| ID | Title | Section/Topic | Authors | Keywords |
|---|
| 167 | A Closer Look at the Diversification and Evolution of the Silphium Genus | Macroevolution | Root, Connor; Cook, Tyson; Roy, Tilottama. | |
| 861 | A study of floral evolution in Lonicera (Caprifoliaceae) while looking through an interactive lens | Macroevolution | Shah, Ria B.; Bergen, Anna T; Srivastav, Mansa; Donoghue, Michael; Wright, Haley; Merklee, Patrick; Ault, Chris; Clement, Wendy. | phylogeny
floral evolution
Lonicera
honeysuckle
Science communication
Outreach
Caprifoliaceae |
| 575 | Causes of delayed angiosperm diversification: the photosynthetic revolution, increased opportunity costs of anti-herbivore defenses, selection for low-cost qualitative toxins, and acceleration of plant-herbivore coevolution | Macroevolution | Givnish, Thomas. | mesangiosperms
opportunity costs
quantitative vs. qualitative toxins
net rate of species diversification |
| 217 | Colonization of the Andes triggered pollinator shifts and a burst in speciation rate in Neotropical Merianieae (Melastomataceae) | Macroevolution | Dellinger, Agnes; Lagomarsino, Laura; Smith, Stacey. | plant-pollinator interactions
Diversification
Neotropical biogeography
vegetative traits
Climatic niche
morphospace
disparity
Andean uplift |
| 488 | Convergence without divergence in North American red-flowering Silene | Macroevolution | Berardi, Andrea. | adaptation
Evolution
pigments
Anthocyanins
carotenoids
Floral morphology
Silene
target-capture
herbaria |
| 789 | Dealing with correlated observations in regularized regression: a phylogenetic elastic net approach for predicting leaf traits using leaf reflectance spectra | Macroevolution | Goolsby, Eric; Richardson, Andrew. | Phylogenetic comparative methods
hyperspectral imaging
Phenotype Prediction
Machine Learning |
| 109 | Exploring the role of habitat fragmentation in Caryophyllaceae alpine-arctic plant evolution | Macroevolution | Feng, Keyi; Smith, Stephen. | Caryophyllaceae
alpine
arctic
speciation rate
habitat fragmentation |
| 464 | Filament curtains, didynamous stamens, asymmetric stigmas, and the evolution of reproductive floral whorls in Ruellia (Acanthaceae) | Macroevolution | Rose, Jeffrey; Manzitto-Tripp, Erin. | Acanthaceae
Lamiales
Ruellia
floral evolution
breeding system
herkogamy |
| 895 | Floral adaptation to climate and pollinators during Silene diversification across two continents | Macroevolution | Miladin, Jenna; Steven, Janet; Collar, David. | macroevolution
Pollination
ecological niche modelling
Phylogenetic comparative methods |
| 331 | Genetic mechanisms underlying the convergent evolution of pollination syndromes in the Neotropical radiation of Costus L | Macroevolution | Specht, Chelsea; Landis, Jacob; Valderrama, Eugenio; Andre, Thiago; Skinner, David; Maas, Paul J.M.; Maas-van de Kamer, Hiltje; Almeida, Ana Maria. | Costaceae
Zingiberales
Pollination syndrome
selection
floral evolution
genetic mechanisms
correlated trait evolution
Costus L. |
| 220 | he Buffalograss-Salmacisia pathosystem as a potential driving force for dioecious host sex evolution | Macroevolution | Taylor, Anthony; Sheltra, Matthew; Huff, David. | Dioecy
Evolution
Sex
Parastite
Parasitic
Buffalograss
Fungi
Fungus
Host-parasite
Red Queen Hypothesis
Dioecious
Induced Hermaphroditism |
| 537 | How does the level of pollination specialization affect the evolution of flower shape? | Macroevolution | Joly, Simon; Faure, Julie; Martén-Rodríguez, Silvana; Clark, John L.. | Pollinators
morphometry
Geometric Morphometrics
Phylogenetic comparative methods
Gesneriaceae
Generalists |
| 864 | Investigating the role of environment, ploidal level, and symbiotic partner in the diversification of the Mimosoid clade (Leguminosae) | Macroevolution | Siniscalchi, Carolina; Barros-Souza, Yago; Doby, Joshua; Belitz, Michael; Kates, Heather; Yi, Ting-Shuang; Soltis, Pamela; Soltis, Douglas; Guralnick, Robert; Borges, Leonardo; Folk, Ryan. | nitrogen-fixing plants
speciation rate
Fabaceae |
| 115 | Investigating the Root Economic Spectrum hypothesis and plant-fire dynamics using a macroevolutionary common garden | Macroevolution | Watts, Jacob; Pellegrini, Adam. | Evolution
fine roots
common garden
disturbance ecology
economic spectrum |
| 563 | Is the floral shape of Impatiens capensis influenced by urbanization? | Macroevolution | Burkiewicz, Jérôme; Carvalho, Julie; Joly, Simon. | floral evolution
Geometric Morphometrics
Pollinators
common garden
Generalists |
| 268 | Phylogenomics, patterns of species diversity and co-occurrence in the mariposa lilies (Calochortus; Liliaceae) | Macroevolution | Karimi, Nisa; Hernandez, Adriana; Rodriguez Contreras, Aaron; Eifler, Evan; Chan, Patricia; Landis, Jacob; Lemmon, Alan; Lemmon, Emily; Strickler, Susan; Specht, Chelsea; Givnish, Thomas. | Calochortus
Phylogeography
species richness
Diversity
California
environmental heterogeneity |
| 723 | Plant-pollinator relationships, biogeography, and climatic niche shape the evolution of florally diverse, Neotropical Hillieae (Rubiaceae) | Macroevolution | Ball, Laymon; Lagomarsino, Laura. | biogeography
niche evolution
Neotropics
Pollination syndromes
Rubiaceae
targeted sequencing |
| 165 | Rapid diversification of vascular architecture underlies the Carboniferous fern radiation | Macroevolution | Suissa, Jacob; Friedman, William. | macroevolution
morphology
Anatomy
vascular tissues
Ferns
stelar morphology |
| 911 | Retrieving and managing large datasets from REFLORA and other databases to obtain information about taxa occurring in the campos rupestres | Macroevolution | Cortez, Maria Beatriz; Shimizu, Gustavo; Barve, Vijay; Gitzendanner, Matt; Guralnick, Robert; Soltis, Douglas; Soltis, Pamela. | campos rupestres
REFLORA
evolutionary patterns
large datasets
R
Python
Checklist |
| 570 | Species’ life history traits interact to predict island colonization in a global dataset of >3000 species | Macroevolution | Zell, Anne; Grady, Erin; Miranda, Charlotte; Igic, Boris; Grossenbacher, Dena. | breeding system
Self-compatibility
correlated trait evolution
biogeography |
| 314 | Structural color, cell walls, and the evolution of Viburnum fruits | Macroevolution | Sinnott-Armstrong, Miranda; Middleton, Rox; Ogawa, Yu; Jacucci, Gianni; Moyroud, Edwige; Glover, Beverley; Rudall, Paula; Vignolini, Silvia; Donoghue, Michael. | fruit color
seed dispersal
endozoochory
structural color |
| 767 | The influence of chromosome evolution on diversification rates in Carex (Cyperaceae) | Macroevolution | Tribble, Carrie; José Ignacio, Márquez Corro; Mike R., May; Escudero Lirio, Antonio Marcial; Hipp, Andrew; Rosana, Zenil-Ferguson. | Aneuploidy
state-dependent speciation and extinction
RevBayes
Cyperaceae
hidden states |
| 698 | The Macroevolution of a Smoke-induced Seed Germination Trait | Macroevolution | Chen, Yanni; Latvis, Maribeth; Perkins, Lora; A. Joshua, Leffler; Johnson, Matt. | smoke induced seed germination
macroevolution
phylogenetic signal
Ancestral state reconstruction
trait evolution |
| 1430 | This is a sample title | Macroevolution | Technolgoies, X-CD. | Medicinal Plants
climbing plants |
| 435 | Uncertain timescales in plant macroevolution | Macroevolution | Carruthers, Tom. | divergence time estimation
macroevolution
Diversification
uncertainty |
