The needle like leaves have a smaller surface area. Thus ,the stomata ut contains is smaller and lesser as conpared to other stomatas in leaves in different places . Therefore ,with lesser stomatas,the amount of water loss during transpiration is lesser.
Conifers have needle-shaped leaves that help reduce water loss by minimizing surface area exposed to dry air. These needles also contain a waxy coating that helps protect against harsh weather conditions and reduce herbivory.
Conifers have needle-like leaves to reduce water loss through transpiration. The thick, waxy cuticle on the needles helps to retain moisture and withstand harsh environmental conditions. The needle shape also helps to minimize surface area exposed to drying winds, enhancing the tree's ability to survive in dry or cold climates.
Leaves that are waxy and needle-like in shape often belong to plants that grow in dry or arid environments. The waxy coating helps reduce water loss through transpiration, while the needle-like shape helps minimize surface area exposed to the sun and wind, further reducing water loss and providing protection from herbivores.
Xerophyte plants typically have fewer leaves or modified leaves to reduce water loss in arid environments. Many have evolved to have needle-like or scale-like leaves, while some may even have leaves that are reduced to spines, as seen in cacti. This adaptation minimizes surface area and helps conserve water, allowing them to survive in low-water conditions. The exact number of leaves can vary widely depending on the species and environmental conditions.
yes, all plants and even some bacteria carry out photosynthesis. Most needle like plants (such as pine trees and other evergreen trees) stay "alive" throughout the winter. This is because the shape of their leaves allows them better storage of water and sunlight. Hope this helped
To reduce water loss from leaves in dry climate.
To reduce water loss from leaves in dry climate.
Conifers have needle-shaped leaves that help reduce water loss by minimizing surface area exposed to dry air. These needles also contain a waxy coating that helps protect against harsh weather conditions and reduce herbivory.
red wood and oakdeciduous - drops leaves every fall to reduce water loss, grows new ones in spring.evergreen - retains green leaves year round, leaves usually needle shaped.
because the geographical regions where the pine trees are growing would not allow them to have broad leaves and they have to conserve water also. In addition needle like leaves of the pine trees increase the photosynthetic surface area of these plants.
Coniferous trees have needle-shaped leaves to reduce water loss through transpiration. The reduced surface area of the needles compared to broad leaves helps the tree to conserve water in cold and dry climates where water availability is limited. Additionally, the needle shape helps to shed snow more easily, preventing breakage of branches under the weight of snow.
-Trees are cone-shaped to allow snow to slide off easily -Leaves are small and needle-like to reduce water loss -Trees are evergreen -It has 1 layered vegetation -It has 1 variety of cone-shaped trees
They have shallow roots at the bottom of the plant which helps them not to fall down in strong winds.
The habitat that typically has trees with needle-shaped leaves is the coniferous forest biome. Coniferous trees, such as pine, spruce, and fir trees, have adapted needle-shaped leaves to reduce water loss and protect against cold temperatures. These trees are well-suited for colder climates and acidic soils, making them dominant in regions like the northern hemisphere and mountainous areas.
Pine trees will always have needle shaped leaves, they stay like this forever. The "needle shaped leaves" are called pine needles. Most pine trees belong to a group of trees called Evergreens. Like it's name, the tree is evergreen.
Conifers have needle-like leaves to reduce water loss through transpiration. The thick, waxy cuticle on the needles helps to retain moisture and withstand harsh environmental conditions. The needle shape also helps to minimize surface area exposed to drying winds, enhancing the tree's ability to survive in dry or cold climates.
It has needle-like leaves to reduce water loss through transpiration. It has a sloping shape to prevent accumulation of snow.