Next-Generation Forensic Pesticide Analysis: Ionic Liquids, Green Chemistry and Computational Intelligence

The rapid evolution of forensic analytical chemistry has created an urgent need for innovative, sustainable, and highly selective analytical methodologies capable of addressing emerging chemical challenges. In recent years, the development of third-generation pesticides, advances in green analytical chemistry, and the growing complexity of forensic investigations have collectively reshaped the landscape of modern analytical science. This book has been conceived to provide a comprehensive and forward-looking perspective on the integration of ionic liquid–based technologies into forensic and environmental pesticide analysis, reflecting both current scientific progress and future research directions. 

Traditional extraction and analytical approaches, although foundational to forensic science, increasingly face limitations related to selectivity, environmental sustainability, solvent consumption, and matrix complexity. Ionic liquids, often described as “designer solvents,” present a transformative alternative owing to their tunable physicochemical properties, negligible vapor pressure, and potential compatibility with green chemistry principles. By bridging fundamental chemistry with applied analytical methodologies, this book aims to demonstrate how ionic liquid–based systems can enhance extraction efficiency, improve analytical performance, and support environmentally responsible forensic practices. 

The chapters are organized to guide readers progressively from foundational concepts toward advanced applications. Beginning with the chemistry, toxicology, and analytical challenges associated with modern pesticides, the text introduces the fundamental principles of ionic liquids, mechanistic insights into extraction processes, and diverse methodologies tailored for complex forensic matrices. Subsequent sections explore the integration of ionic liquid extraction with conventional analytical platforms, evaluation of analytical performance, real-world case studies, sustainability considerations, and the emerging role of automation, artificial intelligence, and computational design in shaping next-generation analytical workflows. 

This volume is intended for researchers, forensic scientists, analytical chemists, and graduate students seeking an interdisciplinary understanding of green extraction technologies and their practical implementation in forensic and environmental analysis. By combining theoretical foundations with applied perspectives, the book seeks to serve not only as a reference resource but also as a catalyst for innovation in analytical science.

The editors and contributors hope that this work will encourage the scientific community to embrace sustainable analytical strategies while maintaining the rigor and reliability required for forensic investigations. Ultimately, the vision behind this book is to inspire the development of intelligent, environmentally conscious, and technologically advanced analytical workflows that meet the evolving demands of modern science and society.