Combining plant molecular biology, protein engineering and nano-biotechnology to develop super-performing materials for affordable and sustainable applications.
Molecular regulation of plant response to drought and salinity, Forestry biotechnology, Plant tissue culture and propagation, Plant gene-culture coevolution and niche construction.
Chlorophyll breakdown and chloroplast senescence; role of ethylene in citrus fruit ripening; flower induction in fruit trees; history and genetics of the Citron.
Ecology of Mediterranean and semiarid plant communities, grazing effects, biodiversity and ecosystem functioning, plant-environment interactions, climate change, physiology and ecology of seed germination.
Mechanisms of controlling adventitious root formation, with an emphasis on auxin activity and metabolism. Genetics of forest trees. Abscission control of plant organs.
Plant Responses to Environmental Abiotic Stresses; Phytoremediation of industrial sludges by the Nymphae is being developed for polluted sludge in Haifa Bay.
Peanut crop improvement, Sugar metabolism in melon fruits, Petunia flowers development, Effects of salt stress on citrus cultures.
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