The Dynamic Process of the Soil Water under Six Forest Types beside Songhua River

Abstract:

The soil saturated water content, soil water permeability and the soil water content dynamic process under six forest types (Pinus koraiensis plantation, Fraxinus mandshurica-Populus davidiana forest, Fraxinus mandshurica- Larix olgensis forest, Tilia mandshurica forest Quercus monglica forest and Juglans mandshurica forest) beside Songhua River were measured in the sample forests and experiment room during May to September 2006. The soil saturated water contents under six forest types were from 2693.50 t/hm2 to 3184.31 t/hm2, the biggest value occurred under Fraxinus mandshurica-Populus davidiana forest, and the smallest value occurred under Quercus monglica forest. The initial permeability coefficient and stable permeability coefficient of the various soil layers under six forest types were bigger than that of bare land, and the biggest value occurred under Tilia mandshurica forest. The soil water content under six forest types had the same change tendency during growth season that was, high-low-high-low in May-June-July and August-September. The results would provide the theories basis for the forest management beside Songhua River.

• Periodical: Advanced Materials Research (Volumes 524-527)
• Pages: 2148-2151
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.524-527.2148
• Online since: May 2012
• Authors: Shu Li Wang, Ying Lu, Tian Ran Hu
• Keywords: Dynamic Process, Soil Permeability, Soil Saturated Water Content, Songhua River

References

[1] Zhang GH, Yu Y and Liu BY: Journal of soil and water conservation. Vol.20 No. 6 (2006), pp.54-57, 74 (in Chinese with English summary)

[2] Hu HQ, Liu Y, Sun L, Cai TJ and Song LC: Journal of soil and water conservation. Vol.22 No.2 (2008), pp.162-165 (in Chinese with English summary)

[3] Zheng PL, Xiao JW, Wu Y and Chen L: Research of soil and water conservation. Vol.13 No.2 (2006), pp.195-197 (in Chinese with English summary)

[4] Zhen YS, Chen LG, Hong CF and Yao QD: Acta agriculturae universitis jianxiensis. Vol. 22 No.2 (2000), pp.220-224 (in Chinese with English summary)

[5] Ma LY: World forest research. (1997) No.5, pp.26-32 (in Chinese with English summary)

[6] Wang L, Shao MA and Wang QJ: Scientia silvae sinicae. Vol.41 No.2 (2005), pp.147-153 (in Chinese with English summary)

[7] Wang B, Cui XH, Bai XL, Xia LF, Li JN and Chen ZL: Forest research. Vol.15 No 1(2002), pp.13-20 (in Chinese with English summary)

[8] Chen HB, Sun CZ, An F and Dang KL: Journal of Northwest forestry University. Vol.18 No.4 (2003), pp.13-16 (in Chinese with English summary)

[9] Liu YQ, Wang HS, Guo SM and FU MN: Chinese Journal of Applied Ecology. Vol. 19 No. 12(2008), pp.2588-2592 (in Chinese with English summary)

[10] Xu XT, LI GY, Zhang Xi and Ning WW: Journal of soil and water conservation. Vol.22 No.1 (2008), pp.134-139 (in Chinese with English summary)

[11] Zhang WR, Yang GC and Tu XN: The forestry standard of the People's Republic of China - forest soil analysis (China standard press, Beijing, China 1999). (in Chinese)

[12] Chen LX: Soil experiment and practice course (Northeast forestry university press, Harbin, China 2005) (in Chinese)