Dataset.

Supplementary material: Males with high levels of oxidative damage form weak pair bonds in a gregarious bird species

Digital.CSIC. Repositorio Institucional del CSIC
oai:digital.csic.es:10261/360345
Digital.CSIC. Repositorio Institucional del CSIC
  • Romero-Haro, Ana A.
  • Maldonado-Chaparro, Adriana
  • Pérez-Rodríguez, Lorenzo
  • Bleu, Josefa
  • Criscuolo, François
  • Zahn, Sandrine
  • Farine, Damien
  • Boogert, Neeltje
Data_files_1: Final data frames containing 111 records with information on the individual ID of the birds (id), the aviary where they stayed during the experiment (aviary), and their corresponding sex (sex), reproductive status: bred vs not bred (reproductive), body weight before releasing in the aviaries ingrams (body.mass), malondialdehyde acid values in uM (mda), identification of laboratory analysis session (mda.lab.session), glutathione values in mM (glutathione), identification of laboratory analysis session (glutathione.lab.session), telomere length values in T/S ratio (telomere.length), strength of the pair relationship log transformed (pair.bond.strength.log), strength of the relationship with non-pair members log transformed (Non.pair.sociability.log), and strength of the relationships with all individuals in the avirary (overall.sociability.log). (Romero-Haro et al individuals ddbb.xlsx). This data was used for the analysis at the individual level to run the two linear mixed-effect models (one for males and one for females) that include pre-breeding pair bond strength the response variable, and the physiological variables (MDA, glutathione, and telomere length) as predictor variables. Data_files_2: Final data frames containing50 records with information on the individual ID of the females (female.ID) and the males (male.ID), the aviary where they stayed during the experiment (aviary), malondialdehyde acid values in uM for females (female.oxidative.damage.mda) and males (male.oxidative.damage.mda), identification of laboratory analysis session for the female (female.mda.session) and the male (male.mda.session) sample, glutathione values in mM for the female (female.glutathione) and the male (male.glutathione), identification of laboratory analysis session for the female (female.glutathione.session) and the male (male.glutatione.session), telomere length values in T/S ratio for the female (female.telomere.length) and the male (male.telomere.length), latency to breed in days (latency.to.breed), strength of the pair relationship log transformed (pair.bond.strength.log), strength of the relationship with non-pair members log transformed for the female (non.pair.sociability.female.log) and the males (non.pair.sociability.male.log) (Romero-Haro et al pair ddbb.xlsx). This data was used to run the analysis at the dyadic level on assortative mating and the pair-focused linear mixed-effects model that includes the bond strength of the pair as the response variable, and the levels of oxidative damage of the female and the male of the pair, and their interaction, as predictor variables., Peer reviewed
 
DOI: http://hdl.handle.net/10261/360345
Digital.CSIC. Repositorio Institucional del CSIC
oai:digital.csic.es:10261/360345

HANDLE: http://hdl.handle.net/10261/360345
Digital.CSIC. Repositorio Institucional del CSIC
oai:digital.csic.es:10261/360345
 
Ver en: http://hdl.handle.net/10261/360345
Digital.CSIC. Repositorio Institucional del CSIC
oai:digital.csic.es:10261/360345

Digital.CSIC. Repositorio Institucional del CSIC
oai:digital.csic.es:10261/360345
Dataset. 2024

SUPPLEMENTARY MATERIAL: MALES WITH HIGH LEVELS OF OXIDATIVE DAMAGE FORM WEAK PAIR BONDS IN A GREGARIOUS BIRD SPECIES

Digital.CSIC. Repositorio Institucional del CSIC
  • Romero-Haro, Ana A.
  • Maldonado-Chaparro, Adriana
  • Pérez-Rodríguez, Lorenzo
  • Bleu, Josefa
  • Criscuolo, François
  • Zahn, Sandrine
  • Farine, Damien
  • Boogert, Neeltje
Data_files_1: Final data frames containing 111 records with information on the individual ID of the birds (id), the aviary where they stayed during the experiment (aviary), and their corresponding sex (sex), reproductive status: bred vs not bred (reproductive), body weight before releasing in the aviaries ingrams (body.mass), malondialdehyde acid values in uM (mda), identification of laboratory analysis session (mda.lab.session), glutathione values in mM (glutathione), identification of laboratory analysis session (glutathione.lab.session), telomere length values in T/S ratio (telomere.length), strength of the pair relationship log transformed (pair.bond.strength.log), strength of the relationship with non-pair members log transformed (Non.pair.sociability.log), and strength of the relationships with all individuals in the avirary (overall.sociability.log). (Romero-Haro et al individuals ddbb.xlsx). This data was used for the analysis at the individual level to run the two linear mixed-effect models (one for males and one for females) that include pre-breeding pair bond strength the response variable, and the physiological variables (MDA, glutathione, and telomere length) as predictor variables. Data_files_2: Final data frames containing50 records with information on the individual ID of the females (female.ID) and the males (male.ID), the aviary where they stayed during the experiment (aviary), malondialdehyde acid values in uM for females (female.oxidative.damage.mda) and males (male.oxidative.damage.mda), identification of laboratory analysis session for the female (female.mda.session) and the male (male.mda.session) sample, glutathione values in mM for the female (female.glutathione) and the male (male.glutathione), identification of laboratory analysis session for the female (female.glutathione.session) and the male (male.glutatione.session), telomere length values in T/S ratio for the female (female.telomere.length) and the male (male.telomere.length), latency to breed in days (latency.to.breed), strength of the pair relationship log transformed (pair.bond.strength.log), strength of the relationship with non-pair members log transformed for the female (non.pair.sociability.female.log) and the males (non.pair.sociability.male.log) (Romero-Haro et al pair ddbb.xlsx). This data was used to run the analysis at the dyadic level on assortative mating and the pair-focused linear mixed-effects model that includes the bond strength of the pair as the response variable, and the levels of oxidative damage of the female and the male of the pair, and their interaction, as predictor variables., Peer reviewed




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