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- W2375993704 abstract "The paper analyzed the vegetation water status in Huangfuchuan Basin on different spatial, temporal scales and organizational levels. (1) The daily courses of transpiration rate of the dominant plants in Huangfuchuan Basin have two patterns:none-noon depression and noon depression. The arrangement in mean values of transpiration rate of the dominant plants is Populus simoniiSalix psammophylaAstragalus adsurgens cv.Hedysarum leaveCaragana intermediaZea maysThymus serpyllumHippophae rhamnoidesPinus tabulaeformis. In 1998(an abundant water year) and 1999(a deficit water year), the transpiration rate of the dominant plants has similarly seasonal changes. (2) Either in the abundant water year (1998) or in the deficit water year (1999), the increase of aboveground biomass and the increase of water consumption of the dominant plants show no difference. And in growing season, all of dominant plant transpiration coefficients are very high; thus it is concluded that the plant growth is at the expense of vast amount of water content which is one of the main limiting factors. The transpiration coefficient of T. serpyllum is the smallest, followed by C. intermedia, which indicates that T. serpyllum and C. intermedia use water and accumulate dry matter more efficiently than others and so they fit in Huangfuchuan Basin. In Huangfuchuan Basin, the suitable species of tree, shrub and herb are P. tabulaeformis, C. intermedia and H. rhamnoides, and T. serpyllum, respectively. (3) The ratio of evapotranspiration and precipitation is about 1 in the plant community. But in terms of varying of soil water content, soil water is in the deficit state in the plant community area in Huangfuchuan Basin. So these dominant-plants struggle to grow under the condition of water stress. Under the condition of water balance in Huangfuchuan Basin, suitable coverage of P. Tabulaeformis is 36%～47%, P. s simonii is 37%～48%, C. intermedia is 43%～55% and S. psammophyla is 46%～59%. However, the suitable coverages of H. rhamnoides, A. adsurgens cv. H. leave and T. serpyllum are 61%～79%, 50%～65%, 54%～69% and 68%～87% respectively." @default.
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- W2375993704 date "2004-01-01" @default.
- W2375993704 modified "2023-09-25" @default.
- W2375993704 title "A study on the water ecology of some dominant plants in Huangfuchuan Basin" @default.
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