About this book:

*Seafloor Mining and Deep-Sea Resources* provides an interdisciplinary assessment of the geological potential, environmental risks, and governance challenges associated with extracting minerals from the ocean abyss. The book details the formation of polymetallic nodules on abyssal plains and cobalt-rich crusts on seamounts, highlighting their role as critical reservoirs for nickel, cobalt, and rare-earth elements necessary for the global energy transition. It emphasizes that while these deposits are vast, they reside in highly stable, low-energy environments where biological and geological processes occur over millions of years, making the ecosystems exceptionally vulnerable to disturbance and slow to recover.

The text moves beyond mineralogy to explore the complex ecological networks of the deep sea, including pelagic-benthic coupling and the intricate food webs of the "oasis-like" seamounts. Significant attention is given to the mechanical impacts of mining, specifically the physics of sediment plumes, the disruption of carbon sequestration, and the intrusion of noise and light into a sensitive sensory environment. By utilizing life-cycle assessments and risk-modeling tools, the book compares the ecological and climate-related costs of seabed mining against traditional land-based alternatives and circular economy strategies like recycling and substitution.

The final section addresses the legal and social dimensions of this emerging industry, focusing on the United Nations Convention on the Law of the Sea (UNCLOS) and the regulatory role of the International Seabed Authority (ISA). The authors examine the importance of Regional Environmental Management Plans (REMPs) and Areas of Particular Environmental Interest (APEIs) in balancing extraction with conservation. Ultimately, the book argues for a precautionary approach to governance, emphasizing that "social license" and data transparency are as critical to the industry’s future as technological feasibility. It concludes by presenting various scenarios for the frontier, suggesting that responsible stewardship requires adaptive management and a willingness to prioritize long-term planetary health over immediate mineral gain.