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Durian
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RFID TECHNOLOGY
RFID - Technology
Colombia is one of the world's leading exporters of flowers. Their flower exports vary in color, shape and size.
MORINGA
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DURIAN
A bright future begins with education
Oscar Pinella
Durian is an ingredient in both sweet and savory Southeast Asian dishes. It’s also used in traditional medicine.
Protein: 4 grams, Vitamin C: 80% of the Daily Value (DV), Thiamine: 61% of the DV, Manganese: 39% of the DV, Vitamin B6: 38% of the DV, Potassium: 30% of the DV, Riboflavin: 29% of the DV, Copper: 25% of the DV, Folate: 22% of the DV, Magnesium: 18% of the DV, Niacin: 13%.
VIETNAM
DURIAN
CONFERENCE 2023 - DA LAT
The stalk: of a flower is called the peduncle. It provides support for the flower and attaches to the receptacle. Oftentimes after fertilization, the receptacle becomes part of the fruit that the flower produces. Connected to the receptacle are the sepals. These are the green and leaf-like outer parts of a flower that cover and give protection to a developing bud. Petals are the colorful parts of a flower. They help to draw pollinators to the flower to ensure pollen dispersion and the continuing fertilization and reproduction of flowers.
Gynoecium: The female reproductive parts of a flower. Making up the gynoecium are pistils. Each pistil is composed of a stigma, a style, and an ovary.
Stigma: is found at the top of the pistil and is the sticky place where pollen is collected.
Style: is the connecting shaft between the stigma and the ovary.
Ovary: is the bottom part of the pistil. It produces ovules, which become seeds after the fertilization process. Each seed contains a plant embryo, endosperm which feed the baby plant, and a protective outer coat.
Androecium: the male reproductive parts of a flower are known as the androecium is composed of stamens.
Stamen: is made up of a filament and an anther. The filament is a very slender, stalk-like structure that grows out of the base of the flower and supports the anther.
The anther: is considered the head of the stamen and is the part of the flower where pollen is produced.
Pollinators:
Some plants have both male and female reproductive organs and can self-fertilize. Other plants have either male or female reproductive organs. These plants must rely on the services of pollinators (such as bees) or elements of nature (such as wind) in order for pollination to occur and reproduction of the flower to succeed. Regardless of whether a plant has bisexual or single-sex flowers, it is easy to see that each part of a flower is vital to its continued growth and propagation.
FLOWER PARTS
The stalk:
of a flower is called the peduncle. It provides support for the flower and attaches to the receptacle. Oftentimes after fertilization.
The receptacle: becomes part of the fruit that the flower produces. Connected to the receptacle are the sepals.
The sepals: These are the green and leaf-like outer parts of a flower that cover and give protection to a developing bud.
The Petals: are the colorful parts of a flower. They help to draw pollinators to the flower to ensure pollen dispersion and the continuing fertilization and reproduction of flowers.
The Gynoecium: The female reproductive parts of a flower. Making up the gynoecium are pistils.
The Pistils: Each pistil is composed of a stigma, a style, and an ovary.
The Stigma: is found at the top of the pistil and is the sticky place where pollen is collected. Style: is the connecting shaft between the stigma and the ovary.
The Ovary: is the bottom part of the pistil. It produces ovules, which become seeds after the fertilization process. Each seed contains a plant embryo, endosperm which feed the baby plant, and a protective outer coat.
The Androecium: the male reproductive parts of a flower are known as the androecium is composed of stamens.
The Stamen: is made up of a filament and an anther.
The filament: is a very slender, stalk-like structure that grows out of the base of the flower and supports the anther.
The anther: is considered the head of the stamen and is the part of the flower where pollen is produced.
Pollinators: Some plants have both male and female reproductive organs and can self-fertilize. Other plants have either male or female reproductive organs. These plants must rely on the services of pollinators (such as bees) or elements of nature (such as wind) in order for pollination to occur and reproduction of the flower to succeed. Regardless of whether a plant has bisexual or single-sex flowers, it is easy to see that each part of a flower is vital to its continued growth and propagation.
The stalk: of a flower is called the peduncle. It provides support for the flower and attaches to the receptacle. Oftentimes after fertilization, the receptacle becomes part of the fruit that the flower produces. Connected to the receptacle are the sepals. These are the green and leaf-like outer parts of a flower that cover and give protection to a developing bud. Petals are the colorful parts of a flower. They help to draw pollinators to the flower to ensure pollen dispersion and the continuing fertilization and reproduction of flowers. Gynoecium: The female reproductive parts of a flower. Making up the gynoecium are pistils. Each pistil is composed of a stigma, a style, and an ovary. Stigma: is found at the top of the pistil and is the sticky place where pollen is collected. Style: is the connecting shaft between the stigma and the ovary. Ovary: is the bottom part of the pistil. It produces ovules, which become seeds after the fertilization process. Each seed contains a plant embryo, endosperm which feed the baby plant, and a protective outer coat. Androecium: the male reproductive parts of a flower are known as the androecium is composed of stamens. Stamen: is made up of a filament and an anther. The filament is a very slender, stalk-like structure that grows out of the base of the flower and supports the anther. The anther: is considered the head of the stamen and is the part of the flower where pollen is produced. Pollinators: Some plants have both male and female reproductive organs and can self-fertilize. Other plants have either male or female reproductive organs. These plants must rely on the services of pollinators (such as bees) or elements of nature (such as wind) in order for pollination to occur and reproduction of the flower to succeed. Regardless of whether a plant has bisexual or single-sex flowers, it is easy to see that each part of a flower is vital to its continued growth and propagation.
