Seasonal variation of fixed ammonium content of paddy soils in Hunan Province and its bioavailability

Abstract

Abstract: Three paddy soils with higher content of fixed ammonium in Hunan Province were used as test soils in pot experiment to study the seasonal variation of their fixed ammonium content and its bioavailability during rice growth period.The results showed that the fixed ammonium content in the paddy soils changed constantly during rice growth.Applying Nfertilizer and organic manure increased the fixed ammonium content, which was decreased through the Nuptake by rice plants.The recently fixed ammonium was almost fully available to rice, while the native fixed ammonium was partly available.The release of fixed ammonium during rice growth was newly alluvial sandy soil > purple clayey soil> alluvial sandy soil, and was greater at early growth stage than at later growth stage.

Key words: Paddy soil, Fixed ammonium, Seasonal variation, Bioavailability, Hunan Province

CLC Number:

S153.6+1

LIAO Jipei, Li Fayun, ZHANG Yangzhu, FENG Yuehua, HUANG Yunxiang . Seasonal variation of fixed ammonium content of paddy soils in Hunan Province and its bioavailability[J]. Chinese Journal of Applied Ecology, 2003, (10): 1665-1668.

References

[1] Allison FE,Doestch JH,Roller EM.1953. Availability of fixed ammonium in soils containing different clay minerals.Soil Sci,75:373～381
[2] Allison FE,Doetsh JH,Roller EM. 1951. Ammonium fixation and availability in harpster clay loam.Soil Sci,72:187～200
[3] Allison FE,Roller EM,Doetsh JH .1953.Ammonium fixation and availability in vermiculite.Soil Sci,75:173～180
[4] Fan X-L(樊小林),Li C-W(李昌纬),Mengel K.1989. Correlation between winter wheat growth and release of nonexchangeable ammonium in Lou soil.Chin J Soil Sci(土壤通报),20(6):249 ～251(in Chinese)
[5] Institute of Nanjing Soil Science,Chinese Academy of Sciences(中国科学院南京土壤研究所).1978. Physical and Chemical Analysis of Soils. Shanghai:Shanghai Science and Technology Press.(in Chinese)
[6] Li Z-P(李忠佩),Chen L-L(程励励),Wen Q-X(文启孝),et al. 1992. The content and availability of nonexchangeable ammonium in soil of the Huang-Huai-Hai Plain.Chin J Soil Sci(土壤通报),23(5):200～202(in Chinese)
[7] Nanking Agricultural University(南京农业大学) .1986. Soil and Agrochemical Analysis (2nd edition). Beijing:Agricultural Press.(in Chinese).
[8] Silva JA,Bremner JM.1966. Determination and isotope-ratio analysis of different forms of nitrogen in soils 5.Fixed ammonium.Soil Sci Soc Am Proc,30:587～594
[9] Sun Y(孙艳),Wu S-R(吴守仁). 1989. Fixed ammonium content in lou soil and its availability for crops.Chin J Soil Sci(土壤通报),20(5):205～207(in Chinese).
[10] Sun Y(孙艳),Zhang Y-L(张英莉).1991. Content and availablity of fixed ammonium in Lou soil under different fertilization conditions.Chin J Soil Sci(土壤通报),22(4):160～161(in Chinese)
[11] Wen Q-X(文启孝),Zhang X-H(张晓华),Du L-J(杜丽娟),et al. 1988. Fixed ammonium in soils of Taihu Lake region and its availability.Acta Pedol Sin(土壤学报),25(1):22 ～30(in chinese)
[12] Zhu B-J(朱宝金).1986. Release of nonexchangeable ammonium in soil and its relationship with crop growth.Chin J Soil Sci(土壤通报),17(1):31～33 (in Chinese)

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