Perhaps you mean to ask if gravity "affects" the phenotype of a plant? In a word, yes. For instance, a tree typically grows in a vertical direction. If a pot that holds a young tree is tilted at an angle, the new growth will be vertical, although the existing trunk will be at an angle relative to the ground. Most plants that live on land can tell which way is up and respond to this as they grow.
"To effect" something means to make it happen. Gravity does have effects on plant phenotypes, but gravity doesn't "effect" the phenotype of a plant.
The phenotype of a plant refers to its observable traits or characteristics. A correct statement about the phenotype of a plant would describe specific traits that can be observed, such as the color of its flowers, the height of its stems, or the shape of its leaves.
Plant breeding
it is a herbacious plant namely "kulit"
both alleles are expressed in the offsping
Pp
Codiminant principle suggests that a plant with the genotype Tt will display a tall phenotype.
Codiminant principle suggests that a plant with the genotype Tt will display a tall phenotype.
The phenotype of a plant refers to its observable traits or characteristics. A correct statement about the phenotype of a plant would describe specific traits that can be observed, such as the color of its flowers, the height of its stems, or the shape of its leaves.
The_phenotype_of_a_plant_can_most_easily_be_determined_by
Plant breeding
it is a herbacious plant namely "kulit"
both alleles are expressed in the offsping
Speed or acceleration have no effect on gravity.
What is the genotype and phenotype of the F1 generation
Pp
Yes it does. Plant seeds distinguish between up and down based on gravity. Thatis how they decide the direction in which to send the first shoot. This needs to go in the "up" direction so that it can then capture sunlight and produce energy for its growth.
A plant's response to gravity is called gravitropism or geotropism.