Technosols, soils subjected to a strong human influence and containing significant amounts
of artefacts, are characteristic of the Anthropocene. In order to better apprehend their …

Soil is central in the terrestrial ecosystem, linking and providing feedback responses to the
other components, ie, water, atmosphere, and vegetation. However, the role of soil in …

Improved understanding of complex soil system's change over time and space can advance
our forecasts and plans for changes related to critical societal needs. Taking a holistic and …

Landscape evolution is closely related to soil formation. Quantitative modeling of the
dynamics of soils and landscapes should therefore be integrated. This paper presents a …

Change in soil organic matter (SOM) stocks over time is a critical issue for soil fertility, soil
development (pedogenesis) and the global carbon (C) cycle. Measuring such change …

A simulation model SoilGen2 was developed to simulate aspects of soil formation under a
range of climatic conditions (udic, ustic, xeric and aridic moisture regimes and cryic, frigid …

The unique selling point of pedometricians still is close to their cradle: ability to map.
Irrespective of the many scientific achievements one can ask if offering mapping ability …

We present a three‐dimensional landscape‐pedogenesis model, mARM3D (matrices
ARMOUR 3D), which simulates soil evolution as a function of erosion and pedogenic …

Modeling soil evolution is an important step towards understanding the complexity of the soil
system and its interaction with the other systems. The major challenge confronted by …

A catenary sequence of soils formed on reworked loess under semiarid climatic conditions
was studied. Four soil profiles located on the piedmont of Sierra Chica de Córdoba, central …