Parasites lost - do invaders miss the boat or drown on arrival

Ecology Letters (2010) 13: 516-527 Host species that colonize new regions often lose parasite species. Using population arrival and establishment data for New Zealand's introduced bird species and their ectoparasitic chewing lice species, we test the relative importance of different processes a...

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Published in:	Ecology letters Vol. 13; no. 4; pp. 516 - 527
Main Authors:	MacLeod, Catriona J, Paterson, Adrian M, Tompkins, Daniel M, Duncan, Richard P
Format:	Journal Article
Language:	English
Published:	Oxford, UK Oxford, UK : Blackwell Publishing Ltd 01-04-2010 Blackwell Publishing Ltd Blackwell
Subjects:	Aggregation Animal and plant ecology Animal populations Animal, plant and microbial ecology Animals Biological and medical sciences Birds Birds - parasitology chewing lice Ecology ectoparasites Fundamental and applied biological sciences. Psychology General aspects Insecta introduced birds introduction success Invertebrates Lice Mallophaga New Zealand Nonnative species Phthiraptera Population Dynamics propagule pressure sorting events transmission efficiency New Zealand Mallophaga ectoparasites Introduced species Insecta Transmission Propagule introduction success Parasite sorting events transmission efficiency Phthiraptera Sorting Aggregation introduced birds Vertebrata Invasive species chewing lice Arthropoda propagule pressure Ectoparasite Invertebrata Aves Boat
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Abstract	Ecology Letters (2010) 13: 516-527 Host species that colonize new regions often lose parasite species. Using population arrival and establishment data for New Zealand's introduced bird species and their ectoparasitic chewing lice species, we test the relative importance of different processes and mechanisms in causing parasite species loss. Few lice failed to arrive in New Zealand with their hosts due to being missed by chance in the sample of hosts from the original population (missing the boat). Rather, most lice were absent because their hosts or the parasite themselves failed to establish populations in their new environment. Given they arrived and their host established, parasite persistence was more strongly related to factors associated with transmission efficiency (number of host individuals introduced, host body size, host sociality and parasite suborder) than parasite propagule pressure and aggregation. Such insights into parasite success are invaluable to both understanding and managing their impact.
AbstractList	Ecology Letters (2010) 13: 516–527 Abstract Host species that colonize new regions often lose parasite species. Using population arrival and establishment data for New Zealand’s introduced bird species and their ectoparasitic chewing lice species, we test the relative importance of different processes and mechanisms in causing parasite species loss. Few lice failed to arrive in New Zealand with their hosts due to being missed by chance in the sample of hosts from the original population (missing the boat). Rather, most lice were absent because their hosts or the parasite themselves failed to establish populations in their new environment. Given they arrived and their host established, parasite persistence was more strongly related to factors associated with transmission efficiency (number of host individuals introduced, host body size, host sociality and parasite suborder) than parasite propagule pressure and aggregation. Such insights into parasite success are invaluable to both understanding and managing their impact. Ecology Letters (2010) 13: 516-527 Host species that colonize new regions often lose parasite species. Using population arrival and establishment data for New Zealand's introduced bird species and their ectoparasitic chewing lice species, we test the relative importance of different processes and mechanisms in causing parasite species loss. Few lice failed to arrive in New Zealand with their hosts due to being missed by chance in the sample of hosts from the original population (missing the boat). Rather, most lice were absent because their hosts or the parasite themselves failed to establish populations in their new environment. Given they arrived and their host established, parasite persistence was more strongly related to factors associated with transmission efficiency (number of host individuals introduced, host body size, host sociality and parasite suborder) than parasite propagule pressure and aggregation. Such insights into parasite success are invaluable to both understanding and managing their impact. Host species that colonize new regions often lose parasite species. Using population arrival and establishment data for New Zealand's introduced bird species and their ectoparasitic chewing lice species, we test the relative importance of different processes and mechanisms in causing parasite species loss. Few lice failed to arrive in New Zealand with their hosts due to being missed by chance in the sample of hosts from the original population (missing the boat). Rather, most lice were absent because their hosts or the parasite themselves failed to establish populations in their new environment. Given they arrived and their host established, parasite persistence was more strongly related to factors associated with transmission efficiency (number of host individuals introduced, host body size, host sociality and parasite suborder) than parasite propagule pressure and aggregation. Such insights into parasite success are invaluable to both understanding and managing their impact. [PUBLICATION ABSTRACT] Host species that colonize new regions often lose parasite species. Using population arrival and establishment data for New Zealand's introduced bird species and their ectoparasitic chewing lice species, we test the relative importance of different processes and mechanisms in causing parasite species loss. Few lice failed to arrive in New Zealand with their hosts due to being missed by chance in the sample of hosts from the original population (missing the boat). Rather, most lice were absent because their hosts or the parasite themselves failed to establish populations in their new environment. Given they arrived and their host established, parasite persistence was more strongly related to factors associated with transmission efficiency (number of host individuals introduced, host body size, host sociality and parasite suborder) than parasite propagule pressure and aggregation. Such insights into parasite success are invaluable to both understanding and managing their impact. Ecology Letters (2010) 13: 516-527AbstractHost species that colonize new regions often lose parasite species. Using population arrival and establishment data for New Zealand's introduced bird species and their ectoparasitic chewing lice species, we test the relative importance of different processes and mechanisms in causing parasite species loss. Few lice failed to arrive in New Zealand with their hosts due to being missed by chance in the sample of hosts from the original population (missing the boat). Rather, most lice were absent because their hosts or the parasite themselves failed to establish populations in their new environment. Given they arrived and their host established, parasite persistence was more strongly related to factors associated with transmission efficiency (number of host individuals introduced, host body size, host sociality and parasite suborder) than parasite propagule pressure and aggregation. Such insights into parasite success are invaluable to both understanding and managing their impact. Ecology Letters (2010) 13: 516–527 Host species that colonize new regions often lose parasite species. Using population arrival and establishment data for New Zealand’s introduced bird species and their ectoparasitic chewing lice species, we test the relative importance of different processes and mechanisms in causing parasite species loss. Few lice failed to arrive in New Zealand with their hosts due to being missed by chance in the sample of hosts from the original population (missing the boat). Rather, most lice were absent because their hosts or the parasite themselves failed to establish populations in their new environment. Given they arrived and their host established, parasite persistence was more strongly related to factors associated with transmission efficiency (number of host individuals introduced, host body size, host sociality and parasite suborder) than parasite propagule pressure and aggregation. Such insights into parasite success are invaluable to both understanding and managing their impact.
Author	Paterson, Adrian M. Tompkins, Daniel M. Duncan, Richard P. MacLeod, Catriona J.
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Keywords	Mallophaga ectoparasites Introduced species Insecta Transmission Propagule introduction success Parasite sorting events transmission efficiency Phthiraptera Sorting Aggregation introduced birds Vertebrata Invasive species chewing lice Arthropoda propagule pressure Ectoparasite Invertebrata Aves Boat
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Snippet	Ecology Letters (2010) 13: 516-527 Host species that colonize new regions often lose parasite species. Using population arrival and establishment data for New... Ecology Letters (2010) 13: 516–527 Host species that colonize new regions often lose parasite species. Using population arrival and establishment data for New... Host species that colonize new regions often lose parasite species. Using population arrival and establishment data for New Zealand's introduced bird species... Ecology Letters (2010) 13: 516–527 Abstract Host species that colonize new regions often lose parasite species. Using population arrival and establishment data... Ecology Letters (2010) 13: 516-527AbstractHost species that colonize new regions often lose parasite species. Using population arrival and establishment data...
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SubjectTerms	Aggregation Animal and plant ecology Animal populations Animal, plant and microbial ecology Animals Biological and medical sciences Birds Birds - parasitology chewing lice Ecology ectoparasites Fundamental and applied biological sciences. Psychology General aspects Insecta introduced birds introduction success Invertebrates Lice Mallophaga New Zealand Nonnative species Phthiraptera Population Dynamics propagule pressure sorting events transmission efficiency
Title	Parasites lost - do invaders miss the boat or drown on arrival
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