Australian Soil Classification: an Review
Byung-Keun Hyun, Yeon-Kyu Sonn, Hyun-Jun Cho, Kang-Ho Jung, Jung-Won Choi, Sug-Jae Jung, Woo-Ri Kwak, Woon-Sun Kim, Se-Eun Hong
Abstract
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Byung-Keun Hyun, Yeon-Kyu Sonn, Hyun-Jun Cho, Kang-Ho Jung, Jung-Won Choi, Sug-Jae Jung, Woo-Ri Kwak, Woon-Sun Kim, Se-Eun Hong
Abstract
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As a means of improving Korean Soil Classification System, we have reviewed Australian Soil Classification System by comparing Soil Taxonomy and FAO/WRB Classification System. Australian Soil Classification System is composed of 14 of Order, 87 of Sub-order, 556 of Great-group, 2,451 of Sub-group, and 7,276 of Family. Interestingly, soil order has the Anthroposols which is not classified with Soil Taxonomy, and the classification for some of soils is based on soil texture abruption horizon and soil structure. Seven of 14 soil orders are classified with an old version based on soil color rather than morphological characteristics. The distribution scale of Australian soil order is the largest in Tenosols, and followed by Kandosols, Rudosols, Sodosols and Vertisols in Australia.
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As a means of improving Korean Soil Classification System, we have reviewed Australian Soil Classification System by comparing Soil Taxonomy and FAO/WRB Classification System. Australian Soil Classification System is composed of 14 of Order, 87 of Sub-order, 556 of Great-group, 2,451 of Sub-group, and 7,276 of Family. Interestingly, soil order has the Anthroposols which is not classified with Soil Taxonomy, and the classification for some of soils is based on soil texture abruption horizon and soil structure. Seven of 14 soil orders are classified with an old version based on soil color rather than morphological characteristics. The distribution scale of Australian soil order is the largest in Tenosols, and followed by Kandosols, Rudosols, Sodosols and Vertisols in Australia.
Key concepts: USDA soil taxonomy, Unified Soil Classification System, Soil series, Soil classification, Soil water, Soil horizon, Soil science, Soil map