By understanding the adverse effects of pesticide residues on human and aquatic health, the 21st century has awareness to the importance of adopting advanced agriculture based on minimum use of pesticide residues. Such advancements advocate the development of novel and sensitive analytical methods, which can detect ultra-low levels of pesticide residues with minimum complexity and requirement of expensive traditional analytical techniques. The objective of the present work is to bring forth the concept of green analytical chemistry and to assess the recent progress in pesticide detection techniques within the framework of green chemistry and sustainability. Herein, recent advances are outlined in analytical techniques based on nanosystems for convenient, fast, green, and ultrasensitive detection of pesticide residues in food and environmental samples, including deliberations on newer and future cost-effective, analytical approaches in the field of pesticide detection.

通过了解农药残留对人类和水生健康的不利影响，二十一世纪认识到采用基于农药残留最少使用的先进农业的重要性。这些进步促使人们开发出新颖而灵敏的分析方法，该方法可以以最小的复杂性和昂贵的传统分析技术的要求检测超低含量的农药残留。本工作的目的是提出绿色分析化学的概念，并在绿色化学和可持续性的框架内评估农药检测技术的最新进展。在此，概述了基于纳米系统的分析技术的最新进展，以实现便捷，快速，绿色，