For Dating in the 21st Century: Theory and reality in finding a date for your clade
| ID | Title | Section | Authors | Keywords |
| 301 | A comparison of five approaches to dating when data are not clock-like | Dating in the 21st Century: Theory and reality in finding a date for your clade | Renner, Susanne S.. | Bayesian approach to clock dating
local clocks
molecular clock
nonparametric rate smoothing
penalized likelihood
substitution rate heterogeneity |
| 91 | Ages of basal angiosperm clades: molecular and paleobotanical evidence | Dating in the 21st Century: Theory and reality in finding a date for your clade | Savolainen, Vincent, Crane, Peter, Soltis, Pamela, Soltis, Douglas. | Dating phylogenies, multi-gene datasets, PATH, NPRS, PL, Bayesian statistics |
| 565 | Bayesian estimation of divergence time | Dating in the 21st Century: Theory and reality in finding a date for your clade | Huelsenbeck, John. | Bayesian inference
Markov chain Monte Carlo
divergence time estimation
phylogeny
molecular clock |
| 654 | Dating in the 21st Century: Theory and Reality in Finding a Date for your Clade | Dating in the 21st Century: Theory and reality in finding a date for your clade | Herendeen, Patrick S., Crane, Peter R.. | biogeography
paleobotany
Bayesian statistics
nprs
penalized likelihood
molecular clock
Dating phylogenies |
| 413 | Estimating the age of angiosperms using constraints from the fossil record | Dating in the 21st Century: Theory and reality in finding a date for your clade | Magallón, Susana, Sanderson, Michael. | penalized likelihood
fossil record
age
temporal constraints
angiosperms
rate heterogeneity |
| 557 | Evaluating discordances between molecular and paleontological divergence times | Dating in the 21st Century: Theory and reality in finding a date for your clade | Foote, Michael. | |
| 492 | High latitude Tertiary migrations and Afroasian biogeography: Evidence from the tropical clade Malpighiaceae | Dating in the 21st Century: Theory and reality in finding a date for your clade | Davis, Charles, Bell, Charles, Mathews, Sarah. | Africa
aridification
Asia
biogeography
East African Rift Valley
Madagascar
non-parametric rate smoothing
phylogeny |
| 337 | Inferring molecular age estimates in the birch family (Betulaceae) using multiple calibration points and minimum age constraints | Dating in the 21st Century: Theory and reality in finding a date for your clade | Forest, Felix, Rutschmann, Frank, Crane, Peter R.. | Betulaceae
nonparametric rate smoothing
penalized likelihood
multiple calibration points
age constraints
dating |
| 428 | Integrating fossil taxa in phylogenetic analysis: examples from the angiosperm family Juglandaceae | Dating in the 21st Century: Theory and reality in finding a date for your clade | Manos, PS, Manchester, SM, Soltis, PS, Stone, DE, Soltis, DE, Dilcher, DL. | |
| 222 | Testing island biogeographic models with molecular data | Dating in the 21st Century: Theory and reality in finding a date for your clade | Yoder, Anne D.. | biogeography
Madagascar
Age estimation |
| 150 | Timing and patterns of diversification in papilionoid legumes | Dating in the 21st Century: Theory and reality in finding a date for your clade | Lavin, Matt, Wojciechowski, Martin F., Herendeen, Patrick, Sanderson, Michael J.. | Fabaceae
penalized likelihood rate and age estimates |
| 502 | Tying fossils to molecular phylogenies: examples from Cretaceous basal angiosperms | Dating in the 21st Century: Theory and reality in finding a date for your clade | Doyle, James A.. | angiosperms
Cretaceous
phylogeny
dating
Chloranthaceae |
| 305 | Using fossil distributions to calibrate phylogenies | Dating in the 21st Century: Theory and reality in finding a date for your clade | Lupia, Richard, Wagner, Peter J., Nowak, Michael D.. | paleobotany
fossil record
phylogenetic hypotheses
calibration |
