Published on 01 January 2025
Flower-leaf sequence shapes plant phenological sensitivity to warming (major revision)
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dataset1. data ready for analysis#f1: 0-phenologydata_sum (sample): phenology data#f2: 0-speciesTraits: pollination syndrome, fruit type, leaf habit;#f3: 0-temperatureData_fillNA: temperature data#f4: 0-temperatureData_season_fillNA: seasonal temperature data (three month mean temp including phenological month), calcultaed by phenophase2. data for main text analysis#f5: 20250714 df_sum (sample): phenology+MAT+trait#f6: 20250714 df_sum_season (sample): phenology+three-month temp+trait#f7: 20250714_species_sequence: for phylogeny plot#f8: 20250714_df_site: for site map#f9: 20250714_Tsen_re_f_sp: temperature sensitivity of reproductive phenology in flower-first for each species#f10: 20250714_Tsen_re_l_sp: temperature sensitivity of reproductive phenology in leaf-first for each species#f11: 20250714_Tsen_ve_f_sp: temperature sensitivity of vegetative phenology in flower-first for each species#f12: 20250714_Tsen_ve_l_sp: temperature sensitivity of vegetative phenology in leaf-first for each species3. data for supplementary information#f13: sm-20250308_df_sum_flower0leaf0 (sample)#f14: sm-20250308_species_sequence_flower0leaf0#f15: sm-20250308_df_site_flower0leaf0codedata pretreatment: 20250714_dataPretreatmentanalysis code for main text: 20250714_phenology analysisanalysis code for supplementary information: 20250714_phenology analysis_sm
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Publication Details
Subfield
Molecular Biology
Field
Biochemistry, Genetics and Molecular Biology
Domain
Life Sciences
Confidence Score
36%
Source
Scholar Data Model