C4 plants are more efficient in photosynthesis compared to C3 plants because they have a specialized mechanism that helps them minimize water loss and increase carbon dioxide uptake, allowing them to photosynthesize more efficiently in hot and dry conditions.
C4 plants are more efficient at photosynthesis and use less water compared to C3 plants, making them better adapted to arid environments. Their unique carbon fixation pathway allows them to minimize water loss through transpiration, giving them a competitive advantage in dry conditions like deserts.
Green light is the least effective color for photosynthesis because chlorophyll, the pigment in plants that absorbs light for photosynthesis, reflects green wavelengths, making it less available for the process. Red and blue light are more efficient for photosynthesis.
During photosynthesis, plants release oxygen and not carbon dioxide.
C4 plants are not inherently larger than C3 plants. However, they are typically more efficient in photosynthesis due to their carbon fixation mechanism, which can help them grow better in certain conditions like high heat and drought.
No, shade plants have a higher rate of photosynthesis at lower light intensities. They are more adapted to use the end range of light (red, 730 nm) that is present in shady conditions than sun tolerant plants are.
Yes, absolutely.
C4 plants have a unique photosynthetic pathway that allows them to minimize photorespiration and increase their efficiency in hot and dry conditions. They are able to concentrate carbon dioxide in specialized cells, leading to more efficient photosynthesis compared to C3 plants.
That is for efficient photosynthesis. More energy can be absorbed
Yes, vascular plants typically have more efficient structures like leaves and stems that are specialized for capturing sunlight compared to non-vascular plants, which lack these structures. This allows vascular plants to capture more sunlight for photosynthesis and ultimately helps them grow larger and compete more successfully for light in their environment.
Photosynthesis is carried on by plants that produce oxygen.This process has replaced all oxygen that is in the atmosphere for more than 2 000 years.
Natural gas power plants are generally more efficient than other types of power plants, such as coal or oil-fired plants. They can convert a higher percentage of the energy in natural gas into electricity, making them a more efficient and cleaner option for generating power.
Actually, chlorophyll b is more efficient at capturing red and violet light compared to chlorophyll a. Chlorophyll b absorbs light at slightly different wavelengths, allowing plants to capture a broader range of light for photosynthesis.
C4 plants are more efficient at photosynthesis and use less water compared to C3 plants, making them better adapted to arid environments. Their unique carbon fixation pathway allows them to minimize water loss through transpiration, giving them a competitive advantage in dry conditions like deserts.
C3 and C4 plants are both categories of plants based on the type of photosynthetic pathway they use. Both types of plants undergo the Calvin cycle to fix carbon dioxide and produce sugar during photosynthesis. However, C4 plants have an additional carbon-concentrating mechanism that allows for more efficient photosynthesis in hot and dry conditions compared to C3 plants.
Green light is the least effective color for photosynthesis because chlorophyll, the pigment in plants that absorbs light for photosynthesis, reflects green wavelengths, making it less available for the process. Red and blue light are more efficient for photosynthesis.
During photosynthesis, plants release oxygen and not carbon dioxide.
C4 plants are not inherently larger than C3 plants. However, they are typically more efficient in photosynthesis due to their carbon fixation mechanism, which can help them grow better in certain conditions like high heat and drought.