It involves the formation and fusion of male and female gametes, leading to seed production.
It involves photosynthesis and seedless expansion.
It involves asexual budding and root development.
It involves the breaking of flower parts for reproduction.
Fertilization occurs inside the ovule.
Fertilization occurs on the stamen.
Fertilization happens in the petals.
Fertilization occurs at the flower stigma.
Syngamy is the process of pollen formation.
Syngamy occurs when sepals develop.
Syngamy is another term for fertilization, the fusion of male and female gametes.
Syngamy is the growth of the flower ovary into a fruit.
The petals change color immediately.
The initial result of fertilization is the formation of a zygote.
The ovule becomes dormant indefinitely.
The stamen develops into an embryo.
The zygote instantly enlarges to form a fruit.
The seed directly becomes the embryo without dividing.
After fertilization, the zygote divides to form an embryo, and the ovule develops into a seed.
The zygote splits into multiple seeds immediately.
The ovary grows into a sepal after fertilization.
The ovary grows into a fruit following fertilization.
The ovary shrivels to form a seedling.
The ovary disintegrates, leaving only the stamen.
Ovaries, sepals, roots, and stems.
Petals, sepals, stamens, style, and stigma may shrivel and fall off.
Leaves, introduction petals, and seeds.
Fruit, core seeds, and root tips.
The process is triggered by sunlight exposure.
The germination process is triggered by imbibition, the uptake of water by seeds.
It is triggered directly by the presence of pollen.
The germination occurs by drying of the seeds.
Germination begins when the seed absorbs water, causing it to swell and activate enzymes.
Germination starts when the seed breaks open directly.
It starts by scattering the seed over dry soil.
Germination begins from the outer petals with no water needed.
The seed coat helps the seed fly in the wind.
The seed coat protects the seed as it swells and begins to grow.
It consumes the surrounding soil nutrients.
The seed coat absorbs sunlight for germination.
The embryo develops into a new plant.
It turns into a single flower petal.
The embryo dissolves after germination.
It develops into only the seed coat of future plants.
The zygote hardens and forms a stem directly.
The zygote undergoes multiple divisions to form an embryo.
It changes into multiple sepals directly.
The zygote acts as a single stamen.
The ovule disintegrates in all flowers.
The ovule transforms into a seed post-fertilization.
It becomes a mature leaf.
The ovule does not change.
The main parts are the pistil (female) and stamen (male).
The parts are roots and branches.
The anthers and the ovary trunk are the main parts.
The corolla and calyx serve as main reproductive parts.
The ovary transforms into a fruit.
It changes into a sepals storage unit.
The ovary turns yellow and brown during development.
It does not undergo any transformation.