The conditions necessary for seed germination include:optimum temperature,oxygen,adequate supply of water,sunlight,moisture content,soil ph......
germination begins when seed tissues absorb water.
Mango seeds grow when sufficient moisture and nutrients enter the seed. This triggers a response inside the seed which begins the growing process.
Heat, moisture, and airflow. Some seeds also need light to germinate.
A seed will generally grow faster in soil compared to cotton. Soil provides essential nutrients, moisture, and stability for the seed to germinate and develop into a plant. Cotton, on the other hand, lacks the necessary nutrients and structure to support the seed's growth effectively. Overall, soil provides a more conducive environment for the seed to thrive and grow at a faster rate.
The conditions necessary for seed germination include:optimum temperature,oxygen,adequate supply of water,sunlight,moisture content,soil ph......
keeps the content of the seed from diving out
A seed needs the right temperature and moisture. A plant needs moisture, the right temperature, and sunlight.
Temperature and moisture.
Some moisture and oxygen to induce respiration
Fresh seeds generally have a higher moisture content than dry seeds, which can speed up the germination process and result in faster growth. Dry seeds may take longer to absorb enough water to initiate germination.
Moisture is important for seed growth because it activates enzymes that start the germination process. It also softens the seed coat, allowing the embryo to expand and emerge. Additionally, moisture helps transport essential nutrients to the developing seedling.
the seed would wither and die
germination begins when seed tissues absorb water.
Moisture, temperature and sunlight
A seed needs moisture and warmth to germinate.
Seeds have evolved various strategies to survive harsh conditions, such as dormancy, desiccation tolerance, and protective seed coats. Dormancy allows the seed to remain in a state of suspended animation until conditions improve, while desiccation tolerance enables them to withstand extreme dryness. Protective seed coats provide a physical barrier against external threats, safeguarding the seed until conditions are suitable for germination.