Which propagation method involves bending an attached stem to the ground and covering part of it with soil to encourage rooting?

Which propagation method involves bending an attached stem to the ground and covering part of it with soil to encourage rooting?

• A. Simple Layering
• B. Stem Cutting
• C. Bark Grafting
• D. Tissue Culture

Answer: (A)

Layering is propagation by forming roots while the stem remains attached to the parent plant. In simple layering, you bend a low, flexible stem to the ground, partially cover a section with soil (leaving the tip exposed), and let that buried portion form roots. The plant stays connected to the parent during root development, which helps with moisture and nutrient supply until rooting occurs. Once roots are established along the buried section, you can sever and transplant the new plant as a clone. This method is especially useful for plants that don’t root easily from cuttings and for propagating without taking the plant entirely out of its environment. Stem cuttings require detaching a piece of stem to root separately; bark grafting is about grafting a scion onto a rootstock; tissue culture grows plants from tiny tissue pieces in sterile conditions.

Layering is propagation by forming roots while the stem remains attached to the parent plant. In simple layering, you bend a low, flexible stem to the ground, partially cover a section with soil (leaving the tip exposed), and let that buried portion form roots. The plant stays connected to the parent during root development, which helps with moisture and nutrient supply until rooting occurs. Once roots are established along the buried section, you can sever and transplant the new plant as a clone. This method is especially useful for plants that don’t root easily from cuttings and for propagating without taking the plant entirely out of its environment.

Stem cuttings require detaching a piece of stem to root separately; bark grafting is about grafting a scion onto a rootstock; tissue culture grows plants from tiny tissue pieces in sterile conditions.