Salinity is a major environmental issue affecting crop production around the globe, and creating a salt-tolerant germplasm is absolutely essential meeting the 2050 challenge of feeding a 9.3 billion population. While most efforts of plant breeders were focused around genes and mechanisms responsible for exclusion of cytotoxic Na⁺ from uptake, this is not the strategy naturally salt-tolerant halophyte species use. One of the hallmarks of halophytes is their ability to safely deposit large volumes of salt in their vacuoles, in the process termed vacuolar sodium sequestration. This chapter reviews molecular and physiological mechanisms mediating this process and prospects of their targeting in breeding programs.

Item Type:	Research Book Chapter
Keywords:	salinity, sodium, vacuolar sequestration, NHX, Na+ sequestration, SV and FV channels, vacuolar H+-ATPase, vacuolar H+-PPiase
Research Division:	Biological Sciences
Research Group:	Plant Biology
Research Field:	Plant Physiology
Objective Division:	Expanding Knowledge
Objective Group:	Expanding Knowledge
Objective Field:	Expanding Knowledge in the Environmental Sciences
UTAS Author:	Adem, GD (Mr Getnet Adem)
UTAS Author:	Bose, J (Dr Jayakumar Bose)
UTAS Author:	Zhou, M (Professor Meixue Zhou)
UTAS Author:	Shabala, S (Professor Sergey Shabala)
ID Code:	105158
Year Published:	2016
Deposited By:	Tasmanian Institute of Agriculture
Deposited On:	2015-12-11
Last Modified:	2018-04-05
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