germination definition

  • noun:
    • the entire process of germinating; the start of vegetation or development from a seed or spore; initial improvement germs, either pet or vegetable.
    • the entire process of germinating; the beginning of plant life or growth in a seed or plant; the first development of germs, either animal or vegetable.
    • The work, procedure, or result of germinating; the advancement of a germ or seed; the forming of an embryo from an ovum.
    • particularly, in botany: the entire process of development of the embryo of a seed into an ideal plant. The conditions essential for germination would be the existence of dampness, no-cost air, as in atmospheric air, and heat. Dampness softens the integuments associated with the seed and relaxes the tissues associated with the embryo, as well dissolving such nutrient issues inside seed as sugar, dextrine, etc., in readiness for their absorption because of the embryo. The absorption of air is essential the substance modifications which constantly accompany development. Their education of warmth necessary to stimulate to action the essential causes of plant differs in different types, some seeds, as those of wheat, being effective at germinating upon melting ice, although some need a temperature of over 60° F. During germination various chemical modifications occur within the starch and other insoluble material saved up the utilization of the embryo in the cotyledons or in the albumen regarding the seed, rendering them soluble and fit for assimilation, which changes are often combined with a growth of temperature, as it is observed in the process of malting. As an instantaneous result of the developing procedure therefore excited and carried on inside seed, a-root is produced which strikes downward, repairing it self into the soil and just starting to absorb thence nourishment the brand new plant. In addition one other extremity associated with the axis of growth is directed upward and develops a stem and leaves.
    • The comparable improvement a plant from the spore in cryptogams.
    • early period of growth in a bud, as of a bulb or of a rhizome.
    • The protrusion and development of the pollen-tube through the pollen-grain.
    • the method whereby seeds or spores sprout and start to grow
    • the foundation of some development
    • the entire process of germinating; the start of vegetation or growth from a seed or spore; the first improvement germs, either pet or veggie.
    • The process of germinating; the start of vegetation or development from a seed or spore; the first development of germs, either animal or veggie.
    • The process of germinating; the start of plant life or development from a seed or spore; 1st growth of germs, either animal or vegetable.
    • the entire process of germinating; the start of plant life or growth in a seed or plant; the first growth of germs, either pet or vegetable.
    • The process of germinating; the start of vegetation or growth in a seed or plant; the very first growth of germs, either animal or veggie.
    • the entire process of germinating; the beginning of vegetation or development in a seed or plant; the initial development of germs, either animal or veggie.
    • The act, procedure, or outcome of germinating; the development of a germ or seed; the forming of an embryo from an ovum.
    • the entire process of germinating; the start of plant life or growth from a seed or spore; the initial improvement germs, either pet or veggie.
    • The work, process, or results of germinating; the advancement of a germ or seed; the forming of an embryo from an ovum.
    • Specifically, in botany: The process of growth of the embryo of a seed into a perfect plant. The conditions necessary for germination are the existence of moisture, no-cost air, such as atmospheric environment, and warmth. Moisture softens the integuments associated with seed and relaxes the tissues regarding the embryo, at the same time dissolving these types of nutrient things inside seed as sugar, dextrine, etc., in readiness due to their assimilation by the embryo. The absorption of oxygen is essential the substance changes which constantly accompany growth. Their education of heat necessary to stimulate to action the essential forces regarding the plant varies in different species, some seeds, as those of wheat, becoming effective at germinating upon melting ice, although some require a temperature of over 60° F. During germination various chemical modifications happen inside starch along with other insoluble material kept up for the utilization of the embryo when you look at the cotyledons or in the albumen of this seed, making all of them soluble and fit for absorption, which changes are followed closely by a growth of temperature, as is seen in the entire process of malting. As an instantaneous consequence of the developing procedure therefore excited and continued inside seed, a-root is produced which strikes downward, repairing it self in earth and just starting to absorb thence nourishment when it comes to brand new plant. At precisely the same time another extremity associated with the axis of growth is directed up and develops a stem and leaves.
    • the entire process of germinating; the beginning of vegetation or development in a seed or plant; initial development of germs, either pet or veggie.
    • particularly, in botany: The process of development of the embryo of a seed into a perfect plant. The problems required for germination would be the existence of dampness, no-cost oxygen, such as atmospheric air, and heat. Moisture softens the integuments associated with seed and relaxes the tissues of the embryo, on top of that dissolving such nutrient issues inside seed as sugar, dextrine, etc., in preparedness with their absorption by the embryo. The consumption of air is necessary for the substance changes which constantly accompany growth. Their education of heat needed to excite to action the vital causes of the plant varies in different types, some seeds, as those of wheat, being with the capacity of germinating upon melting ice, while others require a temperature of over 60° F. During germination numerous substance modifications take place in the starch also insoluble product kept up for utilization of the embryo when you look at the cotyledons or perhaps in the albumen regarding the seed, making them dissolvable and fit for absorption, which modifications are followed closely by an increase of heat, as it is observed in the process of malting. As a sudden result of the developing process therefore excited and carried on in seed, a-root is created which attacks downward, repairing it self inside soil and starting to absorb thence nutrition for brand-new plant. Simultaneously the other extremity associated with axis of development is directed upward and develops a stem and leaves.
    • The comparable development of a plant from the spore in cryptogams.
    • The act, procedure, or result of germinating; the development of a germ or seed; the formation of an embryo from an ovum.
    • The early period of growth in a bud, by a bulb or of a rhizome.
    • The comparable development of a plant from spore in cryptogams.
    • Specifically, in botany: the entire process of development of the embryo of a seed into a fantastic plant. The conditions necessary for germination would be the presence of dampness, no-cost air, such as atmospheric environment, and heat. Dampness softens the integuments of seed and calms the cells associated with the embryo, as well dissolving such nutrient matters when you look at the seed as sugar, dextrine, etc., in preparedness for their absorption because of the embryo. The consumption of air is necessary the substance changes which always accompany development. The degree of warmth necessary to excite to action the important forces associated with plant varies in numerous types, some seeds, as those of grain, becoming with the capacity of germinating upon melting ice, while others require a temperature of over 60° F. During germination different substance modifications occur inside starch alongside insoluble product kept up for use of the embryo in the cotyledons or perhaps in the albumen associated with the seed, making them soluble and fit for absorption, which changes are often associated with an increase of temperature, as is seen in the process of malting. As an immediate result of the developing process thus excited and carried on inside seed, a root is produced which attacks downward, fixing it self into the earth and just starting to take in thence nutrition when it comes to new plant. In addition the other extremity associated with the axis of development is directed up and develops a stem and leaves.
    • The protrusion and growth of the pollen-tube from pollen-grain.
    • The comparable growth of a plant from the spore in cryptogams.
    • early period of growth in a bud, by a bulb or of a rhizome.
    • the process whereby seeds or spores sprout and commence to develop
    • The protrusion and growth of the pollen-tube from the pollen-grain.
    • the first period of development in a bud, by a bulb or of a rhizome.
    • the foundation of some development
    • The act, process, or results of germinating; the evolution of a germ or seed; the synthesis of an embryo from an ovum.
    • the method whereby seeds or spores sprout and commence to grow
    • The protrusion and growth of the pollen-tube through the pollen-grain.
    • especially, in botany: The process of growth of the embryo of a seed into an amazing plant. The problems essential for germination are the presence of dampness, free oxygen, such as atmospheric atmosphere, and heat. Dampness softens the integuments for the seed and calms the cells associated with the embryo, in addition dissolving such nutrient things when you look at the seed as sugar, dextrine, etc., in readiness for absorption by the embryo. The consumption of air is essential for substance changes which always accompany growth. The degree of heat needed to stimulate to action the important causes regarding the plant varies in different types, some seeds, as those of wheat, becoming with the capacity of germinating upon melting ice, while others require a temperature of over 60° F. During germination numerous chemical modifications happen within the starch also insoluble material kept up for utilization of the embryo in the cotyledons or in the albumen regarding the seed, rendering all of them dissolvable and fit for assimilation, which modifications usually are combined with a rise of temperature, as it is observed in the process of malting. As a sudden results of the growing process hence excited and continued when you look at the seed, a root is produced which strikes downward, fixing it self into the soil and beginning to take in thence nourishment for the brand-new plant. In addition the other extremity of the axis of development is directed upward and develops a stem and leaves.
    • the procedure whereby seeds or spores sprout and begin to cultivate
    • the origin of some development
    • The comparable growth of a plant from the spore in cryptogams.
    • the origin of some development
    • The early amount of growth in a bud, since a bulb or of a rhizome.
    • The protrusion and development of the pollen-tube from the pollen-grain.
    • the process wherein seeds or spores sprout and start to cultivate
    • the origin of some development

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