It's called sod, which was great for pioneers to use to build houses out of.
You can use an oak leaf under a microscope, but you wont see anything. Haha, the oak leaf is too thick to be able to see the cells, and obviously what in inside of the cell. If you want to see something under a microscope that is a plant cell, onion skin works well! Hope I helped!
Oak leaves are not suitable for viewing under a microscope because they are thick and have a lot of tannins, making them difficult to see through clearly. Additionally, the surface of an oak leaf can be rough and uneven, making it challenging to get a clear image under a microscope. It's better to use thinner and more transparent plant specimens for microscopy.
The aerial root is also an adventitious root but it emerges from the aerial part of the stem. On the other hand, adventitious root may come out from under groud part of the plant except the radicle as in a number of monocots.
The area of the sarcomere containing the thick filaments is known as the A band. It appears dark under a microscope due to the overlapping thick filaments. The A band also includes some thin filaments at its edges where they overlap with the thick filaments.
When a thick smear is stained and viewed under a microscope, individual cells will be harder to distinguish due to overlapping. This can make it challenging to see details within individual cells, such as the internal structures or boundaries. It is typically recommended to use a thin smear for better visualization and interpretation of cellular details.
Plant it about at least 3 meters away so that the tree roots have space out under ground without being tangled by the roots of a flower.
You're thinking of magma.
Dirt, lava, gravel(rocks) maybe just under the surface of earth sticks or tree roots.
No one answer will answer this question.What type of soil is it planted in? Where is it's water source?If it has to pass rock to obtain water, then it could be 10 or 20 meters.If it is planted next to or within a grass lawn, the roots will spread across the lawn. In this scenario, the roots will be found on the surface or just under the surface, under 6 inches in depth. You may find an occasional branch root of a surface (or near surface) root which goes down a foot.
Roots have a big surface area and thin walls, which allow water to pass into them easily and the roots are very long they go down and down under the soil to find water.
Where the roots of a plant only go out horizontally, just under the surface; so the roots do not go down like in other plants. Such as in a rocky area which only has a thin topsoil.
The South Pole sits on about two kilometers thick of ice sheet and a continent that covers 10% of the earth's surface.
The thick layer under the Earth's crust is called the mantle. It is made up of solid rock that can flow slowly over long periods of time. The mantle is responsible for driving the movement of tectonic plates on the Earth's surface.
You would be under the Earth's crust, which is the outermost layer of the Earth. The crust is typically between 5-70 km thick beneath the continents and around 5-10 km thick beneath the ocean basins.
The Earth's layers vary in thickness. The crust is thinnest under the oceans, around 5-10 km thick, and thicker under continents, around 20-70 km thick. The mantle extends from the crust to about 2,900 km below the surface, while the outer core is about 2,300 km thick and the inner core is about 1,200 km thick.
Rhizoid- takes place of the roots and stems and obtains the water and nutrients under the surface.
Under the continents, the earth crust is on average around 50 kilometers thick, which is 50,000 meters or 5,000,000 centimeters. Under the oceans, the earth crust is on average around 7 kilometers thick, which is 7,000 meters or 700,000 centimeters.