A closer look at the ground we stand on.

The journal reports three new studies, including a newly identified arsenate mineral.

Scientists have identified the new mineral Belmonteite in manganese ore deposits of Italy’s Graveglia Valley.

Researchers show that microscopic mineral textures in Bushveld ores dictate how efficiently vanadium can be extracted.

A new arsenate mineral, Belmonteite, was discovered in Italy’s Graveglia Valley by researchers Biagioni, Sejkora and Dolníček.

The latest issue reports a new arsenate mineral, two studies on aragonite mixtures and Fe‑Ti oxides, and includes practical insights into ATR spectroscopy.

Researchers unveiled a rapid infrared technique for aragonite-group carbonates, studied vanadium ore textures affecting extraction, and identified a new arsenate mineral, Belmonteite, from Liguria.

Researchers developed an ATR‑FTIR method to accurately measure strontianite and witherite in synthetic aragonite mixes.

The latest issue of the European Journal of Mineralogy reports two new mineral species—Belmonteite from Italy and Fengruiite from China—and a study on how Fe–Ti oxide textures affect vanadium extraction.

A recent European Journal of Mineralogy issue presents findings on vanadium extraction from Bushveld Complex ores, the discovery of arsenate mineral belmonteite in Liguria, Italy, and silver‑rich sulfosalt fengruiite found in Qinling, China.

Scientists identify Fengruiite, a silver‑rich Ag–Sb–Te sulfosalt from China’s Qinling deposit.

Scientists report three newly identified mineral species from Italy, China, and South Africa, detailing their structures and implications for ore processing.

Microscopic textures within vanadium‑bearing Fe–Ti oxides determine whether magnetic and flotation methods efficiently separate vanadium.