it may be the female part......
Pollen, which is found at the end of the stamen.
Petal, Stigma, Style, Ovary Ovule, Receptacle, Flower stalk, Nectary, Sepal, Filament ,Anther
Sepal is a structure not found in a flower's pistil. The pistil consists of the stigma, style, and ovary, while the sepals are located outermost on the flower and protect the developing bud.
A pollen sac is found in the anther of a flower, which contains pollen grains. Each anther typically has two pollen sacs, known as microsporangia, where pollen grains are produced via meiosis.
Finches have evolved to have specialized beaks that are adapted for cracking open seeds, but not for extracting nectar from flowers. Their beaks are not designed to effectively access the sugary liquid found in flower nectar. Additionally, finches have not developed the specialized tongue and feeding techniques required to consume nectar from flowers.
Don't you mean NECTAR? Nectarine is a type of orange!!! by the way, the NECTAR of a flower is found of the Stigma.
In rose, marigold, and hibiscus plants, the anther is typically positioned at the tip of the stamen, while the stigma is located at the top of the pistil. In water hyacinth and lotus, the anther is also at the tip of the stamen, and the stigma is often found on a more elevated structure within the flower. In peas and mustard, the anthers are generally clustered at the top of the flower, with the stigma positioned to receive pollen from them. In jasmine, the arrangement is similar, with the anthers at the stamen's tip and the stigma atop the pistil.
Both the filament and style are part of a flower's reproductive system. The filament supports the anther, where pollen is produced, and the style connects the ovary to the stigma, allowing for pollen to travel and fertilize the ovules.
Flower> Stamen> Anther> Pollen grains.
Pollen grains are located in the anther of flowers.
Bees are attracted to flowers by their bright colours and their desire to collect nectar. Nectar tends to be found close to the base of the petals and as the bee attempts to reach it the bee brushes against the male stamens of the flower, which deposit pollen on to its fur. When the bee flies to another flower the same process occurs and some of the pollen which was already present on its fur may brush against the female parts of this flower and then serve to fertilise it.
Nectar is found at the center of the flower in glands called nectary; pollinators are forced to go between the stamens and end up covered in pollen in order to collect the nectar.
Pollen, which is found at the end of the stamen.
By looking at the data from various web sites and roughly interpretation their results it appears that a variety of flowers will secrete about 1-2 mgm of sugars per 8 hour day. The amount varies and increases as the flower is stimulated. If nectar contains about 6 - 8 % sugars then a flower will secrete some 40 mgm per 10 hour daylight day. Bees carry back to the hive some 30mgm of nectar each flight and has to visit some 400 flowers each flight hour to pick up a bagful of nectar to carry home. Maybe someone can actually verify these summations, as it my guesstimates from the data I have seen published and observed and weighed in my bees to and from my hive. Ted Romer
Petal, Stigma, Style, Ovary Ovule, Receptacle, Flower stalk, Nectary, Sepal, Filament ,Anther
"Stamen" is the male reproductive organ found in a flower, typically composed of an anther and a filament. The anther produces pollen, which contains the male gametes needed for fertilization.
Female: stigma, style and ovary (together called the pistil). Male: anther and filament (together called the stamen). The location is hard to explain in words, just google "flower parts" to see a diagram.