This chapter describes the development of spectroscopy from an experimental research instrument toward an operation mapping tool. Integrating spectral based methods with well-established physiochemical methods such as the Atterberg limits, cation exchange capacity(CEC), and coefficient of linear extensibility (COLE) , will bring about a better understanding of expansive soils and results in a better classification. Proper calibrations based on a limited number of samples will enable a user to classify soils of unknown swell potential. Such an approach provides a tool for generalizing results of soil assessments conducted at limited sites, and thereby increasing the efficiency of expensive and time consuming studies. The rapid nature of the environment allows soil variability to be more adequately sampled than with conventional approaches. The spatial characterization of the soil surface in the field provides a coherent framework for linking soil information with remote sensing information for improved spatial prediction of swelling.
DOI:
https://doi.org/10.1201/9780203968079.ch15Puntuación Altmetric:
Dimensiones Recuento de citas:
Año de publicación
2006
Autores
Kariuki P; Shepherd K; Van der Meer F
Idioma
English
Palabras clave
spectroscopy, soil sciences
