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Результаты поиска по 'агрочерноземы':

Найдено статей: 1

Архангельская Т.А., Хохлова О.С., Мякшина Т.Н.
Математическое моделирование водного режима двух агрочерноземов с различным уровнем залегания карбонатов
Компьютерные исследования и моделирование, 2016, т. 8, № 2, с. 401-410

Моделирование водного режима агрочерноземов проводили для двух участков, на одном из которых в течение пятидесяти лет поддерживается бессменная монокультура кукурузы, на втором — бессменный черный пар. В почве под кукурузой карбонаты обнаруживаются начиная с глубины 140–160 см, под черным паром — с глубины 70–80 см. Моделирование с применением пакета HYDRUS-1D и метода ФАО56 показало, что гидрологический режим агрочерноземов на двух участках различен. Под черным паром влажность почвы в целом выше, чем под кукурузой. Восходящие потоки влаги под черным паром существенно больше, чем под кукурузой, и захватывают более мощный слой почвы.

Ключевые слова: агрочерноземы, водный режим почв, HYDRUS-1D.

Arkhangelskaya T.A., Khokhlova O.S., Miakshina T.N.
Mathematical modeling of soil hydrology in two arable Chernozems with different depth to carbonates
Computer Research and Modeling, 2016, v. 8, no. 2, pp. 401-410

Simulation of soil hydrology was performed for two plots: the first one was under corn monocrop and another one was under bare fallow for 50 years. The depth to carbonates is 140–160 cm under corn and 70–80 cm under bare fallow. Mathematical modeling with the HYDRUS-1D software and the FAO56 method demonstrated that soil hydrology was different for the two plots. Soil moisture was generally higher under bare fallow than under corn. The upward fluxes were significantly greater under bare fallow than under corn, and they were obtained for a thicker soil layer.

Keywords: arable chernozems, soil hydrology, HYDRUS-1D.
Views (last year): 2. Citations: 1 (RSCI).

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International Interdisciplinary Conference "Mathematics. Computing. Education"