Community characteristics of Stipa roborowskyi steppe in Xizang

doi:10.3724/SP.J.1258.2014.00059

Abstract

YANG Yao, GUO Ke, ZHAO Li-Qing, ZHAO Hai-Wei, QIAO Xian-Guo, LIU Hui-Ming, LIU Chang- Cheng. Community characteristics of Stipa roborowskyi steppe in Xizang[J]. Chin J Plant Ecol, 2014, 38(6): 635-639.

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Figures/Tables 4

Fig. 1 Raunkiaer’s life form spectrum of the species in Stipa roborowskyi steppe. Ch, chamaephytes; Cr, cryptophytes; H, hemicryptophytes; Ph, phanerophytes; Th, therophytes.

Fig. 2 Floristic geographic distribution of the species in Stipa roborowskyi steppe. 1, Qingzang Plateau element; 2, Qingzang Plateau endemic element; 3, Middle Asia element; 4, East palaeo-North pole element; 5, Central Asia-Middle Asia element; 6, Himalayan element; 7, Xizang-Himalayan element; 8, Middle Asia montane element; 9, Pan-North pole element; 10, Palaeo-North pole element; 11, Palaeo-Mediterranean element; 12, China-Himalayan element; 13, Central Asia-Middle Asia montane element; 14, Arctic-Alpine element; 15, Middle Asia alpine element; 16, Central Asia-Himalayan element; 17, Central Asia-Middle Asia alpine element; 18, Central Asia-Qingzang Plateau endemic element.

Fig. 3 Domin’s cover class distribution of the species in Stipa roborowskyi steppe. 1, cover class 1 (0.1%); 2, cover class 2 (>0.1% and <1); 3, cover class 3 (1%-4%); 4, cover class 4 (5%-10%); 5, cover class 5 (11%-25%).

Fig. 4 Constancy degree distribution of the species in Stipa roborowskyi steppe. I, 0%-20% constancy; II, 20.1%-40% constancy; III, 40.1%-60% constancy; IV, 60.1%-80% constancy; V, 80.1%-100% constancy.

References 8

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