Les sols ultramafiques sont caractérisés par une forte toxicité métallique due à une forte
concentration en éléments sidérophiles (Fe, Cr, Ni, Co, Mn et Mg), ainsi que par une faible …

Ultramafic (ie serpentine) soils are widespread in the Balkans and particularly in Albania.
They account for a large part of plant endemism in that region and host several …

Nickel (Ni) agromining of ultramafic soils has been proposed as an eco-friendly option for
metal recovery, which can also improve the fertility and quality of these low productive soils …

The contamination of metals like Nickel (Ni) in the soil represents a serious threat worldwide.
To counteract this phenomenon, hyperaccumulator plant species, able to remove metal from …

Aims Phytomining relies on the use of metal hyperaccumulating plants growing on ultramafic
soils. Such soils, naturally enriched with nickel, have drawn the attention of the scientific …

Aim: The study is dedicated to analysing the diversity of cultivable bacteria in the
rhizosphere of the metal hyperaccumulating plant Noccaea caerulescens growing in …

Ultramafic soils form one of the major sources of nickel for the mining industry. Ultramafic
bedrock is widespread and extensive in Indonesia, especially on Halmahera Island where …

Ultramafic soils display high concentrations of nickel and a number of nutrient deficiencies.
Nickel-hyperaccumulator plants, such as Alyssum murale, have evolved in these …

Phytomining can be limited by low biomass productivity by plants or limited availability of soil
metals. Ongoing research attempts to overcome these potential constraints and to make …

L'application de l'agromine à des zones ultramafiques délaissées constitue un enjeu majeur
à la vue des surfaces potentiellement valorisables. Par contre, les sols ultramafiques sont …