no
Cacti have thick, fleshy stems because water is stored in them. The stems are green so that cacti can live by photosynthesis, the process by which organisms containing chlorophyll transform light energy into chemical energy. ... Thick, waxy coating on succulent stems of cacti keeps water from evaporating from inside.
Cacti have thick, fleshy stems because water is stored in them. The stems are green so that cacti can live by photosynthesis, the process by which organisms containing chlorophyll transform light energy into chemical energy. ... Thick, waxy coating on succulent stems of cacti keeps water from evaporating from inside.
Fleshy plants are called succulents and includes cacti, agaves, aloes, etc.
No, it is an adaptation for storing water in times of plenty for use during a drought. By the way, cacti have no leaves so the proper term would be succulents. Cacti have fleshy stems for storing water.
Cacti have fleshy stems to store water in arid environments, helping them survive long periods of drought. This adaptation allows cacti to minimize water loss and thrive in dry conditions, making them well-suited for deserts and other water-scarce habitats.
Cacti are able to store water in their fleshy stems.
Cacti store water in their fleshy pulp whenever it rains.
A cactus stores its food and water in its stem. The stem is thick and fleshy, allowing it to hold onto water for long periods of time. Additionally, cacti have specialized tissues and cells that can store water efficiently for use during dry periods.
Cacti are capable of storing water in their fleshy stems during times of rainfall. They then rely on this stored water during times of drought.
"Cacti" is the plural form of "cactus," which refers to a type of plant known for its thick, fleshy stems and spines. Cacti are adapted to arid environments and are able to store water in their stems to survive in dry conditions.
by it hav to store water
Typically the leaves of the plant play the greatest role in photosynthesis. However, on cacti, the needles are actually modified leaves. These needles are a characteristic of protection and cannot carry out photosynthesis due to little surface area. Therefore, it is the stem that does the photosynthesis for the plant.