Fossil data
- Fagales fossil database: Fagales fossils as analysed in Xing et al. (2014).
Trait data
- Primate colour vision and palm fruit colours: Data for 411 primate species (100% of all species) for colour vision, activity and diet, and ripe fruit colour data for 1749 palm species (c. 70% of total), as analysed in Onstein et al. (2020).
- Frugivory-related Annonaceae traits: Data for 228 Annonaceae species for fruit size, fruit number, stipe length, seed size, seed number, plant height (max), fruit colour, fruit conspicuousness, fruit pubescence, fruit structural defence, fruit type ([pseudo]syncarpous/apocarpous), cauliflory (yes/no), moniliform (yes/no), dehiscence (yes/no), growth form, as analysed in Onstein et al. (2019).
- Frugivory-related palm traits: Data for 1773 palm species describing fruit size (small/large), understory growth form (yes/no), island distribution (yes/no), and realm (New/Old World), as analysed in Onstein et al. (2017) and Onstein et al. (2018).
- Rhamnaceae functional traits: Leaf and growth form functional traits and climatic niches of plant species in the family Rhamnaceae, as analysed in Onstein & Linder (2016).
- Proteaceae functional traits: Leaf functional traits and climatic niches of plant species in the family Proteaceae, as analysed in Onstein et al. (2016)
Phylogenetic data
- Annonaceae phylogenetic data: Maximum Clade Credibility tree based on sequence data for Annonaceae species and outgroup taxa, as analysed in Onstein et al. (2019).
- Rhamnaceae phylogenetic data: Maximum Clade Credibility tree based on sequence data for Rhamnaceae species and outgroup taxa, as analysed in Onstein & Linder (2016) and Onstein et al. (2015).
- Proteaceae phylogenetic data: Maximum Clade Credibility tree + alignment for Proteaceae species based on sequences for 343 taxa, as analysed in Onstein et al. (2016).
- Phylogenetic trees for Poales, Ericaceae and Fagales: Maximum Clade Credibility trees for Poales, Ericaceae and Fagales, as analysed in Bouchenak-Khelladi et al. (2015).
Code for macroevolutionary analyses
- R scripts to perform the Binary State Speciation and Extinction (BiSSE) and Multiple State Speciation and Extinction (MuSSE) analyses as done in Onstein et al. (2017).
- R scripts to simulate a trait-dependent diversification process with a shift in rates at a given point in time (file 1 and file 2) as done in Onstein et a. (2018)