In the US, it’s native to California’s coastal area and the Gulf of Mexico’s coast.
#Seashore paspalum series
Proper disease diagnosis and management requires thorough examination of the site, knowledge of relevant past and present environmental conditions, in-depth knowledge of plant species biology, site management history, pathogen life cycles and epidemiology, and an orderly series of tests to determine possible causes. Seashore Paspalum, aka Paspalum vaginatum in scientific language, is a tropical and subtropical type of grass that’s more commonly used in the turf grass arena. Utilizing a resistant cultivar (host), using chemicals to destroy the pathogen, or altering the environment will result in disease control. Disease management is based on the elimination of any one of these factors. If a susceptible host and organism are present, a disease will develop only if moisture and temperature conditions are favorable for that organism to infect. Perfect for home lawns, event lawns and golf courses here in Hawaii, SeaStar was developed by turfgrass breeders at the University of Georgia. SeaStar provides a luxurious, fine-textured look. It stands up to salt spray and salt can be used to kill weeds. In order to have a pathogenic disease, three factors must always be present: (1) a susceptible host, (2) a parasitic organism, (3) environmental conditions that are favorable to the pathogen. SeaStar Paspalum thrives in salty, sandy environments. Pathogenicdiseases can be caused by differ classes of pathogens such as fungi, bacteria, viruses, phytoplasma, mollicutes, and nematodes. However, turfgrass stands can be injured and damaged by biotic (living) and abiotic (non-living) agents. Diseases on these turfgrass species are the exception and not the rule. Seashore paspalum turfgrass swards will grow at the top of their genetic potential as long as nutrients ,moisture, light and favorable temperatures areprovided.
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