because dry seeds are dormant and have a very low metabolic rate (as opposed to a germinating seed)
An end product of CO2 is formed during anaerobic respiration in germinating seeds. This can be determined by an experiment with mercury test tube and germinating seeds.
The germinating seeds have a higher metabolic rate and need more carbon dioxide in order to live, whereas the non germinating seeds do not need as much carbon dioxide to survive.
Because to stay alive
You are probably referring to carbon dioxide, which plants require to produce carbohydrates for food. However, carbon dioxide also comes from decomposes such as bacteria and fungi. Animals are also useful to plants because they pollinate them, fertilize the soil, and spread their seeds.
Oxygen.
Because dry seeds have a very low metabolic rate and do not produce much Co2. Germinating seeds produce more Co2.
An end product of CO2 is formed during anaerobic respiration in germinating seeds. This can be determined by an experiment with mercury test tube and germinating seeds.
The germinating seeds have a higher metabolic rate and need more carbon dioxide in order to live, whereas the non germinating seeds do not need as much carbon dioxide to survive.
no
Dry seeds have less metabollical rate.So they do not produce significant amount of CO2.
Most seeds are not photosynthetic. So they do not need
Because to stay alive
A propagator.
abscisic acid
It is eather carbon dioxide light or water.
You are probably referring to carbon dioxide, which plants require to produce carbohydrates for food. However, carbon dioxide also comes from decomposes such as bacteria and fungi. Animals are also useful to plants because they pollinate them, fertilize the soil, and spread their seeds.
Seeds need carbon dioxide, minerals, water and sunlight to grow