The objective of this review is to analyze and describe the impact that mode of reproduction
in Paspalum has on germplasm conservation, genetic improvement, and commercialization …

In the past decades, the grasses of the Paspalum genus have emerged as a versatile model
allowing evolutionary, genetic, molecular, and developmental studies on apomixis as well …

Understanding leaf generation dynamics, their seasonal changes, and their responses to
nitrogen fertilization (NF) is key to improving pasture utilization efficiency. The objectives of …

Genetic improvement of native forage species is a sustainable alternative for maximizing
livestock production. Paspalum notatum Flügge is the most important forage grass in the …

Perennial warm-season grasses typically have reduced seed yield, making it essential to
identify the critical seed yield components. An induced increase in nitrogen could help …

Abstract A low omega-6: omega-3 fatty acid ratio is considered an indicator of the nutritional
impact of milk fat on human health. In ruminants, major long-chain fatty acids, such as …

Most forage cultivars released for the genus Paspalum belong to a section named Plicatula.
The species of Plicatula are mostly apomictic and consequently the genetic diversity is …

Background Apomixis, an asexual mode of plant reproduction, is a genetically heritable trait
evolutionarily related to sexuality, which enables the fixation of heterozygous genetic …

The objective of this work was to describe morphology and grouping of Paspalum notatum
accessions, based on multicategorical data which discards the redundant variables for …

Paspalum notatum Flüggé is a subtropical grass native from the Americas and one of the
main components of the subtropical South American grasslands. Although P. notatum …