Dictionnaire Des Villages De La Mefou
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MINMAP Région Du Centre SERVICES DECONCENTRES REGIONAUX ET DEPARTEMENTAUX
MINMAP Région du Centre SERVICES DECONCENTRES REGIONAUX ET DEPARTEMENTAUX N° Désignation des MO/MOD Nbre de Marchés Montant des Marchés N° page 1 Services déconcentrés Régionaux 19 2 278 252 000 4 Département de la Haute Sanaga 2 Services déconcentrés départementaux 6 291 434 000 7 3 COMMUNE DE BIBEY 2 77 000 000 8 4 COMMUNE DE LEMBE YEZOUM 8 119 000 000 8 5 COMMUNE DE MBANDJOCK 3 50 000 000 10 6 COMMUNE DE MINTA 5 152 500 000 10 7 COMMUNE DE NANGA-EBOKO 12 139 500 000 11 8 COMMUNE DE NKOTENG 5 76 000 000 13 9 COMMUNE DE NSEM 1 27 000 000 13 TOTAL 42 932 434 000 Département de la Lekié 10 Services déconcentrés départementaux 8 268 357 000 14 11 COMMUNE DE BATCHENGA 2 35 000 000 15 12 COMMUNE DE LOBO 8 247 000 000 15 13 COMMUNE DE MONATELE 11 171 500 000 16 14 COMMUNE DE SA'A 16 384 357 000 18 15 COMMUNE D'ELIG-MFOMO 7 125 000 000 20 16 COMMUNE D'EVODOULA 9 166 250 000 21 17 COMMUNE D'OBALA 14 223 500 000 22 18 COMMUNE D'OKOLA 22 752 956 000 24 19 COMMUNE D’EBEBDA 6 93 000 000 27 TOTAL 103 2 466 920 000 Département du Mbam et Inoubou 20 Services déconcentrés départementaux 4 86 000 000 28 21 COMMUNE DE BAFIA 5 75 500 000 28 22 COMMUNE DE BOKITO 12 213 000 000 29 23 COMMUNE DE KIIKI 4 134 000 000 31 24 COMMUNE DE KONYAMBETA 6 155 000 000 32 25 COMMUNE DE DEUK 2 77 000 000 33 26 COMMUNE DE MAKENENE 3 17 000 000 33 27 COMMUNE DE NDIKINIMEKI 4 84 000 000 34 28 COMMUNE D'OMBESSA 5 91 000 000 34 29 COMMUNE DE NITOUKOU 6 83 000 000 35 TOTAL 51 1 015 500 000 MINMAP/DIVISION DE LA PROGRAMMATION ET DU SUIVI DES MARCHES PUBLICS Page 1 de 88 N° Désignation -
Monitoring of HIV Viral Load, CD4 Cell Count, and Clinical Assessment
Articles Monitoring of HIV viral load, CD4 cell count, and clinical assessment versus clinical monitoring alone for antiretroviral therapy in low-resource settings (Stratall ANRS 12110/ESTHER): a cost-eff ectiveness analysis Sylvie Boyer, Laura March, Charles Kouanfack, Gabrièle Laborde-Balen, Patricia Marino, Avelin Fobang Aghokeng, Eitel Mpoudi-Ngole, Sinata Koulla-Shiro, Eric Delaporte, Maria Patrizia Carrieri, Bruno Spire, Christian Laurent, Jean-Paul Moatti, on behalf of the Stratall ANRS 12110/ESTHER Study Group* Summary Background In low-income countries, the use of laboratory monitoring of patients taking antiretroviral therapy Lancet Infect Dis 2013; (ART) remains controversial in view of persistent resource constraints. The Stratall trial did not show that clinical 13: 577–86 monitoring alone was non-inferior to laboratory and clinical monitoring in terms of immunological recovery. We Published Online aimed to evaluate the costs and cost-eff ectiveness of the ART monitoring approaches assessed in the Stratall trial. April 18, 2013 http://dx.doi.org/10.1016/ S1473-3099(13)70073-2 Methods The randomised, controlled, non-inferiority Stratall trial was done in a decentralised setting in Cameroon. See Comment page 560 Between May 23, 2006, and Jan 31, 2008, ART-naive adults were randomly assigned (1:1) to clinical monitoring *Members listed at end of paper (CLIN) or viral load and CD4 cell count plus clinical monitoring (LAB) and followed up for 24 months. We INSERM, UMR912 (SESSTIM), calculated costs, number of life-years saved (LYS), and incremental cost-eff ectiveness ratios (ICERs) with data Marseille, France (S Boyer PhD, from patients who had been followed up for at least 6 months. -
Premier Spiritain Camerounais Jean Criaud
Mémoire Spiritaine Volume 8 Mort et résurrection: le « Saint-Coeur de Article 6 Marie » et le «Saint-Esprit» en 1848 November 1998 Le P. Etienne Nkodo (1911-1983), premier spiritain camerounais Jean Criaud Follow this and additional works at: https://dsc.duq.edu/memoire-spiritaine Part of the Catholic Studies Commons Recommended Citation Criaud, J. (2019). Le P. Etienne Nkodo (1911-1983), premier spiritain camerounais. Mémoire Spiritaine, 8 (8). Retrieved from https://dsc.duq.edu/memoire-spiritaine/vol8/iss8/6 This Article is brought to you for free and open access by the Spiritan Collection at Duquesne Scholarship Collection. It has been accepted for inclusion in Mémoire Spiritaine by an authorized editor of Duquesne Scholarship Collection. Les missions spiritaines au Cameroun dans les années 30. Les PP. Joseph Kapfer et Marcel Mader, à la mission de Minlaba, en 1927. LA MISSION SPIRITAINE DANS L'HISTOIRE Mémoire Spiritaine, n° 8, deuxième semestre 1998, p. 50 à 73. Le Père Etienne Nkodo (1911-1983), premier spiritain camerounais Jean Criaud* Arrivés à Douala (Cameroun) le 25 octobre 1890, les missionnaires catho- liques s'installèrent d'abord sur la côte, ou plus exactement près de la côte, sur le bord du fleuve Sanaga, à Marienberg en 1890, à Edéa et Kribi en 1891, à 1 Engelberg en 1894 et à Douala en 1898. Les Pères Pallotins allemands , car il s'agissait d'eux, commencèrent l'évangélisation de l'intérieur à partir de 1901. Yaoundé devint vite la mission la plus florissante du Vicariat. Les populations au sud du Nyong manifestèrent bientôt leur sympathie pour le christianisme. -
Evidence of Iron Mineralization Channels in the Messondo Area (Centre-Cameroon) Using Geoelectrical (DC & IP) Methods: a Case Study
International Journal of Geosciences, 2014, 5, 346-361 Published Online March 2014 in SciRes. http://www.scirp.org/journal/ijg http://dx.doi.org/10.4236/ijg.2014.53034 Evidence of Iron Mineralization Channels in the Messondo Area (Centre-Cameroon) Using Geoelectrical (DC & IP) Methods: A Case Study Ngoumou Paul Claude1, Ndougsa-Mbarga Théophile2*, Assembe Stéphane Patrick1, Kofane Timoleon Crepin1 1Department of Physics, Faculty of Science, University of Yaoundé I, Yaoundé, Cameroon 2Department of Physics Advanced Teachers’ Training College, University of Yaoundé I, Yaoundé, Cameroon Email: *[email protected] Received 1 April 2013; revised 2 May 2013; accepted 4 June 2013 Copyright © 2014 by authors and Scientific Research Publishing Inc. This work is licensed under the Creative Commons Attribution International License (CC BY). http://creativecommons.org/licenses/by/4.0/ Abstract A geophysical survey was conducted in the Kelle-Bidjocka village, Messondo subdivision, in the Centre Region, Cameroon. The data acquisition was made by combining Schlumberger profiling and electrical soundings along six (06) profiles of 1500 m in length for a total of 64 geoelectrical stations’ survey conducted through a variable mesh 100 m × 200 m, or 100 m × 300 m. The equipment used is the DC resistivimeter Syscal Junior 48 (Iris Instrument). Processing and model- ling of field data are made by using the Res2Dinv, Qwseln and Surfer software. The investigation methods used are electrical resistivity (DC) and induced polarization (IP) methods. The analyses and interpretations have helped to highlight areas of weakness or conductive discontinuities (fractures, faults, shear zones, etc.) in Precambrian gneiss formations, sometimes undergoing weathering processes. -
Programmation De La Passation Et De L'exécution Des Marchés Publics
PROGRAMMATION DE LA PASSATION ET DE L’EXÉCUTION DES MARCHÉS PUBLICS EXERCICE 2021 JOURNAUX DE PROGRAMMATION DES MARCHÉS DES SERVICES DÉCONCENTRÉS ET DES COLLECTIVITÉS TERRITORIALES DÉCENTRALISÉES RÉGION DU CENTRE EXERCICE 2021 SYNTHESE DES DONNEES SUR LA BASE DES INFORMATIONS RECUEILLIES N° Désignation des MO/MOD Nbre de Marchés Montant des Marchés N°Page 1 Services déconcentrés Régionaux 17 736 645 000 3 2 Communauté Urbaine de Yaoundé 62 10 459 000 000 5 Département de la Haute Sanaga 3 Services déconcentrés départementaux 2 24 000 000 10 4 Commune de Bibey 12 389 810 000 10 5 Commune de Lembe Yezoum 17 397 610 000 11 6 Commune de Mbandjock 12 214 000 000 12 7 Commune de Minta 8 184 500 000 12 8 Commune de Nanga Ebogo 21 372 860 000 13 9 Commune de Nkoteng 12 281 550 000 14 10 Commune de Nsem 5 158 050 000 15 TOTAL 89 2 022 380 000 Département de la Lekié 11 Services déconcentrés départementaux 9 427 000 000 16 12 Commune de Batchenga 8 194 000 000 17 13 Commune d'Ebebda 10 218 150 000 18 14 Commune d'Elig-Mfomo 8 174 000 000 19 15 Commune d'Evodoula 10 242 531 952 20 16 Commune de Lobo 11 512 809 000 21 17 Commune de Monatélé 12 288 500 000 22 18 commune d'Obala 11 147 000 000 23 19 commune d'Okola 14 363 657 000 24 20 commune de Sa'a 17 319 500 000 25 TOTAL 110 2 887 147 952 Département du Mbam et Inoubou 21 Services déconcentrés départementaux 6 144 385 000 27 22 Commune Bafia 13 213 500 000 27 23 Commune de Bokito 9 167 500 000 28 24 Commune de DEUK 17 379 500 000 29 25 Commune Kiiki 10 285 000 000 30 26 Commune Konyambeta 12 295 -
Land Use and Land Cover Changes in the Centre Region of Cameroon
Preprints (www.preprints.org) | NOT PEER-REVIEWED | Posted: 18 February 2020 Land Use and Land Cover changes in the Centre Region of Cameroon Tchindjang Mesmin; Saha Frédéric, Voundi Eric, Mbevo Fendoung Philippes, Ngo Makak Rose, Issan Ismaël and Tchoumbou Frédéric Sédric * Correspondence: Tchindjang Mesmin, Lecturer, University of Yaoundé 1 and scientific Coordinator of Global Mapping and Environmental Monitoring [email protected] Saha Frédéric, PhD student of the University of Yaoundé 1 and project manager of Global Mapping and Environmental Monitoring [email protected] Voundi Eric, PhD student of the University of Yaoundé 1 and technical manager of Global Mapping and Environmental Monitoring [email protected] Mbevo Fendoung Philippes PhD student of the University of Yaoundé 1 and internship at University of Liège Belgium; [email protected] Ngo Makak Rose, MSC, GIS and remote sensing specialist at Global Mapping and Environmental Monitoring; [email protected] Issan Ismaël, MSC and GIS specialist, [email protected] Tchoumbou Kemeni Frédéric Sédric MSC, database specialist, [email protected] Abstract: Cameroon territory is experiencing significant land use and land cover (LULC) changes since its independence in 1960. But the main relevant impacts are recorded since 1990 due to intensification of agricultural activities and urbanization. LULC effects and dynamics vary from one region to another according to the type of vegetation cover and activities. Using remote sensing, GIS and subsidiary data, this paper attempted to model the land use and land cover (LULC) change in the Centre Region of Cameroon that host Yaoundé metropolis. The rapid expansion of the city of Yaoundé drives to the land conversion with farmland intensification and forest depletion accelerating the rate at which land use and land cover (LULC) transformations take place. -
Project : Transport Sector Support Programme Phase 2
PROJECT : TRANSPORT SECTOR SUPPORT PROGRAMME PHASE 2 COUNTRY : REPUBLIC OF CAMEROON SUMMARY ENVIRONMENTAL AND SOCIAL IMPACT ASSESSMENT (ESIA) Joseph Kouassi N’GUESSAN, OITC.1/CMFO Chief Transport Engineer Jean-Pierre KALALA, Chief OITC1/CDFO Socio-Economist Modeste KINANE, Principal ONEC.3 Environmentalist Jean Paterne MEGNE EKOGA, OITC.1 Team Members Senior Transport Economist Project Samuel MBA, Senior Transport OSHD.2/CMFO Team Engineer S. KEITA, Principal Financial OITC1 Management Specialist C. DJEUFO, Procurement ONEC.3 Specialist Sector Division Manager J. K. KABANGUKA OITC.1 Resident Representative R. KANE CMFO Sector Director A. OUMAROU OITC Regional Director M. KANGA ORCE SUMMARY ENVIRONMENTAL AND SOCIAL IMPACT ASSESSMENT (ESIA) Programme Name : Transport Sector Support Programme Phase 2 SAP Code: P-CM-DB0-015 Country : Cameroon Department : OITC Division : OITC-1 1. INTRODUCTION This document is a summary of the Environmental and Social Impact Assessment (ESIA) of the Transport Sector Support Programme Phase 2 which involves the execution of works on the Yaounde-Bafoussam-Bamenda road. The impact assessment of the project was conducted in 2012. This assessment seeks to harmonize and update the previous one conducted in 2012. According to national regulations, the Yaounde-Bafoussam-Babadjou road section rehabilitation project is one of the activities that require the conduct of a full environmental and social impact assessment. This project has been classified under Environmental Category 1 in accordance with the African Development Bank’s Integrated Safeguards System (ISS) of July 2014. This summary has been prepared in accordance with AfDB’s environmental and social impact assessment guidelines and procedures for Category 1 projects. -
TABANIDÆ DU CAMEROUN FRANÇAIS Par Jean RAGEAU, Paul GRENIER Et Jean-Paul ADAM
TABANIDÆ DU CAMEROUN FRANÇAIS Par Jean RAGEAU, Paul GRENIER et Jean-Paul ADAM L’importance que présente l’étude des Tabanidæ en relation avec la transmission mécanique des trypanosomes pathogènes a été sou lignée par la Conférence Inter africaine sur la Tsé-tsé et la Trypano somiase, tenue à Brazzaville (A.E.F.), en février 1948. A la suite d’une suggestion du Professeur P.-A. Buxton, le British Muséum (Natural History) a chargé H. Oldroyd de réaliser une monographie des Tabanidæ de la Région éthiopienne, dont le premier volume (Hæmatopota et Hippocentrum) a paru en 1952 et le deuxième (Ta banus s. l. et Thaumastocera) en 1954. Il en est résulté un renouveau d’intérêt pour ces Diptères dont l’étude, relativement poussée dans la décade qui précéda la première guerre mondiale, avait été négligée depuis au profit d’autres grou pes : Glossines, Moustiques, etc.. Dès 1948, nous avons entrepris l’observation et la récolte systé matique des Tabanidæ du Cameroun français et nous avons adressé nos collections à H. Oldroyd qui nous les a très obligeamment déter minées. Cependant, Harant et Brygoo (1949), puis Brygoo (1950) publiaient une liste d’une vingtaine d’espèces provenant presque toutes d’Ayos, dans la région du Haut-Nyong. Bien auparavant, Gravot [in Martin, Lebœuf et Roubaud (1909)] avait cité dix espèces dans le Sud-Cameroun, et Ziemann (1911) avait mentionné l’existence de vingt et une espèces d’après les déter minations de Grünberg. Entre la première guerre mondiale et 1949, aucun travail ne semble avoir été publié sur les Tabanidæ du Ca meroun, bien que quelques espèces aient été incidemment citées par Rousseau (1920), Jojot (1921) et Guibert (1937), à l’occasion d’étu des sur la maladie du sommeil et les filarioses. -
Predicted Distribution and Burden of Podoconiosis in Cameroon
Predicted distribution and burden of podoconiosis in Cameroon. Supplementary file Text 1S. Formulation and validation of geostatistical model of podoconiosis prevalence Let Yi denote the number of positively tested podoconiosis cases at location xi out of ni sample individuals. We then assume that, conditionally on a zero-mean spatial Gaussian process S(x), the Yi are mutually independent Binomial variables with probability of testing positive p(xi) such that ( ) = + ( ) + ( ) + ( ) + ( ) + ( ) 1 ( ) � � 0 1 2 3 4 5 − + ( ) + ( ) 6 where the explanatory in the above equation are, in order, fraction of clay, distance (in meters) to stable light (DSTL), distance to water bodies (DSTW), elevation (E), precipitation(Prec) (in mm) and fraction of silt at location xi. We model the Gaussian process S(x) using an isotropic and stationary exponential covariance function given by { ( ), ( )} = { || ||/ } 2 ′ − − ′ Where || ||is the Euclidean distance between x and x’, is the variance of S(x) and 2 is a scale − pa′rameter that regulates how fast the spatial correlation decays to zero for increasing distance. To check the validity of the adopted exponential correlation function for the spatial random effects S(x), we carry out the following Monte Carlo algorithm. 1. Simulate a binomial geostatistical data-set at observed locations xi by plugging-in the maximum likelihood estimates from the fitted model. 2. Estimate the unstructured random effects Zi from a non-spatial binomial mixed model obtained by setting S(x) =0 for all locations x. 3. Use the estimates for Zi from the previous step to compute the empirical variogram. 4. Repeat steps 1 to 3 for 10,000 times. -
Proceedingsnord of the GENERAL CONFERENCE of LOCAL COUNCILS
REPUBLIC OF CAMEROON REPUBLIQUE DU CAMEROUN Peace - Work - Fatherland Paix - Travail - Patrie ------------------------- ------------------------- MINISTRY OF DECENTRALIZATION MINISTERE DE LA DECENTRALISATION AND LOCAL DEVELOPMENT ET DU DEVELOPPEMENT LOCAL Extrême PROCEEDINGSNord OF THE GENERAL CONFERENCE OF LOCAL COUNCILS Nord Theme: Deepening Decentralization: A New Face for Local Councils in Cameroon Adamaoua Nord-Ouest Yaounde Conference Centre, 6 and 7 February 2019 Sud- Ouest Ouest Centre Littoral Est Sud Published in July 2019 For any information on the General Conference on Local Councils - 2019 edition - or to obtain copies of this publication, please contact: Ministry of Decentralization and Local Development (MINDDEVEL) Website: www.minddevel.gov.cm Facebook: Ministère-de-la-Décentralisation-et-du-Développement-Local Twitter: @minddevelcamer.1 Reviewed by: MINDDEVEL/PRADEC-GIZ These proceedings have been published with the assistance of the German Federal Ministry for Economic Cooperation and Development (BMZ) through the Deutsche Gesellschaft für internationale Zusammenarbeit (GIZ) GmbH in the framework of the Support programme for municipal development (PROMUD). GIZ does not necessarily share the opinions expressed in this publication. The Ministry of Decentralisation and Local Development (MINDDEVEL) is fully responsible for this content. Contents Contents Foreword ..............................................................................................................................................................................5 -
Cameroon's Forest Investment Plan
Cameroon's Forest Investment Plan FOREST INVESTMENT PLAN (CAMEROON) MINISTRY OF Lead MDB Support MDB ENVIRONMENT, PROTECTION OF NATURE AND SUSTAINABLE DEVELOPMENT FINAL REPORT 11 November 2017 1 Cameroon's Forest Investment Plan TABLE OF CONTENTS LIST OF TABLES.................................................................................................................................4 LIST OF ABBREVIATIONS ...............................................................................................................5 1. NATIONAL CONTEXT AND THE FOREST SECTOR........................................................20 1.1. Country Profile....................................................................................................................20 1.1.1. Geography and Climate...............................................................................................20 1.1.2. Agro-Ecological zones..................................................................................................20 1.1.3. Population.....................................................................................................................23 1.1.4. National Economy........................................................................................................24 1.2. The forest Sector .................................................................................................................25 1.2.1. The forest sector economic and political context ......................................................26 1.2.2. Key Drivers of -
CAMEROON, YEAR 2020: Update on Incidents According to the Armed Conflict Location & Event Data Project (ACLED) Compiled by ACCORD, 23 March 2021
CAMEROON, YEAR 2020: Update on incidents according to the Armed Conflict Location & Event Data Project (ACLED) compiled by ACCORD, 23 March 2021 Number of reported incidents with at least one fatality Number of reported fatalities National borders: GADM, 6 May 2018b; administrative divisions: GADM, 6 May 2018a; incid- ent data: ACLED, 12 March 2021; coastlines and inland waters: Smith and Wessel, 1 May 2015 CAMEROON, YEAR 2020: UPDATE ON INCIDENTS ACCORDING TO THE ARMED CONFLICT LOCATION & EVENT DATA PROJECT (ACLED) COMPILED BY ACCORD, 23 MARCH 2021 Contents Conflict incidents by category Number of Number of reported fatalities 1 Number of Number of Category incidents with at incidents fatalities Number of reported incidents with at least one fatality 1 least one fatality Violence against civilians 572 313 669 Conflict incidents by category 2 Battles 386 198 818 Development of conflict incidents from 2012 to 2020 2 Strategic developments 204 1 1 Protests 131 2 2 Methodology 3 Riots 63 28 38 Conflict incidents per province 4 Explosions / Remote 43 14 62 violence Localization of conflict incidents 4 Total 1399 556 1590 Disclaimer 5 This table is based on data from ACLED (datasets used: ACLED, 12 March 2021). Development of conflict incidents from 2012 to 2020 This graph is based on data from ACLED (datasets used: ACLED, 12 March 2021). 2 CAMEROON, YEAR 2020: UPDATE ON INCIDENTS ACCORDING TO THE ARMED CONFLICT LOCATION & EVENT DATA PROJECT (ACLED) COMPILED BY ACCORD, 23 MARCH 2021 Methodology on what level of detail is reported. Thus, towns may represent the wider region in which an incident occured, or the provincial capital may be used if only the province The data used in this report was collected by the Armed Conflict Location & Event is known.