A theoretical approach concerning nutrient emissions to inform monitoring and management of mariculture farms

Keyphrases

• In Situ 100%
• Mariculture 100%
• Nutrient Emission 100%
• Sparus Aurata 66%
• Marine Space 66%
• Bioavailable 33%
• Gilthead Seabream 33%
• Sediment Samples 33%
• Water Quality 33%
• Water Column 33%
• Environmental Impact 33%
• Levantine Basin 33%
• Mixed-methods Study 33%
• Water-sediment System 33%
• Keep up 33%
• Nitrogen N 33%
• Long-term Monitoring 33%
• Phosphorus P 33%
• Eastern Mediterranean Sea 33%
• Marine Systems 33%
• Scientific Management 33%
• Dissolved nutrients 33%
• Monitoring Protocol 33%
• Nutrient Sources 33%
• Point Source 33%
• Proton-neutron Pairing 33%
• Fish Farming 33%
• Control Site 33%
• Artificial Fish 33%
• Monoculture 33%
• Available Nitrogen 33%
• Monitoring Effort 33%
• Artificial Meat 33%
• Food Pellets 33%
• Fish Pellet 33%
• Caged Fish 33%
• Nitrogen Excretion 33%
• Product Demand 33%
• Sediment Enrichment 33%
• Pellet Feed 33%
• Local Monitoring 33%
• Excretion Rate 33%
• Field Collection 33%
• Mariculture System 33%
• Local Points 33%

Agricultural and Biological Sciences

• Mariculture 100%
• Sparus aurata 66%
• Sediments 66%
• Face 33%
• Case Study 33%
• Environmental Impact 33%
• Bream 33%
• Fish Feeds 33%
• Monoculture 33%

Earth and Planetary Sciences

• Emissions 100%
• Mariculture 100%
• Mediterranean Sea 33%
• Levant 33%
• Water Column 33%
• Mesocosm 33%
• Environmental Impact 33%
• Fish Farms 33%
• Monoculture 33%