An agrostis is a grass of the genus Agrostis, also known as bentgrass.
Agrostis stolonifera was created in 1753.
Agrostis canina was created in 1753.
A bentgrass is any of a group of reedy grasses of the genus Agrostis.
The scientific or taxonomic name would be Agrostis stolonifera.
This is a leap, but I am going to guess you mean "Washington Bent Grass", an old, old cultivar of bentgrass. A close cultivar - and the genus is the same - would be Agrostis oregonensis."Agrostis" is a grass, closely related to "poa"the generic lawn grass.
Huib Zegwaart has written: 'Pinksterkerken'
generally in the north greens are composed of Bentgrass, Agrostis Palustris is the name of creeping bentgrass. in the south it is generally bermudagrass. IN northern climates poa annua or annual bluegrass may invade bentgrass greens and is a common sight on many grens in the north to have a mix of bentgrass and annual bluegrass.
For a bowling green, the ideal type of grass is typically a fine-textured variety such as creeping bentgrass (Agrostis stolonifera) or velvet bentgrass. These grasses provide a smooth and fast playing surface, essential for the precision required in bowling. They thrive in well-drained soil and require regular maintenance, including mowing, watering, and aeration, to keep the green in optimal condition.
Tnere are literally thousands, but heres a few common ones you'll see on lawns:Kentucky Bluegrass - Poa pretensisAnnual Bluegrass - Poa annuaCreeping Bentgrass - Agrostis stoloniferaRed Fescue - Festuca rubraPerennial Ryegrass - Lolium perenneCommon Bermuda grass - Cynodon dactylonZoysia - Zoysia sp.Latin names are in italics.
I assume you mean nuclear plants. The first series were the Magnox design which used natural metallic uranium in magnesium alloy sheaths, graphite moderator, and CO2 gas coolant. These are now obsolete and only one or two stations are still operating. The development of these was the AGR which used oxide fuel in stainless steel sheaths, graphite moderator, CO2 gas coolant. These could operate at much higher coolant outlet temperature and so are more efficient, but to keep the graphite at acceptable temperature a very complicated arrangement of re-entrant gas flow is required. There are 14 of these reactors operating. There is also one PWR reactor operating.