Horn-like structures, such as thorns or spines, on plants serve as a form of defense against herbivores by deterring them from feeding on the plant. These structures can also help to protect the plant from environmental stress, such as excessive sunlight or physical damage.
Yes, plants can produce threadlike structures, such as roots, stems, and some specialized structures like tendrils. Additionally, certain plants, like fungi-associated mycorrhizal species, form threadlike hyphae that help in nutrient absorption. These structures play various roles, including support, growth, and nutrient acquisition.
No, moss plants do not have pistils. Mosses are non-vascular plants that reproduce through spores, not seeds like angiosperms do with the help of structures like pistils.
Some structures found in plants but not animals include chloroplasts (responsible for photosynthesis), cell walls (provide structure and support), and plastids (store food and pigments). Additionally, plants have specialized structures like roots, stems, and leaves for functions such as anchoring, transport, and photosynthesis, which animals lack.
Plants have special structures such as roots, stems, leaves, and vascular tissues that help them adapt to their environment and survive. These structures aid in processes like nutrient uptake, water transport, photosynthesis, and structural support, allowing plants to thrive in various conditions. Additionally, specialized features like thorns, spines, and waxy coatings protect plants from herbivores and extreme weather.
The other term for climbing plants is "vines." These plants are characterized by their ability to grow upwards by attaching themselves to structures or other plants for support. Vines can be either woody or herbaceous and often use specialized structures like tendrils or twining stems to climb.
There structures that help to grow new plants, like potatoes and ginger.
Most plants have special structures on their leaves called stomates. Carbon dioxide is drawn into the leaf tissue through these pore-like structures.
The threadlike structures are called rhizoids.
Yes, plants can produce threadlike structures, such as roots, stems, and some specialized structures like tendrils. Additionally, certain plants, like fungi-associated mycorrhizal species, form threadlike hyphae that help in nutrient absorption. These structures play various roles, including support, growth, and nutrient acquisition.
Nonvascular plants, for instance, the mosses, have root-like structures called rhizoids used to attach themselves to soil, trees, rocks and other structures.
Because it has tube-like structures(like a stem) This is 100% right because i got it straight out of my science book.
No, moss plants do not have pistils. Mosses are non-vascular plants that reproduce through spores, not seeds like angiosperms do with the help of structures like pistils.
They are vascular because they have tube-like structures in them that carry nutrients through the plant. NON-vascular plants have no tube-like structures so they must be close to the ground. NON-vascular plants do not have roots, but instead have rhizoids. Edited answer: Because bamboo are tall terestrial plants belong to angiosperms
Plants have roots stem and leaves while simple plants doesn't they have root like structures and they get water directly from the environment
No, rhizoides are unicellular structures of lower plants. These are meant for absorption and anchorage, like root hairs in higher plants.
Plants with protective structures include thorns on plants like roses and cacti that deter herbivores, spines on plants like succulents for defense against predators, and hairs on leaves that can reduce water loss and protect against herbivores. Other protective structures include tough outer layers like bark on trees that protect against physical damage and toxins in some plants that deter herbivores.
Some structures found in plants but not animals include chloroplasts (responsible for photosynthesis), cell walls (provide structure and support), and plastids (store food and pigments). Additionally, plants have specialized structures like roots, stems, and leaves for functions such as anchoring, transport, and photosynthesis, which animals lack.