Antibacterial Activity of Vegetable Extracts and Products From Aromatic Plants Against Paenibacillus larvae, American Loque causative agent Request of a Strategic and Sustainable Agricultural Plan that Includes Beekeeping |
QUEEN BEES BREEDING: Importance of Drones Breeding in Beekeeping Gilles Fert Argagnon - France Drones breeding frame. Photo: Gilles Fert In our previous edition, we published an article about queen bees breeding in Mexico and the importance that this activity has in a country that must combat against the africanized bees. This combat is highly promoted and financed by the United States that really needs to guarantee the meekness in its apiaries and a low propensity to swarm, in order to make a rational use of its bees. As it is accepted that the behaviors of aggressiveness and swarm are specially imposed genetically by the drones, this article by Gilles Fert, a famous queen bees breeder from the south of France, has a special interest for beekeepers and especially for queenbees breeders. To top API FLORA MAP OF THE WESTERN DEPARTMENTS OF CORDOBA PROVINCE Cristina Costa Córdoba - Argentina Ing. Agr. Luisa OLIVA¹; Ing. Agr. Raśl NOBILE¹; Ing. Agr. Julio A. SPADONI¹; Ing. Agr. Enrique SOSA¹; Ing. Agr. Víctor BARRIONUEVO¹; Ing. Agr. Patricia CISTERNAS¹ Biól. Cristina COSTA²; Biól . Estela PISTONE² 1 - Teachers From Faculty of Agricultural Sciences -UNC - 2 Teachers from Faculty of Exact Physical and Natural Sciences - UNC. PROLOGUE In the "Determination of the botanical Origin of the honeys and making of the Api Flora Map of the western departments of Córdoba Province, Argentina" project we intended to create a tool that could be useful for the beekeeper, and for all those readers, interested in the conservation of the environment and in the sustainable development. We present the Api Flora Map for the departments of the northwest of Córdoba. What does an Api Flora Map offer? It offers coded information of the main species used by Apis mellifera to obtain pollen and/or nectar, the vulgar and scientific name and the botanical family they belong; also the period of flowering, the color of the monoflora honeys and the way of dispersion of the pollen. As antecedents in our country, it is quoted the publication of the Subsecretary of Agrarian Matters of Entre Ríos province, Paraná and Concordia Departments (1995). The authors used similar codes in the Api Flora map, in order to avoid problems of interpretations. In this project have worked Investigation Teachers from the Faculties of Agrarian Sciences and Exact, Physical and Natural Sciences of the National University of Córdoba. The interdisciplinary team is integrated by the Agricultural Engineers Julio Spadoni, Luisa Olive, Raúl Nóbile, Enrique Sosa, Victor Barrionuevo, Patricia Cisternas and the Biologists Cristina Costa and Estela Pistone. We aspire that our work is useful for beekeepers, and that contributes to facilitate the taking of decisions regarding the possible productive alternatives. Adapting and adopting handling technics regarding the system require knowledge about biology, behavior, nutrition, flowering, among others. So that, we consider that this work is another contribution to the knowledge of the interactions between the variables or components of the beekeeping systems. For this reason, we should not rest in the results of the work, but committing in the continuous and combined task to continue carrying out contributions. After five years of work, we can confirm that the climatic and floral conditions of the region, allow to produce honeys of native plants, with possibilities of origin certification, but we can also say that producing in this environment is not an easy task and that it is necessary to struggle to take care of this potential, generating sustainable production systems as much beekeeping as all those that can be developed in the region. Then, we can see a future with possibilities for the crop and commercialization of differentiated honeys. Thanks to beekeepers from the area, because without them we couldn't have reached the objectives and thanks to the Secretary of Science and Technique of the UNC that it subsidized part of the project. Also, to Diego Osés, Agronomy student, for his help in the different tasks of the project. Prof. Engineer Agr. M. Sc. Julio Spadoni, Director Prof. Biol. Maróa Cristina Costa, Co-director To top |
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