cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.9466427.v2
title: Supporting data file - size at age from Dispersal and population connectivity are phenotype dependent in a marine metapopulation.

description: Larval dispersal is a key process determining population connectivity, metapopulation dynamics, and community structure in benthic marine ecosystems, yet the biophysical complexity of dispersal is not well understood. In this study, we investigate the interaction between disperser phenotype and hydrodynamics on larval dispersal pathways, using a temperate reef fish species, <i>Trachinops caudimaculatus</i>. We assessed the influence of larval traits on depth distribution and dispersal outcomes by: (i) using 24-h depth-stratified ichthyoplankton sampling, (ii) quantifying individual phenotypes using larval growth histories extracted from the sagittal otoliths of individual larvae, and (iii) simulating potential dispersal outcomes based on the empirical distribution of larval phenotypes and an advanced biological-physical ocean model. We found <i>T. caudimaculatus</i> larvae were vertically stratified with respect to phenotype, with high-quality phenotypes found in the bottom two depth strata, and poor-quality phenotypes found primarily at the surface. Our model showed high- and average-quality larvae experienced significantly higher local retention (more than double) and self-recruitment, and travelled shorter distances relative to poor-quality larvae. As populations are only connected when dispersers survive long enough to reproduce, determining how larval phenotype influences dispersal outcomes will be important for improving our understanding of marine population connectivity and persistence.
DOI: 10.6084/m9.figshare.9466430.v2
title: Supporting data file - model output from Dispersal and population connectivity are phenotype dependent in a marine metapopulation.

description: Larval dispersal is a key process determining population connectivity, metapopulation dynamics, and community structure in benthic marine ecosystems, yet the biophysical complexity of dispersal is not well understood. In this study, we investigate the interaction between disperser phenotype and hydrodynamics on larval dispersal pathways, using a temperate reef fish species, <i>Trachinops caudimaculatus</i>. We assessed the influence of larval traits on depth distribution and dispersal outcomes by: (i) using 24-h depth-stratified ichthyoplankton sampling, (ii) quantifying individual phenotypes using larval growth histories extracted from the sagittal otoliths of individual larvae, and (iii) simulating potential dispersal outcomes based on the empirical distribution of larval phenotypes and an advanced biological-physical ocean model. We found <i>T. caudimaculatus</i> larvae were vertically stratified with respect to phenotype, with high-quality phenotypes found in the bottom two depth strata, and poor-quality phenotypes found primarily at the surface. Our model showed high- and average-quality larvae experienced significantly higher local retention (more than double) and self-recruitment, and travelled shorter distances relative to poor-quality larvae. As populations are only connected when dispersers survive long enough to reproduce, determining how larval phenotype influences dispersal outcomes will be important for improving our understanding of marine population connectivity and persistence.
DOI: 10.6084/m9.figshare.9466412.v2
title: Supporting data file - MixedMigration from Dispersal and population connectivity are phenotype dependent in a marine metapopulation.

description: Larval dispersal is a key process determining population connectivity, metapopulation dynamics, and community structure in benthic marine ecosystems, yet the biophysical complexity of dispersal is not well understood. In this study, we investigate the interaction between disperser phenotype and hydrodynamics on larval dispersal pathways, using a temperate reef fish species, <i>Trachinops caudimaculatus</i>. We assessed the influence of larval traits on depth distribution and dispersal outcomes by: (i) using 24-h depth-stratified ichthyoplankton sampling, (ii) quantifying individual phenotypes using larval growth histories extracted from the sagittal otoliths of individual larvae, and (iii) simulating potential dispersal outcomes based on the empirical distribution of larval phenotypes and an advanced biological-physical ocean model. We found <i>T. caudimaculatus</i> larvae were vertically stratified with respect to phenotype, with high-quality phenotypes found in the bottom two depth strata, and poor-quality phenotypes found primarily at the surface. Our model showed high- and average-quality larvae experienced significantly higher local retention (more than double) and self-recruitment, and travelled shorter distances relative to poor-quality larvae. As populations are only connected when dispersers survive long enough to reproduce, determining how larval phenotype influences dispersal outcomes will be important for improving our understanding of marine population connectivity and persistence.
DOI: 10.6084/m9.figshare.9466427.v1
title: Supporting data file - size at age from Dispersal and population connectivity are phenotype dependent in a marine metapopulation

description: Larval dispersal is a key process determining population connectivity, metapopulation dynamics and community structure in benthic marine ecosystems, yet the biophysical complexity of dispersal is not well understood. In this study, we investigate the interaction between disperser phenotype and hydrodynamics on larval dispersal pathways, using a temperate reef fish species, <i>Trachinops caudimaculatus</i>. We assessed the influence of larval traits on depth distribution and dispersal outcomes by: (i) using 24-h depth-stratified ichthyoplankton sampling; (ii) quantifying individual phenotypes using larval growth histories extracted from the sagittal otoliths of individual larvae; and (iii) simulating potential dispersal outcomes based on the empirical distribution of larval phenotypes and an advanced biological-physical ocean model. We found <i>T. caudimaculatus</i> larvae were vertically stratified with respect to phenotype, with high-quality phenotypes found in the bottom two depth strata, and poor-quality phenotypes found primarily at the surface. Our model showed high- and average-quality larvae experienced significantly higher local retention (more than double) and self-recruitment, and travelled shorter distances relative to poor-quality larvae. As populations are only connected when dispersers survive long enough to reproduce, determining how larval phenotype influences dispersal outcomes will be important for improving our understanding of marine population connectivity and persistence.
DOI: 10.6084/m9.figshare.9466430.v1
title: Supporting data file - model output from Dispersal and population connectivity are phenotype dependent in a marine metapopulation

description: Larval dispersal is a key process determining population connectivity, metapopulation dynamics and community structure in benthic marine ecosystems, yet the biophysical complexity of dispersal is not well understood. In this study, we investigate the interaction between disperser phenotype and hydrodynamics on larval dispersal pathways, using a temperate reef fish species, <i>Trachinops caudimaculatus</i>. We assessed the influence of larval traits on depth distribution and dispersal outcomes by: (i) using 24-h depth-stratified ichthyoplankton sampling; (ii) quantifying individual phenotypes using larval growth histories extracted from the sagittal otoliths of individual larvae; and (iii) simulating potential dispersal outcomes based on the empirical distribution of larval phenotypes and an advanced biological-physical ocean model. We found <i>T. caudimaculatus</i> larvae were vertically stratified with respect to phenotype, with high-quality phenotypes found in the bottom two depth strata, and poor-quality phenotypes found primarily at the surface. Our model showed high- and average-quality larvae experienced significantly higher local retention (more than double) and self-recruitment, and travelled shorter distances relative to poor-quality larvae. As populations are only connected when dispersers survive long enough to reproduce, determining how larval phenotype influences dispersal outcomes will be important for improving our understanding of marine population connectivity and persistence.
DOI: 10.6084/m9.figshare.9466412.v1
title: Supporting data file - MixedMigration from Dispersal and population connectivity are phenotype dependent in a marine metapopulation

description: Larval dispersal is a key process determining population connectivity, metapopulation dynamics and community structure in benthic marine ecosystems, yet the biophysical complexity of dispersal is not well understood. In this study, we investigate the interaction between disperser phenotype and hydrodynamics on larval dispersal pathways, using a temperate reef fish species, <i>Trachinops caudimaculatus</i>. We assessed the influence of larval traits on depth distribution and dispersal outcomes by: (i) using 24-h depth-stratified ichthyoplankton sampling; (ii) quantifying individual phenotypes using larval growth histories extracted from the sagittal otoliths of individual larvae; and (iii) simulating potential dispersal outcomes based on the empirical distribution of larval phenotypes and an advanced biological-physical ocean model. We found <i>T. caudimaculatus</i> larvae were vertically stratified with respect to phenotype, with high-quality phenotypes found in the bottom two depth strata, and poor-quality phenotypes found primarily at the surface. Our model showed high- and average-quality larvae experienced significantly higher local retention (more than double) and self-recruitment, and travelled shorter distances relative to poor-quality larvae. As populations are only connected when dispersers survive long enough to reproduce, determining how larval phenotype influences dispersal outcomes will be important for improving our understanding of marine population connectivity and persistence.
DOI: 10.6084/m9.figshare.9577364
title: Unit measurements from Migratory convergence facilitates cultural transmission of humpback whale song.

description: All unit measurements used in the study.
DOI: 10.6084/m9.figshare.9577367
title: Data sequences from Migratory convergence facilitates cultural transmission of humpback whale song.

description: All raw song transcripts used in the study (at both the unit and theme sequence level).
DOI: 10.6084/m9.figshare.9577364.v1
title: Unit measurements from Migratory convergence facilitates cultural transmission of humpback whale song

description: All unit measurements used in the study.
DOI: 10.6084/m9.figshare.9577367.v2
title: Data sequences from Migratory convergence facilitates cultural transmission of humpback whale song.

description: All raw song transcripts used in the study (at both the unit and theme sequence level).
DOI: 10.6084/m9.figshare.9577367.v1
title: Data sequences from Migratory convergence facilitates cultural transmission of humpback whale song

description: All raw song transcripts used in the study (at both the unit and theme sequence level).
DOI: 10.6084/m9.figshare.9577847
title: Bonobo fWHR R Code from Facial width-to-height ratio is associated with agonistic and affiliative dominance in bonobos (<i>Pan paniscus</i>).

description: Facial width-to-height ratio (fWHR) is associated with social dominance in human and non-human primates, which may reflect the effects of testosterone on facial morphology and behaviour. Given that testosterone facilitates status-seeking motivation, the association between fWHR and behaviour should be contingent on the relative costs and benefits of particular dominance strategies across species and socioecological contexts. We tested this hypothesis in bonobos (<i>Pan paniscus</i>), who exhibit female dominance and rely on both affiliation and aggression to achieve status. We measured fWHR from facial photographs, affiliative dominance with Assertiveness personality scores and agonistic dominance with behavioural data. Consistent with our hypothesis, agonistic and affiliative dominance predicted fWHR in both sexes independent of age and body weight, supporting the role of status-seeking motivation in producing the link between fWHR and socioecologically relevant dominance behaviour across primates.
DOI: 10.6084/m9.figshare.9577844
title: Bonobo fWHR dataset from Facial width-to-height ratio is associated with agonistic and affiliative dominance in bonobos (<i>Pan paniscus</i>).

description: Facial width-to-height ratio (fWHR) is associated with social dominance in human and non-human primates, which may reflect the effects of testosterone on facial morphology and behaviour. Given that testosterone facilitates status-seeking motivation, the association between fWHR and behaviour should be contingent on the relative costs and benefits of particular dominance strategies across species and socioecological contexts. We tested this hypothesis in bonobos (<i>Pan paniscus</i>), who exhibit female dominance and rely on both affiliation and aggression to achieve status. We measured fWHR from facial photographs, affiliative dominance with Assertiveness personality scores and agonistic dominance with behavioural data. Consistent with our hypothesis, agonistic and affiliative dominance predicted fWHR in both sexes independent of age and body weight, supporting the role of status-seeking motivation in producing the link between fWHR and socioecologically relevant dominance behaviour across primates.
DOI: 10.6084/m9.figshare.9577847.v2
title: Bonobo fWHR R Code from Facial width-to-height ratio is associated with agonistic and affiliative dominance in bonobos (<i>Pan paniscus</i>).

description: Facial width-to-height ratio (fWHR) is associated with social dominance in human and non-human primates, which may reflect the effects of testosterone on facial morphology and behaviour. Given that testosterone facilitates status-seeking motivation, the association between fWHR and behaviour should be contingent on the relative costs and benefits of particular dominance strategies across species and socioecological contexts. We tested this hypothesis in bonobos (<i>Pan paniscus</i>), who exhibit female dominance and rely on both affiliation and aggression to achieve status. We measured fWHR from facial photographs, affiliative dominance with Assertiveness personality scores and agonistic dominance with behavioural data. Consistent with our hypothesis, agonistic and affiliative dominance predicted fWHR in both sexes independent of age and body weight, supporting the role of status-seeking motivation in producing the link between fWHR and socioecologically relevant dominance behaviour across primates.
DOI: 10.6084/m9.figshare.9577844.v2
title: Bonobo fWHR dataset from Facial width-to-height ratio is associated with agonistic and affiliative dominance in bonobos (<i>Pan paniscus</i>).

description: Facial width-to-height ratio (fWHR) is associated with social dominance in human and non-human primates, which may reflect the effects of testosterone on facial morphology and behaviour. Given that testosterone facilitates status-seeking motivation, the association between fWHR and behaviour should be contingent on the relative costs and benefits of particular dominance strategies across species and socioecological contexts. We tested this hypothesis in bonobos (<i>Pan paniscus</i>), who exhibit female dominance and rely on both affiliation and aggression to achieve status. We measured fWHR from facial photographs, affiliative dominance with Assertiveness personality scores and agonistic dominance with behavioural data. Consistent with our hypothesis, agonistic and affiliative dominance predicted fWHR in both sexes independent of age and body weight, supporting the role of status-seeking motivation in producing the link between fWHR and socioecologically relevant dominance behaviour across primates.
DOI: 10.6084/m9.figshare.9577847.v1
title: Bonobo fWHR R Code from Facial width-to-height ratio is associated with agonistic and affiliative dominance in bonobos (<i>Pan paniscus</i>)

description: Facial width-to-height ratio (fWHR) is associated with social dominance in human and non-human primates, which may reflect the effects of testosterone on facial morphology and behaviour. Given that testosterone facilitates status-seeking motivation, the association between fWHR and behaviour should be contingent on the relative costs and benefits of particular dominance strategies across species and socioecological contexts. We tested this hypothesis in bonobos (<i>Pan paniscus</i>), who exhibit female dominance and rely on both affiliation and aggression to achieve status. We measured fWHR from facial photographs, affiliative dominance with Assertiveness personality scores and agonistic dominance with behavioural data. Consistent with our hypothesis, agonistic and affiliative dominance predicted fWHR in both sexes independent of age and body weight, supporting the role of status-seeking motivation in producing the link between fWHR and socioecologically relevant dominance behaviour across primates.
DOI: 10.6084/m9.figshare.9577844.v1
title: Bonobo fWHR dataset from Facial width-to-height ratio is associated with agonistic and affiliative dominance in bonobos (<i>Pan paniscus</i>)

description: Facial width-to-height ratio (fWHR) is associated with social dominance in human and non-human primates, which may reflect the effects of testosterone on facial morphology and behaviour. Given that testosterone facilitates status-seeking motivation, the association between fWHR and behaviour should be contingent on the relative costs and benefits of particular dominance strategies across species and socioecological contexts. We tested this hypothesis in bonobos (<i>Pan paniscus</i>), who exhibit female dominance and rely on both affiliation and aggression to achieve status. We measured fWHR from facial photographs, affiliative dominance with Assertiveness personality scores and agonistic dominance with behavioural data. Consistent with our hypothesis, agonistic and affiliative dominance predicted fWHR in both sexes independent of age and body weight, supporting the role of status-seeking motivation in producing the link between fWHR and socioecologically relevant dominance behaviour across primates.
DOI: 10.6084/m9.figshare.9700304
title: Percentage mortality of chitinase transformed plants against 4th instar nymphal stage and adult of B. tabaci from Chitinase genes from <i>Metarhizium anisopliae</i> for the control of whitefly in cotton.

description: Table 3: Percentage mortality of chitinase transformed plants against 4th instar nymphal stage and adult of B. tabaci (Raw data)
DOI: 10.6084/m9.figshare.9700304.v2
title: Percentage mortality of chitinase transformed plants against 4th instar nymphal stage and adult of B. tabaci from Chitinase genes from <i>Metarhizium anisopliae</i> for the control of whitefly in cotton.

description: Table 3: Percentage mortality of chitinase transformed plants against 4th instar nymphal stage and adult of B. tabaci (Raw data)
DOI: 10.6084/m9.figshare.9700295
title: Chitinase Activity of Transformed Cotton Plants from Chitinase genes from <i>Metarhizium anisopliae</i> for the control of whitefly in cotton.

description: Table 2: Chitinase Activity of Transformed Cotton Plants (Raw data)
DOI: 10.6084/m9.figshare.9700304.v1
title: Percentage mortality of chitinase transformed plants against 4th instar nymphal stage and adult of B. tabaci from Chitinase genes from <i>Metarhizium anisopliae</i> for the control of whitefly in cotton

description: Table 3: Percentage mortality of chitinase transformed plants against 4th instar nymphal stage and adult of B. tabaci (Raw data)
DOI: 10.6084/m9.figshare.9700295.v2
title: Chitinase Activity of Transformed Cotton Plants from Chitinase genes from <i>Metarhizium anisopliae</i> for the control of whitefly in cotton.

description: Table 2: Chitinase Activity of Transformed Cotton Plants (Raw data)
DOI: 10.6084/m9.figshare.9700295.v1
title: Chitinase Activity of Transformed Cotton Plants from Chitinase genes from <i>Metarhizium anisopliae</i> for the control of whitefly in cotton

description: Table 2: Chitinase Activity of Transformed Cotton Plants (Raw data)
DOI: 10.6084/m9.figshare.9730700
title: Reference tree alignment from A global metabarcoding analysis expands molecular diversity of Platyhelminthes and reveals novel early-branching clades.

description: This is the alignment used to produce the reference tree.
DOI: 10.6084/m9.figshare.9730703
title: Placement files and comparison from A global metabarcoding analysis expands molecular diversity of Platyhelminthes and reveals novel early-branching clades.

description: The two jplace files contain the results of EPA and pplacer. The .txt file is the comparison of these files conducted by the software genesis.
DOI: 10.6084/m9.figshare.9730700.v2
title: Reference tree alignment from A global metabarcoding analysis expands molecular diversity of Platyhelminthes and reveals novel early-branching clades.

description: This is the alignment used to produce the reference tree.
DOI: 10.6084/m9.figshare.9730712
title: Placement files and comparison from A global metabarcoding analysis expands molecular diversity of Platyhelminthes and reveals novel early-branching clades.

description: The two jplace files contain the results of EPA and pplacer. The .txt file is the comparison of these files conducted by the software genesis.
DOI: 10.6084/m9.figshare.9730703.v2
title: Placement files and comparison from A global metabarcoding analysis expands molecular diversity of Platyhelminthes and reveals novel early-branching clades.

description: The two jplace files contain the results of EPA and pplacer. The .txt file is the comparison of these files conducted by the software genesis.
DOI: 10.6084/m9.figshare.9730724
title: Best-hit placement tree from A global metabarcoding analysis expands molecular diversity of Platyhelminthes and reveals novel early-branching clades.

description: It is the tree of the figure 1C and 2A. It shows the position with the highest likelihood-weight score of the short queries in the reference tree.
DOI: 10.6084/m9.figshare.9730709
title: Maximum-likelihood tree with new clades from A global metabarcoding analysis expands molecular diversity of Platyhelminthes and reveals novel early-branching clades.

description: It is the tree of figure 2B.The tree was inferred in RAxML under the GTR+GAMMA substitution model from the combination of 22 OTUs with interesting placements and 455 reference sequences. Nodal support indicates 1,000 ML rapid bootstrap replicates.
DOI: 10.6084/m9.figshare.9730712.v2
title: Placement files and comparison from A global metabarcoding analysis expands molecular diversity of Platyhelminthes and reveals novel early-branching clades.

description: The two jplace files contain the results of EPA and pplacer. The .txt file is the comparison of these files conducted by the software genesis.