This study explores whether Thermomagnesium (TM), a by-product of Ni ore mining, is an
efficient fertilizer for maize. The effects of TM on soil pH, the supply of Si and Mg to the soil …

Thermomagnesium (TM), a byproduct of Ni ore mining, can be processed as a clean
alternative to conventional fertilizers as a source of magnesium (Mg) and silicon (Si) for …

Thermomagnesium (TM) or magnesium (Mg) silicate (MgSiO3) is a byproduct of the nickel
(Ni) industry. As a fertilizer, TM elevates the pH of acidic soils as well as provides Mg and …

Thermomagnesium (TM) is a potential alternative fertilizer, but information about its physical
characteristics, especially the most suitable granulometric fraction to increase agronomic …

Fertilizer application, especially their physical and chemical composition, substantially
regulates crop growth and development. The form in which fertilizers are applied to the soil …

Aims Heat stress is a growing concern in crop production because of global warming. In
many cropping systems heat stress often occurs simultaneously with other environmental …

Thermomagnesium (TM) or magnesium silicate (MgSiO3), is originally from the nickel (Ni)
industry, and is a by-product that provides magnesium (Mg) and silicon (Si) to plants and …

In this review, we summarise factors contributing to plant availability of magnesium (Mg) in
soils, the role of Mg in plant physiological processes related to yield formation and abiotic …

Wheat fertilized with Mg, regardless of the method of application, increases nitrogen fertilizer
(Nf) efficiency. This hypothesis was tested in 2013, 2014, and 2015. A two-factorial …

Background Crop yield depends in large part on the availability and accessibility of nitrogen
in the soil. For optimal yield, the soil nitrogen must be available at critical periods of crop …