Studies on the biological nitrogen fixation. I. Effects of different amounts of nitrogen application and amendment of soil ameliorate in merged paddy soil on the heterotrophic nitrogen fixing activities and azolla-anabaena symbiosis system
Lee, S.; Lee, M.
The research report of the Office of Rural Development Soil fertilizer crop protection mycology and farm products utilization 26(2): 72-83
1984
Accession: 017169131
Full Text Article emailed within 1 workday
Payments are secure & encrypted
Related References
Lee, S.K.; Lee, M.G. 1984: Studies on the biological nitrogen fixation i. effects of different amounts of nitrogen application and amendment of soil ameliorate in submerged paddy soil on the heterotrophic nitrogen fixing activities and azolla anabaena symbiosis system Research Reports of the Office of Rural Development (Soil Fertilizer Crop Protection Mycology and Farm Products Utilization) 26(2): 72-83Y.X.; Zhu, P.; Huang, D.; Ruan, M. 1991: Effects of soil surface managements on nitrogen mineralization potential non symbiotic nitrogen fixing intensity and ammonium nitrogen in a paddy soil Scientia Agricultura Sinica 24(1): 73-79
Katayama, T.; Kobayashi, M.; Okuda, A. 1965: Nitrogen-fixing micro-organisms in paddy soils. XVII. Nitrogen fixation in a mixed culture of photosynthetic bacteria (Rhodopseudomonas capsulatus species) and other heterotrophic bacteria (7). Stimulative effects of pyruvic acid on nitrogen fixation Soil Sci. Pl. Nutr 11(4): 36-39
Ito, O.; Watanabe, I. 1983: The relationship between combined nitrogen uptakes and nitrogen fixation in azolla pinnata and anabaena symbiosis New Phytologist 95(4): 647-654
Shiomi, N.K.toh, S. 1993: Effect of mineral nutrients and combined nitrogen on the growth and nitrogen fixation of Azolla-Anabaena symbiosis Developments in plant and soil sciences 50: 289-294
Shiomi, N.; Kitoh, S. 1993: Effect of mineral nutrients and combined nitrogen on the growth and nitrogen fixation of Azolla and Anabaena symbiosis Randall, P J, Delhaize, E, Richards, R A, Munns, R Developments in Plant and Soil Sciences; Genetic aspects of plant mineral nutrition: 289-294
Malkin, S. 1988: Distribution of the nitrogen fixation and photosynthetic activities in the azolla and anabaena symbiosis Symbiosis: 117-128
Anonymous 1968: Nitrogen fixation. Application of the acetylene reduction method in nitrogen fixation studies in paddy soil International Rice Research Institute Annual Report, 1968. 137-139
Shabaev, V.P.; Smolin, V.Y.; Safrina, O.S. 1995: Nitrogen fixation in rhizosphere, yield of red beet and nitrogen balance in flood plain soil under application of nitrogen-fixing bacteria of genus Pseudomonas Agrokhimiya (11): 3-14
Tung, H.F.; Shen, T.C. 1981: Studies of the Azolla Pinnata-Anabaena Azollae Symbiosis: Growth and Nitrogen Fixation New Phytologist 87(4): 743-749
Tung, H.F.; Shen, T.C. 1981: Studies of the azolla pinnata anabaena azollae symbiosis growth and nitrogen fixation New Phytologist 87(4): 743-750
Anonymous 1978: Soil and crop management. Soil fertility management: microbiological studies. Nitrogen fixation by Azolla-Anabaena association. Field experiments Annual report for 1977: 287-288
Ghani Nugroho, S.; Kuwatsuka, S. 1992: Concurrent observation of several processes of nitrogen metabolism in soil amended with organic materials. II: Effect of farmyard manure on ammonification, nitrification, denitrification, and N2 fixation at different levels of soil moisture. III: Changes in microbial populations following application of ammonium-nitrogen. IV: Regulatory effects of ammonium- and nitrate-nitrogen on denitrification and N2 fixation. V: Effects of long-term application of farmyard manure and nitrogen fertilizer on N cycling processes in upland field soil Soil Science and Plant Nutrition (Tokyo) 38(4): 593-629
Kalininskaia, T.A. 1970: Nitrogen fixing mycobacteria and their role in the processes of biological fixation of nitrogen in soil Mosk univ Biol pochv fakul Mikroorgan sel khoz Tr: ub 1970), 2 203-211
Chu GuiXin; Shen QiRong; Cao JinLiu; Mao ZeSheng; Zhong ZengTao; Zhao Long 2003: Biological nitrogen fixation and nitrogen export of groundnut intercropped with rice cultivated in aerobic soil and its effect on soil nitrogen fertility Acta Pedologica Sinica 40(5): 717-723
Li, J.; Zhang, M.-Q.; Kong, Q.-B.; Yao, B.-Q. 2013: Effects of nitrogen application rate on soil nitrate nitrogen accumulation under vegetable-paddy rice rotation system Ying Yong Sheng Tai Xue Bao 24(12): 3465-3470
Kellar, P.E.; Goldman, C.R. 1979: A comparative study of nitrogen fixation by the anabaena azolla symbiosis and free living populations of anabaena spp in lake ngahewa new zealand Oecologia 43(3): 269-282
Kellar, P.E.; Goldman, C.R. 1979: A comparative study of nitrogen fixation by the Anabaena-Azolla symbiosis and free-living populations of Anabaena spp. in Lake Ngahawa, New Zealand Oecologia 43(3): 269-281
Goldman, P.E.K.andC.R. 1979: A Comparative Study of Nitrogen Fixation by the Anabaena-Azolla Symbiosis and Free-Living Populations of Anabaena spp. in Lake Ngahewa, New Zealand Oecologia 43(3): 269-282
Pereira Brito, M.de M.; Muraoka, T.; da Silva, E.C. 2011: Contribuition of nitrogen from biological nitrogen fixation, nitrogen fertilizer and soil nitrogen on the growth of the common bean and cowpea Bragantia 70(1): 206-215