These plants produce biochemicals that can actually influence the growth of other plants. So, when these plants want space they can influence other plants not to grow near that space, to grow smaller so they can not compete for that space or even in some rare cases have the plant put all it's resources into either reproductive structures or growth so it can not be successful in one or the other.
Allelopathy in plants gives the organism a competitive advantage because the toxic chemical produced prevents other plants growing nearby and eliminates the competition for light, space, water, and nutrients in the soil.
Allelopathy is a biological phenomenon where plants release chemicals, known as allelochemicals, into the environment that inhibit the growth or development of other plants. This can help the releasing plant to gain a competitive advantage in securing resources.
Kataka-taka plants, also known as water hyacinths, live in water because they have specialized structures such as air-filled sacs that help them float. This adaptation allows them to access sunlight and nutrients in the water while also providing support and buoyancy. Additionally, growing in water helps water hyacinths compete for resources and space with other plants.
Seed germination helps plants survive by allowing them to grow and develop into mature plants that can reproduce. It also helps plants establish themselves in new environments and compete for resources. Additionally, germination can help plants adapt to changing environmental conditions and ensure genetic diversity within populations.
The use of pesticides can protect plants from pests and diseases, leading to increased yields and improved plant health. By controlling pests, pesticides can help plants grow more vigorously and produce higher quality fruits or vegetables. Additionally, pesticides can help farmers manage weeds, which compete with crops for resources like water and sunlight.
Allelopathy in plants gives the organism a competitive advantage because the toxic chemical produced prevents other plants growing nearby and eliminates the competition for light, space, water, and nutrients in the soil.
Usually they are fine, but if one becomes to big and spread it may kill the other plantA2. Some plants are parasitic, they take nourishment from their host plant. Others are epiphytes, they just perch on a host plant, but without taking nourishment.Some plants such as fungi aid in the decay of other plants.
Allelopathy is a biological phenomenon where plants release chemicals, known as allelochemicals, into the environment that inhibit the growth or development of other plants. This can help the releasing plant to gain a competitive advantage in securing resources.
Kataka-taka plants, also known as water hyacinths, live in water because they have specialized structures such as air-filled sacs that help them float. This adaptation allows them to access sunlight and nutrients in the water while also providing support and buoyancy. Additionally, growing in water helps water hyacinths compete for resources and space with other plants.
When planting blackberry plants in your garden, space them about 3-4 feet apart to allow for proper growth and air circulation. This spacing will help the plants thrive and produce a good harvest.
There are currently a variety of plants being grown in space as part of various space missions and experiments. These plants are used to study plant growth in microgravity, provide food for astronauts, and help with air purification in spacecraft. NASA has also successfully grown and harvested various crops like lettuce and radishes on the International Space Station.
how can government help small companies compete against trade blocs?
Yes, plants can grow on a permanent space station with the help of controlled environments like hydroponics or aeroponics. These systems provide necessary nutrients, water, and light for plant growth, making it possible to cultivate plants in space for food and oxygen production.
Seed germination helps plants survive by allowing them to grow and develop into mature plants that can reproduce. It also helps plants establish themselves in new environments and compete for resources. Additionally, germination can help plants adapt to changing environmental conditions and ensure genetic diversity within populations.
The use of pesticides can protect plants from pests and diseases, leading to increased yields and improved plant health. By controlling pests, pesticides can help plants grow more vigorously and produce higher quality fruits or vegetables. Additionally, pesticides can help farmers manage weeds, which compete with crops for resources like water and sunlight.
what fires help plants
She needs a spacecraft. or spaceship depends on how your spelling is.(: