Estimating the Effective Size of European Wolf Populations
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| Format: | Artículo Open Access |
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Wiley
2024
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| author | Joachim Mergeay Sander Smet Sebastian Collet Sabina Nowak Ilka Reinhardt Gesa Kluth Maciej Szewczyk Raquel Godinho Carsten Nowak Robert W. Mysłajek Gregor Rolshausen |
| author_facet | Joachim Mergeay Sander Smet Sebastian Collet Sabina Nowak Ilka Reinhardt Gesa Kluth Maciej Szewczyk Raquel Godinho Carsten Nowak Robert W. Mysłajek Gregor Rolshausen Joachim Mergeay Sander Smet Sebastian Collet Sabina Nowak Ilka Reinhardt Gesa Kluth Maciej Szewczyk Raquel Godinho Carsten Nowak Robert W. Mysłajek Gregor Rolshausen |
| collection | Wiley Open Access |
| contents | Estimating the Effective Size of European Wolf Populations Joachim Mergeay Sander Smet Sebastian Collet Sabina Nowak Ilka Reinhardt Gesa Kluth Maciej Szewczyk Raquel Godinho Carsten Nowak Robert W. Mysłajek Gregor Rolshausen Evolutionary Applications ABSTRACTMolecular methods are routinely used to estimate the effective size of populations (Ne). However, underlying model assumptions are frequently violated to an unknown extent. Although simulations can detect sources of bias and help to adjust sampling strategies and analyses methods, additional information from empirical data can also be used to calibrate methods and improve molecular Ne estimation methods. Here, we take advantage of long‐term genetic and ecological monitoring data of the grey wolf (Canis lupus) in Germany, and detailed population genetic studies in Poland, Spain and Portugal to improve Ne estimation strategies in this species, and species with similar life history traits. We first calculated Ne from average lifetime reproductive success and detailed census data from the German population, which served as a baseline to compare to molecular estimates based on linkage disequilibrium and sibship frequency. This yielded a robust Ne/Nc estimation that we used to calibrate molecular estimates of German, Polish and Iberian wolf populations. The linkage disequilibrium method was strongly influenced by spatial genetic structure, much more than the sibship frequency method. When Ne was estimated in local neighbourhoods, both methods yielded comparable results. Estimates of the metapopulation effective size seemed to correspond generally well with the sum of the estimates of local neighbourhoods. Overall, we found that the number of packs is a good proxy of the effective population size. Using this as a rule of thumb, we evaluated for all European wolf populations the Ne 500 indicator and concluded that half of the European wolf populations do not yet fulfil this criterion. 10.1111/eva.70021 http://creativecommons.org/licenses/by/4.0/ |
| doi_str_mv | 10.1111/eva.70021 |
| format | Artículo Open Access |
| id | wiley_oa_10_1111_eva_70021 |
| institution | Wiley Open Access |
| license_str_mv | http://creativecommons.org/licenses/by/4.0/ |
| publishDate | 2024 |
| publisher | Wiley |
| record_format | wiley_oa |
| spellingShingle | Estimating the Effective Size of European Wolf Populations Joachim Mergeay Sander Smet Sebastian Collet Sabina Nowak Ilka Reinhardt Gesa Kluth Maciej Szewczyk Raquel Godinho Carsten Nowak Robert W. Mysłajek Gregor Rolshausen Evolutionary Applications Estimating the Effective Size of European Wolf Populations Joachim Mergeay Sander Smet Sebastian Collet Sabina Nowak Ilka Reinhardt Gesa Kluth Maciej Szewczyk Raquel Godinho Carsten Nowak Robert W. Mysłajek Gregor Rolshausen Evolutionary Applications ABSTRACTMolecular methods are routinely used to estimate the effective size of populations (Ne). However, underlying model assumptions are frequently violated to an unknown extent. Although simulations can detect sources of bias and help to adjust sampling strategies and analyses methods, additional information from empirical data can also be used to calibrate methods and improve molecular Ne estimation methods. Here, we take advantage of long‐term genetic and ecological monitoring data of the grey wolf (Canis lupus) in Germany, and detailed population genetic studies in Poland, Spain and Portugal to improve Ne estimation strategies in this species, and species with similar life history traits. We first calculated Ne from average lifetime reproductive success and detailed census data from the German population, which served as a baseline to compare to molecular estimates based on linkage disequilibrium and sibship frequency. This yielded a robust Ne/Nc estimation that we used to calibrate molecular estimates of German, Polish and Iberian wolf populations. The linkage disequilibrium method was strongly influenced by spatial genetic structure, much more than the sibship frequency method. When Ne was estimated in local neighbourhoods, both methods yielded comparable results. Estimates of the metapopulation effective size seemed to correspond generally well with the sum of the estimates of local neighbourhoods. Overall, we found that the number of packs is a good proxy of the effective population size. Using this as a rule of thumb, we evaluated for all European wolf populations the Ne 500 indicator and concluded that half of the European wolf populations do not yet fulfil this criterion. 10.1111/eva.70021 http://creativecommons.org/licenses/by/4.0/ |
| title | Estimating the Effective Size of European Wolf Populations |
| topic | Evolutionary Applications |
| url | https://onlinelibrary.wiley.com/doi/10.1111/eva.70021 |