L. P. Wilding, D. Williams, W. Miller, T. Cook, and H. Eswaran, “Close Interval Spatial Variability of Vertisols: A Case Study in Texas,” In: J. M. Kimble, Ed., Proceedings of Sixth International Soil Correlation Meeting (VI ISCOM): Characterization, Classification and Utilization of Cold Aridisols and Vertisols, USDA-SCS, Natl. Soil Survey Ctr., Lincoln, 1990, pp. 232-247.

has been cited by the following article:

• TITLE: A Technical Note: Orientation of Cracks and Hydrology in a Shrink-Swell Soil

  AUTHORS: Takele M. Dinka, Robert J. Lascano

  KEYWORDS: Crack; Orientation; Hydrology

  JOURNAL NAME: Open Journal of Soil Science, Vol.2 No.2, June 22, 2012

  ABSTRACT: Crack orientations are an important soil physical property that affects water flow, particularly in vertic soils. However, the spatial and temporal variability of crack orientations across different land uses and gilgai features is not well-documented and addressed in hydrology models. Thus; there is a need to quantify crack orientations for different land uses and to incorporate their spatial and temporal dynamics into hydrological models. Our objectives were to document the spatial variability of cracks orientations across two land uses and to demonstrate the potential importance of crack orientation related to the hydrology of Vertisols. The exploratory field measurements of the spatial distribution of crack orientations across two Vertisol catenae of two land uses and gilgai features are presented. The field survey showed the complexity of crack geometry in a field, the potential impact of crack orientation on Vertisol hydrology and the challenges associated with measurement of crack orientations.