Marine Mercury Bioaccumulation
Editat de Luiz Drude de Lacerdaen Limba Engleză Paperback – oct 2026
Users will find this to be a great resource for a global assessment of mercury contamination in the ocean, including biological resources, monitoring and modeling, current tools, existing research gaps, and suggestions on how to improve our monitoring and policy tools for improved safety of marine life and human consumption. This is an indispensable tool for researchers, resource managers, fisheries stakeholders, and students alike.
- Summarizes state-of-the-art research on mercury accumulation in marine biota
- Provides a worldwide database on mercury concentrations and distribution in key marine taxa
- Features insights from global experts on current practices for mercury monitoring and pollution assessment
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Specificații
ISBN-13: 9780443340932
ISBN-10: 0443340935
Pagini: 300
Dimensiuni: 191 x 235 mm
Editura: ELSEVIER SCIENCE
ISBN-10: 0443340935
Pagini: 300
Dimensiuni: 191 x 235 mm
Editura: ELSEVIER SCIENCE
Cuprins
CHAPTER 1 Chemistry of Hg in the ocean and its influence on bioaccumulation
CHAPTER 2 Mercury bioaccumulation and biomagnification within marine organisms from the Argentine Sea – an overview after 40 years of studies
CHAPTER 3 Applications of mercury stable isotopes in marine biota: external factors influencing bioaccumulation. Literature review.
CHAPTER 4 Mercury and methylmercury uptake and trophic transfer within planktonic food webs
CHAPTER 5 Mercury interactions and bioaccumulation in trophic chains of the Gulf of California and its potential risk to coastal communities
CHAPTER 6 The mechanisms and controls of mercury incorporation and bioaccumulation in large pelagic fish
CHAPTER 7 Understanding mercury (Hg) bioaccumulation in sea turtles
CHAPTER 8 The Mediterranean as a demonstration system for Minamata effectiveness evaluation: Linking marine mercury cycling to seafood contamination and human exposure
CHAPTER 9 Mercury bioaccumulation in marine mammals from the Southern Hemisphere: trends and perspectives
CHAPTER 10 Mercury in wild and farmed shrimp: sources, bioaccumulation, effects, and health risk assessment
CHAPTER 11 Mercury bioaccumulation in mangrove trees
CHAPTER 12 Methylmercury dynamics revealed by stable mercury isotopes in marine biota
CHAPTER 13 Mercury in the Earth system: Biogeochemical cycling, trophic transfer, and preservation in ancient biological records
CHAPTER 14 Metallic epidemic: fishers’ ecological knowledge contributing to understanding mercury bioaccumulation and its effects in tropical fisheries
CHAPTER 15 Modelling mercury in the marine environment and food webs: State of the art and future needs
CHAPTER 16 Translating mercury bioaccumulation evidence into policy action: A Minamata-oriented framework for marine and coastal food-web exposure
CHAPTER 17 Marine Hg bioaccumulation in a scenario of global change
CHAPTER 2 Mercury bioaccumulation and biomagnification within marine organisms from the Argentine Sea – an overview after 40 years of studies
CHAPTER 3 Applications of mercury stable isotopes in marine biota: external factors influencing bioaccumulation. Literature review.
CHAPTER 4 Mercury and methylmercury uptake and trophic transfer within planktonic food webs
CHAPTER 5 Mercury interactions and bioaccumulation in trophic chains of the Gulf of California and its potential risk to coastal communities
CHAPTER 6 The mechanisms and controls of mercury incorporation and bioaccumulation in large pelagic fish
CHAPTER 7 Understanding mercury (Hg) bioaccumulation in sea turtles
CHAPTER 8 The Mediterranean as a demonstration system for Minamata effectiveness evaluation: Linking marine mercury cycling to seafood contamination and human exposure
CHAPTER 9 Mercury bioaccumulation in marine mammals from the Southern Hemisphere: trends and perspectives
CHAPTER 10 Mercury in wild and farmed shrimp: sources, bioaccumulation, effects, and health risk assessment
CHAPTER 11 Mercury bioaccumulation in mangrove trees
CHAPTER 12 Methylmercury dynamics revealed by stable mercury isotopes in marine biota
CHAPTER 13 Mercury in the Earth system: Biogeochemical cycling, trophic transfer, and preservation in ancient biological records
CHAPTER 14 Metallic epidemic: fishers’ ecological knowledge contributing to understanding mercury bioaccumulation and its effects in tropical fisheries
CHAPTER 15 Modelling mercury in the marine environment and food webs: State of the art and future needs
CHAPTER 16 Translating mercury bioaccumulation evidence into policy action: A Minamata-oriented framework for marine and coastal food-web exposure
CHAPTER 17 Marine Hg bioaccumulation in a scenario of global change