Microbial Engineering

Dr. Durgesh Kumar Jaiswal is a Post-doctoral Fellow at the Department of Botany, Savitribai Phule Pune University, Maharashtra, India. He obtained his doctorate from the Institute of Environment & Sustainable Development, Banaras Hindu University. His research includes micro-biotechnology, soil-microbiology & Sustainable agriculture, primarily based on exploring & formulating the microbial consortium for the?photostimulation of crops, biodegradation of pesticides, and integrated pest & disease management to provide agriculture sustainability. He is a recipient of Dr. D.S. Kothari?Post-doctoral Fellowship, University Grants Commission, (2021-2024). He has published in national and international journals in the fields of Plant-microbe interaction, soil microbiology, Bioremediation & Sustainable Agriculture. He is an editorial board member of BMC Microbiology,?BMC Plant biology and the academic editor of PLOS One, Applied and Environmental Soil Science & Advance in Agriculture. He also serves as guest editor of Frontiers in Microbiology; BMC Microbiology; Sustainability (MDPI) & Frontiers in Environmental Science. Dr. Jay Prakash Verma competed his B.Sc., M.Sc. and Ph.D. on plant-microbe interaction and PGPR. He works as a Senior Assistant Professor in IESD, Banaras Hindu University, India, where he started in February 2011. He has more than 11 years of research expertise on rhizosphere microbes and development of effective plant growth promoting microbial consortium as biofertilizer, bio stimulators for multiple crop production under control, and field conditions. His research expertise encompasses biofertilizer, phytomicobiome, bio-pesticide, PGPR, PGPF, sustainable agriculture, plant-soil-microbe interaction, soil fertility and soil health management, pesticide degrading microbes for bioremediation, soil molecular biology and climate resilient agricultural production, and bioethanol production. He has written more than 60 articles that have been cited more than 1831 times and has a cumulative impact factor of over 100. He has more than eight research projects related to plant-microbe interactions. He has been a speark at international conferences in Spain, France, and China. He is serving as Technical Editor for several international journals including Biotechnology, Journal of Applied Sciences, International Journal of Soil Science, Asian Journal of Biological Sciences, and Bacteriology Journal. He is a member of the editorial board for the journals Agriculture for Sustainable Development published by Social and Farmers Welfare Society, Journal of Environmental and Social Sciences, International Journal of Research Studies in Microbiology and Biotechnology, International Journal of Research Studies in Agricultural Sciences, International Journal of Research in Environmental Science, and Microbial Biosystems Journal published by The Arab Society for Fungal Conservation. He acts as a reviewer for various peer-reviewed national and international journals of publishers including Nature Publishing Group, Elsevier, Springer, Willy, and Taylor and Francis. He is also a project evaluator for of The Czech Academy of Sciences, Science Support Division in Czech Republic, European Commission. He is presently a visiting fellow at the Hawkesbury Institute for the Environment, Western Sydney University, Sydney, Australia.

Section 1: General Overview 1. Global prospective of emerging pollutant: A state of art 2. Emerging technology to measuring and monitoring of emerging pollutant in soil-plant system 3. Impact of emerging pollutants on soil-microbe-plant system 4. Microbiomes: A promising indicators to monitoring emerging pollutants and bioremediation 5. Engineering Microbial system: A promising strategies to restoration emerging contaminated site Section 2: Inorganic emerging pollutants (Heavy metals & Nano-materials) 6. Fate and toxicity of inorganic pollutants in soil-microbe-plants system 7. Heavy metals in soil: Fate and toxicity in soil-microbe-plants system 8. Nanomaterial in soil: Effect on physical; chemical & biological properties of soil 9. Emerging microbial technologies to remove heeavy Metals and nano-particles Section 4: Microplastic as emerging contaminants 10. Microplastic in Agriculture soil: effect on soil-plant-food system (SPFS) 11. Fate and toxicity of Microplastic in soil- plant systems 12. Microplastic as emerging pollutant alter the agriculture soil microbiomes 13. Approaches of degradation of soil microplastics 14. Engineering microbial consortium: A sustainable solution of soil microplastic pollution Section 4: Organic contaminants (Pesticides, Antibiotics, and PFAS) as emerging pollutants 15. Organic pollutants in soil: An emerging threat to Agriculture sytem 16. Soures, Fate, toxicity & risk management of Organic pollutants in Agriculture system 18. Impact of pesticide pollution in agriculture system & human healths 19. Antibiotics in agriculture soil system: An impact on microbial activities and their diversity 20. PFAS in Agriculture soil system: an emerging pollutant 21. Remediation strategies for mitigation of organic pollution: Challenges and future perspectives Section 5: Emerging Remediation technologies 22. Current status of sustainable strategies for removal of emerging soil pollutants 23. Enginnering the microbial consortium: Oppertunities & challenges for bioremediation of emerging pollutant 24. Genetically engineered microbial remediation of emerging pollutants: Challenge and ecological risk assessment 25. Current trends in bio-nanotechnology for bioremediation of emerging pollutants 26. Microbial enzymes: A innovative bioremediation tools for emerging pollutants 27. Microbial biofilm: A recent advanced sustainable strategies for bioremediation of emerging pollutants 28. A Omics approaches: assessment of microbial diversity and bioremediation of emerging pollutants 29. Integration of Bioinformatics: A way to advancements in the microbial bioremediation 30. Current research trends in engineering microbial system for bioremediation emerging pollutants Section 6: Policy Framework 31. Strategies and policies against emerging contaminants: Global scenario 32. Legal and social concers to the rediscover the new bioremidation technologies