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UAT SYSTEM

Global rise in emerging alien species results form increased accessibility of new source pools

Location
SPREP LIBRARY
Author(s)
Hanno, Seebens
Tim M, Blackburn
Ellie, E Dyer
Piero, Genovesi
Philip, E Hulme
Jonathan, M Jeschke
Shyama, Pagad
Petr, Pysek
Mark, van Kleunen
Marten, Winter
Michael, Ansong
Margarita, Arianoutsou
Sven, Bacher
Bernd, Blasius
Eckehard, G Brockerhoff
Giuseppe, Brundu
Cesar, Capinha
Charlotte, E Causton
Laura, Celesti-Grapow
Wayne, Dawson
Stefan, Dullinger
Evan, PEconomo
Nicol, Fuentes
Benoit, Guenard
Heinke, Jager
John, Kartesz
Marc, Kenis
Ingolf, Kuhn
Bernd, Lenzner
Andrew M, Liebhold
Alexander, Mosena
Dietmar, Moser
Wolfgang, Nentwig
Misako, Nishino
David, Pearman
Jan, Pergl
Wolfgang, Rabitsch
Julissa, Rojas-Sandoval
Alain, Roques
Stephanie, Rorke
Silvia, Rossinelli
Helen E, Roy
Riccardo, Scalera
Stefan, Schindler
Katerina, Stjerova
Barbara, Tokarska-Guzik
Kevin Walker
Darren, F Ward
Takehiko, Yamanaka
Franz, Essl
Publication Place
UNKNOWN
Physical Description:
10 p
Call Number
[EL]
Material Type
Language
English
Record ID:
461
Legacy PEIN ID:
81915
General Notes
copy of pdf for uploading; Our ability to predict the identity of future invasive alien species is largely based upon knowledge of prior invasion history. Emerging alien species—those never before encountered as
aliens—therefore pose a significant challenge to biosecurity interventions worldwide. Using a global database of the first regional records of alien species covering the years 1500–2005 we detected a urprisingly high proportion of species in recent records that have never been recorded as alien before. The high proportion of these emerging alien species mainly resulted from the increased accessibility of new source species pools in the native range. Risk assessment approaches that rely less on invasion history will need to be prioritized.
Location
SPREP LIBRARY
Author(s)
Hanno, Seebens
Tim M, Blackburn
Ellie, E Dyer
Piero, Genovesi
Philip, E Hulme
Jonathan, M Jeschke
Shyama, Pagad
Petr, Pysek
Mark, van Kleunen
Marten, Winter
Michael, Ansong
Margarita, Arianoutsou
Sven, Bacher
Bernd, Blasius
Eckehard, G Brockerhoff
Giuseppe, Brundu
Cesar, Capinha
Charlotte, E Causton
Laura, Celesti-Grapow
Wayne, Dawson
Stefan, Dullinger
Evan, PEconomo
Nicol, Fuentes
Benoit, Guenard
Heinke, Jager
John, Kartesz
Marc, Kenis
Ingolf, Kuhn
Bernd, Lenzner
Andrew M, Liebhold
Alexander, Mosena
Dietmar, Moser
Wolfgang, Nentwig
Misako, Nishino
David, Pearman
Jan, Pergl
Wolfgang, Rabitsch
Julissa, Rojas-Sandoval
Alain, Roques
Stephanie, Rorke
Silvia, Rossinelli
Helen E, Roy
Riccardo, Scalera
Stefan, Schindler
Katerina, Stjerova
Barbara, Tokarska-Guzik
Kevin Walker
Darren, F Ward
Takehiko, Yamanaka
Franz, Essl
Publication Place
UNKNOWN
Physical Description:
10 p
Call Number
[EL]
Material Type
Language
English
Record ID:
461
Legacy PEIN ID:
81915
General Notes
copy of pdf for uploading; Our ability to predict the identity of future invasive alien species is largely based upon knowledge of prior invasion history. Emerging alien species—those never before encountered as
aliens—therefore pose a significant challenge to biosecurity interventions worldwide. Using a global database of the first regional records of alien species covering the years 1500–2005 we detected a urprisingly high proportion of species in recent records that have never been recorded as alien before. The high proportion of these emerging alien species mainly resulted from the increased accessibility of new source species pools in the native range. Risk assessment approaches that rely less on invasion history will need to be prioritized.
Record Created: 22-Aug-2018
Record Modified: 09-Dec-2021