In stratified layers of sedimentary rock, the phenomenon where larger grains settle on top of finer sediments is known as "graded bedding." This occurs during sediment deposition in a fluid environment, where the energy of the transporting medium decreases, causing larger particles to settle first, followed by smaller particles. This can often be observed in underwater landslides or turbidity currents, where sediment is rapidly deposited.
So, the order is: Lithosphere Asthenosphere Mesosphere. Remember, that the order goes from the bottom to the top. Yes, relatively speaking the LIthosphere is "first" but from the top. The mesosphere is "first" from the bottom.
It is telling you how different the cells are from normal cells. Well differentiated is good, cells are similar to normal cells, moderately means cells are changing, and poorly differentiated means that cells have changed, it is a lower prognosis when it reaches this stage.
The bottom is sweeter.
The Earth's top and bottom are defined by the North and South poles, respectively. The concept of top and bottom is based on human perception, as Earth is a sphere with no true top or bottom in space.
Stratified squamous epithelial cells are what form the top two layers of the epidermis: stratum corneum and stratum lucidum. Then stratified cuboidal epithelial cells are found in the bottom three layers of the epidermis: stratum granulosum, stratum spinosum, and stratum basale. (Stratum basale is only layer that contains nothing but mitotic cells. This layer contains melanocytes as well.) The entire epidermis, however is identified as stratified squamous because epithelial tissue is always identified by the type of epithelial tissue at the apical (top) surface.
The esophagus is lined with stratified squamous epithelium to protect it from abrasion and mechanical damage caused by the passage of food. Stratified squamous epithelium is well-suited for areas subjected to friction and wear because of its multiple layers of cells. In contrast, simple columnar epithelium is better suited for absorption and secretion, which are not primary functions of the esophagus.
The outer layer of the skin (epidermis) is made up of stratified squamous epithelium. If it helps, remember stratified squamous is made up of multiple layers to provide protection, like when you scrape your knee. because hopefully, there will be other layers underneath! The epidermis is composed of five layers (from the outer most layer to the deepest layer): Stratum corneum Stratum lucidum Stratum granulosum Stratum spinosum Stratum basale Stratified squamous epithelial tissue The type of tissue that makes up the cells on top and bottom of the leaf (epidermis) is dermal tissue. Epithelial tissue makes up the human epidermis.
Yes, you're describing a stratified epithelium. In this type of epithelium, multiple layers of cells cover a tissue and the cells maintain the same shape from the bottom layer (basement membrane) to the top layer on the surface.
The tissues which make up the skin are the Epithelial tissues.There are three layers of the skin epidermis, dermis, and subcutaneous layer(fat).Hope that helps : )
Reverse Grading.
Yes, you almost never vomit everything in your stomach, but only the very uppermost liquids. Tablets usually sink to the bottom and are dissolved properly.
It most likely means that each layer of the stratificaton represents a time of flood, when a large layer of fresh silt was washed into the body of water, settling to the bottom over pre-existing layers.
a stratification is a term generally used for layering of sediments. Thus a "stratified" ocean is one in which a layer of sediments accumulate at the bottom of the ocean and over time, sediment infill from the continents fill up small local areas around the points where fresh water meets saline ocean water. These areas fill with so much sediments, eventually they become stratified with sediment layers and dry up.
I would draw the line at the base of the lithosphere, which is known as the lithosphere-asthenosphere boundary. This boundary separates the rigid lithosphere from the more plastic asthenosphere below it.
Michel Poujol has written: 'High resolution seismic refraction study of the uppermost oceanic crust near the Juan De Fuca Ridge' -- subject(s): Marine geophysics, Ocean bottom, Seismic refraction method
The rock samples collected from the bottom of the drill hole likely came from the Earth's crust or upper mantle layer, as drill holes typically do not penetrate beyond the uppermost layers of the Earth's lithosphere. To determine the exact layer, further analysis of the composition and characteristics of the rock samples would be necessary.