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Summers are short
The summers are very short
Mendel collected seedss from his pea plants, carefully recording the characteristics of the plants grew from the seeds obtained from the purple-flowering plants, but he noticed he noticed that some white-flowering plants. And when experimenting with the characteristic of plant height, he observed that while some tall plants grew from seeds obtained from tall plants. some short plants also grew from seeds obtained from tall plants.
yes, because they are a flowering plant.
three times as many tall plants as short plants
Photoperiod determines the time of flowering in many plants. Accordingly the plants have been classified as short day plants, long day plants and day neutral plants. A short day plant can be brought into flowering by putting in the dark for a specific period of time for the required days. Similarly, long day plants can be subjected to artificial light of desired intensity to initiate flowering.Photoperiod determines the time of flowering in many plants. Accordingly the plants have been classified as short day plants, long day plants and day neutral plants. A short day plant can be brought into flowering by putting in the dark for a specific period of time for the required days. Similarly, long day plants can be subjected to artificial light of desired intensity to initiate flowering.
Summers are short
The summers are very short
The summers are very short
Nights shorter than a critical length. Long day plants can also be thought of as short night plants.
Daily periodicity of light (photoperiod) plays very important role in initiating flowering in a variety of plants. On this basis plants are classified as 1. long day plants, 2. short day plants and 3. day -neutral plants. Day neutral plants are not affected by daily photoperiod for their flowering whereas 1 & 2 category require long duration & short duration of light for flower initiation respectively.
according to this hypothesis,the application of gibberellins on long day plants in non-inductive cyles will induce flowering,while in short day plants if non inductive cycle is provided then application of gibberellin has no effect on floweringi.e. flowering will not be induced.
Phytochrom-FarRed increases during the day to inhibit flowering. At night it degrades slowly to Phytochrom-Red which does not inhibit flowering. "Short-Day" plants need long nights to complete this process in order to flower in the late summer.
Over 650 species of flowering plants, mosses, lichens, fungi, and algae grow on Mt. McKinley. Only plants that have adapted to the harsh winters and short growing season can survive on Mt. McKinley.
No, they grow the most in the spring and summer!
The period of daylight, specific in length for any given species, that appears to initiate flowering in *long-day plants or inhibit flowering in *short-day plants. In actual fact long-day plants will not flower if the dark period exceeds a certain maximum and conversely short-day plants will not flower unless the dark period exceeds a certain minimum. These periods are termed critical dark periods and must be continuous to have effect (see night-break effect ).
Poinsettias and chrysanthemums are short day plants. They need a certain number of hours of uninterrupted darkness to cause the plant to start flowering. Poinsettias need 18 hours of darkness to trigger this. Chrysanthemums need twelve hours of darkness.