: Due to its ability to accumulate lead, cadmium, and zinc, it is a primary candidate for biological reclamation of chemically degraded or mining areas. Research at ScienceDirect suggests it can effectively stabilise mine tailings. 2. Adaptation and Evolutionary Resilience
: It is the strongest known hyperaccumulator of Thallium (Tl) , one of the most toxic elements on Earth. It can store up to 32,700 Ојg/g of Tl in its leaves without suffering lethal damage. biscutalla laevigata
Biscutella laevigata is a "textbook example" of a , meaning it can grow on both normal and heavy-metal-rich soils. : Due to its ability to accumulate lead,
The species shows remarkable intraspecific variation, allowing it to adapt to diverse climates and soil types. biscutalla laevigata