Large quantities of mineral phosphorus (P) fertilizer are often applied to intensively
cultivated organic soils. Although erosion and runoff can contribute to loss of P, the large …

The main reason for the development of the yield gap in crop production is the inefficient
management of nitrogen (N). The nitrogen gap (NG) cannot be ameliorated without an …

It is well known that a balanced nutrient supply ensures high crop yields and stable cropping
systems. In comparison, little is known about the influence of different fertilisation regimes on …

Investigating the dynamics and distribution of soil phosphorus (P) fractions can provide a
basis for enhancing P utilization by crops. Four treatments from a 29-year long-term …

Seed size, sowing depth, and seed disinfection can affect seed germination and seedling
establishment, which, in turn, can directly affect crop growth and yield. The current study was …

Studies assessing the impact of subsurface drains on hydrology and nutrient yield in a
changing climate are limited, specifically for Western Lake Erie Basin. This study aimed to …

Phosphorus resources, both in phosphate rocks and in the soil, are limited. However,
effective food production is not possible without the use of P fertilizers. Recognizing and …

Soils in hyper‐arid climates, such as the Chilean Atacama Desert, show indications of past
and present forms of life despite extreme water limitations. We hypothesize that fog plays a …

Background and aims: Phosphorus (P) is an essential element for crop growth. However,
while links of P turnover in soils to carbon (C) and nitrogen (N) availability have been …

Nitrogen (N) and phosphorus (P) are critical to pasture productivity; however, limited
information is available on how the single and combined additions of N and P affect soil P …