Abstract

Nanozymes, as a novel type of catalyst, have shown broad application potential in the agriculture field in recent years, especially in promoting plant growth, enhancing stress resistance, and detecting pesticide residues. Research indicates that nanozymes can effectively improve the physiological characteristics and environmental adaptability of plants, while also providing rapid and sensitive detection methods for pesticide monitoring. However, the application of nanozymes faces challenges such as safety, stability and selectivity. This article focuses on the current status of nanozyme application in agriculture and the challenges they encounter, aiming to reveal the significance of nanozymes for sustainable development of agriculture.

Keywords:Nanozymes; Agriculture; Applications; Challenges

Abbreviations:ET/JA: Ethylene/Jasmonic Acid; CDs: Carbon Dots; OPs: Organophosphorus Pesticides