Add to ORKGSome time between 10 and 15 January 2009, a brown bullhead catfish(Ameiurus nebulosus) was found washed up on the shore of Okawa Bay, Lake Rotoiti. The elemental signature of the otolith was measured using laser ablation inductively coupled plasma mass spectrometry (LA-ICP-MS) in order to determine the origin of the catfish. The otolith elemental signature of the Rotoiti catfish was compared to the otolith elemental signatures of catfish caught at Tokaanu Bay, Lake Taupo. Because otolith chemistry is largely determined by water chemistry, fish sharing a common origin should show similar otolith elemental signature
We assessed differences in the otolith microchemistry of koi carp, a colour variant of the invasive ...
Naturally occurring chemical markers in otoliths offer a potential means to identify source environm...
Connectivity between estuarine and coastal populations is poorly understood but fundamental to the s...
Some time between 10 and 15 January 2009, a brown bullhead catfish(Ameiurus nebulosus) was found was...
Otolith microchemistry can be used to determine the natal origins of fish. Solution-based inductive...
Otolith microchemistry can be used to determine the natal origins of fish. Our feasibility study us...
© CSIRO 2005Naturally occurring elemental signatures (or composition) of otoliths may enable aquacul...
Migration and philopatry are important components of the life history strategies of many fish specie...
We used the elemental signatures in otoliths of the damselfish Pomacentrus coelestis as a proxy for ...
This study examined whether element:Ca ratios within the otoliths of juvenile brown trout could prov...
ABSTRACT. The use of otolith elemental composition as a natural tag has emerged as a powerful tool f...
The koi carp Cyprinus carpio is an invasive fish that has reached high numbers and biomass in the No...
Understanding connectivity between groups of a species is fundamental to effective management and co...
Natural chemical markers in otoliths and fin rays have proven useful for retrospectively describing ...
This study examined whether element: Ca ratios within the otoliths of juvenile brown trout could pro...
We assessed differences in the otolith microchemistry of koi carp, a colour variant of the invasive ...
Naturally occurring chemical markers in otoliths offer a potential means to identify source environm...
Connectivity between estuarine and coastal populations is poorly understood but fundamental to the s...
Some time between 10 and 15 January 2009, a brown bullhead catfish(Ameiurus nebulosus) was found was...
Otolith microchemistry can be used to determine the natal origins of fish. Solution-based inductive...
Otolith microchemistry can be used to determine the natal origins of fish. Our feasibility study us...
© CSIRO 2005Naturally occurring elemental signatures (or composition) of otoliths may enable aquacul...
Migration and philopatry are important components of the life history strategies of many fish specie...
We used the elemental signatures in otoliths of the damselfish Pomacentrus coelestis as a proxy for ...
This study examined whether element:Ca ratios within the otoliths of juvenile brown trout could prov...
ABSTRACT. The use of otolith elemental composition as a natural tag has emerged as a powerful tool f...
The koi carp Cyprinus carpio is an invasive fish that has reached high numbers and biomass in the No...
Understanding connectivity between groups of a species is fundamental to effective management and co...
Natural chemical markers in otoliths and fin rays have proven useful for retrospectively describing ...
This study examined whether element: Ca ratios within the otoliths of juvenile brown trout could pro...
We assessed differences in the otolith microchemistry of koi carp, a colour variant of the invasive ...
Naturally occurring chemical markers in otoliths offer a potential means to identify source environm...
Connectivity between estuarine and coastal populations is poorly understood but fundamental to the s...