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Gibberellins promote cell growth by stimulating cell elongation. Cytokinins promote plant growth by stimulating mitosis and cell division.
lack of water and fertilizer would not change the growth
I am not sure how
Yes, water, and fertilizer.
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Fertilizer supplies plants with nitrogen and various nutrients based on the type of fertilizer which plants need for growth. It doesn't provide electrolytes however.
The fertilizer stimulates the microbial growth which further alters the structure of soil microbial community and increases enzyme activity. Bacterial growth is particularly influenced by the type of fertilizer supplied while fungal growth only responds to the amount of fertilizer provided.
Fertilizer supplies plants with nitrogen and various nutrients based on the type of fertilizer which plants need for growth. It doesn't provide electrolytes however.
In the early growth stages a fertilizer with a relatively high nitrogen content is best as it helps make a big strong plant. At flowering time (when the days start to shorten after the summer solstice) switch to a fertilizer high in potash as it will promote flowering. The N P K ratio on the fertilizer packet will guide you with the K being Potash and the N nitrogen.
A standard 13-13-13 is great because it helps both the top growth & root growth.
How can the government promote growth in the economy
fertilizer how became more advance the have been able to grow plant much faster , and increase the sizes of plants. a fertilizer is a plant grow with specific chemicals that promote plant grow , over the years more stable chemicals have been added to increase the growth strength....
once the surface runoff has reached a water body if the fertilizer contains nitrogen or phosphorous it can lead to eutrophic conditions in the water that promote algae growth. the algae growth will also be effected by the amount of flushing in the water body, temperature and if the water is stagnant or has ripples/waves.
Insufficient fertilizer in plants can cause deficiency symptoms and slow plant growth. Excess fertilizer, meanwhile, can lead to salinity problems.
The dependent variable is the growth that depends upon (or results from) the application of fertilizer. The independent variable is the fertilizer itself.
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