plants have so many roots so that it can cling onto the ground. It needs to do that so wind and/or heavy rain won't move it around. Also, it gathers water and minerals, if one root is broken of the other roots still can gather water and minerals
The roots help get its water and nutrients from the ground
To draw nutrients up from the soil that the plant grows in.
so that when you water you plants then the water obsorbs into the soil and the water also go's to the roots that will help your plant grow.
There are many things a plants roots do for an ecosystem. Plants roots help prevent erosion of soil for example.
Roots are an incredibly important element to a great many plants. These plants depend on the roots to suck up water.
There are many things a plants roots do for an ecosystem. Plants roots help prevent erosion of soil for example.
Roots
All plants and trees have roots. So, yes.
It is important for the roots of desert plants to grow near the surface of the ground so the desert plant's roots may get water easily ( without going into many kinds of trouble ).
Yes, many seed plants do have roots and stems. However, they do not have them initially, but they do grow them eventually.
Depends on the size of the root and to what extremes. Many times if plants fail you can trim back the roots and rejuvenate it so it will grow new roots. Injured roots will usually come back stronger as long as its not from anything other than mishandling or cutting by a shovel.
The roots are the parts that absorb nutrients and water from the soil, so if they are injured or diseased the plant will probably die - it depends on how many of the roots are damaged.
Many plants do not have seeds- for example, the Aspen tree, which spreads by roots, most hosta plants (also spread by roots), and many ferns (spread by spores).
If I remember right the fact that its a vascular plant means that it also has roots along with xylem and phloem. So if it doesnt have roots its not a vascular plants.
Plants can weather rocks by having its roots grow, often squeezing the rock into so many little pieces, it can technically be considered "dissolved".