title: Looking backwards to move ahead: how the wider application of new technologies to interpret scale, otolith, statolith and other biomineralised age‐registering structures could improve management of natural resources
Creators: name: ICES
Publisher: name: ASC 2016 - Theme session H
Year: 2024
Subjects: Technologies and data
Pressures, impacts, conservation, and management

description: No abstracts are to be cited without prior reference to the author.Conveners: Ewan Hunter (UK) Vladimir Laptikhovsky (UK) Philip Hollyman (UK).CM 2016/H:549. Chemical archives in fishes beyond otoliths: A review on the use of other body parts as chronological recorders of chemical constituents. Orian Tzadik, Joseph Curtis, Jennifer Granneman, Benjamin Kurth, Timothy Pusack, Amy Wallace, David Hollander, Ernst Peebles, Christopher StallingsCM 2016/H:625. A preliminary test of post-depositional changes in naturally incorporated trace elements in the scales of one group of farmed Atlantic salmon (Salmo salar L.). Vidar Moen, Belinda FlemCM 2016/H:303. Stock identification of Sprattus sprattus within Irish waters using otolith microstructure. C. Moore, D. Brophy, R. OfficerCM 2016/H:584. Can otolith elemental composition reveal special events in the life history of a deep-sea species?. Inês Farias, Sílvia Pérez-Mayol, Miquel Palmer, Beatriz Morales-Nin, Ivone FigueiredoCM 2016/H:473. Assessing differences in climate responses between the fourth millennium BP and the present day in Glycymeris glycymeris at St Kilda, Scotland. Stella J. Alexandroff, James D. Scourse, Paul G. ButlerCM 2016/H:547. Assigning nursery habitats in Atlantic Goliath Groupers (Epinephelus itajara) using non-lethal analyses of fin rays. Orian E. Tzadik, David L. Jones, Ernst B. Peebles, Christopher C. Koenig, Christopher C. StallingsCM 2016/H:316. Otolith microchemistry: A tool to solve a mystery of the Baltic Sea flounder (Platichys flesus). Didzis UstupsCM 2016/H:379. You can’t swim from the past! Using otolith micro-chemistry to explore range-expansion in gilthead seabream. Jen Lewis, Frank van Veen, Ewan Hunter, Regan Early, Julian MetcalfeCM 2016/H:204. Ageing early life stages of Octopus vulgaris, effect of temperature. C. Perales-Raya, M. Nande, A. Bartolomé, C. Gestal, J.J. Otero, P. García-Fernández, E. AlmansaCM 2016/H:474. Networks of biochronologies for environmental monitoring and climate reconstruction. Paul Butler, Ariadna Purroy Albet, Stella Alexandroff, Irene Ballesta, Fabian Bonitz, Juan Estrella-Martínez, Amy Featherstone, Stefania Milano, Maria Pyrina, Tamara Trofimova, Liqiang ZhaoCM 2016/H:277. The statoliths of the whelk Buccinum undatum: a new age determination tool. Phil Hollyman, Simon R. Chenery, EIMF3, David Righton, Melanie Leng, Chris RichardsonCM 2016/H:426. Can squid statoliths and pens provide useful information for fisheries management?. Graham J Pierce, Lee C Hastie, Sansanee Wangvoralak, Jessica Jones, Alexander ArkhipkinCM 2016/H:377. Assessing life-cycle and longevity of cold water octopods (Cephalopoda: Octopoda) using growth marks on hard body structures. Richard Schwarz, Hendrik Jan T. Hoving, Uwe Piatkowski, Thorsten ReuschCM 2016/H:396. Synchrony of climate and fish growth patterns based on multidecadal otolith biochronology of the short-lived European flounder (Platichthys flesus). Szymon Smoliński, Zuzanna MirnyCM 2016/H:626.Multiple alizarin immersion marking of juvenile sea trout Salmo trutta m. trutta L. otoliths as a practice in the stocking program. Adam M. Lejk, Andrzej MartyniakCM 2016/H:257. Strontium marking young eel for restocking in Sweden – preliminary results on a full scale implementation. H. WickströmCM 2016/H:189. Estuarine Retention and Production of Striped Bass Larvae: A Mark-Recapture Experiment. David H. Secor, Edward D. Houde, Loren L. KelloggCM 2016/H:388. Contingent structure of Northwest Atlantic mackerel evaluated using otolith stable isotopes. S. G. Redding, L. Cooper, D. H. SecorCM 2016/H:110. Fellowship of fish, coral and tree rings. Joyce JL Ong, Adam N Rountrey, Jens Zinke, Jessica J Meeuwig, Pauline F Grierson, Alison J O’Donnell, Stephen J Newman, Janice M. Lough, Mélissa Trougan, Mark G MeekanCM 2016/H:99. Marginal increment analysis of fish otoliths: new insights across a range of species. Kélig Mahé, Mark Etherton, Jean Louis Dufour, Romain Elleboode, Karine Sévin, Hélène de Pontual, Bruno ErnandeCM 2016/H:104. Additive and synergistic impacts of fishing and warming on the growth of a temperate marine fish. John R. MorrongielloCM 2016/H:530. Are otoliths effective environmental monitoring tools for coastal zone management?. Audrey J. GeffenCM 2016/H:398. Evidence of multidecadal recruitment in the ocean quahog, Arctica islandica in the western Atlantic Ocean. Sara M. Pace, Eric N. Powell, Roger MannCM 2016/H:207. Biogenic carbonate records environmental variation in sulfur isotopes. Zoë Doubleday, John Cliff, Chris Izzo, Bronwyn GillandersCM 2016/H:75. Fish scales as non-lethal analogues to otoliths: reconstructing migrations across salinity gradients with geochemical proxies in alternative structures. Benjamin D. Walther, Matthew SeeleyCM 2016/H:561. Reconstructing environmental history of water off the southern coast of Sicily with bomb radiocarbon validated longevity coupled with trace elements analysis in otoliths of Dentex gibbosus (Sparidae). S. VitaleCM 2016/H:414. Age validation and growth rate of larval and early juvenile pike (Esox lucius L.). Dariusz P. Fey, Martyna Greszkiewicz, Adam M. LejkCM 2016/H:302. Boundary based stock classification: Expert otolith readers outperform automated outlining methods. J. Mapp, M. Fisher, E. HunterCM 2016/H:125. Direct methods in age and growth studies of cephalopods. A. I. ArkhipkinCM 2016/H:454. Effects of climate on cod life history and ecology along a temperate-arctic gradient. Hector Andrade, Bryan Black, Jane Godiksen, Will Ambrose, William Locke, Michael Carroll, Audrey GeffenCM 2016/H:286. Validating the relationship between metabolic rate and otolith carbon isotopes in an iconic fish species. Jasmin Martino, Zoe Doubleday, Anthony Fowler, Bronwyn GillandersCM 2016/H:74. A novel approach to estimate natural and fishery related mortality of the common V. whelk, Buccinum undatum (L) using shell size distributions and age readings. V. Laptikhovsky, C. Barrett, C. Firmin, P. Hollyman, A. Lawler, R. Masefield, R. McIntyre, D. Palmer, M. Soeffker, M. Parker‐HumphreysCM 2016/H:84. Morphological changes of otoliths during the growth of icefish Pseudochaenichthys georgianus, Chaenocephalus aceratus and Champsocephalus gunnari. Ryszard Jacek TraczykCM 2016/H:219. Optimizing otolith δ18O values for shelf-scale determination of provenance in a migratory flatfish. Audrey Darnaude, Camille Albouy, Anna Sturrock, Clive Trueman, Ewan HunterCM 2016/H:68. Automatic recognition of otoliths which have a high shape similarity. Youssef El Habouz, Youssef Es‐saady, Mostafa El yassa, Driss Mammass, Fathallah Nouboud, Alain Chalifour, Khalid ManchihCM 2016/H: 246. Environmental reconstructions from fish otoliths indicate change over decadal and centennial time scales. Bronwyn M. Gillanders, Christopher Izzo, Zoe A. Doubleday, Morgan C. F. DisspainCM 2016/H:128. Fish eye lenses allow us to see into the past, revealing geographic histories that can be compared to otolith trace-metal profiles. J. Granneman, A.A. Wallace, G.S. Ellis, D.J. Hollander, E.B. PeeblesCM 2016/H:54. Slave to the rhythm: Can seasonal signals in otolith microchemistry be used as a tool for age estimation?. Karin Hüssy, Franziska Heidemann, Hans-Harald Hinrichsen, Lasse Marohn, Joachim Gröger, Karin E. LimburgCM 2016/H:538. Juvenile River Herring (Alosa species) Otoliths Identify Spawning Runs in Coastal Watersheds with Poor Nursery Habitat. Daniel H. Zapf, Roger A. RulifsonCM 2016/H:83. Ageing of cephalopods using hard structures. F.V.Lishchenko, A.V. Lishchenko CM 2016/H:146. Population of the Commander squid (Berryteuthis magister) in the area of the Northern Kuril Islands: age and life cycle reconstruction F.V. Lishchenko, A.V. Lishchenko, V.A. Bizikov, M.A. Zuev