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A. C. Franke, G. Laberge, B. D. Oyewole and S. Schulz, “A Comparison between Legume Technologies and Fallow, and Their Effects on Maize and Soil Traits, in Two Distinct Environments of the West African Savannah,” Nutrient Cycling in Agroecosystems, Vol. 82, No. 2, 2008, pp. 117-135. doi:10.1007/s10705-008-9174-2

has been cited by the following article:

• TITLE: Nitrogen Use Efficiency under Different Field Treatments on Maize Fields in Central China: A Lysimeter and 15N Study

  AUTHORS: Jin Zhang, Zhao-Hua Li, Kun Li, Wei Huang, Lian-Hai Sang

  KEYWORDS: Monoculture; Surface Mulch; Nitrogen Use Efficiency; Leaching; Biomass Yield

  JOURNAL NAME: Journal of Water Resource and Protection, Vol.4 No.8, August 30, 2012

  ABSTRACT: Nitrogen loss from farmland has caused serious problems all over the world. This field study assessed Nitrogen Use Efficiency1 (NUE) and biomass yield under four different field treatments in the Hubei Province, in central China. Results show that 1) in these four treatments, the maize monoculture plots have the highest rate of fertilizer N losses (69.12%), and the lowest (32.45%) is treated by surface rice straw mulch of maize intercrop with peanut; 2) compared with monoculture, polyculture plots have 36.9 kg·ha–1 and 26.57 kg·ha–1 more nitrogen absorption in the mulched and un-mulched plots respectively, however, polyculture has a lesser effect on NUE; 3) surface straw mulch is an effective way to keep nitrogen in the soil (0 - 100 cm), however it may decrease dry matter yield in monoculture plots; 4) maize intercrop with peanut and surface mulch can keep 47.63% of the fertilizer N in the soil profiles (0 - 100 cm), which is the highest among these four treatments.