Substituting mineral fertilizers with manure has been promoted to enrich soil fertility and
maintain field productivity in agricultural production systems. However, there is limited …

The increased demand for organic farm products, and the attendant restrictions on the use of
synthetic N fertilizers in both traditional and organic agriculture, has focused attention on the …

Biobased fertilizers recovered from animal manure are sustainable substitutes for synthetic
mineral nitrogen (N) fertilizers, showing high potential to minimize environmental pollution …

Digestate is a nutrient-rich fertilizer and appropriate techniques are required for its
application during the maize season to reduce losses and increase the nitrogen use …

Field studies evaluating the efficiency of anaerobic digestates (AD) as fertilizers often
present variable results, mainly due to the effects of weather, site, soil conditions, and …

Biobased nitrogen (N) fertilizers derived from animal manure can substitute synthetic
mineral N fertilizer and contribute to more sustainable agriculture. Practitioners need to …

Animal manures are valuable multi‐nutrient fertilizers, but their short‐term nitrogen (N) use
efficiency (NUE) by plants is low, bearing the potential of harmful N losses to the …

Animal manures are valuable multi-nutrient fertilizers, but their nitrogen (N) use efficiency
(NUE) by crops is often low. Inefficient and untargeted use of animal manure can lead to N …