The historical focus in research and policy on forest restoration and temperate ecosystems
has created misunderstandings for the restoration of tropical and subtropical old‐growth …

This study assessed the ability of phosphorus (P) fertilizer to remediate the rhizosphere of
three wild plant species (Banksia seminuda, a tree; Chloris truncata, a grass; and Hakea …

Nutrient enrichment can negatively affect natural plant communities and result in the loss of
species diversity and productivity. Despite this, fertiliser (especially phosphorus) is typically …

Many plant species from regions with ancient, highly weathered nutrient-depleted soils have
specialized adaptations for acquiring phosphorus (P) and are sensitive to excess P supply …

Fertiliser application to restore nutrients lost in the mining process and facilitate early plant
establishment and growth is a key step in the restoration of sites disturbed by mining …

Highly diverse plant communities growing on nutrient‐impoverished soils are test beds for
theories on species coexistence. Here, neighbouring mycorrhizal and non‐mycorrhizal …

The low availability of phosphorus and water in soil can promote the remobilization of
carbohydrates in the plant, releasing energy to mitigate stress. In this context, our objective …

Context Despite being a crucial factor in plant growth and fitness, the nutritional
requirements of non-native invasive plants are poorly understood and rarely considered …

Bellucia imperialis is one of the most abundant pioneer tree species in anthropized areas of
the Central Amazon, and has ecological importance for the environmental resilience of …

Despite nutrient enrichment having widely reported negative impacts on biodiversity,
fertilizer is routinely applied in post mining restoration to enhance plant growth and …