For plants to grow in the ocean they do need sunlight, in fact, all marine life is dependent upon the light and the process of photosynthesis. Sunlight penetrates the ocean up to a thousand meters. It is up to 100 meters in …

 · Carefully put one seed in each hole you've dug; it may be tempting to put multiple seeds at once, but this will cause the seedlings …

 · 7. Put the pot in an open area (balcony/portico). Keep waiting for 2-5 days. 8. The seed grows a root underground. 9. The seed grows shoots that grow towards the sun. 10. The shoots grow leaves and begin …

As the roots begin to spread in the soil, the first leaves of the plant emerge out of the ground. These leaves or cotyledons absorb the sunlight which in turn initiates the process of photosynthesis. Due to this, the plant begins …

They grow throughout their life. Plant growth takes place in a systematic manner. This systematic mannerism of growth is defined as development in plants. Plant growth is an irreversible and permanent increase in the size of the plant parts, organs, tissue, entire plant or an individual cell. ... Growth is a natural process and unlike human ...

 · How do Air Plants Grow Starting Out In the wild, an air plant's growth cycle begins in one of two ways; either as a seed or as a tiny shoot attached to an adult plant. Seeds After pollination (by bees, birds, moths, butterflies, or bats) an air plant forms a seed pod replacing the flower head.

 · Roughly, a plant goes through the following plant growth stages: 1.Germination: This stage is where the seed germinates and turns into a sprout. When the water enters the seed, it activates the enzymes present inside it. This is where the lifecycle of the plant begins. 2.Seedling:

 · 2. Place the seeds. Carefully put one seed in each hole you've dug; it may be tempting to put multiple seeds at once, but this will cause …

 · How plants grow. Most plants grow from seeds. For months or even years a seed may remain dormant (inactive). Inside the seed is an embryo: the basic parts from which a young plant, or seedling, develops. The seed also contains food to keep the embryo alive. With dark, damp conditions and the right temperature, the seed sprouts, or …

This explains the basic needs that makes plants grow. But then there are plants that grow without soil, or in the dark without sunlight. Plants use the method of photosynthesis and respiration to produce food, and on this …

 · With dark, damp conditions and the right temperature, the seed sprouts, or germinates. During this time, the seed absorbs water and eventually the seed case breaks open. The roots begin to grow downward to make the plant stable. Next, the shoot breaks above ground and straightens up toward the light. Finally, the plant produces the stem …

2  · Germination is when the seed has become a tiny plant.; To sow seeds means to plant or scatter them in soil so they can start growing.; Photosynthesis is a chemical process that explains the way plants eat. It is also one of the processes that produce oxygen. Frost date is the predicted day when it will be too cold to plant anything.This date is important …

 · Temperature: Growth is accelerated with the increase in temperature. Light: Light intensity, duration of light and the quality of light influence many physiological processes occurring in a plant. Water: …

They basically create their own food or energy to grow. Plants will take in carbon dioxide from the air, bring up water from the roots, and use sunlight as an energetic source to create sugar. The plants will then use the sugar to make more sugar, which they will use to produce more plants. This process will continue until all the plants in the ...

 · Here are the two main reasons why plants need air: Plants need the air from above the ground. Air provides plants the oxygen and carbon that they need. This is for them to photosynthesize (the process of how plants grow). Plants need air from below the ground. They need oxygen to breathe.

What are the 5 stages of plant growth? They follow a process of starting a new life, growing, and then coming back to the starting stage. The seeds, growth, reproduction, pollination, and seed spreading. The seed is the most important part of a plant's life. It contains the genetic material of the plant and is used to create new plants.

They grow through a combination of cell growth and cell division (mitosis). The key to plant growth is meristem, a type of plant tissue consisting of undifferentiated cells that can continue to divide and differentiate. Meristem allows plant stems and roots to grow longer (primary growth) and wider (secondary growth).

 · Stages of Plant Growth The different phases of growth are mentioned below: i) Meristematic phase of cell division is when active cell division increases the numbers. ii) Elongation phase is when the cells elongate by changing their size of vacuoles, the mass of protoplasm, etc.

 · Plants Know Gravity, Light, and Water. Gravity, light, and water all play a role in the direction of plant growth. Illustration by Mary Casillas. Early on in the history of science, people suspected that gravity played a role in plant development. One of the most famous experiments to test this idea was performed by Thomas Knight, a British ...

 · Don't plant your plants too close to each other. The roots need enough space to grow & collect the necessary nutrients & water to conduct a successful photosynthesis …

What are the 5 stages of plant growth? The seed, germination, growth, reproduction, pollination, and seed spreading stages. The seed is the first stage of life. It is made up of DNA; (Check list below) Rna Proteins Carbohydrates Lipids Nucleic acids Vitamins Minerals etc. In the seedling stage but the proteins and carbohydrates are not yet present.

In simple terms, light is also a factor that makes plants grow. Some plants require full sun (6 – 8 hours light daily), while others grow in partial sun (4 hours light daily). There are also plant species that require light exposure …

 · In the natural world, plants grow at night when the sun is down. There is a biological process that is used to turn the light energy into chemical energy, which then becomes the energy required to perform its tasks. The good news is that this is very similar to what happens in the growing of a plant in the dark.