Australian Journal of Soil Research · 1997 · 55 citations · 23 references
AgricultureEarth SciencesSoil SciencesPedologySoil ScienceSoil SurveyField Soil ObservationSoil InterpretationSoil MappingSoil Resource InventorySoil SurveyingSoil-landscape RelationshipsField Soil SamplingInterpretive Soil MappingSoil Interpretive MapsSoil PropertiesSoil Resource MappingSoil Survey Report InterpretationSoil Survey ReportsSustainable Land Management Assessment
Pedology, the field study of soils as natural landscape bodies, has suffered serious cutbacks in stang and funding in many developed countries. Soil survey, a strong focus for pedology, has been most affected by this recession. The cutbacks to pedology reflect the reduction in funding for general purpose soil resource inventories and a decline in central government planning and land development, as well as changing needs for soil information and perceived failure of soil survey to respond by delivering relevant, timely information at affordable cost. A refocusing of research effort in pedology is required to contribute to research into environmental issues of sustainable land management, and global change processes and impacts. The adoption of modern, ecient approaches to collecting, analysing, interpreting and presenting field soil data will improve the fund-raising capability of pedology and enhance its institutional stature. The general purpose paper soil map and soil survey report has largely been superseded as a medium for presenting soil information. Increasingly, it will be replaced by computer-generated, special purpose, interpretive soil maps that are based on soil–landscape models and include more objective, statistically estimated information on soil variability. There is a continuing role for pedology to define the extent, distribution, properties, suitability, and vulnerability of soils as a basis for sustainable land management. There is a need for increasing focus on temporal changes in soil properties, greater attention to soil properties that determine soil functioning and influence soil use, and interpretation of the environmental record contained in soils and regolith.
23
Soil Attribute Prediction Using Terrain Analysis
Ian D. Moore, Paul E. Gessler, G. A. Nielsen et al. · Soil Science Society of America Journal · 1993 · 1.4K citations
Fuzzy mathematical methods for soil survey and land evaluation
P.A. Burrough · Journal of Soil Science · 1989 · 502 citations
How farmers assess soil health and quality
Douglas Romig, M. Jason Garlynd, R. F. Harris et al. · Journal of Soil and Water Conservation · 1995 · 197 citations
Agriculture, Agronomy, Soil Sciences +11