WANG Longchang, XIE Xiaoyu, WANG Lixiang, BIAN Xinmin . Systematic analysis on water ecological adaptability of upland crops in loess hilly zone[J]. Chinese Journal of Applied Ecology, 2004, (5): 758-762.
[1] Doorenbos J,Kassam AH.1979.Yield Response to Water.FAO Irrigation and Drainage Paper 33.Rome:FAO. [2] GaoW-S(高旺盛),HuH-J(胡恒觉).1991.Studyonthe ecological effect of different crops in the semi-arid loess hilly region.Chin J Ecol(生态学杂志),10(2):1～6(in Chinese) [3] Leng S-L(冷石林),Hah S-F(韩仕峰),Wang L-X(王立祥),et al.1996.Theory and Technology of Water-Saving and Yield-Increasing in Dry-Farming Areas in North China.Beijing:China Agricultural Science and Technology Press.42～198(in Chinese) [4] Li F-R(李锋瑞).1998.Study on Agric山tural Eco-System in Arid Areas.Xi'an:Shaanxi Science and Technology Press.37～73(in Chinese) [5] Rao NH.1986.A simple dated water production function for use in irrigated agriculture.Agric Water Man,13:25～32 [6] Stewart BA.1981.A management system for the conjunctive use of rainfall and limited irrigation of graded furrows.Soil Sci Am J,45(2):413～419 [7] Ta oY-F(陶毓汾),WangL-X(王立祥),Han S-F(韩仕峰),et al.1993.Water Productive Potential and Its Exploitation in Dry-Farming Areas in North China.Beijing:Meteorological Press.62～157(in Chinese) [8] Wang L-C(王龙昌),Wang L-X(王立祥),Xie X-Y(谢小玉).1998.Discussion on optimization of cropping system and agricultural sustainable development in Loess Plateau.System Sci Comtpre Studies Agric(农业系统科学与综合研究),14(2):81～85(inChinese) [9] Wang L-C(王龙昌),Wang L-X(王立祥),et al.2002.The decision system of drought-resistant flexible cropping in dry-farming areesof South Ningxia.Trans Chin Soc Agric Eng(农业工程学报),18(5):235～240(in Chinese) [10] .Zhang J-L(张景林),Wang L-F(王留芳).1995.The farmland moisture balance and stable type planting systemin semiarid regions in south Ningxia.Agric Res Arid Areas(干旱地区农业研究),13(4):58～66(in Chinese)
