Crop production in the Brazilian Cerrado is limited by soil phosphorus (P) supply without
large inputs of inorganic P fertilizer, which may become more costly and scarce in the future …

Animal manure (AM), such as swine, cattle, sheep, horse, as well as other organic waste
materials from recycling agri-food or other processes may be used as nutrient source for …

A compreensão dos fenômenos básicos da dinâmica do fósforo no solo é importante para a
tomada de decisão sobre a necessidade de adição e para a definição das doses e dos …

The forms in which phosphorus (P) accumulates in soils are dependent on management
practices, fertilizer sources, and methods of application, which may promote distinct P …

A route is proposed to produce a hydrotalcite-like layered double hydroxide structure ([Mg-
Al]-LDH) for phosphate fertilization. The mechanism of controlled phosphate release from …

Phosphorus (P) is the main limiting nutritional factor in the cultivation of Eucalyptus in Brazil.
Despite this, little is known about the P fractions and dynamics in Eucalyptus soils in tropical …

Crop rotation, cover crops introduction and no tillage adoption have improved tropical
agriculture sustainability through improvements on soil conservation and water use …

No-tillage systems lead to physical, chemical and biological changes in soil. Soil fertility is
responsive to changes in tillage as it depends on nutrient status, soil water content and …

It is well known that earthworm populations tend to increase under no-tillage (NT) practices,
but abundances tend to be highly variable. In the present study, data from the literature …

The insertion of the animal component into the crop production system can alter the nutrient
dynamics and, consequently, the soil fertility status over time. This change occurs differently …