Invasive parasites and global change: Evidence for the recent and rapid spillover of a potential pathogen of tilapias with a complex, three-host life cycle

Keyphrases

• Global Change 100%
• Invasive Parasite 100%
• Potential Pathogens 100%
• Tilapia 100%
• Great Cormorant 100%
• Israel 66%
• Farmed Fish 66%
• Pygmies 66%
• Intermediate Host 66%
• Cormorants 66%
• Middle East 33%
• Negative Impact 33%
• South America 33%
• Liver 33%
• Non-migratory 33%
• Global Warming 33%
• Biological Invasions 33%
• Impact on Ecosystems 33%
• Migratory Birds 33%
• Africa 33%
• Global Reduction 33%
• Aquaculture 33%
• South-East Asia 33%
• Central America 33%
• Global Spread 33%
• Wild Fish 33%
• Intensive Aquaculture 33%
• Fish Host 33%
• Rest Area 33%
• Histopathological Examination 33%
• Local Fauna 33%
• First Detection 33%
• Cichlid 33%
• Cyprinus Carpio 33%
• Phalacrocorax Carbo 33%
• New Host 33%
• Foraging Area 33%
• Local Flora 33%
• Tapeworm 33%
• Farmed Tilapia 33%
• Cestoda 33%
• Parasite Co-introduction 33%
• Tilapines 33%
• Introduced Parasite 33%
• Severe Loss 33%
• Final Host 33%
• Direct Life Cycle 33%

Agricultural and Biological Sciences

• Global Change 100%
• Tilapia 100%
• Life Cycle 100%
• Parasite 100%
• Farmed Fish 22%
• Aquaculture 22%
• Cestoda 22%
• Global Warming 11%
• Biological Invasion 11%
• Migratory Bird 11%
• Wild Fish 11%
• Phalacrocorax Carbo 11%
• Cichlid 11%
• Flora 11%