{"count":93793,"next":"https://eartharxiv.org/api/keywords/?format=json&limit=100&offset=61200","previous":"https://eartharxiv.org/api/keywords/?format=json&limit=100&offset=61000","results":[{"word":"Oderbruch"},{"word":"Ziltendorfer Niederung"},{"word":"Celts"},{"word":"Goths"},{"word":"Vikings"},{"word":"Iron Age"},{"word":"Hallstatt Culture"},{"word":"Merovingian dynasty"},{"word":"Odergermanische Gruppe"},{"word":"Thuringii"},{"word":"Thuringians"},{"word":"Thüringer Reich"},{"word":"Iron Age Cold Period"},{"word":"Volcanic Winter of 536"},{"word":"Migration Period"},{"word":"Northern Europe"},{"word":"Human handedness results from the interplay of genetic and cultural influences. A gene-culture co-evolutionary model for handedness was introduced by Laland et al. (1995)"},{"word":" and the present study generalizes that model and the related analysis. We address ambiguities in the original methodology"},{"word":" particularly regarding maximum likelihood estimation"},{"word":" and incorporate sex differences in cultural transmission. By fitting this extended framework to existing familial and twin datasets"},{"word":" we demonstrate that accounting for criterion shifts significantly improves model fit and parameter estimation accuracy. We find stronger maternal than paternal effects on handedness"},{"word":" with daughters exhibiting greater sensitivity to these effects than sons. We provide an open-source Python implementation of the model"},{"word":" which is a robust platform for comparing gene-culture models and applying them to diverse datasets."},{"word":"gene-culture co-evolution"},{"word":"Teatro de Arena"},{"word":"Gianfrancesco Guarnieri"},{"word":"Teatro Brasileiro"},{"word":" Island Conservation"},{"word":" Island flora"},{"word":" Native species"},{"word":" Nestedness"},{"word":" NODF"},{"word":" Plants"},{"word":" Taxonomic Nestedness"},{"word":"Island flora"},{"word":"Nestedness"},{"word":"NODF"},{"word":"Taxonomic Nestedness"},{"word":"Business and biodiversity"},{"word":"data mobilisation"},{"word":"financing biodiversity"},{"word":"Global Biodiversity Information Facility (GBIF)"},{"word":"Nature Tech"},{"word":"leopard deaths"},{"word":" estate plantations"},{"word":" snares"},{"word":" awareness"},{"word":"Leopard"},{"word":"Panthera pardus kotiya"},{"word":"Estate Plantations"},{"word":"surface emission monitoring"},{"word":"Gaussian dispersion"},{"word":"mobile methane survey."},{"word":"Global Kinship"},{"word":"Indigenous Kinship"},{"word":"Buffalo Treaty"},{"word":"monsters"},{"word":"Health Perceptions"},{"word":"Religious Material Culture"},{"word":"Religious Visual Culture"},{"word":"Identity Politics"},{"word":"Pacific Islanders"},{"word":"Global Climate and Ecosystem"},{"word":"Living Planet Index"},{"word":" Housing Finance"},{"word":" Climate Finance"},{"word":" Sustainable Housing."},{"word":"Common Stand Exam"},{"word":"shortleaf pine"},{"word":"Hydrology; ChatGPT; Large Language Models (LLMs); Artificial Intelligence (AI); Environmental Sciences; Machine Learning (ML); Bibliometric Analysis"},{"word":"herbaria"},{"word":"collection norms"},{"word":"biodiversity modelling"},{"word":" parasite ecology"},{"word":" parasite diversity"},{"word":"parasite ecology"},{"word":"parasite diversity"},{"word":"match-to-sample"},{"word":"burst pulses"},{"word":"positive affective states"},{"word":"Vegetation mapping"},{"word":"island ecology"},{"word":"tropical savanna"},{"word":"Twenty-first Century Skills"},{"word":" Statistics"},{"word":" Excel"},{"word":" Excel-Assisted Instruction"},{"word":"risk scores"},{"word":" Floodplain Vulnerability"},{"word":" Livestock Vulnerability"},{"word":"Floodplain Vulnerability"},{"word":"Iowa"},{"word":"Livestock Vulnerability"},{"word":"Behavioral development"},{"word":"Cortisol responsiveness"},{"word":"Juvenility"},{"word":"Niche conformance"},{"word":"Supervolcanoes"},{"word":"Geomagnetic Anomalies"},{"word":"Magnetic Field Excursions"}]}