Original data and partial results of statistical analyses using flowering onset data from Tsukuba Botanical Garden collected in 2003–2022

dataset

posted on 2024-05-22, 00:10 authored by Ai Nagahama, Hitomi Uemura, Taro Nikaido

Table S1. The list of 350 taxa and their flowering onset dates used for statistical analyses

The numbers in columns C–V represent the week (1–52) which each taxa started flowering. NA represents the year in which flowering onsets were not observed for the taxon and does not mean the taxon was not bloom. The other taxa are arranged alphabetically by family and species.

Table S2. The results of Ljung-Box test

The six taxa summarized at the top were significantly autocorrelated (*P<0.05, ** P<0.01, ***P<0.001). The other taxa are arranged alphabetically by family and species.

Table S3. GLMs examining the effects of temperature on flowering onset dates in taxa that showed significantly or marginally negative response to temperature (*P<0.05, **P<0.01, ***P<0.001)

Table S4. Sixty-four taxa which showed clear advanced trends in the flowering onset dates

Table S5. GLMs examining the effects of temperature on flowering onset dates in taxa that showed significantly or marginally positive response to temperature (*P<0.05, **P<0.01, ***P<0.001)

Table S6. Seventeen taxa which showed clear delayed trends in the flowering onset dates

Table S7. GLMs examining the effects of temperature on flowering onset dates in taxa that did not respond significantly to temperature

The other taxa are arranged alphabetically by family and species.

Figure S1. The result of STL decomposition on weekly average temperature data from January 1, 2003 to December 31, 2022. From the top, data was arranged as follows: the original data of weekly average temperature, the remainder component, seasonal component, and trend component.