Titlebook: Eco- and Ground Bio-Engineering: The Use of Vegetation to Improve Slope Stability; Proceedings of the F ALEXIA STOKES,IOANNIS SPANOS,ERIK C

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Alcohol Effects on Albumin Synthesis,ital images taken at successive strain intervals during tensile loading. Further analysis of root sections showed that non-linear mechanical behaviour is affected by cellular rupture, with a clear step-wise rupture from cortex to stele in some younger roots. This will affect slip planes that develop

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Adapting SBIRT for Older Adults. Results show a great variability among the different species and also for the same species. In general, however, root strength (in terms of tension) tends to decrease with diameter according to a power law, as observed by other authors. Comparing the power law fitting curves for the considered spe

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Alcohol and Aldehyde Metabolizing Systems-IVs in its native habitat reported in the literature, and the one planted in a sub-humid environment in Spain, excavation techniques were used to show root distribution in the soil. Results show that vetiver grass possesses the root strength to withstand torrential runoff. Planted in rows along the co

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Stem Cells and Alcohol-Related Cancers,jacking system with electronic data logging of applied force and displacement for hawthorn roots. Oak roots had a mean pull-out resistance of 7 MPa and that of hawthorn roots was 8 MPa. The electronic data logging of applied force (pull-out resistance) and displacement of the hawthorn roots provided

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Alcohol and Drugs, Delinquency and Crimenatural vegetation was present. Other parts of the same area have been cleared and planted with tea and citrus crops. Soil samples were taken from an area of approximately 70 ha for testing in the laboratory. Direct shear tests were carried out on soil samples and the factor of safety (FOS) calculat

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Cirrhosis as a Nutritional Disorder,e spatial distribution of root size and root inclination was taken from field experiments performed by Japan Sabo Technical Center in 1998. The reinforcement capacity of root fibers is considered as a function of the horizontal displacement of the landslide and the depth of the slip surface. By comb