Abstract:We present a comparative study on the use of wild honeys produced by insects of the order Hymenoptera in the Criollos (of mixed origin) and Polish populations in the northern part of the province of Misiones, Argentina. The principal questions of the study are: do different types of honey exist that are used for both nutritional and medicinal purposes or on the contrary: do exclusively nutritional and/or medicinal honeys exist? When used medicinally, are these honeys involved in the cure or prevention of similar ailments? The previous report of the use of complex drugs consisting of honey and medicinal plants or other products, led us to inquire about alternative or complementary roles among the sapid and medicinal properties of honeys in these blends. This question is approached from the local understanding of the role of honey in the preparation of medicines, treatments and prevention of common diseases in the area. This study is based partly on the results of two larger projects in progress in the mentioned areas.We prepared an open-ended questionnaire and worked with 16 Polish settlers, and with 23 Criollos farmers. The honeys of two species: bee (Apis mellifera) and yateí (Tetrogonisca angustula) obtained the greatest number of reports within alimentary and medicinal categories of use. They were also employed as functional and medicinal food. In general terms, we found a similar corpus of traditional medical knowledge for both populations. The relation between phytotherapy and zootherapy is evident for Criollos and Polish groups. Nevertheless, they show differences in forms of preparation and administrations. Criollos reported the use of greater number of plant species and more combinations of complex remedies.

Honey-based mixtures used in home medicine by nonindigenous population of Misiones, Argentina. Medicinal mixtures are an underinvestigated issue in ethnomedical literature concerning Misiones, one of the most bioculturally diverse province of Argentina. The new culturally sensitive politics of the Provincial Health System is a response to cultural practices based on the medicinal use of plant and animal products in the home medicine of the local population. Honey-based medicinal formulas were investigated through interviews with 39 farmers of mixed cultural (Criollos) and Polish origins in northern Misiones. Fifty plant species and 8 animal products are employed in honey-based medicines. Plants are the most dominant and variable elements of mixtures. Most of the mixtures are food medicines. The role of honey in more than 90% of formulas is perceived as therapeutic. The ecological distribution of taxa and the cultural aspects of mixtures are discussed, particularly the European and American influences that have shaped the character of multispecies medicinal recipes.

Our research involves of how Paraguayan migrants who are living in Misiones, Argentina, manage medicinal plants in home gardens, and how this practice can be related to the landscape. We examine the relationship between the richness of home garden medicinal plants and landscape variables (e.g., distance to the forest) by applying PLS analysis, which combines principal component analysis with linear regression. We surveyed 60 home gardens localized in a rural area, and we characterized the surrounding landscape with geospatial tools. Paraguayans’ home gardens are extremely diverse sites (total of 136 medicinal species), where both native (82) and introduced species (50) are managed. People who live close to the native forest or mixed use areas (e.g., farms, secondary vegetation) tend to possess less native plants in their gardens because they are available nearby. While gardeners, who live in proximity to tree crops (e.g., pine plantations), have reduced access to wild medicinal resources; therefore, their effort is concentrated on maintaining native plants. These results reflect a relationship between accessibility to medicinal plants in the landscape and the management practices in the home gardens, a neglected driver in explaining the richness and composition of the medicinal plants in home gardens so far. Thus, we contributed evidence in support of the environmental scarcity compensation hypothesis. Finally, our study supports the idea that home gardens appear to function as a springboard for plant domestication.Electronic supplementary materialThe online version of this article (10.1007/s12231-018-9417-3) contains supplementary material, which is available to authorized users.

BackgroundNot long ago Eugene Hunn suggested using a combination of cognitive, linguistic, ecological and evolutionary theories in order to account for the dynamic character of ethnoecology in the study of folk classification systems. In this way he intended to question certain homogeneity in folk classifications models and deepen in the analysis and interpretation of variability in folk classifications. This paper studies how a rural culturally mixed population of the Atlantic Forest of Misiones (Argentina) classified honey-producing stingless bees according to the linguistic, cognitive and ecological dimensions of folk classification. We also analyze the socio-ecological meaning of binomialization in naming and the meaning of general local variability in the appointment of stingless bees.MethodsWe used three different approaches: the classical approach developed by Brent Berlin which relies heavily on linguistic criteria, the approach developed by Eleonor Rosch which relies on psychological (cognitive) principles of categorization and finally we have captured the ecological dimension of folk classification in local narratives. For the second approximation, we developed ways of measuring the degree of prototypicality based on a total of 107 comparisons of the type “X is similar to Y” identified in personal narratives.ResultsVarious logical and grouping strategies coexist and were identified as: graded of lateral linkage, hierarchical and functional. Similarity judgments among folk taxa resulted in an implicit logic of classification graded according to taxa’s prototypicality. While there is a high agreement on naming stingless bees with monomial names, a considerable number of underrepresented binomial names and lack of names were observed. Two possible explanations about reported local naming variability are presented.ConclusionsWe support the multidimensionality of folk classification systems. This confirms the specificity of local classification systems but also reflects the use of grouping strategies and mechanisms commonly observed in other cultural groups, such as the use of similarity judgments between more or less prototypical organisms. Also we support the idea that alternative naming results from a process of fragmentation of knowledge or incomplete transmission of knowledge. These processes lean on the facts that culturally based knowledge, on the one hand, and biologic knowledge of nature on the other, can be acquired through different learning pathways.

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In recent times, ethnobiology has revived interest in cognitive aspects of humans' communities. A concept commonly used in this area is cognitive salience. In this paper we assess the wild animal salience meaning for the rural people from an area of the mountain range of the Córdoba province (Argentina). We also analyzed the relationship of cultural and ecological factors over wild animal domain salience. The values of cognitive salience, perception and cultural value were obtained by means of free lists to 16 collaborators, while semistructured interviews were used to inquire about local ecological knowledge and ease of observation about wild animals. The interdependence between the five variables elaborated was analyzed through a Principal Components Regression. The results show a qualitative relationship between Cognitive Salience and Cultural Value and a significant correlation between Cognitive Salience and Local Ecological Knowledge. Ease of Observation did not correlate with Cognitive Salience, but show a significant relationship with the Perceived Abundance. The results suggest a complex network of factors that are modeling the cognitive salience and local perceptions over wild animals. In our findings, highlight the Cultural Value given to harmful animals which reflects an increasing pattern in the region, the conflict between rural people and wild animals. In turn a mutual influences and causal feedback loops between cognitive salience and an ecological factor, the Perceived abundance, is proposed. Investigations over cognition and about how people perceived nature can give us an idea of how they act in it, a compelling factor when it comes to cultural and biological conservation issues.

Se analizan los usos medicinales de los productos obtenidos de colonias de abejas silvestres, en cuanto al uso diferencial de estos recursos según las especies de abejas y el consenso de usos de mezclas que involucran mieles. Se reportaron 412 usos correspondientes a 9 taxones de abejas. Entre los productos de los nidos de estos insectos, la miel es el más utilizado como remedio, principalmente para el sistema respiratorio y como alimento funcional. La misma se emplea en diversas formas de preparación y están presentes en 61 preparados mixtos donde se combinan con plantas (39 especies), productos manufacturados (6) y de origen animal (5). Se halló consenso en el uso de algunos productos, no así en las combinaciones en las que intervienen. Las mieles de Tetragonisca fiebrigi y de Apis mellifera se destacan por su importancia y versatilidad de uso. Éstas pueden ser consideradas recursos medicinales complementarios y a priori no intercambiables. Sin embargo, las especificidades deben ser entendidas como alternativas no categóricas, cuyo uso es moldeado por otros factores como disponibilidad y acceso

Nectariferous and polliniferous resources are key to the survival of social bees, so identifying the origin sources allows the implementation of management actions aimed at a greater supply of nutrients for the colonies. Besides, defining the floral origin of honeys contributes to their characterization and commercialization. The objective of our work was to identify the plants that provide nectar to the bees Apis mellifera and Tetragonisca fiebrigi in northern Misiones, through palynological analysis of honey samples collected between 2006 and 2008. Both bees showed a polylectic foraging habit. Richness of pollen types per sample ranged between 10 and 34 (mean = 20.5 ± 7.7) for A. mellifera, and between 13 and 43 (mean = 24.8 ± 7.1) for T. fiebrigi. The 15 most abundant pollen types in the honeys of A. mellifera were, in decreasing order of importance, Euphorbiaceae, Euterpe edulis, Holocalyx balansae, Calyptranthes concinna-type, Actinostemon, Salix, Ruprechtia laxiflora, Myrcianthes pungens-type, Thinouia mucronata, Allophylus edulis, Ilex, Syagrus romanzoffiana, Gouania latifolia-type, Parapiptadenia rigida, and Baccharis-type, whereas in the honeys of T. fiebrigi the most important pollen types included S. romanzoffiana, Schinus weinmannifolius-type, Baccharis-type, H. balansae, E. edulis, Rhamnaceae, Citrus, Leonurus japonicus, G. latifolia-type, A. edulis, Gomphrena perennis-type, Pouteria gardneriana, P. rigida, Zanthoxylum, and Actinostemon.