Ultramafic rain forests in New Caledonia evolved on some of the most nutrient impoverished
soils globally and are some of the slowest-growing tropical forests known. This study aimed …

The aim of this study was to determine the concentrations of potentially toxic elements in soil
samples and plant tissues of Minuartia recurva and M. bulgarica, predominantly or …

Background and aims Phosphorus is one of the major nutrients that directly or indirectly
affects all aspects of plant growth. Tropical nickel hyperaccumulators, including Phyllanthus …

Plantago subulata is a facultative serpentinophyte, with predominantly ultramafic distribution
in Serbia and Montenegro. The plant samples were collected from ultramafic and non …

Heavy metal accumulation in agricultural soils has been increased greatly by modern
agronomical practices. The objectives of the present study are to assess the spatial …

In Europe, the largest and most floristically diverse ultramafic (serpentine) outcrops are
located on the Balkan Peninsula. In Greece, the Northern Pindus mountain range is …

Abstract The Greek endemic Bornmuellera emarginata, known for its Ni hyperaccumulation
capacity, is a promising candidate species for use in agromining. At the same time, the …

Until 2019, there were no published reports of trace element hyperaccumulation in the
plants of Central America or Mexico. Recent reports, based mostly on measurement of …

Many plant species have developed adaptive mechanisms to protect against stress,
including stress caused by exposure to heavy metals. As a ubiquitous plant, Sanguisorba …

Aims This study aimed to establish elemental profiles and to spatially resolve the elemental
distribution in five New Caledonian woody Ni hyperaccumulator plant species (Geissois …