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SIlicification and Drought Resistance
One of the sorghum mutants we identified is missing the silicon transporter Lsi1. The mutant contains 0.025 of the wild type plant total silicon, with 80% of the mineral deposited in the roots. Using this mutant we study how silicon enhances the tolerance of sorghum to starvation and drought stress (Markovich et al., 2017,2022).

live sorghum leaf
silica bodies within the live tissue, imaged by airSEM, B-Nano

collecting seeds from sorghum plants

sorghum lysimeter experiment
testing the plants under drought

live sorghum leaf
silica bodies within the live tissue, imaged by airSEM, B-Nano
Rivka
Elbaum's
Lab
The RH Smith Institute for Plant Sciences and Genetics in Agriculture, The Faculty of Agriculture, Rehovot 7610001
Israel
Room 2118 bldg. A
Email: rivka.elbaum@mail.huji.ac.il Phone: +972(0)8-948-9335
Fax: +972(0)8-948-9889
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