Bay of Bengal (BoB) has immense significance with respect to ecological diversity and natural resources. Studies on microbial profiling and their functional significance at sediment level of BoB remain poorly represented. Herein, we describe the microbial diversity and metabolic potentials of BOB deep-sea sediment samples by subjecting the metagenomes to Nanopore sequencing.
Elsevier,
Water, Land, and Forest Susceptibility and Sustainability: Geospatial Approaches and Modeling, Volume 1, 2023, Pages 155-169
This content aligns with SDG Goal 6 and SDG Goal 14 by providing a detailed review on the role of GIS and remote sensing for monitoring the quality of water and management and water body remediation.
Elsevier,
Shunlin Liang and Jindi Wang; Advanced Remote Sensing (Second Edition), 2020, Pages 765-787
This chapter contributes to SDG 6 and 9 by providing satellite techniques to monitor water storage in the Earth's cycle.
Elsevier,
Comparative Biochemistry and Physiology -Part A : Molecular and Integrative Physiology, Volume 272, October 2022
This article advances SDG # 14 by looking at the impact that environmental changes and anthropogenic threats are having on marine mammals through the assessment of different stress biomarkers in certain body tissues of chronically affected and bycaught striped dolphins.
This article reports the significant climate mitigation and adaptation efforts via marine conservation activities.
How serious is the pollution in the Mediterranean area by mircoplastics? This review paper analyzes the abundance, the marine contamination, and accumulation of mircoplastics in the Mediterranean basin. Also the impacts on the economic and environmental sector, and effects by country on general health and marine life.
This article introduces the concept of blue economy and how such a framework can help to improve sustainable development of oceans.
This articles identifies the current issues in the governance of global marine protected areas, and propose viable solutions to address those issues to enable effective marine governance.
This chapter aligns with Goal 14: Life Below Water and Goal 9: Industry, Innovation and Infrastructure by acknowledging increased rates of Arctic transit resulting from declines in sea ice, recognizing the associated risk of increasingly frequent oil spills, and proposing methods to efficiently and effectively respond to such events.
Big Earth Data infrastructure must further condense and abstract common workloads and application models with consideration for the features of Big Earth Data and the typical needs of SDG-related applications.Systems should be designed and built based on benchmarks, with integration and scheduling of services and resources as a central focus (e.g., high-performance, high-throughput, intelligent computing and cloud services). Focusing on transparent data access and efficient data circulation will help integrate software and hardware for increased performance, capacity, and flexibility.
