Soil nutrient balance is related to the interaction mechanism between soil fertilizer, soil
water, climate change, and plant capability. This paper provides a perspective from …

The declining water bodies' pristine characteristics due to the entry of emerging pollutants
(EP) have been a growing concern for the past two decades. In the context of the effort that …

Excessive input of phosphate fertilizer into agricultural soils has caused critical
environmental concerns due to high phosphorus (P) accumulation in farmland and P …

The treatment of red mud, solid waste produced from alumina preparation, is an urgent topic
for reducing environmental pollution and recycling valuable elements to comprehensively …

The non-point source pollution induced by phosphorus (P) leaching from fertile soils is
accelerating the eutrophication phenomena in aqueous ecosystems. Herein, to alleviate and …

The construction industry faces a notable scarcity in the supply of aggregates. This study
investigated the upcycling of red mud (also known as bauxite residue), a hazardous waste …

The use of filter media to adsorb phosphorus (P) from nutrient-rich waters is an effective,
simple and low-cost method to recover and reuse P as an inorganic fertiliser replacement …

Phosphorus (P) nonpoint source pollution from soil to water is increasing dramatically,
leading to the eutrophication of water bodies. Using amendment materials for P retention in …

The emission of bauxite residue continues to grow with the increase of alumina production
capacity, along with the large amounts of bauxite residue currently stored in stockpiles. The …

Recovery of the essential macro-nutrient phosphorus (P) from P-rich waste streams is of
global interest, with dwindling sources of P fertilizers threatening food security. We present a …