Abstract
This research was designed to test the following hypothesis: Among traditional (nonliterate and minimally literate) people residing in their home environment, traditionally derived knowledge of specific cases of ecological processes can approximate scientifically derived knowledge of those same cases. After locating three minimally literate peasant family lineages in Lijiayang and Linfengkeng villages, Shouning County, Fujian Province, China, not applying science-based systems of agroforest management, a decision-tree model of an indigenous agroforest management system was constructed from extensive interviews. The system was centered around shamu (Cunninghamia lanceolata),an important timber species with a long history of management in China. A major part of the management system is agricultural intercropping with a wide variety of cereal, cash, medicinal, and oil-producing crops. Intercropping is practiced in the initial phases of afforestation; is an integral aspect of site preparation and the tending of the young stand; and contributes to tree establishment, growth, and survival. The cases presented demonstrate that local peasant knowledge of the effects of burning, site preparation, crop selection, crop tending, and intercropping duration on soil quality and the survival and development of shamu is strongly analogous to the knowledge derived through systematic scientific research. This process of deriving scientifically valid ecological knowledge through traditional means is called protoscience.
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Chandler, P. Adaptive ecology of traditionally derived agroforestry in China. Hum Ecol 22, 415–442 (1994). https://doi.org/10.1007/BF02169387
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DOI: https://doi.org/10.1007/BF02169387