Table 2.

Summary of correlation tests between tip rates and the two binary tropicality data sets in FiSSE.

	Köppen–Geiger				Geographic
Order	λnon-tropical	λtropical	p-value	pv.adjust	λnon-tropical	λtropical	p-value	pv.adjust
Brassicales	0.5198	0.1594	0.0985	0.5554	0.5079	0.4410	0.4865	0.7682
Celastrales	0.2208	0.2015	NA	NA	0.2309	0.2046	NA	NA
Crossosomatales	0.0776	0.1073	0.6104	0.6104	0.0893	0.0477	0.2248	0.7682
Cucurbitales	0.3033	0.2353	0.2168	0.5554	0.2919	0.2843	0.4945	0.7682
Fabales	0.6197	0.2946	0.0020	0.0300	0.6962	0.3450	0.0080	0.0959
Fagales	0.6032	0.3385	0.0320	0.4156	0.6276	0.4008	0.0609	0.6703
Geraniales	0.2919	0.0544	0.1578	0.5554	0.2988	0.2366	0.2378	0.7682
Huerteales	0.0278	0.0195	0.1718	0.5554	0.0278	0.0195	0.1768	0.7682
Malpighiales	0.4105	0.2312	0.0230	0.3217	0.4747	0.2582	0.0060	0.0779
Malvales	0.4066	0.2963	0.1898	0.5554	0.4305	0.3639	0.3666	0.7682
Myrtales	0.4766	0.2594	0.0440	0.4835	0.4972	0.3544	0.3437	0.7682
Oxalidales	0.1532	0.0854	0.1698	0.5554	0.1815	0.1503	NA	NA
Picramniales	0.0875	0.0488	0.1389	0.5554	NA	NA	NA	NA
Rosales	0.6407	0.3218	0.0390	0.4675	0.6795	0.4339	0.1149	0.7682
Sapindales	0.2576	0.2202	0.1159	0.5554	0.2815	0.2280	0.1089	0.7682
Vitales	0.7599	0.1055	NA	NA	0.9223	0.1014	NA	NA
Zygophyllales	0.0628	0.0537	0.2777	0.5554	0.0570	0.0663	0.7682	0.7682
Total tree	0.5047	0.2552	0	/	0.5552	0.3089	0	/

The significant p-values for adjusted results are in bold; p-value is for the correlation between the Köppen–Geiger climatic/Geographic tropicality and tip rate; pv.adjust refers to adjusting the corresponding p-value for family-wise error using the Hochberg⁹⁷ method. For the binary data, computation of some p-values in small subclades failed due to monomorphic traits or mismatched transition rates, which are marked as “NA”. Rosid orders are provided, sensu APG IV²⁴.