<p>Research Proposal for PhD project: The development of a method for discriminating Murray cod (Maccullochella peelii) populations and movements of those populations, and their larval progeny, based on natural biogeochemical signatures. Specifically selected elemental concentrations in combination with carbon and nitrogen stable isotope ratios will be used to develop a discriminating signature. The use of these natural biogeochemical signatures will be assessed for utility as a natural trans-generational marking capability for Murray cod in an upland river system.</p
Benjamin D. Walther is with Australian National University and UT Austin, Tim Dempster is with Unive...
Southern smelts (Retropinna spp.) in coastal rivers of Australia are facultatively diadromous, with ...
The ability to distinguish between different migratory behaviours (e.g., anadromy and potamodromy) i...
A genlight object containing SNPS, Carbon and Nitrogen Isotope signatures, and covariate data for Mu...
<p>An outline of a method used to sample Murray cod larvae in an Australian upland river system.</p
<p>A study of Murray Cod larval dispersal including temporal and geospatial data regarding Murray co...
Genetic variation is critical to the persistence of populations and their capacity to adapt to envir...
Murray cod, Maccullochella peelii (Mitchell) is an iconic Australian species endemic to the Murray-D...
Fragmentation over evolutionary time scales following vicariant and dispersal events has long been r...
A small sample for sure but could small pH variation be important for Murray cod (<i>Maccullochella ...
International audienceIn the context of the River Rhône restoration programme, the objective of this...
Connectivity between estuarine and coastal populations is poorly understood but fundamental to the s...
The development of traceability methods to distinguish between farmed and wild-caught fish and seafo...
For riverine fishes threatened by fragmentation and flow modification, effective management requires...
Murray cod Maccullochella peelii (Mitchell) have a key ecological role in ensuring the health of Aus...
Benjamin D. Walther is with Australian National University and UT Austin, Tim Dempster is with Unive...
Southern smelts (Retropinna spp.) in coastal rivers of Australia are facultatively diadromous, with ...
The ability to distinguish between different migratory behaviours (e.g., anadromy and potamodromy) i...
A genlight object containing SNPS, Carbon and Nitrogen Isotope signatures, and covariate data for Mu...
<p>An outline of a method used to sample Murray cod larvae in an Australian upland river system.</p
<p>A study of Murray Cod larval dispersal including temporal and geospatial data regarding Murray co...
Genetic variation is critical to the persistence of populations and their capacity to adapt to envir...
Murray cod, Maccullochella peelii (Mitchell) is an iconic Australian species endemic to the Murray-D...
Fragmentation over evolutionary time scales following vicariant and dispersal events has long been r...
A small sample for sure but could small pH variation be important for Murray cod (<i>Maccullochella ...
International audienceIn the context of the River Rhône restoration programme, the objective of this...
Connectivity between estuarine and coastal populations is poorly understood but fundamental to the s...
The development of traceability methods to distinguish between farmed and wild-caught fish and seafo...
For riverine fishes threatened by fragmentation and flow modification, effective management requires...
Murray cod Maccullochella peelii (Mitchell) have a key ecological role in ensuring the health of Aus...
Benjamin D. Walther is with Australian National University and UT Austin, Tim Dempster is with Unive...
Southern smelts (Retropinna spp.) in coastal rivers of Australia are facultatively diadromous, with ...
The ability to distinguish between different migratory behaviours (e.g., anadromy and potamodromy) i...