How new detection methods prevent harvest loss due to invasive species? Dr Upadhyay Himali explains

Recently, India has made another reminder about the increasing importance of invading species problem. According to Indian ExpressA population of giant African snails occupied horticulture in Andhra Pradesh and caused great losses to farmers. The situation is not isolated: Experts during the summer warned about aggressive plants Forest Edges and Village Customers who overdo on Punjaptogether Autumn Army infestations of the corn fields in Ununa. Sometimes, invading species increase in proportions that regular detection protocols may survive, and this is the place where new methods are very important for Indian agriculture to detect and prevent such invasions. Research is now studying Forensic Science in India. He is directed by Himali Upadhyay and now continues to work as a post -doctoral research assistant at Florida International University. Supported by a federal grant from the US Department of Agriculture, the current research aims to develop new and improved methods by expanding the practices of judicial studies to a new field, ie to agriculture.
Throughout his career, advanced techniques to identify explosive materials, to develop security and forensic medicine innovated and introduced. These methods have been published in many scientific journals, including the current Organic Chemistry and International Journal of Applied Science and Engineering Research and presented at international conferences at the University of Gujarat and Florida International University. Now, it continues to explore the new practices of its methodology in other fields by applying the same innovative detection methods to solve the protection problems of crops from invading species.

Himali Upadhyay, “An invader trying to include a kind of epidemic time is a critical factor and the transfer of innovative forensic vehicles to agriculture can provide an effective solution,” he explains. Himali upadhyay. “One of the possible approaches is to determine the specific chemical ‘fingerprint’ of invasive species, which can be used in various methods of determination, including training dogs.”

The giant African snail is a large ground snail on the continents, including many countries where it does not naturally occur today. It prefers warm, humid places and can graze more than five hundred plant species, which causes widespread damage to agricultural manufacturers and claims accessible nutrients for local wildlife. In previous years, giant African snail outbreaks have already caused significant losses to Indian farmers, for example Reduce mulberry leaf yield by 30-40% in Kohapur Or to cause an organic farm in Eastern Coat Losing more than 50% of its income. Currently, in addition to evidence of the emergence of pre -detection method and nutrition damage, some kind of vision -based discovery is the observation of foreign snails. The detection then monitors the regulatory definition and necessary actions are performed. India has recently started to use dog detection and it was successful, although it was a new alternative.

Dr. Himali Upadhyay’s current research is developing the idea: the giant African snail is trying to define the complete mixture of volatile organic compounds that can be called chemical fingerprints and uses it to educate it to detect it faster. His work at Florida International University received support from federal funds for the improvement of people in the United States. It goes beyond the theoretical research by creating verifiable protocols and educational methods that agencies can adopt.

“Although it does not replace the visual discovery or laboratory approval of the fragrance-imza detection, it adds another fast option to help involve outbreaks, so that it adds another rapid option to reduce crop losses and wild life, Dr. Upadhyay.

Now, rather than finding explosive residues, it is used to detect a similar methodology, a crop, and an invasive harmful harm. The aim is to find volatile organic molecules that will be the characteristic of the snail to become a reliable field -based biological marker. In addition, if scientists can detect a species -specific molecules, they can safely reproduce the odor in the laboratory and train dogs to identify real pests in a shorter time. Recently, Dr. Upadhyay’s work on this project was financed at the federal level in the US and was supported by the US Department of Agriculture, where it showed the national conformity of the approach for protecting agriculture and wildlife. .

The need to create fast, field -based detection systems is not a nation unique because it is a permanent global issue. Since the need for fast, field -based detection is global, Dr. The grant -supported work of Upadhay Himali offers a template in which countries, including India, complete the current discovery and laboratory approval of the existing discovery and laboratory. Beyond India, the system can be transferred: After creating a chemical fingerprint map of a target organism, a signature can be used to educate dogs to detect invasive organisms with a different odor signature. The creation of early detection systems becomes the benefits of protecting real agriculture and wildlife and can be an integral part of the existing detection systems in the long term.