From coral reefs to whale teeth: estimating mortality from natural accumulations of skeletal materials
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In: Marine Ecology Progress Series, Vol. 598, 28.06.2018, p. 273-291.
Research output: Contribution to journal › Article › peer-review
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TY - JOUR
T1 - From coral reefs to whale teeth: estimating mortality from natural accumulations of skeletal materials
AU - Laptikhovsky, Vladimir V.
AU - Barrett, Christopher J.
AU - Hollyman, Philip R.
PY - 2018/6/28
Y1 - 2018/6/28
N2 - Estimation of natural and anthropogenic (fishing, hunting) mortality is the key problem in studies of population dynamics. Numerous theoretical approaches were developed in environmental sciences to find a solution based on information that could be obtained from live representatives of populations of interest. We review the alternative methods used by marine biologists, palaeontologists and zoo-archaeologists to estimate natural and anthropogenic mortality from age-registering structures of the different taxa (corals, molluscs, fishes and mammals) collected in thanatocoenoses and containing information about the exact individual age-at-death. Not all approaches and techniques are transferrable from one field to another because they were elaborated for organisms with different morphologies and ecologies, but cross-fertilisation of ideas presented in this review might provide a new insight into studies related to population dynamics.
AB - Estimation of natural and anthropogenic (fishing, hunting) mortality is the key problem in studies of population dynamics. Numerous theoretical approaches were developed in environmental sciences to find a solution based on information that could be obtained from live representatives of populations of interest. We review the alternative methods used by marine biologists, palaeontologists and zoo-archaeologists to estimate natural and anthropogenic mortality from age-registering structures of the different taxa (corals, molluscs, fishes and mammals) collected in thanatocoenoses and containing information about the exact individual age-at-death. Not all approaches and techniques are transferrable from one field to another because they were elaborated for organisms with different morphologies and ecologies, but cross-fertilisation of ideas presented in this review might provide a new insight into studies related to population dynamics.
KW - Age-registering structures
KW - Coral reef
KW - Fish
KW - Marine mammals
KW - Mollusc
KW - Mortality
U2 - 10.3354/meps12260
DO - 10.3354/meps12260
M3 - Article
VL - 598
SP - 273
EP - 291
JO - Marine Ecology Progress Series
JF - Marine Ecology Progress Series
SN - 0171-8630
ER -