Transpiration

Tension

________ (pulling) on the water in the xylem gently pulls the water toward the direction of water loss.

Diffusion

________- water vapor from leaf intracellular spaces to the atmosphere /

Transmembrane

________ or Transcellular Pathway- vacuolar membrane and plasma membranes.

Hydathodes

________- usually located along the margin of the leaves.

Evaporation

________- water from cell structures (phase change of water)

Guttation

________- Water released by plants in liquid form.

Water droplets

________ are secreted through the hydathodes due to very high root pressure.

Cuticular Transpiration

________- Loss of water through the epidermis covered by a cuticle.

Stomatal Transpiration

________- Through the stomata.

Adhesion of water

________ to the cell wall also aids in resisting gravity.

Heat load

________ is dissipated in the process due to the high heat of vaporization of water.

loss of water

Is the ________ from plants in the form of water vapor.

Lenticular Transpiration

________- pores in the outer layer of woody plant stem.

Heat of Vaporization

539 cal $g^-1

Cuticular Transpiration

Loss of water through the epidermis covered by a cuticle

Lenticular Transpiration

pores in the outer layer of woody plant stem

Stomatal Transpiration

Through the stomata

Guttation

Water released by plants in liquid form

Hydathodes

usually located along the margin of the leaves

Evaporation

water from cell structures (phase change of water)

Diffusion

water vapor from leaf intracellular spaces to the atmosphere/

Extracellular (Apoplastic Route)

Water moves through non-living parts, e.g

Symplastic Pathway

plasmodesmata

Transmembrane or Transcellular Pathway

vacuolar membrane and plasma membranes