Plant roots grow whatever direction is necessary to acquire the largest quantity of water most easily. For example, a tree in the desert will grow roots very, very deep to get to the resources of water there. However, if you constantly water a tree, its roots will grow sideways just below the surface of the soil (which, by the way, can cause it to be unstable in high wind, and even blow over).
In most cases yes. Although a few species of Orchids grow roots any which way and don't grow in soil. roots can sense gravity, take them into space and they grow every which way
Not always, as plants can grow where there is no "ground", such as hydroponically in water, or as epiphytes ("air plants") such as mosses, ferns, and orchids.
So they can take in ground water as well as to stabilize the plant or tree.
Yes, the roots of a plant always go downward. This is called positive gravitropism or positive geotropism because the roots grow in the direction of gravitational pull.
yes
as you prabably already know, plants feed souly off of soil, (dirt), and the roots will always be trying to gain more and more nutritions from the dirt, and will keep trying to go deeper. (THAT ABOVE IS NOT POSTED BY ME) *plants are gravitrophic meaning that the roots will always grow towards gravity and to of course absorb the nutrients, but there are some plants that do grow outside of of the soil like in pots and they still grow downward.
Well they can grow to anything as root hair is un-sizable so it can go as far as brooklyn.
I hypothesize that the water will go down by gravity and water the plant and the plant will get sunlight by the sun at the window. I think I did a similar experiment to this except it was with a plastic bag.
As with all living things, plants are made up of cells. In plants, the cells are rigid, containing a cell wall. Where cell walls aren't present in animal cells, the cell wall in plant cells keeps the plant rigid, as well as connecting the different parts of the plant together. In various other less evolved plants, including ferns, are interconnected to from their leaves, roots, and stems by a vascular system of tubes.
W/o roots the plant would be unable to gather water and nutrients and would eventually die.It would not be able to absorb wate and mineral and eventually will die.Plant roots will grow back just give it time and water. Plants will try to survive and have the ability to do what god gave it to do. If to severe then it might not be able to be saved. Try this trick- sprinkle some rooting hormone around the roots or mix with some water and put around the roots. You might be surprised!
The roots will first go upward, then downward.
as you prabably already know, plants feed souly off of soil, (dirt), and the roots will always be trying to gain more and more nutritions from the dirt, and will keep trying to go deeper. (THAT ABOVE IS NOT POSTED BY ME) *plants are gravitrophic meaning that the roots will always grow towards gravity and to of course absorb the nutrients, but there are some plants that do grow outside of of the soil like in pots and they still grow downward.
Her roots were showing
To the roots, and from them, to whole body of the plant.
2ft
If enough dirt is kept around the roots of a plant, the roots do not have to work as hard to go through soil such as clay. It preserves the integrity of a plant until it has time to adjust to the transplanting.
The answer is yes because once blocked by something where else does the root have to go but everywhere! So yes, roots grow in random directions when blocked.
A plant's roots go as deep as the C Horizon.
Through the roots, but some plants obtain humidity through their leaves.
water saturates the dirt and is sucked into the plants through its roots
I am guesing that because when you poor water into soil it runs downwards to the bottom of the dirt and the roots kind of like chase it but that's only my guess its probably not right but you should search it up any way
Well,roots have tiny pores,so when water goes through the soil and reaches the roots,the pores absorb the water which circulate and go to other parts of the plant.