Most all plants need Sunlight in order to turn Co2 and other elements into stored energy. Chlorophyll (the mostly green stuff) catches this and this is why plants are nutritious to humans too! Also plants need sunlight to preform photothsis and photothsis creates sugar that the plants need to survive
AnswerDirect outdoor sunlight is in the range 32.000 to 100.000 LyX, 100.000 LyX at noon, at the same time approximately 10.000 LyX in shadow. Generally : no plant can survive below 800 LyX (no photosynthesis, no chemical reactions). Most plants require 5.000 LyX and more. So-called shadow plants can "survive" within 800 to 1.500 LUX.One major factor that will affect plant growth is exposure to sunlight. Photosynthesis is the process by which plants use energy from sunlight to produce glucose. This process takes place in the green pigment chlorophyll. The process converts CO2 into O2. It is split up into two separate processes, the light dependant and light independent reactions. The light-dependent reactions use light energy to split water and make ATP and hydrogen atoms. This stage takes place within the thylakoid membranes of chloroplasts. The light-independent reactions don't need light, but do need the products of the light-dependent stage (ATP and H), so they stop in low light conditions. This stage takes place in the stroma of the chloroplasts and involves the fixation of carbon dioxide and the synthesis of glucose. Without glucose plants cannot grow. Luke Stead
Yes,because if you do an experiment with three plants(one in shade,one in sunlight,and one in the middle)then the one in shade would wither away,the one in sunlight would probably wither away,and the one in the middle would do best.
Plants need sunlight to carry out photosynthesis. Photosynthesis results in the growth of the plant. If the amount of sunlight a plant receives is reduced the plant will not grow as quickly/or healthily as it should.
Type your answer here... to much sunlight causes the plants to dry out.
yes. see plants need sunlight and water to live. so if you take one away it wont grow as well
It would burn and get brown or moldy.
because of the energy the sun gives
yes
Yes, pigments can affect plant growth since plants absorb energy from the sunlight at different rates depending on the pigments each plant has.
yes it does you need a certain amount to get it perfect the growth needs the perfect amount
Auxins affect plant cells as they provoke growth of the roots and the tip, the tip to grow towards sunlight, and the roots via gravity.
I'm not really sure what you're saying, but sunlight is necessary to plant growth. It provides the energy needed for plants to convert water and carbon dioxide into glucose and oxygen.
What light is best for green plantsYes, different colors will affect plant growth. If you are growing a green plant yourself either make sure your plant gets enough sunlight. Under green light your plant will not grow the best since green light will reflect on green plants, blue and red lights work more effectively in plant growth.
by the amount of it in the plant and how much sunlight it gets
It affects plant growth by the sunlight.
Yes, pigments can affect plant growth since plants absorb energy from the sunlight at different rates depending on the pigments each plant has.
No.
No.
yes it does you need a certain amount to get it perfect the growth needs the perfect amount
What abiotic factors could affect the rate of photosynthesis in a plant?
more sunlight= more growth however too much sun and or heat and or UV light will damage the plant and day length also has an effect on plant hormon cycle
When a plant has no water the root dries up. In order for a plant to grow it needs water and sunlight
Auxins affect plant cells as they provoke growth of the roots and the tip, the tip to grow towards sunlight, and the roots via gravity.
Soil compaction affects plant growth because if the soil is more compact it is harder for air, sunlight, and water to get to the roots of the plant.
blue light provides energy for photosynthesis. it also has an effect on plant hormons and may affect the length of stems or the rate of side branches