New tobacco -pesticides are famous for their role in agriculture, and its wide use has caused people to vigilance on its impact on the environment and public health. These aimed at protecting crops from the infringement of pests are increasingly discovered in the waterway, causing people to worry about their potential harm of ecosystems and human health. With these pesticides accumulated in our rivers and lakes, problems on its long -term impact and regulatory needs have become more urgent.
The comprehensive review of the new nicotine pesticide (NEO) in the Chinese waterway shows that people are increasingly worried about their environmental and public health. The study was led by Professor Jiang Jiaqian of the University of Glascardinia and Zhang Shaoqing from Inner Mongolia University. He deeply analyzed the appearance and distribution of nearly celestial celestial bodies and emphasized major ecological risks. The research results were published in the “Environment” journal.
New nicotin pesticides are widely used as an internal pesticides in agriculture, gardening, and families, and are increasingly used as substitutes for harmful pesticides. However, in the environment, especially in the water system, they have attracted serious attention, because they may even have potential adverse effects on human beings, including aquatic vertebrates.
Professor Jiang’s review covers the monitoring of major water bodies such as Taihu, Pearl River, Yangtze River, Songhua River, and Liaohe. These areas are preferred due to their economic significance and environmental sensitivity. Studies have found that the concentration of nearly places in these areas is different, and the degree of pollution in some areas is particularly high.
When discussing the importance of these discoveries, Professor Jiang pointed out: “The increase in the existence of near the earth’s celestial body in the water channel has attracted widespread attention and concerns, because it threatens ecosystems and public health.” This emotion has highlighted The urgency of solving pollution problems and implementation of regulatory measures.
The comments also pointed out that near the ground celestial body also exists in other environmental mediums, including indoor dust, vegetables and grains and other foods, and even in tea. This extensive situation has caused people to worry about long -term exposure and chronic impact on health, especially for vulnerable groups such as children.
Researchers emphasize that more detailed research to evaluate the comprehensive impact of near -earth celestial bodies on ecosystems and public health. They also called for better management practice and replacement of pest control methods to reduce dependence on these chemicals. Professor Jiang said, “Many countries and regions have made many efforts on monitoring the needs of nearly places in the water, but the pollution of near -land celestial bodies is still considered lack of attention and attention.”
In short, the study of Professor Jiang and Dr. Zhang provided important insights for the environment and health impact of the new nicheine pesticides in the Chinese waterway. Researchers urged to immediately take action to reduce these risks and emphasize the importance of continuous monitoring, supervision and public awareness. As the international community strives to cope with the challenges of sustainable agriculture and environmental protection, such research emphasizes that a balanced method is needed to protect human and ecological health.
Journal reference
Zhang S., Jiang J.-Q. (2023). “The emergence and distribution of new nicotine pesticides in Chinese waterways: retrospective.” Environment, 10, 206.
About the author
Professor Jiang For more than 30 years, he has been active in the field of water and environmental science. His main interests and expertise lies in the development and application of new water treatment chemicals, applications and modification of water treatment unit processes, degrade emerging micro -pollutants, and recycle nutrients from wastewater.
As the chief researcher and doctoral supervisor, he effectively led his team to initiate, carry out, and successfully completed many research projects sponsored by the British EPSRC, the European Union Research Council, and the United Kingdom, Scotland and the international industry. His research results have a significant impact on the research community. Web of Science (Clarivate) and Scopus Author (Elsevier) prove this. The recent single -year impact data (the number of references in 2022, from SCOPUS October 1, 2023) acknowledged that he was a highly quoted scientist and ranked among the top 2%in the field of environmental science and chemical engineering. These statistical data are updated in the scientific scope of the standardized citation indicators, which can be obtained in the Aiswe data storage library (V6, DOI: 10.17632/BTCHXKTZYW.6).
Dr. Zhang Shaoqing Lecturer of the School of Ecology and Environment, Inner Mongolia University. His interests and professional knowledge are concentrated in water treatment in water treatment, including biodegradation potential and degradation of micro -pollutants that improve industrial wastewater. Dr. Zhang Shaoqing has also recently participated in the research of surface water monitoring.
Dr. Zhang Shaoqing obtained a bachelor’s degree in environmental science and environmental analysis at the University of Newcastle on the banks of the Tyan River. Dr. Zhang Shaoqing has more than ten years of experience in studying abroad, and is full of enthusiasm and openness in research and culture in terms of research and culture.
