JoVE | Peer Reviewed Scientific Video Journal

TOPICAL COLLECTIONS

Methods in Coastal and Deepsea Biodiversity Exploration, Monitoring and Conservation

Guest Editor

Ramesh Chatragadda

CSIR-National Institute of Oceanography, Goa

<p>I am a marine biologist with a passion for exploring the wonders of the ocean depths. With over a decade of dedicated research experience, I have delved into the intricate ecosystems of coral reefs and deep-sea biodiversity. My expertise extends to the fascinating realm of marine drugs and genomics, where I have unraveled the molecular diversity of several marine microbes and macro-organisms. Developing new methods for addressing various fields of research within marine is my interest. My contributions to the field also encompass the complex interactions of ocean biogeochemistry, shedding light on the vital processes that shape our marine environments. Through my interdisciplinary approach, I continue to advance our understanding of marine ecosystems, striving to uncover solutions for their conservation and sustainable use. </p>

Collection Overview

Exploration of coastal and deep-sea biodiversity is critical to understanding and preserving our planet's ecosystems. This Methods Collection seeks to publish new, multidisciplinary methodologies to enhance our understanding of biodiversity and promote conservation efforts. Our proposed collection will advance coastal and deep-sea biodiversity exploration, inform conservation efforts, and promote sustainable management practices.

The various topics covered in this collection are as follows:

1. Diversity Assessment: Advanced sampling techniques employed in coastal and deep-sea research to collect and identify flora and fauna (microbes, plankton, invertebrates, vertebrates, and plants), habitat mapping, and ecological functions.

2. Omics and Informatics Integration: Using Omics technologies, we will analyze genetic, protein, and compound data to uncover molecular insights into biodiversity. Integrated informatics platforms will facilitate data management, analysis, and sharing among researchers worldwide.

3. Robotic Exploration: The deployment of autonomous underwater vehicles (AUVs) and remotely operated vehicles (ROVs) will enable precise mapping and sampling of remote and inaccessible areas. These robotic platforms minimize human impact on sensitive ecosystems while maximizing data collection efficiency. Authors shall provide the protocols to design any robotic equipment and demonstrate its efficiency through HD videos.

4. Biochemical and Toxicological Analysis: Investigating biochemical pathways and assessing the presence of pollutants and toxins will provide critical insights into the health of coastal and deep-sea organisms.

5. Geochemical and Archaeological Studies: We aim to gain insights into past ecosystems and human interactions with coastal and deep-sea environments by studying geochemical processes and archaeological artifacts. Novel protocols and reviews related to these research topics are welcome.

In conclusion, JoVE's unique video protocol format is a valuable tool for demonstrating intricate scientific methods and enhancing comprehension for diverse audiences.