ABSTRACT
Antibiotics, extensively used to treat or prevent microbial diseases in animals and humans, can pose significant environmental risks when they enter soil ecosystems. This chapter provides a comprehensive overview of the pathways through which antibiotics reach the soil, the processes that influence their fate within the soil, and the techniques and efforts used to predict their behavior and fate. Additionally, it offers insights from specific case studies and discusses future research directions to address environmental challenges. The findings emphasize the importance of understanding antibiotic interactions with soil components under specific environmental conditions. To fully grasp the complexity of antibiotic behavior, a certain degree of standardization in research approaches may be necessary. Moreover, it is crucial to address not only single contaminants but also their mixtures in soil, as this reflects a widespread reality. Furthermore, soil should not be studied in isolation but viewed as a critical phase in the transport of antibiotics to water bodies. Finally, this chapter emphasizes the need for interdisciplinary approaches and collaborative efforts among scientists, policymakers, and agricultural practitioners to develop strategies for managing antibiotic residues in the environment and mitigating potential negative impacts.
