The answer is Xylem
Endodermis
Pretty self explanatory, root hairs are hairs on roots. Root hairs are basically tiny projections on the root which can grow through the spaces between soil particles, and they add a great amount of surface area to the roots. result: more water intake.
1. at monocot stem. -stem hairs are absent. -sclerenchyma hypodermis. -internal tissue is not differentiated into different concentric layer but there is a common mass called ground tissue. -vascular bundles is found scattered in ground tissue. -presence of water cavity. 2. at dicot stem -stem hairs are present. -collenchyma hypodermis. -internal tissue is differentiated into hypodermis, cortex, endodermis, pericycle, medullary ray and pith. -vascular bundle is found between preicycle and pith. -water cavity is absent.
The function of root hairs is to absorb water and nutrients from the soil. If the root hairs have a cuticle covering, it will prevent the free absorption of water and nutrients from the soil.
potato, wheat for starch and fruit for sugars
Water and minerals are transported within the plant by the Xylem vessels (mainly in an upward direction); these are part of the vascular system which also includes Phloem vessels. Phloem transports the products of photosynthesis within the plant (mainly in a downward direction)
The Endodermis, the cells filter solutes from the water and allow passage through the root hairs onward to the vascular tissue
water is absorbed through the roots of the plants. they need it to process theyre own food
xylem
Root hairs and or symbiotic mycorrhiza.
epithelial tissue includes protection, secretion, absorption, and filtration
prop root root hairs A+
Filter feeders are called filter feeders so they suck in water and eat the tiny plankton in the oceanwith there tiny filter hairs.
these are so called because they absorb water as it is absorbed in a sponge
They increase the surface area of the roots, allowing more water to be gathered and absorbed by the plant.
They increase the surface area of the roots, allowing more water to be gathered and absorbed by the plant.
Yes - the camel's hump stores water in the form of fatty tissue. This tissue is re-absorbed by the animal in times of extreme drought.
There are two tissues that are involved in water absorption from roots to the xylem. Ground tissue and xylem tissue are the tissues that the water has to pass through.