a desert. large one like the Mohave.
Elevation is the term for how high something is above sea level.
I think sea beach sand is more stable( high SBC ) than river sand.it is due to fact that sea beach made of sand which is brought by travelling water either pushed by sea shore or by river .during the continuous rolling in between water layers in rivers and sea shore( which can be assumed as infinite time process), bigger stone particles continuously decaying during travelling toward sea and dissociate in to as small as possible. remaining dissociate particle at beach will be of much strength than any other sand on earth surface and hence residue sand at sea beach has much strength than sand at starting of any river .it is because particle at river starting have no much time to dissociate into most stable form .they will continuously roll toward sea( final destination) and gain higher and higher stability (strength) till billions of years particle vanishes. CONCLUSION: IT IS MOST PROBABLE THAT SEA BEACH SAND HAVE MUCH STRENGTH THAN RIVER SAND
The sand on a beach below a sea cliff likely originated from the erosion of the cliff itself. Over time, waves and weathering break down the rock of the cliff into smaller particles, which are then deposited on the beach. This process is a common natural occurrence in coastal environments.
A mound of sand piled up by the wind is known as a sand dune. Sand dunes are typically formed along coastlines or in deserts where wind is strong enough to move and deposit sand particles, creating distinctive formations.
Jewels found in the sand are commonly referred to as "beach glass" or "sea glass." These are glass fragments that have been naturally weathered and smoothed by the sand, waves, and other elements found on the seashore.
Glass is made from silicon, or sand. However, sand is not renewable in the way we understand the term. It will not come back after it has been used. But there are very large supplies of sand.
Sand in the Sea was created in 2002.
The sea mounts help us understand the movement of tetonic plates because when the tetonic plates move's the earth's crust making little formations of sand underwater.
To remove salt from sea sand, you can rinse the sand with fresh water multiple times to leach out the salt. Alternatively, you can soak the sand in fresh water and then evaporate the water through exposure to sunlight, leaving behind the salt-free sand.
No, once in each year, sea turtles get out of the ocean, dig a hole in the sand, lay their eggs in the sand, than cover the hole with sand.
The structural deference between them is that Sea urchins are more globular whereas sand dollars are flattened. Unlike sea urchins, the sand dollars burrow themselves when threatened. Sand dollars have anus opening at their back side whereas the sea urchins have it at the top.
A sea turtle's eggs get laid in sand.
No, if sand is included its heterogeneous.
What do you understand by the term nucleotide. Explain
erosion
In the sea.
Surprisingly, the actual name for a group of sand dollars is "a fortune." The term "sand dollar" refers to the round flat shape of the rigid endoskeleton which apparently reminded American sailors and sea-farers of a large coin when they spoted them washed up on beaches, bleached a dazzling white by the sun. This comparison to coinage and money led to the eventual use of the term "fortune" to describe a large group of these marine animals, which can congregate by the hundreds on sandbars just below the surface of the sea floor.