The Mangrove is a tree found in swamps which can withstand a lot of salt
130188
There is nothing like biggest mangrove tree as all the mangrove plants are shrubby trees of medium to small size.\n More over they grow very close together forming mangrove vegetation.\n The largest spread such a vegetation is in India on the eastern coast near West Bengal. It is called Sunder bans,
650855
they are hot and humid and watch out for the alligators.
477483
some plants have hook shaped fruits.. it can hook onto animals n be carried off to different places\n\nDandelion has light featherlike seeds exposed to air that can be blown off with the wind\n\nPlants near waterbodies have seeds that can float on water.. so again they can be deposited in far off places\n\nThere r various other adaptations in the links below.. check em out..
123236
Oceans and seas are salt water,but the most salt water on earth could be found in the dead sea in Jordan in the Middle East.
91384
In a pineapple under the sea
525776
This is an osmosis question; You are taking the jellyfish from its saltwater environment (Hypertonic) and placing it into a freshwater environment (Hypotonic.) The water rushes into the cells of the jellyfish to balance the mineral/water environment inside the cell and the cell membranes burst. If the jellyfish was a plant the cell could not burst because it would be contained within a cell wall; It would just become very rigid.
195249
Southern regions, typically bogs and swamps
76738
a sycamore tree just because they have strong roots and will grow really tall if you dont cut them and becaus epocahontas sang about them in the movie remember "how high does the sycamore grow if you cut it down them youll never know"
606585
Warm salt water rinses.
151256
Salt in the ocean comes from the land. The elements that make up salts, such as chlorine and sodium, started out in rocks. Water and acids eroded the rocks, and rivers carried the elements into the sea. The oceans usually contain 35 parts of salts for every 1000 parts of sea water. This is lower in some places where there is a lot of fresh water coming into the ocean. It is higher where the Sun is very strong and evaporates more of the water. When all the water is gone, the salts are left behind as solid, white crystals.
410402
To correctly answer your question I would need to know what type of marsh you are speaking of. There are several different types of marshes. Geology and soil make a big difference in the marsh and therefore what type of plant life or eco system that exists within. In your question you mention 2 different plant species, bulrush (Scirpus sp.) and catails (Typha sp.) Each species grows in a different type marsh. Bulrush can be found in a wetland or marsh known as a flag marsh. You can also find these plants growing there,arrowhead (Sagittaria sp.) pickrelweed(Pontedria cordata) spikerush (Elecharis sp.)This type of marsh need regular dry seasons. \n        Catail marshes are monaculture meaning only catails are growing in the marsh (their root systems are so dense nothing else can grow there.)They grow in shallow water or up to 3 ft deep. I hope this helps you.
556530
Well, mainly, mangrove. There used to be at least eight distinct species of mangrove in the delta (one of the largest deltas in the world.) But recent natural disasters and deforestation has reduced the number of species to three or four. You can learn more by following the link below.
650484
Able to be dissolved by water.
178056
This area has the best soil and rainfall in southwestern Australia and supports lush forests along the southern coast. Giant eucalyptus trees, including the jarrah and karri, grow in areas with good soil and rainfall, interspersed with heath and sedges. Jarrah trees grow up to 130 feet (40 m) in height, while karri trees--the tallest trees found in Western Australia--reach 300 feet (90 m). Both of these trees are prized by the timber industry. Other trees found here include the marri, a eucalypt that grows to 200 feet (60m), and the peppermint tree. Karri forest undergrowth is very moist and dense, with a wide variety of shrubs, many of them with colorful flowers. Blue wisteria vines and red coral vines grow among the trees and shrubs, and numerous birds and marsupials live in these rich forests.\n\nJarrah forest restoration is an extremely complex task, given the very large number of plant species present. Jarrah forests are one of the most plant species rich forests in the world, outside of tropical rain forests.\n\nAlcoa operates two bauxite mines at Willowdale and Huntly in the Darling Range of south-western Western Australia, 80-140km south of Perth. A third mine at Jarrahdale operated from 1963 to1998 and has now been completely rehabilitated.\n\nThe Huntly mine is the largest bauxite producer in the world. Bauxite from the two mines is processed to alumina at Alcoa's three refineries at Kwinana, Pinjarra and Wagerup. These refineries produce some 15% of the world's alumina, which is then shipped interstate or overseas for smelting to produce aluminium.\nI hope this helps good luck.
453793
What you describe looks as if it is a gum from the tree(usually)which has settled on the rock and has the natural salts of the rock diffused into it . If you are still in trouble then go to the nearest research Lab to get the exact details of the elements present in this specimen.
126860
Did you ever wonder why the oceans are filled with salt water instead of fresh? Just where did the salt come from? And is it the same salt you find on a dining room table? Most of the salt in the oceans came from land. Over millions of years, rain, rivers, and streams have washed over rocks containing the compound sodium chloride (NaCl), and carried it into the sea. You may know sodium chloride by its common name: table salt! Some of the salt in the oceans comes from undersea volcanoes and hydrothermal vents. When water evaporates from the surface of the ocean, the salt is left behind. After millions of years, the oceans have developed a noticeably salty taste.\n\nDifferent bodies of water have different amounts of salt mixed in, or different salinities. Salinity is expressed by the amount of salt found in 1,000 grams of water. Therefore, if we have 1 gram of salt and 1,000 grams of water, the salinity is 1 part per thousand, or 1 ppt.\n\nThe average ocean salinity is 35 ppt. This number varies between about 32 and 37 ppt. Rainfall, evaporation, river runoff, and ice formation cause the variations. For example, the Black Sea is so diluted by river runoff, its average salinity is only 16 ppt.\n\nFreshwater salinity is usually less than 0.5 ppt. Water between 0.5 ppt and 17 ppt is called brackish. Estuaries (where fresh river water meets salty ocean water) are examples of brackish waters.\n\nMost marine creatures keep the salinity inside their bodies at about the same concentration as the water outside their bodies because water likes a balance. If an animal that usually lives in salt water were placed in fresh water, the fresh water would flow into the animal through its skin. If a fresh water animal found itself in the salty ocean, the water inside of it would rush out. The process by which water flows through a semi-permeable membrane (a material that lets only some things pass through it) such as the animal's skin from an area of high concentration (lots of water, little salt) to an area of low concentration (little water, lots of salt) is called osmosis.\n\nThis is also why humans (and nearly all mammals) cannot drink salt water. When you take in those extra salts, your body will need to expel them as quickly as possible. Your kidneys will try to flush the salts out of your body in urine, and in the process pump out more water than you are taking in. Soon you'll be dehydrated and your cells and organs will not be able to function properly.
672517
white tiger shark lives in salt water because it can not survive in fresh water whereas bull shark can live in both fresh and salt water