New Guinean orogenic dynamics and biota evolution revealed using a custom geospatial analysis pipeline

Table 3 Results the diversification analyses conducted on the New Guinean Exocelina radiation

Model	Param,	Log Likelihood	AICc	ΔAIC	λ	α	μ	β	K
BCST	1	− 358,847	719,723	5,892	0,2405	–	–	–	–
BCSTDCST	2	− 358,847	721,780	7,949	0,2405	–	0	–	–
BTimeVar_EXPO	2	− 358,584	721,254	7,423	0,2241	0,01626	–	–	–
BTimeVarDCST_EXPO	3	− 358,584	723,342	9,511	0,224	0,01629	0	–	–
BCSTDTimeVar_EXPO	3	− 358,847	723,868	10,037	0,2405	–	0	0,012	–
BTimeVarDTimeVar_EXPO	4	− 358,584	725,460	11,629	0,2241	0,01628	0	0,03216	–
BTimeVar_LIN	2	− 358,634	721,355	7,524	0,2236	0,00395	NA	–	–
BTimeVarDCST_LIN	3	− 358,634	723,442	9,611	0,2235	0,00396	0	–	–
BCSTDTimeVar_LIN	3	− 358,891	723,955	10,124	0,2402	–	0	0	–
BTimeVarDTimeVar_LIN	4	− 352,770	713,831	–	0,0138	0,46044	0,35132	0,40155	–
DDL	2	− 358.622	721.331	7.5	0.273	–	–	–	786.86
DDL + E	3	− 358.526	723.226	9,395	0.3614	–	0.07543	–	375.61
DDX + E	3	− 358.578	723.329	9,498	0.5011	–	0.0474	–	Inf
DDL + EL	4	− 358.532	725.355	11,524	0.3391	–	0.05839	–	426.98

Param number of parameters in each model, ΔAICc the difference of AICc between any model and the best scoring model (i.e., BTimeVarDTimeVar_LIN), λ speciation rate at present, α dependency of speciation rate on time time (positive value indicates a slowdown of speciation rate, negative value indicates an acceleration of speciation rate), μ extinction rate at present, β dependency of extinction rate on time (positive value indicates a slowdown of extinction rate, negative value indicated an acceleration of extinction rate), K carrying capacity (species richness) estimated for diversity-dependent models

ISSN: 2730-7182