Sandhya Devalla
Sandhya has over 20 years’ experience in analytical chemistry. She completed her PhD from the Indian Institute of Technology, India. She worked as a Postdoctoral Fellow at the Chemistry department, Aberdeen University, looking at arsenic species bound to the lipids of a special breed of Seaweed-eating sheep. Sandhya worked at Marine Scotland Science for over 11 years where she was involved in the long-term monitoring and assessment of contaminants as well as developing analytical methodologies for metals and organic contaminants related to the marine environment using techniques such as ICP-MS, Laser-ablation coupled to ICP-MS and GC-MS. She joined the James Hutton Institute in 2015 initially undertaking commercial work for The James Hutton Limited. Since 2018, Sandhya has also been involved in research in the area of Microplastics. Sandhya is a Committee Member of British Standards Institution for BSI EH/3/2-Water quality- Physical, Chemical and Biochemical and a member of Food Standard Agency’s Register of Specialists in areas of analytical chemistry methods of analysis, organic and inorganic contaminants of food.
Current research interests
My current work involves both research and commercial activities. My research interests lie primarily in the area of Microplastics, with a particular focus on understanding the sources and behaviour of microplastics within the terrestrial environment, their effects on soil-plant-microbial interactions and development of effective bioremediation strategies to tackle plastic pollution that aligns with the principles of Circular economy. As part of commercial work, I liaise with clients from industries such as oil and gas, food, aquaculture and environmental, to deliver service and develop analytical methodologies that meets their specific requirements.
Past research
Past work (at Marine Scotland Science) involved, monitoring, assessment and development of analytical methodologies for metals and organic contaminants relevant to the marine environment.
Bibliography
- Ramage, S.; Pagaling, E.; Haghi, R.; Dawson, L.; Yates, K.; Prabhu, R.; Hillier, S.; Devalla, S. (2022) Rapid extraction of high- and low-density microplastics from soil using high-gradient magnetic separation, Science of the Total Environment, 831, Article no.154912
- Devalla, S. (2022) Review of Evidence on Oxobiodegradable Plastic Products,
- Michelaraki-Terzitanou, M.; Joseph, O.; Karnik, S.; Devalla, S.; Madanan, K.; Prabhu, R. (2021) Potential for Nile red dyebased analysis of microplastics from oceanic samples,
- Richards, S.; Devalla, S.; Baggaley, N. (2020) Natural sources of phenols and mitigation measures to reduce their release into the water environment, CREW website
- Devalla, S.; Joseph, O.; Prabhu, R. (2019) Nile red dye-based analysis of microfibers for forensic applications., In: Bouma, H., Prabhu, R., Stokes, R.J. and Yitzhaky, Y. (ed.). Counterterrorism, Crime Fighting, Forensics and Surveillance Technologies III, Strasbourg, France, 9-11 September 2019. Proceedings of SPIE, Volume 11166, Article No. UNSP 111660Y.
- Wright, P.J.; Regnier, T.; Gibb, F.M.; Augley, J.; Devalla, S. (2018) Identifying stock structuring in the sandeel, Ammodytes marinus, from otolith microchemistry., Fisheries Research, 199, 19-25.
- J. Wright, P.; Regnier, T.; M. Gibb, F.; Augley, J.; Devalla, S. (2018) Assessing the role of ontogenetic movement in maintaining population structure in fish using otolith microchemistry, Ecology and Evolution
- Regnier, T.; Augley, J.; Devalla, S.; Robinson, C.D.; Wright, P.,J.; Wright, F. (2017) Otolith chemistry reveals seamount fidelity in a deepwater fish., Deep-Sea Research, Part I, 121, 183-189.
- Ramage, S.; Pagaling, E.; Haghi, R.; Dawson, L.; Yates, K.; Prabhu, R.; Hillier, S.; Devalla, S. (2022) Rapid extraction of high- and low-density microplastics from soil using high-gradient magnetic separation, Science of the Total Environment, 831, Article no.154912
- Wright, P.J.; Regnier, T.; Gibb, F.M.; Augley, J.; Devalla, S. (2018) Identifying stock structuring in the sandeel, Ammodytes marinus, from otolith microchemistry., Fisheries Research, 199, 19-25.
- J. Wright, P.; Regnier, T.; M. Gibb, F.; Augley, J.; Devalla, S. (2018) Assessing the role of ontogenetic movement in maintaining population structure in fish using otolith microchemistry, Ecology and Evolution
- Regnier, T.; Augley, J.; Devalla, S.; Robinson, C.D.; Wright, P.,J.; Wright, F. (2017) Otolith chemistry reveals seamount fidelity in a deepwater fish., Deep-Sea Research, Part I, 121, 183-189.
- Devalla, S. (2022) Review of Evidence on Oxobiodegradable Plastic Products,
- Richards, S.; Devalla, S.; Baggaley, N. (2020) Natural sources of phenols and mitigation measures to reduce their release into the water environment, CREW website
- Michelaraki-Terzitanou, M.; Joseph, O.; Karnik, S.; Devalla, S.; Madanan, K.; Prabhu, R. (2021) Potential for Nile red dyebased analysis of microplastics from oceanic samples,
- Devalla, S.; Joseph, O.; Prabhu, R. (2019) Nile red dye-based analysis of microfibers for forensic applications., In: Bouma, H., Prabhu, R., Stokes, R.J. and Yitzhaky, Y. (ed.). Counterterrorism, Crime Fighting, Forensics and Surveillance Technologies III, Strasbourg, France, 9-11 September 2019. Proceedings of SPIE, Volume 11166, Article No. UNSP 111660Y.
