A new study reveals how the Andes have shaped the history of aquatic plants
Researchers find that the rise of the Andes created conditions in the landscape that drove speciation in aquatic plants.
Plant Science from Cell Biology to Ecosystems
Researchers find that the rise of the Andes created conditions in the landscape that drove speciation in aquatic plants.
In nearly all cases, each species’ closest relatives occur in a similar niche on a different island
Were there land-bridges in the past that enabled trees to travel from mountaintop to mountaintop?
The core Heterotropa group was divided into nine subclades, each of which had a narrow geographic distribution.
Mediterranean firs appeared millions of years earlier than was supposed, and likely through a single colonization event from Asia.
Botanists use the orchid genus Epipactis as a model for speciation, but unravelling its family tree has been difficult.
Next-generation sequencing used to generate complete plastid gene sets for the tropical angiosperm order Zingiberales.