibrate hillslope hydrologic
models. However, these data often reflect hydrological dynamics occurring at disparate …

Rock fragments (RFs) play an important role in soils that can influence land use and
management decisions. Rock fragment concentrations most often are visually estimated …

Physics-based catchment models of mountain environments can suffer from equifinality
when solely calibrated against streamflow data. Inclusion of intra-catchment data such as …