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What are the cite of some structural adaptation of plants that enable them to live in the area?
Some structural adaptations of plants that help them survive in their environment include deep root systems for accessing water in dry areas, thick waxy coatings on leaves to reduce water loss in arid conditions, and aerial roots for support in marshy or flooded areas. Plants may also have modified stems or leaves, such as spines or hairy surfaces, to deter herbivores or reduce water loss.
Why are needle like leaves a good adaptation in cold weather?
Pines are one of the most resilient plants known, they can survive the freezing cold of Siberia and at the same time grow in warm and tropical areas. They are classified as gymnosperms. All gymnosperms have leaves that are needle-like and reproduce through the use of cones. I'm sure that everyone has wondered why a gymnosperm can keep it's green foliage, even when it is covered in snow and other plants have lost their leaves. The simple answer is that it has leaves like that because it has to survive in cold areas of the world. The narrow leaves are channeled as such because it does not want the snow to rest on it's leaves, so it has evolved to be as small as possible, so the snow can mostly just fall of the leaf. The leaves actually have a special coating on their leaves comprising of special enzymes, so that it does not get affected by the snow in direct contact with the leaves for half the year.
What is a adaptation of a plant and how does it help it?
An adaptation of a plant is a characteristic that has evolved over time to enhance its survival and reproduction in a specific environment. For example, cacti have thick, fleshy stems and a waxy coating that minimize water loss, allowing them to thrive in arid deserts. Similarly, some plants have deep root systems to access groundwater, while others have broad leaves to maximize sunlight absorption in shaded areas. These adaptations help plants efficiently utilize resources and withstand environmental challenges.
What is the weed that has thorns on the leaves and stem?
It sounds like you might be referring to plants like thistle or burdock, which have thorns on their leaves and stems to deter animals from eating them. These plants are considered weeds in many areas due to their invasive nature and ability to outcompete native vegetation.
How have plants which live in hot areas adapted to reduce transpiration?
Plants in hot areas have adapted by developing smaller leaves, reducing the surface area from which water can evaporate. They may also have thicker cuticles to minimize water loss, and some have specialized tissues like succulent stems or leaves to store water for times of scarcity. Additionally, some plants close their stomata during the hottest parts of the day to conserve water.
What is the adaptation in plants of hilly areas what called plant adaptation in hilly areas?
Seed plants include not only flowering plants, but also conifers. Scientifically known as angiosperms and gymnosperms, these plants are distributed worldwide and now dominate the plant kingdom.
What is an adaptation of a coconut tree?
they grow in hot areas but, have long leaves for shade.
What are the cite of some structural adaptation of plants that enable them to live in the area?
Some structural adaptations of plants that help them survive in their environment include deep root systems for accessing water in dry areas, thick waxy coatings on leaves to reduce water loss in arid conditions, and aerial roots for support in marshy or flooded areas. Plants may also have modified stems or leaves, such as spines or hairy surfaces, to deter herbivores or reduce water loss.
What are the plants that have scales or spines instead of leaves that are found in dry areas?
Cacti :D
Where is the non vacular plant living?
Non vascular plants can be found living in damp, shaded areas.
Why are needle like leaves a good adaptation in cold weather?
Pines are one of the most resilient plants known, they can survive the freezing cold of Siberia and at the same time grow in warm and tropical areas. They are classified as gymnosperms. All gymnosperms have leaves that are needle-like and reproduce through the use of cones. I'm sure that everyone has wondered why a gymnosperm can keep it's green foliage, even when it is covered in snow and other plants have lost their leaves. The simple answer is that it has leaves like that because it has to survive in cold areas of the world. The narrow leaves are channeled as such because it does not want the snow to rest on it's leaves, so it has evolved to be as small as possible, so the snow can mostly just fall of the leaf. The leaves actually have a special coating on their leaves comprising of special enzymes, so that it does not get affected by the snow in direct contact with the leaves for half the year.
Why don't any plants grow in icy areas?
Most plants don't grown in icy areas because the plants require a certain amount of sunlight and warmth to survive. The ice causes the roots, leaves, and stems to freeze which kills the plant.
Is a tissue in some plants that is made of specialized cells and that transports nutrients from the leaves to other areas of the plant.?
Phloem
What is adaptation for kids?
Adaptation is how living things change or adjust to their environment to survive better. For example, animals might develop thicker fur in cold climates or change their feeding habits based on available food. Plants can adapt by growing deeper roots in dry areas or developing colorful flowers to attract pollinators. These changes help them thrive in their surroundings.
How do plants get sugar to the place to where they need it?
So-called "vascular" plants (such as vegetables, flowering plants, and trees) have a system of cell channels known as "phloem cells" that carry sugar from the production areas (mostly leaves) to storage areas or to cells that use the sugar.
Where are amphibians that eat living plants most likely to live in a lake?
The littoral zone
Why are some leaves broad and some spik y?
The shape of leaves, whether broad or spiky, is primarily an adaptation to their environment. Broad leaves are often found in areas with ample sunlight and water, maximizing photosynthesis and capturing light efficiently. In contrast, spiky leaves, such as those of some succulents or cacti, reduce water loss and protect against herbivores, making them suited for arid or harsh conditions. These adaptations help plants survive and thrive in their specific habitats.
