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It is formed from the ovary present in the seed after flowering in a plant takes place.

Fruit Definition: A seed-bearing structure found in flowering plants or also called angiosperms is known as fruit. It is formed from the ovary present in the seed after flowering in a plant takes place. Angiosperms disseminate seeds with the help of fruits. Many edible fruits are propagated with the help of animals and humans as they help in seed dispersal; fruits are therefore in symbiotic relationship with organisms as they provide nutrition to them and in return get dispersed for new offsprings. Fruits have great agricultural output and some of these have acquired symbolic and cultural significance too.

Fruit is normally associated with the fleshy seed-associated plant structures which are sweet or sour and are usually edible in the raw state. Some of the examples include bananas, apples, grapes, lemons, strawberries and oranges. In botanical terms, fruits are often also associated with other structures namely corn kernels, bean pods, wheat grains and tomatoes. In culinary terms a fruit is defined as a sweet-tasting part of the plant and botanically, a fruit is the ripened carpel or ovary containing the seeds. An important point to be noted is that a nut is a type of fruit and many people might get confused considering it a seed whereas a seed is a ripened ovule. So, botanically, fruits may include cucumber, squash, eggplant, legumes, liike peas, peanuts, brans, chilli pepper, sweet paper, etc. Also, a cereal grain like wheat, rice and corn is also a type of fruit known as caryopsis. However, later the fruit wall, being very thin, gets fused to the seed coat and leaves the edible grain which is actually a seed.

A fruit consists of an important structural component called pericarp. Pericarp: It is the outer layer which is often edible and is formed from the ovary and it surrounds the seeds. In some species, in addition to this portion, other tissues can form the edible portion as well. The pericarp, further, consists of the following structures: Epicarp: It is the outermost layer of pericarp. Mesocarp: It is the middle layer of pericarp. Endocarp: It is the innermost layer of pericarp. (Image to be added soon)

The maturation of one or more flowers results in the formation of a fruit and it is the gynoecium of the flower that forms all or some part of the fruit. Let’s discuss the development of a fruit step-wise.

These can be either fleshy or dry and are formed as the result of ripening of a simple or compound ovary in a flower having only one pistil.  Dry or simple fruits may be either dehiscent or indehiscent. Some of the fruits belonging to this category include strawberry, wheat, coconut, bean, radish seed, hazelnut, etc.

These fruits result from single flowers with multiple carpels that are not joined together. It means that each pistil contains one carpel. Each of the pistils forms a fruitlet and collectively, the fruitlets are known as etaerio. Raspberry, blackberry and strawberry are the examples of aggregate fruit.

These are the fruits which are formed from a cluster of flowers known as inflorescence. These flowers mature into a single mass and examples include fig, mulberry, pineapple, breadfruit, etc.

Berries are kind of fleshy fruits which are created from a single ovary and belong to the category of simple fruit. Here, the ovary can be a compound form, meaning with several carpels. Some of the berries include pepo (skin is hardened) and hesperidium (present with a rind and juicy interior). Banana, chilli pepper, gooseberry, grapes, guava, kiwi, tomato, eggplant and banana are all true berries.

Seedlessness is the result from the abortion of the embryonic plant which is produced by fertilization. It is the feature of some fruits such as bananas and pineapples. Parthenocarpy occurs where fruits set without fertilization and result in seedless fruit.

It is the method of dispersal of seeds that result in variations in fruit structures and formation of new offsprings too. IT is done by animals, water, wind or dehiscence.  It follows the evolutionary mechanism for increasing dispersal distance away from the parent, via natural processes like wind.

Fruit flies lay their eggs in the fruit flesh and are the species of flies. Fruit flies are responsible for causing huge damage to the fruit crops. One of the best examples is Queensland fruit fly