Digestate represents an alternative source of nutrients for crops in sustainable agriculture.
We aimed to evaluate the effects of digestate fertilization on grain (GY) and straw yield (SY) …

The need to find and maximize the use of alternative sources of nutrients for plants and soil
environment have been on the forefront of research in sustainable agriculture. These …

Knowledge of the mineralisation and nutrient release of organic fertilisers is essential to
ensure plant nutrient demand and availability, to increase N use efficiency and to minimise …

This study compares the effect of application of digestate, straw, cattle slurry and inorganic
fertilizers on crop yield and soil organic matter content. Total organic carbon (C), total …

Digestate contains many valuable nutrients, including nitrogen (N), phosphorus (P), and
potassium (K); however, it is characterized by relatively little organic matter. The objective of …

The fertilizer value of digestate (a biogas plant byproduct) depends on its impact on the
availability of soil nutrients and on the concentration of minerals, including heavy metals, in …

Digestate contains many essential nutrients for crops, including nitrogen (N) and
phosphorus (P), and it can alter the biogeochemical cycle of nutrients and soil functionality …

Following changes over recent years in fertilizer legislative framework throughout Europe,
phosphorus (P) is taking over the role of being the limiting factor in fertilizer application rate …

This study evaluated how organic manures and mineral fertilizers affect winter wheat grain
and straw yields and grain quality properties. The analysed period of the long-term fertilizer …

Background Digestate may be used instead of mineral fertilisers for both arable soil or
pastures and grasslands. Broadcast or splash spreading of digestate on soil surface may …