Study on the nitrogen nutrition and the yield response from nitrogen fertilizer application to hybrid rice. I. The fate of urea nitrogen applied to soil and its effect on N supply
Ge, N.F.; Zhang, D.Y.; Ma, S.F.; Zhang, Y.D.; Pei, B.Y.
Journal of Nanjing Agricultural University 2: 69-75
1987
Accession: 001695926
In a microplot experiment 15N-labelled urea was applied at various growth stages of hybrid rice. Application date affected N recovery by the plant, N retention in the soil, N deficit, the ratio of urea-N distributed to the grain to total urea-N uptake by the shoot and recovery of residual urea-N by a subsequent wheat crop.
PDF emailed within 1 workday: $29.90
Related References
Ando, H.; Sadao, S.; Chiba, T. 1978: The fate of fertilizer nitrogen applied to the paddy field and its absorption by the rice plant 9. the fate of soil ammonium nitrogen by rice plants in 4 different soil types with special reference to the accumulated effective thermal index Japanese Journal of Crop Science 47(3): 388-394Humphreys, E.; Chalk, P.M.; Muirhead, W.A.; Melhuish, F.M.; White, R.J.G. 1987: Effects of time urea application on combine sown calrose rice in southeast australia iii. fertilizer nitrogen recovery efficiency of fertilization and soil nitrogen supply Australian Journal of Agricultural Research 38(1): 129-138
Takahashi, J.; Wada, G.; Shoji, S. 1976: The fate of fertilizer nitrogen applied to the paddy field and its absorption by rice. 6. Influence of a thermal factor on the soil ammonium nitrogen and the absorption of nitrogen by rice Proceedings of the Crop Science Society of Japan 45(2): 213-219
Riga, A.; Fischer, V.; Van-Praag, H.J. 1980: Fate of fertilizer nitrogen applied to winter wheat as nitrogen 15 labeled sodium nitrate and nitrogen 15 labeled ammonium sulfate studied in micro plots through a 4 course rotation 1. influence of fertilizer splitting on soil and fertilizer nitrogen Soil Science 130(2): 88-99
Li HuiXin; Hu Feng; Cai GuiXin; Fan XiaoHui 2002: Soil nitrogen supply capacity and fate of applied fertilizer nitrogen in red soils Acta Pedologica Sinica 39(3): 390-396
Takahashi, J.; Wada, G.; Shoji, S. 1976: The fate of fertilizer nitrogen applied to the paddy field and its absorption by rice plant part 6 influence of a thermal factor on the soil ammonium nitrogen and the absorption of nitrogen by the rice plant Japanese Journal of Crop Science 45(2): 213-219
Katyal, J.C.; Gadalla, A.M. 1990: Fate of urea nitrogen in floodwater ii. influence on nitrogen use efficiency and grain yield response of rice Plant and Soil 121(1): 31-40
Mimoto, H.; Inano, T.; Daimon, H.; Chujo, H. 1988: Plant growth and fate of nitrogen in mixed cropping intercropping and crop rotation vi. nitrogen uptake in rice plants from the applied italian ryegrass fertilizer and soil Japanese Journal of Crop Science 57(4): 650-654
Shoji, S.; Nogi, T.; Takahashi, J.; Wada, G. 1976: The fate of fertilizer nitrogen applied to the paddy field and its absorption by rice. 8. Comparative studies of the fate of basal nitrogen and the absorption of nitrogen by rice in different paddy fields Proceedings of the Crop Science Society of Japan 45(2): 226-231
Anonymous 1978: Soil fertility and fertilizer management. Effect of planting date, plant density, and geometry on nitrogen response in rice. Rate and time of nitrogen fertilizer application Annual report for 1977: 303
She-Dong-Li; Wang-Kai-Rong; Xie-Xiao-Li; Yin-Chun-Mei 2006: Effects of application of N fertilizer and incorporation of rice straw on soil nitrogen supply and rice yield Journal of Ecology and Rural Environment 22(2): 16-20,44
Wada, G.; Shoji, S.; Takahashi, J.; Et Al. 1971: The fate of fertilizer nitrogen applied to paddy fields and its absorption by the rice plant. III. Fate of top-dressed nitrogen in the soil and its absorption by the rice plant Proceedings of the Crop Science Society of Japan 40(3): 287-293
Fan, L.L.; Wang, Y.H.; Shao, X.W.; Geng, Y.Q.; Wang, Z.C.; Ma, Y.; Liu, J. 2012: Effects of combined nitrogen fertilizer and nano-carbon application on yield and nitrogen use of rice grown on saline-alkali soil Journal of Food, Agriculture and Environment 10(1): 558-562
Ueno, M.; Kumagai, K.; Otake, T. 1988: Analysis of the soil nitrogen efficiency pattern and the diagnosis principle for nitrogen nutrition of rice (3). Soil nitrogen and nitrogen uptake pattern of supplementary fertilizer from the point of view of the diagnosis system Agriculture and Horticulture 63(11): 1267-1270
Pillai, K.G.; De, R. 1979: Mineral nitrogen status of soil, leaf nitrogen content and grain yield of rice variety 'Jaya' as affected by water and nitrogen fertilizer management Field Crops Research 2(2): 125-133
Shoji, S.; Nogi, T.; Takahashi, J.; Wada, G. 1976: The fate of fertilizer nitrogen applied to the paddy field and its absorption by rice plant part 8 comparative studies of the fate of basal nitrogen and the absorption of nitrogen by rice plant in different paddy fields Japanese Journal of Crop Science 45(2): 226-231
Shepherd, M.A.; Sylvesterbradley, R. 1996: Effect of nitrogen fertilizer applied to winter oilseed rape (Brassica napus) on soil mineral nitrogen after harvest and on the response of a succeeding crop of winter wheat to nitrogen fertilizer J. Agric. Sci 126: 63-74
Shepherd, M.A.; Sylvester Bradley, R. 1996: Effect of nitrogen fertilizer applied to winter oilseed rape (Brassica napus) on soil mineral nitrogen after harvest and on the response of a succeeding crop of winter wheat to nitrogen fertilizer Journal of Agricultural Science 126(1): 63-74
Wang Danying; Ye Chang; Xu Chunmei; Wang Zaiman; Chen Song; Chu Guang; Zhang Xiufu 2019: Soil Nitrogen Distribution and Plant Nitrogen Utilization in Direct-Seeded Rice in Response to Deep Placement of Basal Fertilizer-Nitrogen Rice Science 26(6): 404-415
Xue, X.R.; Mai, W.X.; Zhao, Z.Y.; Zhang, K.; Tian, C.Y. 2017: Optimized nitrogen nitrogen fertilizer application enhances absorption of soil nitrogen and yield of castor with drip irrigation under mulch film Industrial Crops and Products 95: 156-162