cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.22197994
title: Table S3. limited.23species from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22197994.v1
title: Table S3. limited.23species from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22197997
title: Table S7. sex_ratio_Caenor_limited_daybyday_raw from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22197997.v1
title: Table S7. sex_ratio_Caenor_limited_daybyday_raw from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22198003
title: Table S5. lme.byday.limited from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22198003.v1
title: Table S5. lme.byday.limited from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22198006
title: Table S1. sexratios_106strains from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22198006.v1
title: Table S1. sexratios_106strains from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22198012
title: Table S4. ttest.unlimited2limited from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22198012.v1
title: Table S4. ttest.unlimited2limited from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22198021
title: Table S6. sex_ratio_Caenor_multistrains_total_raw from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22198021.v1
title: Table S6. sex_ratio_Caenor_multistrains_total_raw from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22198027
title: Table S2. interstrain_cross from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.22198027.v1
title: Table S2. interstrain_cross from Widespread sex ratio polymorphism in <i>Caenorhabditis</i> nematodes

description: Although equal sex ratio is ubiquitous and represents an equilibrium in evolutionary theory, biased sex ratios are predicted for certain local conditions. Cases of sex ratio bias have been mostly reported for single species, but little is known about its evolution above the species level. Here, we surveyed progeny sex ratios in 23 species of the nematode genus <i>Caenorhabditis,</i> including 19 for which we tested multiple strains. For the species with multiple strains, 5 species had female-biased and 2 had non-biased sex ratios in all strains, respectively. The other 12 species showed polymorphic sex ratios across strains. Female-biased sex ratios could be due to sperm competition whereby X-bearing sperm outcompete nullo-X sperm during fertilization. In this model, when sperm are limited allowing all sperm to be used, sex ratios are expected to be equal. However, in assays limiting mating to a few hours, most strains showed similarly biased sex ratios compared to unlimited mating experiments, except that one <i>C. becei</i> strain showed significantly reduced female bias compared to unlimited mating. Our study shows frequent polymorphism in sex ratios within <i>Caenorhabditis</i> species and that sperm competition alone cannot explain the sex ratio bias.
DOI: 10.6084/m9.figshare.21823455.v25
title: The ReptileEvolution.com Project

description: Taxon exclusion is the number one problem currently vexing paleontology. The search for pterosaur, turtle, bat, snake, whale, reptile and tetrapod ancestors continues to unnecessarily befuddle paleontologists who continue to work from cherry-picked, textbook and traditional taxon lists that overlook and omit pertinent taxa. That’s why the large reptile tree (LRT), the nearly completely resolved cladogram at the heart of www.ReptileEvolution.com, includes 2212 taxa. Larger taxon numbers minimize taxon exclusion issues. Results indicate the simple act of adding taxa resolves all phylogenetic issues.
DOI: 10.6084/m9.figshare.22192963
title: Driving behaviour multimodal human factors eye tracking dataset

description: Driving behaviour multimodal human factors eye tracking dataset.
DOI: 10.6084/m9.figshare.22193119.v1
title: Driving behaviour multimodal human factors raw dataset

description: Driving behaviour multimodal human factors preprocessed dataset, including EEG, EMG, ECG and GSR.
DOI: 10.6084/m9.figshare.21065104
title: When tree model meets texture baking: an approach for quality-preserved lightweight visualization in virtual 3D scene construction

description: <strong>Data Description:</strong> <br> 0. The dataset contains <strong>an original tree model</strong> obtained from oblique photography (folder name: high-poly) and <strong>four tree models</strong> simplified from the original tree model (folder name: low-poly). <br> 1. The original tree model obtained from oblique hotography can be used as <strong>high-poly mesh</strong> to bake three textures. <br> 2. Each low-poly folder contains baked textures that can be used in the <strong>rendering engine.</strong>
DOI: 10.6084/m9.figshare.21065104.v2
title: When tree model meets texture baking: an approach for quality-preserved lightweight visualization in virtual 3D scene construction

description: <strong>Data Description:</strong> <br> 0. The dataset contains <strong>an original tree model</strong> obtained from oblique photography (folder name: high-poly) and <strong>four tree models</strong> simplified from the original tree model (folder name: low-poly). <br> 1. The original tree model obtained from oblique hotography can be used as <strong>high-poly mesh</strong> to bake three textures. <br> 2. Each low-poly folder contains baked textures that can be used in the <strong>rendering engine.</strong>
DOI: 10.6084/m9.figshare.21065104.v1
title: When tree model meets texture baking: an approach for quality-preserved lightweight visualization in virtual 3D scene construction

description: <strong>Data Description:</strong> <br> 0. The dataset contains <strong>an original tree model</strong> obtained from oblique photography (folder name: high-poly) and <strong>four tree models</strong> simplified from the original tree model (folder name: low-poly). <br> 1. The original tree model obtained from oblique hotography can be used as <strong>high-poly mesh</strong> to bake three textures. <br> 2. Each low-poly folder contains baked textures that can be used in the <strong>rendering engine.</strong>
DOI: 10.6084/m9.figshare.16625077.v1
title: Remagnetization of the Early Devonian VMS deposit in the northwestern Indochina Block: Implications for the opening of the East Paleo-Tethys Ocean

description: Table S1-S3
DOI: 10.6084/m9.figshare.16625077.v2
title: Interaction Between Mineralization and Rock Magnetization: New Constraints From a Silurian-Lower Devonian Volcanogenic Massive Sulfide (VMS) Deposit

description: Table S1-S5
DOI: 10.6084/m9.figshare.16625077
title: Interaction Between Mineralization and Rock Magnetization: New Constraints From a Silurian-Lower Devonian Volcanogenic Massive Sulfide (VMS) Deposit

description: Table S1-S5
DOI: 10.6084/m9.figshare.16625077.v3
title: Interaction Between Mineralization and Rock Magnetization: New Constraints From a Silurian-Lower Devonian Volcanogenic Massive Sulfide (VMS) Deposit

description: Table S1-S5
DOI: 10.57841/casdc.0000058
title: VASP运行时优化算例数据
DOI: 10.26179/jn0a-ra45
title: Satellite-derived bathymetry – Mawson station, Holme Bay, 2017