Diversity, local knowledge and use of stingless bees (Apidae: Meliponini) in the municipality of Nocupétaro, Michoacan, Mexico
© Reyes-González et al.; licensee BioMed Central Ltd. 2014
Received: 12 December 2013
Accepted: 23 May 2014
Published: 5 June 2014
Stingless bees were significant resources managed by Mesoamerican peoples during pre-Columbian times and remain important in particular areas. Our study aimed at inventorying stingless bees’ species, traditional knowledge and forms of use and management of them at the municipality of Nocupetaro, Michoacán, Mexico, a region of the Balsas River Basin.
We inventoried the stingless bees of the municipality of Nocupétaro, Michoacán, México, through extensive collecting of bee specimens in different vegetation types. We then conducted semi-structured interviews to local experts in order to document their knowledge and management techniques of stingless bees’ species.
We identified a total of eight stingless bees’ species in the study area as well as three additional unidentified taxa recognized by people through the local names. Our inventory included one new record of species for the region (Lestrimelitta chamelensis Ayala, 1999). The taxa identified are all used by local people. Scaptotrigona hellwegeri Friese, 1900; Melipona fasciata Latreille, 1811; Frieseomelitta nigra Cresson, 1878 and Geotrigona acapulconis Strand, 1919 are particularly valued as food (honey), medicinal (honey and pollen), and material for handcrafts (wax). All species recorded are wild and their products are obtained through gathering. On average, local experts were able to collect 4 nests of stingless bees per year obtaining on average 6 L of honey and 4 Kg of wax but some came to collect up 10–12 hives per year (18 L of honey and 24 Kg of wax).
Local knowledge about use, management and ecological issues on stingless bees is persistent and deep in the study area. Information about this group of bees is progressively scarcer in Mexico and significant effort should be done from ethnobiological and ecological perspectives in order to complement the national inventory of bee resources and traditional knowledge and management of them.
Stingless bees (Apidae: Meliponini) are widely distributed in tropical and subtropical regions of the world . Nearly 500 species have been described, most of them in the tropics of the New World, which is considered the main area of diversification of this group of organisms . A total of 46 species of 11 genera have been recorded in Mexico, 12 of them (nearly 26%) being endemic to the territory of this country [2, 3]. Stingless bees are mainly associated to tropical dry and humid forests, in low and warm lands although some species can be found in cloud forest and pine-oak forests in highlands . Particularly in the Central-western region of Mexico a high diversity and endemism of stingless bees’ species has been recorded particularily in three main zones: the Pacific coast, the mountainous area of the Sierra Madre del Sur and the Balsas River Basin . However, relatively few studies on diversity and ecological aspects of the Meliponini bees are still available, mainly in the case of the Balsas River in Michoacan.
Stingless bees are organisms of high ecological importance. It is known that between 30 to 50% of flowering plant species of tropical areas of the New World are pollinated by bees a high proportion of them belonging to the taxonomic group analyzed in this study [4, 5]. This fact and the current global crisis of pollinators  caused by human activities impacting their diversity and abundance [7–9] are priority issues for both science and society.
Stingless bees have been relevant in human culture. They have provided resources and have been part of the social and religious life of several peoples that have developed management techniques of these insects which are technically called “meliponiculture” . In the tropical Americas this activity originated in pre-Columbian times, with particularly important advances in Mesoamerica, the cultural area comprised between southern Mexico and North-eastern Costa Rica, as well as in the Andean region [10, 11].
The traditional Mesoamerican meliponiculture aims to provide honey (which was an important food and medicine), and these products played an important role both economically and sacred . During pre-Columbian times in Mexico four main zones are recognized to have been areas where stingless bees were raised: 1) The Yucatán Peninsula, 2) the Coast of the Gulf of Mexico, 3) The Pacific Coast between the current states of Jalisco and Sinaloa, and 4) the Balsas River Basin, mainly in the current states of Guerrero and Michoacán [13–16]. In these areas important management practices were developed in relation to extraction of products from natural areas, as well as breeding of bees in artificial nests constructed with various techniques.
At present, the actual practices of the Mesoamerican meliponiculture must be considered as a strong and persistent culture of the indigenous and peasant peoples. Presence of old management techniques have been documented to currently occur among the Maya of the Yucatán Peninsula , the Nahuas and Totonac of the Sierra Norte in the state of Puebla, in southern Veracruz (Popolucas)  and in the Isthmus of Tehuantepec (Zapotec, Mixe, Zoque, Nahuas y Popolucas) . According to González-Acereto  in the Yucatan peninsula and southern Mexico the traditional use of several species of stingless bees still persists, where the most representative is “xunan-cab” (Melipona beecheii) being the most important cultivated species whose honey and pollen are used in traditional medical and regionally marketed. The Náhuatl and Totonac peoples of the Sierra Norte manage the “pisil-nekmej” (Scaptotrigona mexicana) which has an important regional marketing because of its medicinal honey . In these regions civil organizations and academic institutions have collaborated in documenting, rescuing traditional meliponiculture and innovating them with current techniques and materials. Particularly important are also the experiences of innovation techniques in the southeastern states of Tabasco and Chiapas , as well as areas of the Coast of the state of Guerrero where two species (Melipona fasciata and Scaptotrigona hellwegeri) have been recorded to be managed by Nahuas people in a village of Atoyac de Alavarez . According to Ayala , of the 46 species of stingless bees described for Mexico, 19 of them are currently used today for crop pollination, honey (food and medicine), pollen and cerumen (crafts and folk art).
Although recognized as an important region in terms of stingless bees’ diversity and culture, the Balsas River Basin is currently particularly poor in information on species richness, traditional knowledge and quality of their honey. We expect to find in the study area traditional ecological knowledge (TEK), management techniques, as well as high species richness of stingless bees, and we started to document such a supposition in part of this vast area. In order to fill the void contribute to this effort, our study was directed to inventorying the species richness of stingless bees in the region of the Balsas River Basin in the state of Michoacán, documenting local knowledge and management techniques by people of communities in the municipality of Nocupétaro. We consider this relevant, in view of the conservation of stingless bees’ species while exploring the potential of alternative productive projects.
Entomological and ethnoentomological inventory
Collecting sites and their biophysical characteristics
Tropical Dry Forest
Tropical Dry Forest
Tropical Dry Forest
Tropical Dry Forest
Loma del Copal
The specimens collected were slaughtered in lethal chambers with ethyl-acetate  for subsequent mounting. These specimens were deposited in entomological boxes for taxonomic identification, which was performed using taxonomic dichotomous keys [1, 2], and with the advice of specialists from the Universidad Michoacana de San Nicolas de Hidalgo (UMSNH), Morelia, Michoacan, Mexico. The nomenclature of the species recorded was done according to Camargo and Pedro .
The specimens collected were deposited in the Entomological Collection of the Museum of Zoology, Faculty of Sciences, UNAM, Mexico. In addition to the taxonomic identification of specimens collected, distribution (defined as the proportion of sites where species were collected) was recorded.
Traditional knowledge and management techniques
For documenting traditional knowledge, use forms and management techniques by local people on stingless bees, we carried out 20 semi-structured interviews to local experts in 18 villages of the Nocupétaro municipality (representing 15% of the total localities and the diversity of vegetation types). The interviews were conducted using the collected specimens, in order to confirm the information. These local experts are locally recognized as colmeneros who are skilled in collecting stingless bees’ products. Interviews were divided into two main sections: a) local knowledge of stingless bees (including names, spatial and temporal distribution, abundance, feeding and nesting characteristics of stingless bees), and b) use and management (including management techniques, forms of use and preparation of products obtained from stingless bees, the division of labor in obtaining and preparation of such products, productivity and preference of usage of the different species of stingless bees).
In addition, we used the method of “participant observation” [28, 29] working with 8 local experts of the study area, by recording the activities of extraction of products from the beehive and the search for nests in the wild. The group of local experts integrated in the study was formed by 19 men and 1 woman of 55 years on average. Local experts were contacted through the snowball sampling method [30, 31], which involved the construction of a network of experts based on the recommendation of the experts themselves. Finally, we defined a mention index (MI) (proportion of bee’s species mentions divided by the total number of interviews) as a way to recognize the stingless bees locally best known and the preferences of local use .
Richness of stingless bees in Nocupétaro
Stingless bees’ species recorded at the municipality of Nocupétaro, Michoacan, Mexico
Number of sites/(%)
1. Frieseomelitta nigra Cresson, 1878
2. Scaptotrigona hellwegeri Friese, 1900
3. Geotrigona acapulconis Strand, 1919
Colmena de tierra/Prieta de tierra
4. Trigonisca sp.
5. Lestrimelitta chamelensis Ayala, 1999*
6. Melipona fasciata Latreille, 1811
7. Nannotrigona perilampiodes Cresson, 1878
8. Partamona bilineata Say, 1837
n = 16 sites
Local knowledge on stingless bees
Local knowledge on stingless bees at the municipality of Nocupetaro, Michoacan
Behavior (local knowledge)
Morphology (local knowledge)
1. Abeja Bermeja
Defensive (gets tangled in the hair and bites)
Intense reddish median bee
In hollow trunks
2. A. Cepimilla
Bee type that likes people sweat
Very small bee
In trunks, very small nests
3. A. Esculcona
Very defensive (gets tangled in the hair and bites)
Median black Bee
Aerial and exposed nest as termite mound.
4. A. Limoncilla
Docile and attack other bees
Small dark bee, with strong lemon scent
In hollow logs
5. A. Pintilla
Very Defensive (gets tangled in the hair and bites
Similar to Apis mellifera in size and color
In hollow logs, cavities between the trunk and the ground
6. A. Prieta esculcona
Median and very dark bee
7. A. Sapito
Very docile and timid
Small dark bee
8. A. Trompetera
Very docile and timid
In hollow trunks. The nest entrance is shaped trumpet (made of beeswax)
9. A. Zopilota
Median dark bee, very bright with white wing tips
In hollow logs
10. Colmena real
Very defensive (gets tangled in the hair and bites)
Similar to Apis mellifera in size and color
In hollow logs
11. Colmena de Tierra or Prieta de Tierra
Very docile and timid
Median bee completely dark
Buried in the ground
Local experts recognized the abeja bermeja (S. hellwegeri) by its red color and its defensive behavior. The stingless bee called zopilota (F. nigra) is recognized by its dark color and the wing tips white and it is also characterized by its docile behavior. The colmena de tierra or prieta de tierra (G. acapulconis) is identified by its dark color and its pattern of nesting in the ground as well as being very docile. Moreover, the colmena real (M. fasciata) is identified by its colors similar to Apis mellifera, its hairiness and size. The new record bee limoncilla (L. chamelensis) which is named for its distinctive lemon scent (typical of the genus Lestrimellita) is distinguished by local experts by attacking other species of stingless bees and steal their honey. The abeja esculcona (P. bilneata) is known for its aerial nesting and its defensive behavior. The bee cepimilla (Trigonisca sp) is identified by local experts for its small size and its habit of perching on the sweat of the people. The bee trompetera (N. perilampiodes) nests in hollow trunks and is named this way because the entrance to its nest is shaped like a trumpet made of beeswax. Additionally local experts known and cited three stingless bees’ species that were not collected and identified: abeja pintilla, abeja prieta esculcona and abeja sapito, (Table 3).
Out of all the species locally recognized, the abeja bermeja (S. hellwegeri), abeja zopilota (F. nigra), the colmena real (M. fasciata), and the colmena de tierra (G. acapulconis) are the best known, since all of them were referred by more than 80% of the local experts interviewed (Table 3). The abeja limoncilla (L. chamelensis) is moderately known since 35% of local experts referred to this bee. The least known stingless bees were the abeja esculcona (P. bilneata), abeja trompetera (N. perilampiodes) and the abeja cepimilla (Trigonisca sp).
Local experts expressed a positive perception in relation to stingless bees, all of them said that these bees are “good” since they provide miel (honey), cerumen (beeswax), and pasacuareta (pollen), and they do not cause any damage to people (compared with Apis mellifera and wasps). Knowledge of stingless bees is transferred from parents to children and according to the 85% of the local experts interviewed; men know and recognize differences among stingless bees’ species, as well as their behavior and habits patterns, their nesting sites and characteristics, seasons and particular techniques for extracting products. For the contrary, 75% of the local experts interviewed referred to that women know better the techniques used for processing the products, particularly those requiring more specialization such as preparing wax for manufacturing candles, but also the form of preparing pollen and honey for food and medicinal purposes.
Use of stingless bees’ products
According to 70% of the local experts interviewed, the main motive for using stingless bees has been their wax or cerumen, for preparing candles used during the día de muertos or día de las ánimas in November 2. Beeswax extraction collaterally allowed using honey and pollen. The manufacture of beeswax candles is an activity involving specialized practices which are carried out by women. The first step of preparation of beeswax is its washing with water, then boiling the washed beeswax with water, and repeating the process. The second last cooking without water was the moment for including the candlewick. Beeswax is also used for sealing traditional bowls made of gourds (Lagenaria siceraria), and nearly 30% of local experts said that beeswax is commercialized in areas out of Nocupétaro where it is used for managing grafting in fruit trees.
Honey is highly valued for its medicinal and food uses. According to local experts, honey is consumed almost immediately after being extracted, alone or accompanying a hot drink. As medicine, honey of stingless bees is used for treating different illnesses. It is consumed liquid in mixture with different ingredients for treating cold, cough, bronchitis and other respiratory illnesses (with lemon juice, but 15% of local experts interviewed also mentioned agave mescal, ethanol, and fruit pulp of Crescentia alata). It is also used as antiseptic, topically put on specific infected parts of the body, particularly eyes and cutaneous injures and infections. As anti-inflammatory honey is used for muscle fatigue, sprains, injures, mauls, dabbed on affected parts. The pollen or “pasacuareta” is edible; in general people said that when “pascuareta” has yellow colour its consumption should be avoided since it cause vomit.
Local experts referred that in the past there were persons who went to the forest exclusively to colmenear (looking for bee nests), and this activity was complemented by identifying nests when carrying out other activities of their daily life. Although there is a deep knowledge on stingless bees in the study area, no raising practices or meliponiculture was recorded, therefore obtaining products derived from stingless bees is by direct extraction and partial or total destruction of nests. Currently, the use of stingless bees’ products is only occasional and may be considered in disuse. The extraction and use of stingless bees’ products was popular the last century until the 60’s where 90% of local experts identified the beginning of the decline of stingless bees’ populations, and became particularly strong in early 90’s when some species disappeared. The main causes identified as factors diminishing of stingless bees according to 75% of local experts have been the increase in the abundance of Apis mellifera; extractive practices and land use change (65%); drought (50%); use of insecticides, pesticides and agrochemicals (15%), and fires associated with long periods of drought (5%). Nearly 70% of local experts interviewed considered that stingless bees will disappear relatively soon.
Nearly 30% of the local experts interviewed said that they extract only the honey storing pots and a bit of wax, leaving intact the cells hive re-covering then the nest allowing the bees the reconstruction of the nest until the following harvest season. However, they also said that generally after extracting products the hives become lost because of the exposition to predators, parasites, and other environmental factors. People identified as the main predators of bee hives the badger tejón (Nasua narica), tlacuache (Didelphis marsupialis), skunk zorrillo (Mephitis sp), coyote (Canis latrans), armadillo (Dasypus novemcinctus), ants and the wasps locally called avispas carneras. Two persons recognized the parasitic interaction of the stingless bee limoncilla (L. chamelensis) with other stingless bee species, as well as with the euorpean bee (Apis mellifera).
On average, every local expert or colmenero extracted four hives of stingless bees per year, obtaining on average 6 L of honey and 4 Kg of beewax; however, some local experts said to collect up 10 to 12 hives per year obtaining on average 18 L of honey and 24 Kg of wax, amounts that indicate that the activity and use of these resources were important for people of Nocupétaro. Even when the colmeneros extract a relatively high amount of stingless bee’s products, commercialization is restricted to wax and it occurs at low scale, as candles in small store or for grafting. Honey is collected for direct consumption of households that collect it.
According to Ayala , have been described 11 genera and 46 species of stingless bees for Mexico, and particularly for the state of Michoacan have been described 8 genera (72% of the total) and 13 species (28% of the total). In the study area we recorded a relatively high species richness of stingless bees including 7 genera and 8 species (representing 87.5% and 61.5% of the species recorded in Michoacan). It is important to notice and highlight that in this study L. chamelensis was identified as a new record of species for the Balsas River Basin of Michoacán, and was recorded the presence of M. fasciata, which is endemic to the region and are recognized as mountain species, inhabiting zones of relatively higher elevations [2, 3]. The new record of L. chamelensis for the area is transcendent since its presence depends in turn on the abundance of other stingless bees’ species because it is a clepto-biological species.
An important aspect derived from this study is that it is possible to suppose that the number of stingless bees’ species in the study area is higher because the registration of the abeja pintilla, abeja prieta esculcona and the abeja sapito. This kind of stingless bees where mentioned by local experts but not collected and they could represent different. Additionally we can assume this because were not explored all vegetation types, particularly crops such as sesame or peanut.
Local identification of stingless bees’ species incorporates not only morphological but also ecological, behavioral, and social characteristics, as described in other studies and cultural contexts .
There are recently published works that integrate exhaustively the status of meliponiculture on a global scale , which underscores the cultural importance of this activity. Instead, this paper focuses on a much more basic activity which is the management of wild populations of these bees. In our study, all the species described are used and there were no related meliponiculture management practices rather extractive practices. This condition had already noticed by Hendrichs , who states that in the Balsas region were well known the colmeneros, who practiced a specialized activity, but mainly by the extraction process.
Doing an exhaustive literature review, we found the report of 24 species of stingless bees that are used in Mexico in some form. These species are: Cephalotrigona eburneiventer (Schwarz, 1948) , Cephalotrigona oaxacana (Ayala, 1999) , Cephalotrigona zexmeniae (Cockerell, 1912) [3, 34], Frieseomelitta nigra (Lepeletier, 1836) , Geotrigona acapulconis (Strand, 1919) , Melipona beecheii (Bennett, 1831) [3, 10, 18, 19, 15, 22], Melipona colimana (Ayala, 1999) , Melipona fasciata (Latreille, 1811) [3, 15, 21], Melipona lupitae (Ayala, 1999) , Melipona solani (Cockerell, 1912) [20, 23], Melipona yucatanica (Camargo, Moure, Roubik, 1988) , Nannotrigona perilampoides (Cresson, 1878) [3, 13, 20, 34, 35], Paratrigona guatemalensis (Schwarz, 1938) , Partamona bilineata (Say, 1837) , Plebeia frontalis (Friese, 1911) , Plebeia manantlensis (Ayala, 1999) , Plebeia moureana (Ayala, 1999) , Plebeia pulchra (Ayala, 1999) , Scaptotrigona mexicana (Guérin, 1845) [3, 10, 19, 20, 35], Scaptotrigona pectoralis (Dalla Torre, 1896) [3, 20, 34, 35], Scaptotrigona hellwegeri (Friese, 1900) , Tetragonisca angustula (Lepeletier, 1811) [3, 20, 35], Trigona nigérrima (Cresson, 1878) , Trigonisca maya (Ayala, 1999) . In this sense, our research incorporates two new useful species, Trigonisca sp., (the recorded use of honey is medicinal) and L. chamelensis, (the recorded use of honey is medicinal and people recognize that the ingestion of this species’ honey, and pollen, cause miserere) totaling 26 useful species. This represents that of the 46 species described for Mexico [2, 3], 56.5% are useful. However, we consider of great importance join efforts to integrate a national inventory of stingless bees.
On the other hand it is clear that there are stingless bees’ species with a higher level of importance because the local preference of their products. This differential valuation in specific cultural contexts has been described in other studies, mainly in plants . In this case, species widely locally known such as F. nigra, S. hellwegeri, M. fasciata and G. acapulconis at the same time are most preferred species for use. This represents a universe of species with high potential for local management and technological innovation in the study area. For this purpose would be of great importance to develop ecological studies to determine the distribution and abundance of stingless bees. This information is essential to generate plans for sustainable management of this group of insects. In this sense, it is important to note that M. fasciata seems to be a rare species since we collected only two specimens in one site, and no nests were identified, and G. acapulconis nests on the ground making it difficult to use.
While it is true that honey is one of the main stingless bees’ products, is also true that there is a need to establish quality criteria. Recently the demand for natural, organic and homeopathic products has increased, including those of stingless bees and particularly for the stingless bees’ honey have not yet been defined formal norms or quality standards , which is quite complex because of the variety of species and types of honey specific to each region . Thinking about the possibility of promoting alternative management projects that represent economic benefits, characterize the physicochemical properties of stingless bees’ honey represents a relevant field of research that has to be developed in the study area.
During the fieldwork we recorded general information about eight different types of Hymenoptera that people of Nocupétaro know such as Xylocopini (xicota), Bombini (abejorro, guaricho, guaricho grande) and Vespidae (avispa arápara o ahogadora, avispa carnera, avispa guitarrilla, huevo de toro). This is relevant since other authors  highlight the cultural importance of the wasp uauapu (Polibya occidentalis Buysson, 1905) between Purépecha culture (territory adjacent to the study area). This motivates the exploration of the relationship between society and insects in the study area, including stingless bees but also in a broader sense, including other insects.
Bees are among the main pollinators of flowering plants throughout the world and their conservation is a current main issue of both science and society. This is a general premise for all bees’ species but it acquires particular relevance for those species that in addition to pollination represent provision ecosystem services as are several species of Meliponini. Nonetheless local experts of Nocupétaro perceive and recognize that extraction rates of bee products have decreased more recently alongside the increase of vegetation clearing and use of insecticides threatening the permanence of stingless bees, local knowledge and the use of resources they provide persist in the study area. For this, it is relevant to establish the consequences that environmental problems may have for both, populations of stingless bees and local culture associated with them. In this sense ethnozoological and ethnoentomolgical studies are a key reference to direct these efforts.
The information generated suggests that conservation associated to use of bees (integral meliponiculture) is still possible to be enhanced in Nocupétaro. Mainly because the resource and local knowledge remain in the study area. Also, for the interest of the colmeneros to develop this activity. No forms of cultivation management was recorded in the studied area, but important experiences in other regions of Mexico offer the possibilities to encourage efforts for recovering the local techniques innovating both knowledge and management practices based on those from other areas of Mexico.
Written informed consent was obtained for the publication of this report and any accompanying images.
The authors are deeply grateful to the people of the municipality of Nocupétaro for their participation in the interviews and sharing their knowledge. At the laboratory of ecology and evolution of plant resources of the Centro de Investigaciones en Ecosistemas, CIECO, UNAM, for their support in conducting the research project, particularly Edgar Perez - Negron for their support in the field.
- Michener C: The Bees of the World. 2007, USA: The Johns Hopkins University Press, 2Google Scholar
- Ayala R: Revisión de las abejas sin aguijón de México (Hymenoptera: Apidae: Meliponini). Folia Entomológica Mexicana. 1999, 106: 1-123.Google Scholar
- Ayala R, González V, Engel M: Mexican stingless bees (Hymenoptera: Apidae): divesity, distribution, and indigenous knowledge. Pot-Honey: A Legacy of Stingless Bees. Edited by: Vit P, Pedro-Silvia RM, Roubik D. 2013, New York: Springer, 135-152.View ArticleGoogle Scholar
- Biesmeijer JC: Abejas sin aguijón: su biología y la organización de la colmena. 1997, The Netherlands: Elinkwijk BVGoogle Scholar
- Heard T: The role of stingless bees in crop pollination. Annu Rev Entomol. 1999, 44: 183-206. 10.1146/annurev.ento.44.1.183.View ArticlePubMedGoogle Scholar
- Brosi B, Daily G, Ehrlich P: Bee community shifts with landscape context in a tropical countryside. Ecol Appl. 2008, 17 (2): 418-430.View ArticleGoogle Scholar
- Kearns C, Inouye D, Waser N: Endangered mutualisms: the conservation of plant-pollinator interactions. Annu Rev Ecol Syst. 1998, 29: 83-112. 10.1146/annurev.ecolsys.29.1.83.View ArticleGoogle Scholar
- Samejima H, Marzuki M, Nagamitsu T, Nakasizuka T: The effects of human disturbance on a stingless bee community in a tropical rainforest. Biol Conserv. 2004, 120 (4): 577-587. 10.1016/j.biocon.2004.03.030.View ArticleGoogle Scholar
- Lee HS, Navjot S, Elmqvist T: Bee diversity along a disturbance gradient in tropical lowland forests of south-east Asia. J Appl Ecol. 2001, 38 (1): 180-192. 10.1046/j.1365-2664.2001.00582.x.View ArticleGoogle Scholar
- Quezada-Euán J, May-Itzá W, González-Acereto J: Meliponiculture in Mexico problems and perspective for development. Bee World. 2001, 84 (4): 160-167.View ArticleGoogle Scholar
- Crane E: The past and the present status of beekeeping with stingless bees. Bee World. 1992, 73 (1): 29-42.View ArticleGoogle Scholar
- Cortopassi-Laurino M, Imperatriz-Fonseca VL, Roubik DW, Dollin A, Heard T, Aguilar I, Venturieri G, Eardley C, Nogueira-Neto P: Global meliponiculture: challenges and opportunities. Apidologie. 2006, 37: 275-292. 10.1051/apido:2006027.View ArticleGoogle Scholar
- Bennett C: Stingless beekeeping in western Mexico. The Geographical Review. 1964, 54: 85-92. 10.2307/213031.View ArticleGoogle Scholar
- Hendrichs P: El cultivo de abejas indígenas en el estado de Guerrero. México Antiguo. 1941, 5: 365-373.Google Scholar
- Kent R: Mesoamerican stingless beeekeeping. J Cult Geogr. 1984, 4 (2): 14-28. 10.1080/08873638409478571.View ArticleGoogle Scholar
- Dixon C: Beekeeping in southern Mexico. Conference of Latin Americanist Geographers. 1987, 13: 68-77.Google Scholar
- González-Acereto JA: Cría y manejo de abejas nativas sin aguijón en México. 2008, Mexico: Planeta ImpresoresGoogle Scholar
- Foster GM: Indigenous apiculture among the Popoluca of Veracruz. Am Anthropol. 1942, 44: 538-542. 10.1525/aa.1942.44.3.02a00370.View ArticleGoogle Scholar
- Vásquez-Dávila M, Solís-Trejo MB: Conocimiento, uso y manejo de la abeja nativa por los chontales de Tabasco. Tierra y Agua. 1991, 2: 29-38.Google Scholar
- Guzmán-Díaz MA, Rincón-Rabanales M, Vandame R: Manejo y conservación de abejas sin aguijón (Apidae: Meliponini). 2004, Mexico: El Colegio de la Frontera SurGoogle Scholar
- González-Acereto JA, De Araujo-Freitas JC: Manual de meliponicultura mexicana. 2005, Mexico: Universidad Autónoma de Yucatán, Fundación Produce GuerreroGoogle Scholar
- Instituto Nacional de Estadística Geografía e Informática (INEGI): Prontuario de información geográfica municipal de los Estados Unidos Mexicanos. Nocupétaro, Michoacán de Ocampo clave geoestadística 16057. 2009, [http://www.inegi.org.mx/geo/contenidos/topografia/compendio.aspx]Google Scholar
- Instituto Nacional de Estadística Geografía e Informática (INEGI): Conjunto nacional de uso de suelo y vegetación a escala 1:250000, Serie IV. 2010, MexicoGoogle Scholar
- Instituto Nacional de Estadística Geografía e Informática (INEGI): Censo de población y vivienda. 2010, [http://www3.inegi.org.mx/sistemas/mexicocifras]Google Scholar
- Sutherland WJ: Ecological Census Techniques: A Handbook. 1996, United Kingdom: Cambridge University PressGoogle Scholar
- Gullan PJ, Cranston P: The Insects: An Outline of Entomology. 2004, United Kingdom: Blackwell Publishing, 3Google Scholar
- Camargo JM, Pedro SRM: Meliponini Lepeletier, 1836. Catalogue of Bees (Hymenoptera, Apoidea) in the Neotropical Region. Organized by Moure JS, Urban D, Melo GAR. 2013. [http://www.moure.cria.org.br/catalogue]
- Taylor SJ, Bogdan R: Introducción a los métodos cualitativos de investigación. 1987, Spain: PaidósGoogle Scholar
- Sánchez R: La observación participante como escenario y configuración de la diversidad de significados. Observar, escuchar y comprender. Sobre la tradición cualitativa en investigación social. 2004, Coordinated by Tórres ML. Mexico: FLACSO, El Colegio de México, Miguel Ángel Porrúa, 97-131.Google Scholar
- Bailey KD: Methods of Social Research. 1987, New York: Free PressGoogle Scholar
- Sousa R, Hanazaki N, Batista J: Are gender and age important in understanding the distribution of local botanical knowledge in fishing communities of the Parnaíba Delta Environmental Protection Area?. Ethnobotany Res Appl. 2012, 10: 551-559.Google Scholar
- Camou-Guerrero A, Reyes-García V, Martínez-Ramos M, Casas A: Knowledge and use value of plant species in a Raramuri community: a gender perspective for conservation. Hum Ecol. 2008, 36: 259-272. 10.1007/s10745-007-9152-3.View ArticleGoogle Scholar
- Santos GM, Antonini Y: The traditional knowledge on stingless bees (Apidae: Meliponina) used by the Enawene-Nawe tribe in western Brazil. J Ethnobiol Ethnomed. 2008, 4: 1-9. 10.1186/1746-4269-4-1.View ArticleGoogle Scholar
- González-Acereto JA: Acerca de la regionalización de la nomenclatura Maya de abejas sin aguijón (Melipona sp.) en Yucatán. Revista de Geografía Agrícola. 1983, 5–6: 190-193.Google Scholar
- Guzmán-Díaz MA, Balboa C, Vandame R, Albores ML, González-Acereto JA: Manejo de las abejas nativas sin aguijón en México. 2011, Mexico: El Colegio de la Frontera SurGoogle Scholar
- Vit P, Medina M, Enríquez ME: Quality standards for medicinal uses of Meliponinae honey in Guatemala, Mexico and Venezuela. Bee World. 2004, 85 (1): 2-5.View ArticleGoogle Scholar
- Vit P: Caracterización fisicoquímica de mieles de abejas sin aguijón (Meliponini) de Venezuela. Revista del Instituto Nacional de Higiene Rafael Rangel. 2009, 40 (2): 7-12.Google Scholar
- Argueta A, Castillejas A: Las uauapu en la vída de los p’urhépecha o tarascos de Michoacán. Relaciones. 2012, 131: 283-320.Google Scholar
This article is published under license to BioMed Central Ltd. This is an Open Access article distributed under the terms of the Creative Commons Attribution License (http://creativecommons.org/licenses/by/2.0), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly credited. The Creative Commons Public Domain Dedication waiver (http://creativecommons.org/publicdomain/zero/1.0/) applies to the data made available in this article, unless otherwise stated.