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Drought Stress Induces Changes in the Non-Structural Carbohydrate Composition of Wheat Stems
JM Virgona and EWR Barlow
18(3) pp.239 - 247
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Nachit M.M.,
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Photosynthetica. 1998 35(1). p.129
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de Pinto M. C.,
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Cecchini C,
Cervigni T,
Donini B, Pignatelli V
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Martin M.,
Miceli F.,
Morgan J. A.,
Scalet M., Zerbi G.
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Changes in soluble sugars in relation to desiccation tolerance in cauliflower seeds
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Haigh A. M.,
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