![]() Another major source of plant-available Si is the dissolution of solid soil particles. In rain water, the concentrations of Si were below the detection limit of the analytical method the researchers, thus, assume that rain is no important The data show that the irrigation water can provideĪ considerable amount of the Si that is taken up by plants. Vietnam and the Philippines to provide insights on the importance of this element on rice production.Ī recent article published in the journal Plant and Soil reports on Si cycling and budgets on the farm level in the Laguna province of the Philippines. LEGATO project on sustainable rice production look in more detail at the cycle of plant-available Si in contrasting regions of Rice production systems with lower or zero input of harmful pesticides. Silicon might, thus, play a crucial role in the development of `sustainable` Recent years showed that it is beneficial for the growth of many plants, including important crops such as rice, wheat and barley.įor instance, Si enhanced the resistance against pests, pathogens and abiotic stresses such as salts, drought and storms. It has long been neglected by ecologists, as it is not considered an essential nutrient for plants. Silicon (Si) is the second most abundant element of the earth`s crust after oxygen. Researchers from the interdisciplinary LEGATO project on sustainable rice production look in more detail at the cycle of plant-available Si in contrasting regions of Vietnam and the Philippines to provide insights on the importance of this element on rice production. ![]() Societal Transformations towards Sustainability Environmental Engineering and Biotechnology ![]()
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