Insects enhance diversity of nectar-producing plants

Some plants form into new species with a little help from their friends, according to Cornell research published Oct. 27 in the Proceedings of the National Academy of Sciences.

Virtual models provide real knowledge in the grass family

The structures of flowers and other plant parts represent a rich and complex source of botanical information with great potential to answer a variety of taxonomic, evolutionary, and ecological questions. As computational ...

Genetic patterns associated with plant immunity

Genomic information from plants can be used to enhance agricultural production and improve food security in a sustainable manner. Through better understanding of the relationship between a plant's genetic information and ...

Updating classifications to reflect monophyly

The move from a "traditional" to a "phylogenetic" classification of grasses (Poaceae) has resulted in 10% of species having their scientific name changed.

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