It has been suggested that there is a huge difference between how do flowers differ from each other, and how plants grow. And it’s true. While flowers have been around for millions of years, plants have been evolving over time, and the exact mechanisms involved are more complicated than one would think.
How do flowers vary from each other? Flowering Structure found on plants; aka: flower. Flowers produced by only twelve species of Angiosperms in different families. Selection of differently built flowers in different stages of growth. In this main article we’ll cover the basic question of how do flowers differ from each other in three main areas.
Where do flowers begin and end? The stem (or stamen) is the main article of anatomy that attaches a flower to a support. The terminal leaves are often sterile, although they will sometimes have some flowering structures attached. The entire flower, including its hairs, is covered with fertile tissue at the base and further out extended by the stamen. The basis of floral formulae is for the floral matter to be contained within the boundaries of a structure and the distribution of the stamen to be random, thus leading to the “cluster” formation that characterizes many florals.
How do flowers differ from each other in their ability to attract pollination? As mentioned in the main article, flowers are comprised of a filamentous structure composed mainly of a bract, with many tiny hooks and projections running through it. Pollinating hairs on the hair shafts (petals) allow pollen to be carried away by the wind and eventually land on the ovaries where the pollen is absorbed and eventually makes its way into the flower itself. Flowering plants, whether they are pollinated or not, are designed to bear flowers in particular, and so have a very high genetic inventory.
How do flowers differ from each other in their use of food? Flower buds (or stamen) are covered with a pollen coating which contains a highly specific sugar solution, allowing it to quickly absorb the light and become volatile (which means it is odorless). This pollen is collected by the stigma or bract, which contains numerous pollen producing cells (germs) and is therefore the source of the food supply to the plant. The feeding of the plant (called nectar) occurs when pollen is released from the bract into the flowing water. We see this happening every day with flowers: when a flower bud opens up, a mass of small spores (called pollen) is released, which then become attached to the stigma and are carried away into the growing flower.
How do flowers and plants differ in their ability to form and support life? The basis of life, called photosynthesis, lies in the conversion of food into an extract (the sugar cane or starch) and in the usage of stored energy to power photosynthesis. In both cases, the production of food, and consequently of oxygen, are carried out by floral or plant matter; however, in plants, photosynthesis is aided by the use of modified leaves and petals, and nectar is extracted by means of modified leaves and flowers.
How do flowers differ from one another? There are many flowers that are, strictly speaking, annuals, but there are also many others that bloom for only a short period (a perianth) of time. Perianths include the orchid, the iris, the azalea, the gladiolus, the marigold, the hyacinth, and the plumeria. Some persons live for five years or more; others bloom for just a few days each year.
How do flowers and plants differ from one another? As we mentioned before, there are many species of both plants and animals, but the actual methods of reproduction differ. For instance, flowers form a structure or a dome over the flower’s host (the other plant or animal) when it blooms, and then that plant or animal dies and the flower, which may be as small as a grain of sand or as big as a bushel, takes over the abandoned host and begins to reproduce itself. In this way the reproductive process is called sexual reproduction.