Search results
Results from the WOW.Com Content Network
Posidonia australis is a flowering plant occurring in dense meadows, or along channels, in white sand. It is found at depths from 1–15 m (3–49 ft). It is found at depths from 1–15 m (3–49 ft).
A form of flowering plant that far exceeds Pando as the largest organism on earth in breadth, is the giant marine plant, Posidonia australis, living in Shark Bay, Australia. Its length is about 180 km (112 mi) and it covers an area of 200 km 2 (77 sq mi). [13] It is estimated to be over 4,500 years old.
The largest such colony is Pando, in the Fishlake National Forest in Utah. A form of flowering plant that far exceeds Pando as the largest organism on Earth in area and potentially also mass, is the giant marine plant, Posidonia australis, living in Shark Bay, Australia.
Scientists have discovered the world's largest plant off the Australia coast — a seagrass meadow that has grown by repeatedly cloning itself. Genetic analysis has revealed that the underwater ...
Researchers were stunned when they discovered a species of seagrass had effectively cloned itself for 4,500 years and covered nearly 80 square miles.
Shark Bay has the largest known area of seagrass, with seagrass meadows covering over 4,000 square kilometres (1,500 sq mi) of the bay. [1] It includes the 1,030-square-kilometre (400 sq mi) Wooramel Seagrass Bank , the largest seagrass bank in the world [ 1 ] and contains a 200-square-kilometre (77 sq mi) Posidonia australis meadow formed by a ...
[48] [49] Apart from its extreme age, it is also thought to be the world's largest organism by area, at 2,384 acres (965 hectares). A huge colony of the sea grass Posidonia australis in the Australian coast over Shark Bay, estimated to be over 4,500 years old and also the biggest known plant. [50] [51]
Posidonia is a genus of flowering plants. It contains nine species of marine plants [ 3 ] (" seagrass "), found in the seas of the Mediterranean and around the south coast of Australia . The APG system (1998) and APG II system (2003) accept this genus as constituting the sole genus in the family Posidoniaceae , which it places in the order ...