Xiaochi Ma, Wenyu Wang, Feng Han, Bo Jiang, Yanbo Liu, Yuhui Geng, Yan Ma, Jinggui Wu, Shuang Wu
Soil health is vital for the stability of agricultural production and ecosystem functions. However, the rapid urbanization process and environmental pollution have led to a sharp reduction in available arable land and accelerated soil degradation. Meanwhile, human activities generate a large amount of waste, which needs to be treated for resource recovery to reduce its potential pollution risks to the environment. By upcycling waste to mimic pedogenesis, Technosols offer a sustainable platform for land rehabilitation, environmental remediation, carbon sequestration and greenhouse gases emission reduction. However, the wide range of waste sources and complex compositions pose challenges to the standardized construction of Technosols suitable for agricultural production. This review systematically examines the sources and characteristics of waste, current utilization status and challenges in Technosol construction, and puts forward suggestions for developing agriculture-oriented Technosols through waste-novel nanomaterial composites. Finally, critical research directions are proposed regarding the relationship between Technosol fabrication and farmland environmental effects, including the targeted design, nanomaterial-enhanced construction, ecological impact assessment, and economic efficiency of agricultural Technosols.