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The objective of this study was to evaluate algorithm for capability land use according to the new criteria for technological level. Seventy-nine units of land use have been randomly samples, distributed in three regions of southwestern Amazon, in fifteen farms. In each unit of land use soil samples taken in depth 0-25 cm, 25-60 cm and 60-100 cm, and then, sent to the laboratory to determine the levels of calcium, magnesium and aluminum, potential acidity, clay, sand and silt total, particles  density and organic carbon and the remaining phosphorus value. Observations on the rockiness, stoniness, presence of variegated coloration and restricted drainage indicators, slope and position landscape position and annual rainfall average in the region where annotated. These indicators were interpreted by algorithm for the interpretation of land use capacity at the farm level. The algorithms detected variations in agricultural potential, not detectable in studies based on soil survey conducted at scales lower that 1:100,000. Indicating that the technological level conceptualization allowed evaluating differences in agricultural land suitability rightly, even for non-agricultural uses systems. KeyWords : Land Use; Territorial Planning; Environmental Evaluation.

Aptidão Agrícola das Terras Aplicadas em Pequenos Estabelecimentos Rurais do Sudoeste Amazônico