Xylem and phloem tissues are grouped in arrangements called vascular bundles. In monocot plants, the vascular bundles are scattered throughout the parenchyma tissue in no particular pattern. In dicot plants, the vascular bundles occur in a circle around a central region of pith. In woody dicot plants, new xylem forms on the inside of the cambium each season; the old xylem forms the annual rings of the plant.
AnimalsIn animals, the transport system is generally called a circulatory system because the transport fluid flows through a circuit. Most animals have one or more organs called hearts for pumping the fluid. The channels through which the fluid flows are the arteries (which lead away from the heart), the veins (which lead to the heart), and the capillaries (the microscopic blood vessels between arteries and veins).In animals, such as earthworms, the circulatory system consists of blood, channels, and five pulsating vessels that function as hearts, rushing blood through the vessels to all the earthworm's body parts. Gases bind to hemoglobin in the blood.
Terrestrial arthropods have an open circulatory system. A tubelike heart pumps blood into a dorsal blood vessel, which empties into the arthropod's body cavity, or hemocoel. Contractions of the body muscles gradually move blood back toward the animal's heart.
All vertebrates have a single, strong muscular heart to pump the blood. In fishes, the blood accumulates in a thin-walled receiving chamber called the atrium. The blood then passes through a valve into a pumping chamber, a ventricle. The ventricle contracts and forces blood out to the gills, where gas exchange occurs, and from there to the remainder of the body. Veins bring the blood back to the atrium.
Amphibians, such as frogs, have a three-chambered heart. The heart has a right and a left atrium and a single ventricle. In reptiles, a muscular septum exists between the two sides of the ventricle, creating a primitive four-chambered heart. Birds have a more sophisticated four-chambered heart than reptiles. One ventricle pumps blood to the lungs for gas exchange, while the second pumps oxygen-rich blood
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Yes, both animals and plants transport materials within their bodies. In animals, materials are transported through the circulatory system, while in plants, materials are transported through the vascular system (xylem and phloem). These transport systems help distribute nutrients, water, and other essential substances to different parts of the organism.
Plants donÕt have a circulatory system like animals, but they do have a sophisticated transport system for carrying water and dissolved solutes to different parts of the plant. This transport system includes Epidermis, Cortex, Vascular tissue, pith, and pericycle
Plants use vascular tissues like xylem and phloem to transport water, nutrients, and sugars throughout their bodies. Animals have circulatory systems that use blood to carry oxygen, nutrients, and waste products around the body. Additionally, animals can actively move from one place to another, while plants are anchored in the ground and rely on passive means like wind or animals for seed dispersal.
Animals have a digestive system that is complex to that of plants another difference is plants release the gas Oxygen while animals release Carbon Dioxide...humnas can eat plants but plants cannot eat humans.. Animals have a digestive system that is complex to that of plants another difference is plants release the gas Oxygen while animals release Carbon Dioxide...humnas can eat plants but plants cannot eat humans..
No, plants don't have circulatory systems as we do. Advanced plants such as dandelions do have a vascular system: xylem to carry water up from the roots and phloem to carry sugars down from the leaves, but there is no pump like our heart.
Digestive system
ambot
Plants have a transport system called xylem and phloem, which transport water and nutrients throughout the plant. Animals have a circulatory system, with blood vessels, heart, and blood that transport oxygen, nutrients, and wastes throughout the body. Plants rely on osmotic pressure and transpiration to move fluids, while animals have a pump (heart) to circulate fluids.
One of the most significant differences is that animals have many more organs than plants do. Animals are more complex organisms, and are capable of many more things than are plants. Their internal organ system makes this increased capability and difference possible.
One of the most significant differences is that animals have many more organs than plants do. Animals are more complex organisms, and are capable of many more things than are plants. Their internal organ system makes this increased capability and difference possible.
One of the most significant differences is that animals have many more organs than plants do. Animals are more complex organisms, and are capable of many more things than are plants. Their internal organ system makes this increased capability and difference possible.
One of the most significant differences is that animals have many more organs than plants do. Animals are more complex organisms, and are capable of many more things than are plants. Their internal organ system makes this increased capability and difference possible.
because of the hydrological circuit means all circuit is connect. because of the philosophy of Alberto Einsteins and what he invented. hat all..........................................
Yes
yes their lungs are the same and so is their respiration system. but plants are different. -jenny
For every plant an animals eats they get 10% of the plants oringanal energy. That goes on when that animal gets eaten the other animal get 10% of that animals energy this was found out about in school
Plants do not have a brain or a central nervous system, which means they don't feel pain when they are killed. Animals do have a brain and a central nervous system and feel pain when they are killed.