Showing papers in "Economic Botany in 1996"
TL;DR: In this article, the authors provide a framework for analyzing the decision of a farmer to maintain, incorporate or discard a variety from his/her repertoire of varieties of one crop, based on an analysis of the roles that crop infraspecific diversity can play in a farmer's well-being.
Abstract: There is an increasing concern over the loss of germplasm diversity in areas of crop domestication. Nevertheless in these areas many farmers continue to maintain a pool of varieties, many of them landraces, despite the fact that they have also incorporated improved varieties, and that some landraces have been eliminated. This paper provides a framework for analyzing the decision of a farmer to maintain, incorporate or discard a variety from his/her repertoire of varieties of one crop. It is based on an analysis of the roles that crop infraspecific diversity can play in a farmer’s well-being, how these roles change, the limits to these changes, and some predictions and suggestions derived from this framework.
318 citations
TL;DR: The application of ecological concepts to ethnobotanical studies, in particular of diversity, is analyzed and island biogeography theory is used to discuss these results.
Abstract: The application of ecological concepts to ethnobotanical studies, in particular of diversity, is analyzed. Diversity indices are important tools that may help in understanding human-environment interactions. Those indices allow comparisons on the use of plants by different populations in different environments. A review on recent major ethnobotanical journals was carried out, and 10 studies (7 from Latin America, 2 from Asia and 1 from Europe) were selected based on available data to calculate diversity indices. The Shannon-Wiener indices and rarefaction curves were obtained. High diversity on plant uses were found for studies carried out at Peru, Mexico, Brazil and Thailand. A low diversity was found for Tonga, and island biogeography theory is used to discuss these results. Sampling effort is evaluated through rarefaction curves. The estimation of the diversity of resources used by native populations may be useful when planning conservation areas and their management.
248 citations
240 citations
TL;DR: In this article, a species enumeration of 1-hectare primary and secondary forest plots, and a survey of the regional plant pharmacopoeia of the Atlantic forests of Bahia, Brazil, is presented.
Abstract: Tropical forests represent repositories of medicinal plant species and indigenous ethnomedical knowledge. These biotic and cognitive resources are threatened by forest removal and culture change. It has, however, yet to be demonstrated quantitatively that tropical pharmacopoeias are concentrated in primary as opposed to disturbed forests, nor that folk ethnomedical knowledge is disappearing. I examined these questions by means of a useful species enumeration of 1-hectare primary and secondary forest plots, and a survey of the regional plant pharmacopoeia of the Atlantic forests of Bahia, Brazil, a region that has witnessed significant human and biological modification. Healers demonstrated a strong preference for disturbed over primary forest. Second growth forest plots yielded 2.7 times the number of medicinal species identified in primary forest plots. The regional survey likewise elicited an ethnoflora characterized by herbaceous, weedy, cultivated, and exotic taxa. These results may reflect the availability and intrinsic medicinal value of disturbance species, as well as the increasing rarity of the region’s primary forests. They may also represent the long term outcome of culture change, cognitive erosion, and reformulation of the region’s perceived healing flora.
171 citations
TL;DR: In this paper, the authors present the results of a study that seeks to evaluate the reliance of an indigenous group on non-timber forest products for cash income and examine the effect of household variables on the cash income derived from collection.
Abstract: It is generally assumed that the sustained extraction and processing of non-timber forest products by local people can enhance their cash income and provide an alternative to tropical deforestation. However, the degree to which such products actually or may potentially contribute to rural incomes is poorly documented. We present the results of a study that seeks to evaluate the reliance of an indigenous group on non-timber forest products for cash income. Furthermore, we examine the effect of household variables on the cash income derived from collection and the price appreciation of non-timber forest products. These products account for nearly half of the gross annual income earned by the Soliga households in the Biligiri Rangan Hills of the Karnataka State in South India. Econometric models indicate that although income derived from the extraction of non-timber forest products is high in proportion to the time devoted to the collection, the extraction is not a preferred vocation. Furthermore, price appreciation for non-timber forest products varies for different products and, overall, the Soligas obtain essentially minimal wages for their extractive efforts. We discuss possible mechanisms for enhancement of Soligas’ income and the involvement of Soligas in conservation efforts.
166 citations
TL;DR: In this article, the authors estimate the quantities of selected products gathered by the Soligas, the indigenous people in the Biligiri Rangaswamy Temple (BRT) sanctuary in Karnataka, India, and examine the effect of extraction on forest structure and composition.
Abstract: Sustainable extraction of non-timber forest products (NTFPs) has recently gained considerable attention as a means to enhance rural incomes and conserve tropical forests. However, there is little information on the amounts of products collected per unit area and the impact of extraction on forest structure and composition. In this paper we estimate the quantities of selected products gathered by the Soligas, the indigenous people in the Biligiri Rangaswamy Temple (BRT) sanctuary in Karnataka, India, and examine the effect of extraction on forest structure and composition. Two sites, distant (DS) and proximal (PS), were identified based on the proximity to a Soliga settlement. The frequency of different size classes indicates that regeneration overall is poor in the area. The two sites show differences in species richness, basal area, and tree mortality. Furthermore, non-timber forest product species show a greater deficit of small size classes than the timber forest species, suggesting that regeneration is affected by collection of seeds and fruits from non-timber forest product species. Regeneration, however, may also be affected by other anthropogenic pressures such as fire, grazing and competition with weeds.
162 citations
TL;DR: In this paper, the diversity of plants used by the Garifuna focusing on medicinals is reported, including 229 medicinals, 93 food plants, and 94 species for other uses.
Abstract: We report the diversity of plants used by the Garifuna focusing on medicinals. Garifuna plants documented in this study are distributed among 75 families, 193 genera, and 254 species. Included are 229 medicinals, 93 food plants, and 94 species for other uses. Garifuna medicinals treat more than 30 human ailments and most are native (74%) to eastern Nicaragua. About 70% of the medicinals have some bioactive principle, most are herbs (37%) or trees (34%), and leaves are the most frequently utilized plant part. Most are prepared as decoctions and are administered orally. Most food plants are domesticates, and only 14 of 51 domesticated food species are native to the NW tropics with only three to Mesoamerica. Garifuna culture is changing rapidly as a result of contact with immigrating mestizos from central Nicaragua. This study provides a written record of folk medicine and ethnobotany for the people of eastern Nicaragua.
158 citations
157 citations
TL;DR: The results of ethnobotanical fieldwork among two Yanomami communities are presented, and the knowledge of medicinal plants and fungi among those communities is discussed in the light of recent evidence that theYanomami possess, contrary to previous assumptions, an extensive pharmacopoeia.
Abstract: The results of ethnobotanical fieldwork among two Yanomami communities are presented, and the knowledge of medicinal plants and fungi among those communities is discussed in the light of recent evidence that the Yanomami possess, contrary to previous assumptions, an extensive pharmacopoeia. In addition to the 113 species already known to be used by the group, a further 85 species are documented. Twenty-three species are named and discussed in detail. Considerable overlap is found between the uses of medicinal species by the upland Yanomami and those of the lowland Yanomami, but considerable differences are also apparent. The new data raise the currently recorded total to a level comparable with or greater than that recorded among other Amazonian indigenous peoples. Many of these plants are used in the same way by other indigenous and non-indigenous groups, supporting the hypothesis that their use is based on pharmacological activity. The origins and significance of this knowledge are discussed, with particular reference to the use of plants in the treatment of malaria.
111 citations
TL;DR: Analysis of phaseolin and molecular markers indicate that this gene pool consists of two major groups, Mesoamerican and Andean, and a third intermediate group found in northwestern South America, which is distributed between northern Mexico and northern Argentina.
Abstract: WildPhaseolus vulgaris is distributed between northern Mexico and northern Argentina. Analysis of phaseolin and molecular markers (isozymes, Restriction Fragment Length Polymorphisms or RFLPs) indicate that this gene pool consists of two major groups, Mesoamerican and Andean, and a third intermediate group found in northwestern South America. Previous to this study, only four accessions of wildP. vulgaris beans from Bolivia had been collected and their genetic relationship with other wild beans from Latin America was not known. Due to the problem of intense erosion in some areas of Bolivia, it was our objective to survey and documentPhaseolus spp. in this area before their extinction. We conducted a collection expedition in May 1994 in the departments of Cochabamba, Chuquisaca and Tarija. This resulted in collections of four populations ofP. augusti, two of cultivatedP. lunatus and two mixtures of cultivatedP. vulgaris. The first mixture was made of “k’opurus” or beans consumed after toasting, and represented an addition of 17 accessions to the Bolivian collection. The second mixture was made of “porotos” and resulted in the addition of 10 new accessions. Seven germplasm collections of wildP. vulgaris were found, which allowed us to increase the number of known populations of wild common bean for Bolivia. Another accession was found as a wild-weed-crop complex. Seven of these wildP. vulgaris accessions along with another accession from Bolivia collected previously, and a number of P. vulgaris accessions from Mexico (17), Guatemala (3), Colombia (10), Ecuador (6), Peru (17) and Argentina (16) were analyzed with RAPDs. The use of 14 random primers and one SCAR (Sequence Characterized Amplified Region) resulted in 90 bands, of which 83 were polymorphic. This data was used to construct a dendrogram which shows clear separation into three clusters, corresponding to each of the gene pools and an intermediate group. The Bolivian wild P. vulgaris beans grouped with the accessions of southern Peru and Argentina into the Andean gene pool. RAPD analysis of genetic diversity correlated well with genetic diversity obtained with other markers. Moreover, the ease of analysis allowed us to obtain a large number of bands which was conducive to greater sensitivity and identification of geographic subgroups and accessions of hybrid origin.
95 citations
TL;DR: The primary source of information was an elderly Maya-speaking couple employed as traditional healers as discussed by the authors, who collected 81 species of medicinal plants used in San Andres, Peten.
Abstract: This study records 81 species of medicinal plants used in San Andres, Peten. The primary source of information was an elderly Maya-speaking couple employed as traditional healers. Voucher specimens were collected, the majority from surrounding secondary forest; local names, medicinal uses, growth form, and habitat were noted. The plant families providing most species were Asteraceae and Rubiaceae. A lack of apprentices threaten continuation of this tradition in the community.
TL;DR: This study confirms that through in situ forms of management, people are able to modify the phenotypic structure of plant populations and possible routes of plant domestication within plant populations in situ are suggested.
Abstract: Ethnobotanical information about uses, management and traditional classification ofLeucaena esculenta by the Mixtec in Guerrero, Mexico, is presented. This plant is mainly used as human food. Buds of leaves and flowers as well as seeds and young pods are the main edible parts. Size, flavor and digestibility of seeds and pods are shown to be important in the Mixtec classification ofLeucaena species and in selection of trees to harvest during gathering. Artificial selection inL. esculenta subsp.esculenta by the Mixtec occurs not only under cultivation, but also in wild populations where people eliminate some individuals while promoting the growth of others with favorable phenotypes. Morphological characters of seeds and pods of individual trees of this subspecies were measured in order to compare phenotypic variation in populations subject to different regimes of management. Samples of trees were analyzed from a) a wild population not affected by intentional disturbances; b) a wild population selectively managed in situ; and c) a sample of cultivated individuals. Ordination methods and analysis of variance were used to examine differences between populations. A marked divergence between the three samples was found, especially between the wild populations managed and unmanaged. The frequency of the phenotypes preferred by people was found to be higher in the wild populationin situ managed. Our study confirms that through in situ forms of management, people are able to modify the phenotypic structure of plant populations. Possible routes of plant domestication within plant populationsin situ are suggested.
TL;DR: In this article, the authors used a combination of ecological and ethnographic methods to assess traditional ecological knowledge (TEK) and traditional resource management (TRM) for wild-harvested palm species.
Abstract: Participant observation and formal interviews were used to learn what local people understood of palm natural history and how palms were managed. Ecological and ethnographic methods were combined to assess traditional ecological knowledge (TEK) and traditional resource management (TRM). Palm workers understood TEK and TRM for palms. This knowledge was not general in the population, however. Residence, harvester status, and gender were strongly correlated with TEK and TRM. Harvest practices included limiting access, “sparing,” controlling harvest times and levels, and choice of leaf age and palm size. “Alpha” management is proposed as practices which maintain populations long-term. In this case, sparing was the single most important practice. “Beta” management is shorter term and important for obtaining good quality product in sufficient quantities. Although the impacts are more subtle, it can affect population structure over time. This study provides one prototype for identifying practices which function as de facto conservation traditions for wild-harvested species.
TL;DR: In this article, the authors determine extraction and productivity levels for Amla trees (Phyllanthus emblica), which yield fruits that are used for a wide variety of purposes in preparation of various foods, beverages and medicines.
Abstract: Sustainable extraction of non-timber forest products (NTFPs) depends upon harvesting a small fraction of the total productivity. Over-exploitation can lead to a loss of biodiversity, but a low level of extraction, without value addition at the point of origin, is usually not economically feasible for extractors. Extraction and productivity levels per unit area for most non-timber forest products are unknown, nor do we have much information about value addition at various points in the marketing channels. Here we determine extraction and productivity levels for Amla trees (Phyllanthus emblica), which yield fruits that are used for a wide variety of purposes in preparation of various foods, beverages and medicines. We also present preliminary data on the price appreciation of the fruit for one of the processed products. We have determined that the current level of extraction, 60-80% of all fruits at the population level, may have a negative effect on new recruitment. We present a model for value addition that has the potential to enhance income and reduce the level of extraction. This model is currently being implemented by the Soliga community with the assistance of a non-governmental organization.
TL;DR: Pepino, Solanum muricatum, is an herbaceous subshrub that has long been grown in its native Andean South America as discussed by the authors, and is usually cultivated for its edible fruits, but also has other economic uses.
Abstract: Pepino,Solanum muricatum, is an herbaceous subshrub that has long been grown in its native Andean South America. Pepino is usually cultivated for its edible fruits, but also has other economic uses. In spite of being a prominent crop in prehispanic times in the Andes, interest in pepino was cast into oblivion from some decades after the Spanish arrival to the present. Pepino etymology, prehispanic distribution, and postcolumbian dispersal are presented, with emphasis on outstanding historical aspects. Speculations on why the pepino has been neglected are also given. These include some features of pepino itself together with misconceptions. However, the pepino is today a species of increasing economic interest, and has a considerable potential for future exploitation.
TL;DR: 44 edible species of plants used by the Batemi of Sale Division, Ngorongoro District, Tanzania are reported, with one species specifically consumed as food and six species chewed as thirst quenchers; seven species of gums and resins are chewed; two species are added to food as flavorants; and one species is used in the preparation of honey beer.
Abstract: Based on independent interviews with 25 persons we report 44 edible species of plants used by the Batemi of Sale Division, Ngorongoro District, Tanzania. Thirty-one of these are specifically consumed as food; six species are chewed as thirst quenchers; seven species of gums and resins are chewed; two species are added to food as flavorants; and one species is used in the preparation of honey beer. We report 8 species used as tooth brushes by the Batemi. An additional 35 species of food and beverage plants were observed under cultivation by the Batemi. With these plants the Batemi ingest phytochemicals in a manner that could have positive health effects.
TL;DR: An ethnobotanical study was carried out in the region of Campos de Nijar, comprising Cabo de Gata-Nijar Nature Park and neighboring zones.
Abstract: An ethnobotanical study was carried out in the region of Campos de Nijar, comprising Cabo de Gata-Nijar Nature Park and neighboring zones. The geology of the region combined with its location in the South East of the Iberian Peninsula, the most arid area of Europe, has resulted in the presence of a flora rich in endemic and North African elements rare in Europe. Socioculturally, it is a uniform region characterized by its population living in a multitude of nuclei, each with few inhabitants. The field work was based on 221 interviews with inhabitants of the region with knowledge of the plants and their uses. Information was compiled on the use of 253 taxa with a total of 558 medicinal and 240 other uses. We present a summary of the study with data on the uses of 98 species mentioned at least three times by the interviewees.
TL;DR: South Korean food markets were examined for the presence of wildgathered food plants between 1989 and 1995, and nearly half of these plant species belonged to three families: Asteraceae, Liliaceae and Apiaceae.
Abstract: South Korean food markets were examined for the presence of wildgathered food plants between 1989 and 1995 One hundred twelve species belonging to 83 genera and 40 families were found Plants used as leafy vegetables were the most common (732%), followed by fruits (223%), root vegetables (62%) and flower foods (44%) Nearly half of these plant species belonged to three families: Asteraceae (29) Liliaceae (10) and Apiaceae (7) As of 1992, 19 of these wild foods were also being grown as new crops, a development that involved more than 25000 farm households At least eleven of these wild food plants were exported to the United States in 1994, where they are sold by Korean food markets
TL;DR: Maize, cassava, and products from the forest are major rice substitutes and food security in remote areas could best be improved by increasing production of maize and cassava in combination with livestock production systems.
Abstract: Glutinous Rice and Its Importance for Hill Farmers in Laos. Economic Botany, 50(4): 401-408. 1996. Glutinous or waxy rice is the most important crop for subsistence farming economies in the hills of Northern Laos. Hill farmers continue to use traditional varieties only. Geographical and political isolation have contributed towards their preservation. Traditional varieties are mainly of the japonica type, have a good yield potential, are well adapted to the local conditions, and represent a wide genetic diversity. Farmers interviewed prefer varieties with large panicles, planted 2.7 varieties on average, with 17, 30 and 53% of the area planted to early, medium and late varieties, respectively. Out of 544 traditional cultivars 95% flowered within 88–120 days after planting. Crops planted together with rice in order of importance are: maize, cucumber, chili, taro, and sesame. Farmers reported annual milled rice production of 125 kg per capita and rice self-sufficiency for 8 months for 1992 and 1993. Maize, cassava, and products from the forest are major rice substitutes and food security in remote areas could best be improved by increasing production of maize and cassava in combination with livestock production systems.
TL;DR: Phylogenetic analyses of 61 accessions, including 27 of the pepino, dependent on chloroplast DNA and nuclear ribosomal DNA, show the pEPino to be polymorphic, suggest independent origins for some of the cultivars, and most strongly support S. tabanoense as the progenitor of the cultigen.
Abstract: The pepino (or pepino dulce:Solanum muricatum) is a domesticate, of interest because of its close relationship to tomatoes and potatoes, because it is enjoying increasing exposure in the international market, and because it is a cultigen with no known wild ancestor. Morphologically this South American native is a member of the Solanum sect. Basarthrum, and as such, is allied to a number of Andean wild species. Data from other studies are combined with results from restriction site analysis of chloroplast and nuclear ribosomal DNA to assay relationships and the potential origin of the pepino. The pepino may have existed in the wild previously and may be represented today only by the cultigen. However, if its ancestors are extant, three wild species—Solanum basendopogon (Peru),S. caripense (Costa Rica through Peru), S. tabanoense (Colombia and Ecuador)—emerge as most likely progenitors. Phylogenetic analyses of 61 accessions, including 27 of the pepino, dependent on chloroplast DNA (cpDNA) and nuclear ribosomal (rDNA) restriction site data show the pepino to be polymorphic, suggest independent origins for some of the cultivars, and most strongly supportS. tabanoense as the progenitor of the cultigen.Solanum caripense also may have been a direct ancestor of the pepino, or may have hybridized subsequent to its origin with the pepino to yield some of the haplotype variation. Similarly, S.cochoae may have hybridized with the pepino. There are no DNA characters supporting the involvement ofS. basendopogon in the origin.
TL;DR: Deergrass (Muhlenbergia rigens, Poaceae), a once abundant and widespread native perennial bunchgrass in California, was utilized extensively by at least twenty tribes for its flower stalks, incorporated into many types of coiled baskets.
Abstract: Deergrass (Muhlenbergia rigens, Poaceae), a once abundant and widespread native perennial bunchgrass in California, was utilized extensively by at least twenty tribes for its flower stalks, incorporated into many types of coiled baskets. The craft of coiled basketry required the annual harvesting of thousands of culms by each village and the frequent setting of small-scale fires in many plant community types to eliminate detritus, recycle nutrients, increase culm production and prohibit shrub or tree encroachment. Detailed examination of Native American past fire management practices will provide insights into the cultural processes that shaped various ecosystem states, and unravel the ecological principles embedded in ancient land management systems. There are at least 300 contemporary Native American weavers and the successful revival of basketry in California is inextricably tied to access to and availability of plant resources on public lands.
TL;DR: The results suggest that the range of adaptation of maca is not as narrow as previously believed, and therefore it can be successfully produced outside its natural habitat.
Abstract: Experiments based on four accessions of maca (Lepdium meyenii) disclosed higher developmental rates in plants grown in neutral pH (66) soil when compared with those grown in acidic soil (53) Photoperiod response studies revealed similar growth rate for plants grown under either long day or short day condition Plants in the field and growth chambers completed their life cycle in 11 months or less, therefore maca can be considered an annual crop These results suggest that the range of adaptation of maca is not as narrow as previously believed, and therefore it can be successfully produced outside its natural habitat Chromosome counts and predominance of bivalents in diakinesis and metaphase I disclosed that maca is a disomic octoploid of 2n=8x=64 chromosomes Field and growth chamber observations and morphological uniformity of the plants within accessions indicate that maca relies mainly on self-fertilization for its reproduction
TL;DR: The motacú palm (Attalea phalerata) is widespread in Bolivia and is an economically valuable species as a source of vegetable oil and compares favorably with other tropical oil crops.
Abstract: The motacu palm (Attalea phalerata) is widespread in Bolivia and is an economically valuable species as a source of vegetable oil. In Bolivia it is utilized as construction material, food, medicine, cosmetic, and edible oil. Oil extracted from the kernel (60–70% of dry weight) is high in lauric and myristic oils and compares favorably with other tropical oil crops. The palms reach reproductive maturity in 7–10 years and potential oil production from cultivated stands is 1.1-2.4 tons/ha/yr.
TL;DR: A preliminary assessment of the utilization of plant species was undertaken within an Amerindian community at Kurupukari, Guyana as discussed by the authors, where a total of 120 plant species of 46 plant families, covering 246 different plant uses were identified.
Abstract: A preliminary assessment of the utilization of plant species was undertaken within an Amerindian community at Kurupukari, Guyana. A total of 120 plant species of 46 plant families, covering 246 different plant uses were identified. Plant uses were divided into six utilization categories; 64 species for medicinal, 53 for technological, 43 edible, 20 for timber, 14 for construction and two species with miscellaneous uses. Of the 120 plant species, one species was recorded with five different use categories, two with four and 13 with three. A further 23 species were identified as having multiple uses. Of the 20 commercial timber species, five species were also shown to exhibit some form of non-timber product use, emphasising the under-utilization of species extraction. The dual extraction of both timber and non-timber resources from the same tree as a more effective sustainable utilization of available forest resources is also discussed.
TL;DR: The Batemi, agropastoralists of north-central Tanzania, inhabit a landscape of savanna and scrub woodland and use woody plants for 19 types of items as discussed by the authors.
Abstract: The Batemi, agropastoralists of north-central Tanzania, inhabit a landscape of savanna and scrub woodland. We identified 61 species of woody plants used by the Batemi for 19 types of items. The reports indicated 39 species are used for construction, 19 species for cultural artifacts, 23 for firewood and 6 live trees for fences, boundaries and shade. The Batemi have extensive knowledge of species habitat and distinctive management strategies for woody vegetation, particularly for the well-forested irrigation channels and spring sources. To date, a total of 90 species of woody plants have been identified as useful to the Batemi. Compared to the total number of species found within the study area, the Batemi use 79% of woody plant species in the area.
TL;DR: Botanical evidence indicates that M. gale is likely to thrive on well—aerated acid peatland and could become a valuable crop on land of low agricultural value and could be combined with softwood forestry since the trees would benefit from soil nitrogen enrichment thanks to the symbiotic association of M. Gale andFrankia.
Abstract: The development ofM. gale oil as an insect repellent has created a requirement for cultivation of the plant. Botanical evidence indicates thatM. gale is likely to thrive on well—aerated acid peatland and could become a valuable crop on land of low agricultural value. Plant growth would be enhanced by the prevention of grazing and could be combined with softwood forestry since the trees would benefit from soil nitrogen enrichment thanks to the symbiotic association ofM. gale andFrankia. The economics of oil production would be improved if additional compounds of value such as pharmacologically active fiavonoids could be extracted from the by-products.
TL;DR: The discovery of Cedrus libani in a Middle Bronze Age IIa port is one of the earliest published examples of cedar wood from Israel as mentioned in this paper, which suggests that a maritime trade in Cedar wood existed along the Levantine coast.
Abstract: Thirteen Middle Bronze Age IIa and four Late Bronze Age IIb (ca. 1950-1750 B.C. and thirteenth century, B.C., respectively)pieces of charcoal or water logged wood were found in the recent excavations of Tel Nami, a small port on the coast near Mount Carmel, Israel. These includedCedrus libani (cedar of Lebanon) (three samples), and local tree species that still grow today in the vicinity of the site—Pinus halepensis (Aleppo pine) (one sample),Olea europaea (olive tree) (five samples),Quercus calliprinos (kermes oak) (three samples),Quercus ithaburensis (Mt. Tabor oak) (four samples), andQuercus sp. (one sample). The discovery of Cedrus libani in a Middle Bronze Age IIa port is one of the earliest published examples of cedar wood from Israel. Together with other artifactual evidence for maritime trade from Tel Nami, this find suggests that a maritime trade in cedar wood existed along the Levantine coast.