A leaf needs light energy to photosynthesise. The way it can obtain this energy is from a light source, and the dark has no light sources-so the leaf cannot obtain light energy, it cannot photosynthesise. This process involves producing starch (as glucose is made, then converted into starch) and so no photosynthesis=no starch.
Well, firstly, sunlight is the key ingredient for photosynthesis and obviously in the dark there is no sunlight. Sunlight is trapped be the chloroplasts in the leaves of the plant and is used to produce glucose and carbon dioxide.
Lamb's ear (Stachys byzantina) plant has dark, fuzzy leaves that are good at absorbing and storing heat from the sun.
The plant known for its dark fuzzy leaves is the African violet (Saintpaulia). Its leaves are typically dark green with a soft, velvety texture, giving them a fuzzy appearance. Another example is the Pilea species, particularly Pilea mollis, which also features fuzzy leaves. These plants are popular for their unique foliage and ornamental qualities.
The green color of a plant leaf is caused by a chemical called chlorophyll, which is used in a process called photosynthesis by which plants use the energy of sunlight to produce food for themselves. If there is no light, then there is no photosynthesis, and if there is no photosynthesis, then chlorophyll is not serving any purpose and the plant will cease to produce it.
no Jasmine plant has dark green simple leaves, trailing habit and scented white flowers produced in clusters.
after the plant photosynthesises, it has some left over glucose that the leaves covert into starch. The starch is then stored in the chlorophyl (the green pigment in the leaves). At night or in the dark, the plant can't photosynthesise so it respires the stored starch instead
No, starch does not grow in the dark. Starch is a type of carbohydrate that is stored in plants for energy, and it is produced through photosynthesis, which requires light. Without light, plants cannot produce starch through photosynthesis.
To put it in the dark for many hours
The dark blue spots appear when iodine solution is dropped onto plant cells because iodine reacts with starch in the cells to form a blue-black complex. Starch, which is a polysaccharide made up of glucose units, is stored in plant cells as a source of energy. The dark blue color indicates the presence of starch in the cells.
The project is on necessity of light for photosynthesis. Therefore, iodine solution is needd to test the formation of starch in the plant kept in light by photosynthesis. The plant kept in dark will show the absence of starch meaning there by no photosynthesis has taken place in dark.
dark stage
Well, firstly, sunlight is the key ingredient for photosynthesis and obviously in the dark there is no sunlight. Sunlight is trapped be the chloroplasts in the leaves of the plant and is used to produce glucose and carbon dioxide.
A sago plant, also known as Cycas revoluta, is a type of cycad that is native to Japan. It is a popular ornamental plant that is often grown indoors. The plant has a palm-like appearance with dark green, glossy leaves and a woody trunk.
Lamb's ear (Stachys byzantina) plant has dark, fuzzy leaves that are good at absorbing and storing heat from the sun.
The center of the plant (crown) is where the new growth appears, if plant is in darkness it will cease to produce more leaves and they won't bloom. Also, plant will eventually have a faded color verses green and vibrant.
The plant known for its dark fuzzy leaves is the African violet (Saintpaulia). Its leaves are typically dark green with a soft, velvety texture, giving them a fuzzy appearance. Another example is the Pilea species, particularly Pilea mollis, which also features fuzzy leaves. These plants are popular for their unique foliage and ornamental qualities.
The herb is a perennial with dark green leaves branching from a stem with a red cluster of berries in the middle. The plant has three leaves on one side and four leaves on the other.