germination
Leaves can become larger due to factors such as genetics, nutrient availability, water supply, and sunlight exposure. Genetic factors determine the potential size of the leaves, while adequate nutrients, water, and sunlight can support optimal growth leading to larger leaves. Stressors like limited resources or environmental conditions can inhibit leaf size.
The process of making food from leaves is called photosynthesis, where plants use sunlight to convert carbon dioxide and water into glucose (sugar) and oxygen. This process occurs in the chloroplasts of plant cells, primarily in the leaves.
Yes, in general, larger leaves have a greater surface area for transpiration to occur, so they can lose more water than smaller leaves. This is because transpiration mainly occurs through tiny pores on the leaf surface called stomata, and larger leaves have more stomata.
larger leaves mean more chlorophyll this makes it easier for photosynthesis to take place also the larger the leaf the larger the surface area, which means that the leaf can absorb just as much sunlight as a smaller leaf grown in direct sunglight.
Carotenoids are the pigments responsible for the yellow color of leaves in autumn. These pigments are present in the chloroplasts of plant cells and help in the process of photosynthesis. As the green chlorophyll pigment breaks down in the fall, the carotenoids are revealed, resulting in the yellow hues in leaves.
Leaves can become larger due to factors such as genetics, nutrient availability, water supply, and sunlight exposure. Genetic factors determine the potential size of the leaves, while adequate nutrients, water, and sunlight can support optimal growth leading to larger leaves. Stressors like limited resources or environmental conditions can inhibit leaf size.
lack of water
The weather and dirt causes rocks to become dirty and leaves a odor
No. The size of the egg remains constant once it leaves the hen.
I think it's a deficiency of nitrates, which help plants to produce chlorophyll, and which is the pigment that turns leaves green, and without it, leaves can become yellow.
Mint leaves turn brown due to oxidation, which occurs when the enzymes in the leaves react with oxygen in the air. This process causes the leaves to change color and lose their freshness.
Mint leaves turn black due to oxidation, which occurs when the leaves are exposed to air for a prolonged period of time. This process causes the chlorophyll in the leaves to break down, leading to the darkening of the leaves.
Tulsi leaves turn black due to oxidation, which occurs when the leaves are exposed to air for a prolonged period of time. This process causes the leaves to lose their green color and turn black.
They mostly do it in their leaves because that is where the choloroplast is and it holds cholorophyll that causes photosynthesis which is the process of making food for a plant.
Yes, trees produce oxygen through a process called photosynthesis, even when they do not have leaves. However, trees with leaves are able to produce more oxygen due to a larger surface area for photosynthesis to occur.
Leaves turn yellow in the absence of sunlight because they are not able to carry out the process of photosynthesis effectively. Without sunlight, the chlorophyll pigments in the leaves break down, causing the green color to fade and the yellow pigments become more visible. This ultimately leads to the leaves appearing yellow.
Yes, each fall sugar maples (and other deciduous trees) remove the chlorophyll and other important compounds and nutrients from their leaves (which causes the other colors to become visible) and then drop the leaves.