2019
DOI: 10.3103/s0147687419030025
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Estimated Carbon Sequestration by Rice Roots as Affected by Silicon Fertilizers

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Cited by 2 publications
(5 citation statements)
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“…In particular, in field tests conducted in Hunan Province, China, carbon dioxide (CO2) sequestration by roots of rice plants was evaluated as influenced by silicon (Si) fertilizers. The amount of additional CO2 sequestrated depended on the content of plant-available Si in agrochemicals, the frequency, and duration of their application, and the granulometric composition of soil [95]. Rehabilitation of contaminated soils [47] A method for monitoring the purification of soils contaminated with hydrocarbons and the neutralization of hydrocarbon sludge by analyzing the activity of catalase.…”
Section: Biogeochemical Technologies For Managing Microbioms and Co2 ...mentioning
confidence: 99%
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“…In particular, in field tests conducted in Hunan Province, China, carbon dioxide (CO2) sequestration by roots of rice plants was evaluated as influenced by silicon (Si) fertilizers. The amount of additional CO2 sequestrated depended on the content of plant-available Si in agrochemicals, the frequency, and duration of their application, and the granulometric composition of soil [95]. Rehabilitation of contaminated soils [47] A method for monitoring the purification of soils contaminated with hydrocarbons and the neutralization of hydrocarbon sludge by analyzing the activity of catalase.…”
Section: Biogeochemical Technologies For Managing Microbioms and Co2 ...mentioning
confidence: 99%
“…2735756, 2020. [110] Lime and phosphogypsum amendment Restoration of the microbial link of the biogeochemical cycle during the reclamation of degraded soils [40] Carbon sequestration by rice roots under silicon fertilization Innovative, feasible, ecologically friendly nature-like technologies aiming at an increase in carbon stock and significant reduction in greenhouse gas emission from all agricultural areas, including those under rice cultivation, by silicon application [95] The data obtained evidence of the potential of Si fertilizers to promote the process of C sequestration and reduction in GG emission under rice cultivation. Their application increased rice yield by 12,1 to 71,2% and the CO2 fixation by root system by 0,95 to 14,9 t/ ha over one season.…”
Section: Biogeochemical Technologies For Managing Microbioms and Co2 ...mentioning
confidence: 99%
“…Согласно современным исследованиям, соединения кремния необходимы культурным растениям как в питании (16)(17)(18), так и в обеспечении физиологической защиты от стрессовых факторов агроэкотопа (15,30,36). В связи с этим содержание кремния и его различных фракций в биомассе -значимые критерии при оценке реализации биологического потенциала агрофитоценоза и формирования адаптации (38,44,56).…”
Section: основные показателиunclassified
“…На фоне минимальной дозы высококремнистого материала (3 т/га) в основном прослеживались тенденции в оптимизации показателей качества товарной части урожая культур. По-видимому, именно высокие концентрации моно-и поликремниевых кислот в почвенном растворе, которые могут быть обусловлены дозами мелиоранта в 6-12 т/га, создают оптимальный фон для питания и устойчивости агрофитоценоза, что выражается в реализации сорта (в повышении показателей качества) (7,28,56). изучали влияние цеолита Хотынецкого месторождения и NPK-удобрений на урожайность различных сортов картофеля в аналогичных с нашими почвенных условиях.…”
Section: основные показателиunclassified
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