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Yes, the scattering of seeds, also known as seed dispersal, is a crucial ecological process that allows plants to spread their offspring over a wider area. This can occur through various methods, including wind, water, animals, and gravity. Effective seed dispersal helps reduce competition among seedlings, promotes genetic diversity, and enables plants to colonize new environments. Overall, it plays a vital role in ecosystem dynamics and plant population sustainability.
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Does scattering make the sky blue?
Yes, the scattering of sunlight by the gases and particles in the atmosphere is what causes the sky to appear blue. Shorter blue wavelengths are scattered more than other colors, making the sky predominantly blue during the day.
What natural phenomenon occur due to scattering of light?
Natural phenomena that occur due to the scattering of light include the blue color of the sky, which results from Rayleigh scattering, and the reddish hues of sunrise and sunset. Additionally, the white appearance of clouds is due to Mie scattering, where larger water droplets scatter all colors of light equally. Other examples include the formation of halos around the sun or moon, caused by the scattering of light through ice crystals in the atmosphere.
What does atmospheric scattering have to do with temperature?
Atmospheric scattering affects temperature by scattering sunlight and reducing the amount of solar energy reaching the Earth's surface, leading to cooling. This scattering occurs when sunlight interacts with particles and gases in the atmosphere, deflecting some of the light away from the surface. As a result, the overall energy balance of the Earth is altered, impacting temperature patterns.
What ara the examples of non selective scattering?
Non-selective scattering occurs when particles scatter light uniformly across various wavelengths. Examples include the scattering of light by large particles such as water droplets in clouds or fog, which leads to the white appearance of these phenomena. Another example is Rayleigh scattering, which is responsible for the blue color of the sky, though it is selective in nature; however, in the context of non-selective scattering, larger particles like dust or aerosols can scatter all visible wavelengths more uniformly.
Where do different colours come from?
1.by scattering of light 2.
What is the term used for the scattering of seeds?
The scattering of seeds is to sow.
What is another word for scattering seeds?
Sowing seeds.
What is an example sentence with the word scattering?
The birds fed on the scattering of seeds I threw onto the ground.
How are cleavers dispersed?
They are bursting and scattering seeds.-J.C.
What is seed dispersed?
The scattering of seeds is called seed dispersal.
How do forget-me-nots reproduce?
Seed. They reproduce scattering seeds with the wind and carried by insects
How do scattering seeds increase the chance that new plants will grow?
it increses because the seeds are under ground and the sun shines on the dirt and the seeds get soil.and you need to water it for it to grow.
What does planting crops in long rows rather than randomly scattering seeds do for Aplus?
There are actually several benefits to planting crops in long rows rather than just randomly scattering the seeds. This allows for easier maintenance and easier harvesting.
What is meaning of sowing?
Sowing is the action of planting seeds for growth usually by scattering them over the soil.
When do impatiens seeds explode?
Impatiens seeds can explode when they ripen and dry out on the plant. The seed pods burst open when touched or when they are ready to disperse their seeds, scattering them in the surrounding area for propagation.
Why is the scattering of seeds so important?
Scattering seeds allows plants to reproduce and spread, increasing their chances of survival. It also helps in genetic diversity and adaptation to various environmental conditions. Additionally, seed dispersal plays a crucial role in ecosystem balance and restoration.
How do animals helps in scattering plants seeds?
Animals help in scattering plant seeds through various methods such as ingestion and subsequent excretion, attachment of seeds to fur or feathers, and dropping seeds during foraging activities. This process aids in the dispersal of seeds to new locations, promoting plant growth and biodiversity.
