Purpose In agricultural soils, accumulation and bioavailability patterns of potentially toxic
elements (PTEs) are key ecological and health risk issues, especially in metal-based crop …

Potentially toxic elements (PTEs), such as Cu, Zn, Pb, Ni, Cr, and Co, can accumulate in
vineyard soils due to repeated uses of inorganic pesticides and chemical or organic …

Soil organic carbon (SOC) is a key property for both fertility and carbon level control in the
atmosphere. SOC changes in soils are ruled by tillage and erosion. Initial SOC erosion was …

Soil organic carbon (SOC) has primary importance in terms of soil physics, soil fertility and
even of climate change control. One hundred soil samples were taken from an intensively …

Purpose Severe soil erosion is caused by wind and water acting separately or in
combination or sequentially and is an important factor affecting dryland ecosystems …

Soil porosity increase on arable fields is mainly the result of cultivation while sealing and
crusting are natural processes. The first is a rapid change the latter is slower, however, little …

Sažetak The study aimed to determine the effect of different slope positions on selected
chemical properties of Pseudogley in the vineyard. The study was conducted in Zagreb …

Long-term agricultural research sites like the Wisconsin Integrated Crop** Systems Trial
(WICST), with annual and perennial crop** systems growing alongside rotationally grazed …

Purpose Soil erosion is one of the most serious hazards that endanger sustainable food
production. Moreover, it has marked effects on soil organic carbon (SOC) with direct links to …

The effectiveness of a seeded cover crop to minimize soil nutrient losses was evaluated in a
rainfed vineyard. Two sediment tanks were installed (ST2: drainage area with high ground …