Most available biogeochemical models focus within a soil profile and cannot adequately
resolve contributions of the lighter size fractions of organic rich soils for enrichment ratio (ER) …

Intensive row crop agriculture on loess mantled hillslopes in the upper Midwest, USA,
accelerates soil erosion and the loss of organic matter by increasing soil aggregate breakdown, …

In the past several decades, North and South Dakota have experienced increased agricultural
expansion and crop rotation simplification, namely an increase in corn (Zea mays L.)– …

In most agricultural systems, the raindrop-induced breakdown of soil aggregates is the
initial process of surface soil erosion and redistribution of soil organic matter. The …

The role of tillage practices on soil aggregate properties has been mainly addressed at the
pedon scale (ie, soilscape scale) by treating landscape elements as disconnected. However, …

An improved modeling framework for capturing the effects of space and time‐variant resistance
to overland flow is developed for intensively managed landscapes. The framework builds …

This study examines the rainfall-induced change in soil microroughness of a bare smooth
soil surface in an agricultural field. The majority of soil microroughness studies have focused …

… Aspirational corn GPP was lower than conventional with 1285 and 1405 g C m −2 , and
no difference in soybean with 750 and 742 g C m −2 . Linear regression (p < 0.05) showed …

This study aimed to better understand how tillage row orientation with respect to dominant
flow‐pathway along hillslope impacts runoff and the transport of different sediment size …

Commonly, the topographic influence on soil hydrology is calculated as a Topographic
Wetness Index (TWI), which often correlates with surface soil properties, such as carbon and …