Circulatory system of plants?

nope...plants have a conductive tissue(xylem n phloem)

YES ...FLOM and XYLEM www.fs.fed.us/pnw/pubs/journals/pnw_20…

of course yes,through xylem and phloem but different from our system a simple explanation you can get from 12th text

The conductive system of plants just like the circulatory system of human beings Here the xylem and phloem act as heart and water and mineral ions act as blood.

Plants do not have a "circulatory system." This is a term applied to many animals (and solely animals). Many plants do contain a comparable "Vascular system." Within Plantae, algae and bryophytes (liverworts, mosses, etc) contain no such system. It is found within the higher plants only: vascular cryptograms, gymnosperms, and angiosperms. Nonvascular plants tend to be low-growing and immersed in their damp environments- each cell of plant acquiring its nutrients directly from the environment. Vascular plants can grow much larger, but heights are limited by molecular forces within the vascular system (physics of water). Depending on how evolved the plant is, its vascular system may be composed of a variety of cells. Cells actively being used for transport are generally dead- cytoplasm gone and hollow for material transport. Some of these cells have plates at each end (sieve cells in gymnosperms) or they may be open-ended. Xylem cells transport water and raw nutrients from the lower portions of the plant toward the leaves, which use photon energy to produce carbohydrates (sugars, food) that are then stuffed into the Phloem cells for distribution and storage to the rest of the plant. Water and nutrient movement between vascular system and living cells are facilitated by a complex system of solute potentials. Movement within the system itself is linked to this and a source-sink flow. Essentially, plants with a vascular system can be comparable to animals with a circulatory system, but they are entirely different organisms. Plants do not have a circulatory system.