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Liyu Xu. 1998. Vetiver system for agriculture development. China Vetiver Network,
China Academy of Science, Nanjing, China

Lu, S.L.; and Zhong, J.Y. 1998. Contribution of vetiver grass to sustainable agricultural
development in the hilly red soil region. In: Liyu Xu (ed.) Vetiver Research and
Development, pp.132-137. China Agriculture ScienTech Press, Beijing.

Maria, J. and I. Briones. 2014. Soil fauna and soil functions; a jigsaw puzzie.

Frontiers in Environ. Sci., Review Article vol2, Article 7. 22 p.

Mo, S.X. 1998. Vetiver reproduction technology. In: Liyu Xu (ed.) Vetiver Research and
Development, pp.169-178. China Agriculture ScienTech Press, Beijing.

Puttaso, A. 2011. Changes in soil quality under long-term application of different
quality organic residues in a sandy soil. Doctor of Philosophy Thesis in Land
Resources and Environment, Graduate School, Khon Kaen University.

Xia, H.P. 1995. Effect of shading and cutting on the growth of vetiver. In: R.G. Grimshaw;

and L. Helfer (eds.) Vetiver Grass for Soil and Water Conservation, pp.178-
179. Land Rehabilitation and Embankment Stabilization, The World Bank,
Washington, DC.

Xia, H.P.; Ao, H.X.; He, D.Q.; Liu, S.Z.; and Chen, L.J. 1996. The function of vetiver on
soil improvement and soil conservation. Tropical Geography 15 (3): 265-270.