The main interest of the soils acidity correction is to neutralize the exchangeable Al 3+, since
the presence of this form of Al in the soil restricts root growth and, consequently, decreases …

The rate and method of lime application modify soil chemical attributes, but the re-
acidification process after liming remains poorly understood in the long-term. This study …

Os resíduos de plantas de cobertura podem mobilizar cátions no solo e beneficiar a ação da
calagem superficial, por meio da liberação de ácidos orgânicos de baixo peso molecular da …

A 3‐year field trial examined in a long‐term no‐till system the effects of surface‐applied lime
and cover black oat (Avena strigosa Schreb) residues on soil chemical attributes, root …

Introduction Enhancing soil cation exchange capacity (CEC) is of paramount importance for
sustainable agriculture and ecosystem health. This study investigated the pivotal role of …

Plant residues and certain fertilizers accelerate soil acidification and increase the levels of
aluminum-Al+ 3 in soils under no-tillage (NT). Silicates act as acidity amendments and as a …

A toxicidade do alumínio é um dos principais fatores limitantes do desenvolvimento das
plantas em solos ácidos. Pelo fato da utilização de corretivos da acidez do solo não ser a …

One of the major limitations to plant growth and yield in acidic soils is the prevalence of
soluble aluminum ions (Al3+) in the soil solution, which can irreversible damage the root …

An integrated crop-livestock system (ICLS), with summer grain cropping and winter grazing
of cover crops, is an option for agricultural management in subtropical areas. Despite …

Aluminum (Al) toxicity is directly related to acidic soils and substantially limits maize yield.
Earlier studies using hormones and other substances to treat the seeds of various crops …