This review provides a comprehensive analysis of the rare earth elements (REEs) sector,
encompassing their classification, properties, and global distribution, as well as their …

Utilizing alkaline solid wastes, such as steel slag, as substrates in tidal flow constructed
wetlands (TFCWs) can effectively neutralize the acidity generated by nitrification. However …

The extensive usage of ammonium sulfate as the leaching agent to extract rare earth
elements led to widespread ammonia nitrogen (NH 4+-N) pollution in the tailing soils of ion …

Rare earth elements are crucial for applications in aerospace, electronics, petrochemicals,
and metallurgical industries. However, as rare earth mining expands, their tailings …

Acidity limits plant growth, particularly when the growing medium has a pH below 5, a
challenge that is particularly relevant for certain plants like switchgrass (Panicum virgatum) …

Returning maize stover (MS) to the soil can effectively enhance fertility by introducing
organic matter. However, the slow degradation and nutrient deficiencies in MS potentially …

Straw returning may stimulate soil microbial activity, thereby influencing microbial-mediated
soil nitrification, which can lead to nitrate leaching and nitrogen (N) loss. However, its effects …

氧化亚氮(N 2 O) 作为温室气体和臭氧层破坏者备受学者关注, 其中农田土壤是非人为条件下N 2
O 最主要的排放源. 土壤中参与氮素循环的生物/非生物过程中复杂多变, 探索不同路径的氮转化 …

Cadmium (Cd) contamination in soil is of severe health and environmental concern because
of its threat to human health, food safety, and ecosystem sustainability. The in situ …

The contradiction between crop production and soil salinization has been increasingly
prominent. Biochar-based fertilizer has gained much attention in acid soil rather than the …