Exploring microplastics in commercial bivalve species and in bivalve aquaculture waters: Insights from the southern Pacific

Keyphrases

• Animal Protein 14%
• Anthropized 14%
• Anthropogenic Impact 14%
• Aquaculture Activities 14%
• Aquaculture Facilities 14%
• Aquaculture Industry 14%
• Aquaculture Water 100%
• Bivalve Aquaculture 100%
• Bivalve Species 100%
• Bivalves 28%
• Chile 14%
• Commercial Bivalve 100%
• Content Characteristics 14%
• Content Type 14%
• Exporters 14%
• Feeding Behavior 14%
• Filter Feeders 14%
• High Concentration 14%
• Interspecific Differences 14%
• Low-magnitude 14%
• Marine Areas 14%
• Marine Biota 14%
• Marine Ecosystems 14%
• Micronutrients 14%
• Microplastic Concentration 14%
• Microplastics 100%
• Mitigation Strategies 14%
• Plastic Pollution 14%
• Polyamide 14%
• Polyester 14%
• Polyethylene 14%
• Potential Threats 14%
• Southern Chile 14%
• Southern Pacific 100%
• Surface Water 14%
• Susceptible Species 14%

INIS

• animals 11%
• aquaculture 100%
• chile 22%
• concentration 22%
• data 11%
• feeding 11%
• fibers 11%
• filters 11%
• industry 11%
• levels 22%
• marine ecosystems 11%
• microplastics 100%
• mitigation 11%
• monitoring 11%
• pollution 11%
• polyamides 11%
• polyesters 11%
• polyethylenes 11%
• polymers 11%
• proteins 11%
• surface waters 11%
• water 100%

Agricultural and Biological Sciences

• Animal Proteins 12%
• Aquaculture 100%
• Aquatic Environment 12%
• Feeding Behavior 12%
• Microplastic Pollution 12%
• Microplastics 100%
• Surface Water 12%