Dugong, also known as "sea cows", are herbivores. They feed mainly on seagrass, with a preference for small varieties such as Halophilia ovalis and Halodule uninervis. They will eat the entire plant including the rhizomes, roots and leaves, and have actually been known to "crop" of "farm" their favourite seagrasses. Dugong may eat up to 40kg of seagrass per day. They also eat roots and leaves of some other marine plants.
There are around 60 different types of seagrass in the Great Barrier Reef. But i will just name a few of them. There is Halophila Minor, Halophila Capricorni, Halophila Decipiens, Halophila Ovalis, Halophila Spinulosa, Cymodocea Rotuntada, Cymodocea Serrulata, Enhalus Acoroides, Halodule Pinfolia, Halodule Uninervis, Halophila Tricostate, Syringodium Isoetifolium, Thalassia Hemprichii, Thalassodendron Ciliatum and Zostera Capricorn
Coral is actually not a plant. Corals are colonies made up of tiny animals called polyps. Hard corals have polyps with 6 tentacles, or multiples of 6 tentacles. Soft coral polyps have 8 tentacles. Ten species of corals are Favia, Goniopora, Hydnophora, Echinophyllia, Tubinaria, Acropora, Staghorn, Brain, Fan, and Elkhorn. Ten plants that are found in coral reefs are Halophila ovalis, Halodule uninervis, Zostera capricorni, Trichodesmium, coralline algae, Sargassum, Turbinaria, Sea lettuce (Ulva), sea grapes (Caulerpa) and turtle grass (Chlorodesmis).
Arispe ovalis was created in 1891.
Oenopota ovalis was created in 1877.
Alopecosa ovalis was created in 2000.
Not sure, but i think that tiger sharks eat dugongs. Nothing eats dugongs, but dugongs eat seagrasses tiger sharks are natural enemies of dugongs so they can get killed by them. Crocodiles, Sharks, Killer Whales. Aboriginal People hunt them for meat and oil because it's their "hunting right". Hope this helped. :)
Ovalis glucosi
Yes, Sprosarcina is gram positive. It also has flagella (halophilia)
Fossa ovalis and ligamentum. Fossa ovalis -> foramen lovale Ligamentum-> Ductus arteriosus
The fossa ovalis is a remnant of the fetal structure known as the foramen ovale. This structure is a small opening that allows blood to bypass the fetal lungs and flow from the right atrium to the left atrium, helping to maintain sufficient oxygen levels before birth.
In the fetal hear the fossa ovalis was known as the foramen ovale, which allows blood to pass from the right to the left atrium, thus bypassing the fetal lungs.