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Research Fellowship from Humboldt University of Berlin

Dr Megha Yadav has received a prestigious fellowship from the Käte Hamburger Centre for Advanced Study, inherit.Heritage in Transformation, Humboldt Universität Zu Berlin, Germany. The fellowship allows for the undertaking of the research project, Visualising the Tradition, Preserving History: Material Practices in Tibetan Buddhism. This project takes an initiative to understand the ideas of heritage and history among the Tibetan Buddhist community by looking at the visual material and its heritage in Tibetan society to reach a nuanced picture of Tibetan history and heritage which keeps the Tibetan community at the centre of this understanding.

The project will attempt to understand the ways and methods of remembrance, preservation, and transmission of what Tibetan Buddhists consider to be their history. Most academic works have utilized Buddhist textual traditions to talk about Tibetan society, which has the inherent limitation of being one-dimensional. As a point of entry, this research will focus on thangka paintings as they create a very intimate window to people’s way of thinking about themselves, their universes, and their personal history. It was a ‘material’ to be showcased in public spaces, notably monasteries. It was meant for everyone to see, pay their respects, and take the image back with them in their minds and hearts. In a sense, these paintings were a showcase for the Tibetan Buddhist community.

This project will also pay attention to the changes brought about by 20th-century events, most notably colonization and the exile of the Dalai Lama and many Tibetans by inquiring into the changes brought into the idea and making of thangka paintings, raising questions about patronage, method, and content in the 20th century. An equally important intervention in the method and content of these paintings came with the spread of digital media platforms. While digital media has ‘democratised’ the making of thangka paintings, the question remains: what has it done to the process of making a thangka? How has the value associated with the paintings, as well as their making process, been changed by the technical medium? Has it impacted the content of these paintings? More importantly, what kind of changes have come into the community’s understanding of their past and present? These and any other issues that may come up during research will be addressed.

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MSc Environmental Science Students Secure Paid Japanese Internship

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The Department of Environmental Science and Engineering takes pride in announcing that 8 students of MSc Environmental Science programme have bagged a paid internship in the Fuji Academy Private Limited, a prestigious Japanese company. The students shall work on projects related to environmental sustainability and participate in various engaging activities like workshops and training sessions, in addition to networking with different stakeholders in the sustainability sector. It is important to note that the students secured this internship within 2 months of commencing their MSc programme.

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Secularity Unveiled: A Critical Analysis by Prof. Vishnupad

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Prof. Vishnupad, Dean – Easwari School of Liberal Arts, has published his latest book chapter, “Liberal Secularity and the Indian State: Notes on the Sabrimala Judgment,” in the prestigious book “Liberalism and its Others”. The intriguing essay explores the complexities of modern secularity in liberal and postcolonial governments and navigates the delicate tango between the political and the religious. The book chapter is a scholarly investigation that maintains the importance of politics over religion while addressing the intricate dynamics of distance to closeness, neutrality to autonomy, and tolerance to publicity. Prof. Vishnupad challenges traditional knowledge, pushing to embrace ethical secularity’s dedication to discourse, transcending political and religious hierarchies.

This stimulating work is a light of intellectual engagement that will affect discussions in the fields of political philosophy, liberalism, and the state’s relationship with religion. Dive deep into these issues as we consider the nexus between politics and faith.

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Innovative Study on Microplastics in Groundwater Published

Study on Microplastics in Groundwater PublishedDr Kousik Das and Dr Deep Raj, Assistant Professors in the Department of Environmental Science and Engineering (EVSE) at SRM University AP, along with Dr Uttiya Dey (Post-doc) and PhD Scholar Mr. Mijanur Mondal, have achieved a significant milestone with the publication of their research paper, “Microplastics in groundwater: An overview of source, distribution, mobility constraints and potential health impacts during the Anthropocene.

This pioneering work has been published in the esteemed journal “Groundwater for Sustainable Development,” a Q1 journal with an impressive Impact Factor of 5.9. The paper offers a comprehensive overview of the sources, distribution, mobility constraints, and potential health impacts of microplastics in groundwater, contributing valuable insights to the scientific community.The research team’s dedication to advancing environmental science and addressing crucial issues such as microplastic pollution underscores SRM University AP’s commitment to impactful research and innovation.

Abstract
Microplastics (MPs) are the tiny particles of plastic of > 5 mm in diameter that have already been detected in various environmental matrices like soil, sediment, and surface water, and recently in groundwater also. The occurrence of MPs in groundwater depends up on the transportation through recharge and may controlled by source and local hydrogeology, and partly on the process of surface water-groundwater interaction (SW-GW). Groundwater recharge from agricultural stagnant water, losing streams near dumping sites and agricultural fields, effluents from wastewater treatment plants, septic system failure, etc., are the potential sources of MPs in groundwater. The factors like sea level rise and tidal pumping are among the major factors that may control the migration of MPs in coastal aquifers, along with the physical and chemical properties of the aquifer media. These MPs have another ecological concern as they can adsorb persistent organic pollutants as well as heavy metals and transfer them to animal tissues through the food chain. No such study has been done on the existence, profusion, or environmental factors that contribute to MP pollution in the groundwater in relation to the present climate change scenario. Understanding the extent of MP contamination in groundwater systems is necessary for developing effective management strategies and minimizing their impact on the environment and human health. This study focuses on the source along with the controlling factors of the migration of MPs towards groundwater, including the effect of climate change.

Citation
Dey, U.,Raj, D., Mondal, M., Roy, P., Mukherjee, A., Mondal, N.K. and Das, K. (2023). Microplastics in groundwater: An overview of source, distribution, mobility constraints and potential health impacts during the Anthropocene. Groundwater for Sustainable Development. 23: 101036

Practical implementation and social implications of the research
Microplastic pollution is among the recent emerging pollutants which is still understudied. n. Studies are being conducted mainly focusing the MP contamination in surface water, marine environment and soil, and very limited studies are available to address the source of MPs in groundwater. Even there is lack of standard methods for the effective detection, both qualitatively and quantitatively, of MPs. However, no such study has been done on the existence, profusion, or environmental factors that contribute to MP pollution in the groundwater in relation to the present climate change scenario. As groundwater is a major source of drinking water worldwide, it is of immense importance to enquire more about the source, transport pathways, controlling factors and human health effects of MPs for the safeguard of this valuable resource. Understanding the extent of MP contamination in groundwater systems is necessary for developing effective management strategies and minimizing their impact on the environment and human health. Our study was conducted to mainly focus on the source along with the controlling factors of the migration of MPs towards groundwater including the effect of climate change. The findings of our study would provide valuable insights into the characteristics of MPs in the environment and suggest efforts to mitigate their impact on ecosystems as well as on human health.

Collaborations
The collaborators in this present study are:

  • Prof. Abhijit Mukherjee, Department of Geology and Geophysics & School of Environmental Science and Engineering, IIT Kharagpur, West Bengal
  • Prof. Naba Kumar Mondal, Department of Environmental Science, The University of Burdwan, West Bengal

Future research plans
Microplastic is one of the recent emerging pollutants which is still understudied. The research has just started to detect MPs in different environmental media as well as to establish effective removal technologies. Our future plans with MP research are as follows:

  • To measure the MPs concentration in different coastal areas in India, as the oceans are the major sink for any pollutants, to obtain baseline information about the contamination load
  • To detect how much amount of MPs are coming through the major rivers by linking the land use and land cover pattern so that the major sources can be detected
  • Detection of MPs in the freshwater aquifer to adopt effective management strategies to safeguard the groundwater
  • Development of effective and environment-friendly MP removal technologies
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