National Contingency Plan
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Abbreviations
ABBREVIATIONS ACP African Caribbean Pacific K kindergarten Adm. Admiral kg kilogramme(s) Adv. Advocate kl kilolitre(s) a.i. ad interim km kilometre(s) kW kilowatt b. born kWh kilowatt hours bbls. barrels bd board lat. latitude bn. billion (one thousand million) lb pound(s) (weight) Brig. Brigadier Lieut. Lieutenant bu. bushel long. longitude Cdr Commander m. million CFA Communauté Financière Africaine Maj. Major CFP Comptoirs Français du Pacifique MW megawatt CGT compensated gross tonnes MWh megawatt hours c.i.f. cost, insurance, freight C.-in-C. Commander-in-Chief NA not available CIS Commonwealth of Independent States n.e.c. not elsewhere classified cm centimetre(s) NRT net registered tonnes Col. Colonel NTSC National Television System Committee cu. cubic (525 lines 60 fields) CUP Cambridge University Press cwt hundredweight OUP Oxford University Press oz ounce(s) D. Democratic Party DWT dead weight tonnes PAL Phased Alternate Line (625 lines 50 fields 4·43 MHz sub-carrier) ECOWAS Economic Community of West African States PAL M Phased Alternate Line (525 lines 60 PAL EEA European Economic Area 3·58 MHz sub-carrier) EEZ Exclusive Economic Zone PAL N Phased Alternate Line (625 lines 50 PAL EMS European Monetary System 3·58 MHz sub-carrier) EMU European Monetary Union PAYE Pay-As-You-Earn ERM Exchange Rate Mechanism PPP Purchasing Power Parity est. estimate f.o.b. free on board R. Republican Party FDI foreign direct investment retd retired ft foot/feet Rt Hon. Right Honourable FTE full-time equivalent SADC Southern African Development Community G8 Group Canada, France, Germany, Italy, Japan, UK, SDR Special Drawing Rights USA, Russia SECAM H Sequential Couleur avec Mémoire (625 lines GDP gross domestic product 50 fieldsHorizontal) Gen. -
Regional Project/Programme Proposal
REGIONAL PROJECT/PROGRAMME PROPOSAL PART I: PROJECT/PROGRAMME INFORMATION Title of Project/Programme: Improved Resilience of Coastal Communities in Côte d’Ivoire and Ghana. Countries: Côte d’Ivoire and Ghana. Thematic Focal Area: Disaster risk reduction and early warning systems Type of Implementing Entity: MIE Implementing Entity United Nations Human Settlements Programme Executing Entities: Ghana: LUSPA; NGO Côte d’Ivoire: Ministry of the Environment and Sustainable Development, Ministry of Planning and Development; NGOs Amount of Financing Requested: US$ 13,951,159 PROJECT BACKGROUND AND CONTEXT I. Problem statement Coastal cities and communities in West Africa are facing the combined challenges of rapid urbanisation and climate change, especially sea level rise and related increased risks of erosion, inundation and floods. For cities and communities in West Africa not to be flooded or submerged, and critically exposed to rising seas and storm surges in the next decade(s), they urgently need to increase the protection of their coastline and infrastructure, adapt to create alternative livelihoods in the inland and promote a climate change resilient urban development path. This can be done by using a combination of climate change sensitive spatial planning strategies and innovative and ecosystem-based solutions to protect land, people and assets, by implementing nature-based solutions and ‘living shorelines,’ which redirect the forces of nature rather than oppose them. The Governments of Ghana and Côte d’Ivoire have requested UN-Habitat to support coastal (and riverine / delta) cities and communities to better adapt to climate change. This project proposal aims at responding to this request by addressing the main challenges in these coastal zones: coastal erosion, coastal inundation / flooding and livelihoods’ resilience. -
Rapport Final
REPUBLIQUE DE COTE D’IVOIRE Union – Discipline – Travail -------------------------------- MINISTERE DU PETROLE, DE L’ENERGIE ET DES ENERGIES RENOUVELABLES --------------------------------- --------------------------------- PROJET DE RENFORCEMENT DES OUVRAGES DU SYSTEME ELECTRIQUE ET D’ACCES A L’ELECTRICITE – PHASE 1 (PROSER 1) : ELECTRIFICATION RURALE DE 1088 LOCALITES --------------------------------- LOT 2 : ELECTRIFICATION RURALE DE 442 LOCALITES DANS LA REGION DU BOUNKANI --------------------------------- PLAN CADRE REINSTALLATION (PCR) --------------------------------- RAPPORT FINAL -- Octobre 2019-- --TABLE DES MATIÈRES SIGLES ET ACRONYMES __________________________________________________________ 6 LISTE DES TABLEAUX ________________________________________________________ 7 LISTE DES PLANCHES ________________________________________________________ 7 LISTE DES GRAPHIQUES ______________________________________________________ 7 LISTE DES FIGURES _________________________________________________________ 7 DEFINITION DES TERMES UTILISES DANS CE RAPPORT _____________________________ 8 RÉSUMÉ EXÉCUTIF _________________________________________________________ 12 1.1. Contexte du projet et justification de l’étude _______________________________________ 16 1.1.1 Contexte du projet_________________________________________________________________ 16 1.1.2. Justification de l’élaboration du Plan Cadre de Réinstallation ______________________________ 16 1.1.3. Objectif du PCR ___________________________________________________________________ -
Use of the Inverse Slope Method for the Characterization of Geometry of Basement Aquifers: Case of the Department of Bouna (Ivory Coast)
Journal of Geoscience and Environment Protection, 2019, 7, 166-183 http://www.scirp.org/journal/gep ISSN Online: 2327-4344 ISSN Print: 2327-4336 Use of the Inverse Slope Method for the Characterization of Geometry of Basement Aquifers: Case of the Department of Bouna (Ivory Coast) Rock Armand Michel Bouadou1, Kouamé Auguste Kouassi1, Francis Williams Kouassi1, Adama Coulibaly2, Théophile Gnagne1 1Laboratory of Geosciences and Environment, UFR of Sciences and Management of the Environment, University of Nangui Abrogoua, Abidjan, Ivory Coast 2Department of Science and Technology of Water and Environmental Engineering, UFR of Earth Sciences and Mineral Resources, University of Félix Houphouët-Boigny, Abidjan, Ivory Coast How to cite this paper: Bouadou, R. A. M., Abstract Kouassi, K. A., Kouassi, F. W., Coulibaly, A., & Gnagne, T. (2019). Use of the Inverse The inverse slope method (ISM) was used to interpret electric sounding data Slope Method for the Characterization of to determine the geoelectric parameters of the alteration zones (continuous Geometry of Basement Aquifers: Case of media) and rocky environments (discontinuous environments) of the Bouna the Department of Bouna (Ivory Coast). Journal of Geoscience and Environment Department. Having both qualitative and quantitative interpretation, the in- Protection, 7, 166-183. verse slope method (ISM) has the ability to determine the different geoelectric https://doi.org/10.4236/gep.2019.76014 layers while characterizing their resistivities and true thicknesses. In the Bouna department, this method allowed us to count a maximum of four (4) Received: April 24, 2019 Accepted: June 27, 2019 geoelectric layers with a total thickness ranging from 12.99 m to 24.66 m. -
Full Issue 117
South African Journal of Science volume 117 number 1/2 High lightning risk for rural communities in SA Predicting take-up of home loans using tree-based ensemble models Monitoring and conservation of terrestrial and marine ecosystems in SA Hominin lower limb bones from Sterkfontein Caves HIV self-testing is user-friendly and accurate Volume 117 Number 1/2 January/February 2021 EDITOR-IN-CHIEF Jane Carruthers Academy of Science of South Africa MANAGING EDITOR Linda Fick Academy of Science of South Africa ONLINE PUBLISHING South African SYSTEMS ADMINISTRATOR Nadia Grobler Journal of Science Academy of Science of South Africa ASSOCIATE EDITORS Margaret Avery Cenozoic Studies, Iziko Museums of South Africa, South Africa Priscilla Baker eISSN: 1996-7489 Department of Chemistry, University of the Western Cape, South Africa Pascal Bessong HIV/AIDS & Global Health Research Leader Programme, University of Venda, South Africa Celebrating multidisciplinarity Jennifer Case Jane Carruthers ....................................................................................................................... 1 Department of Engineering Education, Virginia Tech, Blacksburg, VA, USA Book Reviews Teresa Coutinho Department of Microbiology and Invasion science in South Africa: The definitive collection Plant Pathology, University of Pretoria, South Africa Philip E. Hulme ........................................................................................................................ 2 Tania Douglas The University of Cape Town: Between apartheid -
Cote D'ivoire Situation
SITUATIONAL EMERGENCY UPDATE Cote d’Ivoire Situation 12 November 2020 As of 11 November 2020, a total Nearly 92% of the new arrIvals who UNHCR has set up of 10,087 Ivorians have fled have fled Cote d’Ivoire are In LIberIa contingency plans in the Cote d’Ivoire, and the numbers where an airlIft of CRIs for 10,000 countrIes neIghbourIng Cote continue to rIse amid persIstent refugees is planned from DubaI. In the d’Ivoire and Is engaging wIth tensions despIte valIdation of the meantIme, locally purchased core- natIonal and local authorIties, electIon results by the relief items, food and cash-based sister UN agencies and other Constitutional Court. interventions are being delIvered. partners. POPULATION OF CONCERN Host Countries New arrivals LiberIa 9,255 Ghana 563 Guinea 249 Togo 20 Cote d’IvoIre (IDPs) 5,530 Total 15,617 * Data as of 11 November 2020 as reported by UNHCR Operations. New arrIvals at Bhai border, Grand Gedeh. CredIt @UNHCR www.unhcr.org 1 EMERGENCY UPDATE > Cote d’Ivoire Situation / November 2020 OperatIonal Context PolItIcal and securIty sItuatIon In Cote d’IvoIre Aftermath of the election ■ On 9 November, the ConstItutIonal CouncIl valIdated the electoral vIctory of PresIdent Alassane Ouattara as proclaimed by the Independent Electoral CommIssIon. The sItuatIon remaIns calm yet tense and the opposItIon, whIch announced the formatIon of a NatIonal TransItIonal CouncIl, has yet to recognIze the PresIdent’s vIctory. ■ FollowIng the valIdatIons of the electIon of PresIdent Ouattara, a Government spokesperson declared that a total of 85 people were kIlled, IncludIng 34 before the election, 20 on polling day, 31 after the election. -
World Bank Document
The World Bank Cote d'Ivoire: Education Service Delivery Enhancement Project (P163218) Public Disclosure Authorized Public Disclosure Authorized Project Information Document/ Integrated Safeguards Data Sheet (PID/ISDS) Concept Stage | Date Prepared/Updated: 24-May-2017 | Report No: PIDISDSC21363 Public Disclosure Authorized Public Disclosure Authorized Apr 06, 2017 Page 1 of 8 The World Bank Cote d'Ivoire: Education Service Delivery Enhancement Project (P163218) BASIC INFORMATION A. Basic Project Data OPS TABLE Country Project ID Parent Project ID (if any) Project Name Cote d'Ivoire P163218 Cote d'Ivoire: Education Service Delivery Enhancement Project (P163218) Region Estimated Appraisal Date Estimated Board Date Practice Area (Lead) AFRICA Jun 26, 2017 Oct 31, 2017 Education Financing Instrument Borrower(s) Implementing Agency Investment Project Financing Ministry of Economy and Ministry of National Finance Education and Technical and Vocational Education and Training Proposed Development Objective(s) The Project Development Objective is to i) further increase access to basic and early childhood education, and ii) improve the enabling environment for better learning outcomes in primary education. Financing (in USD Million) Finance OLD Financing Source Amount Education for All Supervising Entity 24.10 Total Project Cost 24.10 Environmental Assessment Category Concept Review Decision B-Partial Assessment Track II-The review did authorize the preparation to continue Other Decision (as needed) Apr 06, 2017 Page 2 of 8 The World Bank Cote d'Ivoire: Education Service Delivery Enhancement Project (P163218) B. Introduction and Context Country Context 1. After a decade of socio-political instability marked by low economic growth (real GDP growth of 1.1 percent per year between 2000 and 2010, against 5 percent per year in sub-Saharan Africa over the same period), Cote d'Ivoire is now making economic gains with economic growth reaching 9.2 percent in 2015. -
Côte D'ivoire Country Focus
European Asylum Support Office Côte d’Ivoire Country Focus Country of Origin Information Report June 2019 SUPPORT IS OUR MISSION European Asylum Support Office Côte d’Ivoire Country Focus Country of Origin Information Report June 2019 More information on the European Union is available on the Internet (http://europa.eu). ISBN: 978-92-9476-993-0 doi: 10.2847/055205 © European Asylum Support Office (EASO) 2019 Reproduction is authorised, provided the source is acknowledged, unless otherwise stated. For third-party materials reproduced in this publication, reference is made to the copyrights statements of the respective third parties. Cover photo: © Mariam Dembélé, Abidjan (December 2016) CÔTE D’IVOIRE: COUNTRY FOCUS - EASO COUNTRY OF ORIGIN INFORMATION REPORT — 3 Acknowledgements EASO acknowledges as the co-drafters of this report: Italy, Ministry of the Interior, National Commission for the Right of Asylum, International and EU Affairs, COI unit Switzerland, State Secretariat for Migration (SEM), Division Analysis The following departments reviewed this report, together with EASO: France, Office Français de Protection des Réfugiés et Apatrides (OFPRA), Division de l'Information, de la Documentation et des Recherches (DIDR) Norway, Landinfo The Netherlands, Immigration and Naturalisation Service, Office for Country of Origin Information and Language Analysis (OCILA) Dr Marie Miran-Guyon, Lecturer at the École des Hautes Études en Sciences Sociales (EHESS), researcher, and author of numerous publications on the country reviewed this report. It must be noted that the review carried out by the mentioned departments, experts or organisations contributes to the overall quality of the report, but does not necessarily imply their formal endorsement of the final report, which is the full responsibility of EASO. -
Assessment of the Implementation of Alternative Process Technologies for Rural Heat and Power Production from Cocoa Pod Husks
Assessment of the implementation of alternative process technologies for rural heat and power production from cocoa pod husks Dimitra Maleka Master of Science Thesis KTH School of Industrial Engineering and Management Department of Energy Technology Division of Heat and Power Technology SE-100 44 STOCKHOLM Master of Science Thesis EGI 2016: 034 MSC EKV1137 Assessment of the implementation of alternative process technologies for rural heat and power production from cocoa pod husks Dimitra Maleka Approved Examiner Supervisors Reza Fakhraie Reza Fakhraie (KTH) David Bauner (Renetech AB) Commissioner Contact person ii Abstract Cocoa pod husks are generated in Côte d’Ivoire, in abundant quantities annually. The majority is left as waste to decompose at the plantations. A review of the ultimate and proximate composition of CPH resulted in the conclusion that, CPH is a high potential feedstock for both thermochemical and biochemical processes. The main focus of the study was the utilization of CPH in 10,000 tons/year power plants for generation of energy and value-added by-products. For this purpose, the feasibility of five energy conversion processes (direct combustion, gasification, pyrolysis, anaerobic digestion and hydrothermal carbonization) with CPH as feedstock, were investigated. Several indicators were used for the review and comparison of the technologies. Anaerobic digestion and hydrothermal carbonization were found to be the most suitable conversion processes. For both technologies an analysis was conducted including technical, economic, environmental and social aspects. Based on the characterization of CPH, appropriate reactors and operating conditions were chosen for the two processes. Moreover, the plants were chosen to be coupled with CHP units, for heat and power generation. -
Interrupting Seasonal Transmission of Schistosoma Haematobium and Control of Soil-Transmitted Helminthiasis in Northern and Cent
Tian-Bi et al. BMC Public Health (2018) 18:186 DOI 10.1186/s12889-018-5044-2 STUDYPROTOCOL Open Access Interrupting seasonal transmission of Schistosoma haematobium and control of soil-transmitted helminthiasis in northern and central Côte d’Ivoire: a SCORE study protocol Yves-Nathan T. Tian-Bi1,2*, Mamadou Ouattara1,2, Stefanie Knopp3,4, Jean T. Coulibaly1,2,3,4, Eveline Hürlimann3,4, Bonnie Webster5, Fiona Allan5, David Rollinson5, Aboulaye Meïté6, Nana R. Diakité1,2, Cyrille K. Konan1,2, Eliézer K. N’Goran1,2 and Jürg Utzinger3,4* Abstract Background: To achieve a world free of schistosomiasis, the objective is to scale up control and elimination efforts in all endemic countries. Where interruption of transmission is considered feasible, countries are encouraged to implement a comprehensive intervention package, including preventive chemotherapy, information, education and communication (IEC), water, sanitation and hygiene (WASH), and snail control. In northern and central Côte d’Ivoire, transmission of Schistosoma haematobium is seasonal and elimination might be achieved. In a cluster-randomised trial, we will assess different treatment schemes to interrupt S. haematobium transmission and control soil-transmitted helminthiasis over a 3-year period. We will compare the impact of (i) arm A: annual mass drug administration (MDA) with praziquantel and albendazole before the peak schistosomiasis transmission season; (ii) arm B: annual MDA after the peak schistosomiasis transmission season; (iii) arm C: two yearly treatments before and after peak schistosomiasis transmission; and (iv) arm D: annual MDA before peak schistosomiasis transmission, coupled with chemical snail control using niclosamide. Methods/design: The prevalence and intensity of S. -
ADMINISTRATIVE MAP of COTE D'ivoire Map Nº: 01-000-June-2005 COTE D'ivoire 2Nd Edition
ADMINISTRATIVE MAP OF COTE D'IVOIRE Map Nº: 01-000-June-2005 COTE D'IVOIRE 2nd Edition 8°0'0"W 7°0'0"W 6°0'0"W 5°0'0"W 4°0'0"W 3°0'0"W 11°0'0"N 11°0'0"N M A L I Papara Débété ! !. Zanasso ! Diamankani ! TENGRELA [! ± San Koronani Kimbirila-Nord ! Toumoukoro Kanakono ! ! ! ! ! !. Ouelli Lomara Ouamélhoro Bolona ! ! Mahandiana-Sokourani Tienko ! ! B U R K I N A F A S O !. Kouban Bougou ! Blésségué ! Sokoro ! Niéllé Tahara Tiogo !. ! ! Katogo Mahalé ! ! ! Solognougo Ouara Diawala Tienny ! Tiorotiérié ! ! !. Kaouara Sananférédougou ! ! Sanhala Sandrégué Nambingué Goulia ! ! ! 10°0'0"N Tindara Minigan !. ! Kaloa !. ! M'Bengué N'dénou !. ! Ouangolodougou 10°0'0"N !. ! Tounvré Baya Fengolo ! ! Poungbé !. Kouto ! Samantiguila Kaniasso Monogo Nakélé ! ! Mamougoula ! !. !. ! Manadoun Kouroumba !.Gbon !.Kasséré Katiali ! ! ! !. Banankoro ! Landiougou Pitiengomon Doropo Dabadougou-Mafélé !. Kolia ! Tougbo Gogo ! Kimbirila Sud Nambonkaha ! ! ! ! Dembasso ! Tiasso DENGUELE REGION ! Samango ! SAVANES REGION ! ! Danoa Ngoloblasso Fononvogo ! Siansoba Taoura ! SODEFEL Varalé ! Nganon ! ! ! Madiani Niofouin Niofouin Gbéléban !. !. Village A Nyamoin !. Dabadougou Sinémentiali ! FERKESSEDOUGOU Téhini ! ! Koni ! Lafokpokaha !. Angai Tiémé ! ! [! Ouango-Fitini ! Lataha !. Village B ! !. Bodonon ! ! Seydougou ODIENNE BOUNDIALI Ponondougou Nangakaha ! ! Sokoro 1 Kokoun [! ! ! M'bengué-Bougou !. ! Séguétiélé ! Nangoukaha Balékaha /" Siempurgo ! ! Village C !. ! ! Koumbala Lingoho ! Bouko Koumbolokoro Nazinékaha Kounzié ! ! KORHOGO Nongotiénékaha Togoniéré ! Sirana -
5 Geology and Groundwater 5 Geology and Groundwater
5 GEOLOGY AND GROUNDWATER 5 GEOLOGY AND GROUNDWATER Table of Contents Page CHAPTER 1 PRESENT CONDITIONS OF TOPOGRAPHY, GEOLOGY AND HYDROGEOLOGY.................................................................... 5 – 1 1.1 Topography............................................................................................................... 5 – 1 1.2 Geology.................................................................................................................... 5 – 2 1.3 Hydrogeology and Groundwater.............................................................................. 5 – 4 CHAPTER 2 GROUNDWATER RESOURCES POTENTIAL ............................... 5 – 13 2.1 Mechanism of Recharge and Flow of Groundwater ................................................ 5 – 13 2.2 Method for Potential Estimate of Groundwater ....................................................... 5 – 13 2.3 Groundwater Potential ............................................................................................. 5 – 16 2.4 Consideration to Select Priority Area for Groundwater Development Project ........ 5 – 18 CHAPTER 3 GROUNDWATER BALANCE STUDY .............................................. 5 – 21 3.1 Mathod of Groundwater Balance Analysis .............................................................. 5 – 21 3.2 Actual Groundwater Balance in 1998 ...................................................................... 5 – 23 3.3 Future Groundwater Balance in 2015 ...................................................................... 5 – 24 CHAPTER