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HungerMapLIVE: Madagascar insight and key trends By the World Food Programme (WFP) | 27 August 2021 FOOD INSECURITY AT A GLANCE 5.5M 26.3M 1.1M Chronic hunger Population Acute hunger (undernourishment) (INSTAT Census 2018 with a IPC Phase 3+ 2.46% growth rate, 2020) (SOFI Report, 2021)1 (IPC, Apr 2021 - Sep 2021)2 The HungerMapLIVE tracks core indicators of acute hunger in near real-time. Acute hunger is measured by key indicators such as household food consumption, livelihood behaviors, child nutritional status, mortality, access to clean drinking water and other contextual factors. The HungerMapLIVE primarily tracks trends on household food consumption, consumption-based coping and livelihood changes to track multiple aspects of food insecurity. As these are outcome level 1 indicators in the Integrated Food Security Phase Classication (IPC) Framework, they can provide early indications of potential shifts in acute food insecurity. Insucient food consumption (HungerMapLIVE data)3 7.0M → 6.7M As of 29 May 2021 As of 27 August 2021 Crisis or above crisis level food-based coping strategies (HungerMapLIVE data)3 10.9M → 13.1M As of 29 May 2021 As of 27 August 2021 Methodology Note: The HungerMapLIVE includes data from two sources: (1) WFP’s continuous, near real-time monitoring systems, which remotely collect thousands of data daily through live calls conducted by call centres around the world; and (2) machine learning-based predictive models. Therefore, to note this dierentiation, this report indicates whether a region’s data is based on WFP’s near real-time monitoring systems (marked ‘ACTUAL’) or predictive models (marked ‘PREDICTED’). -
Rano HP Et Ranon'ala
EVALUATION OF THE USAID/MADAGASCAR WATER SUPPLY, SANITATION AND HYGIENE BILATERAL PROJECTS: RANO HP ET RANON’ALA September 2014 This publication was produced at the request of the United States Agency for International Development. It was prepared independently by CAETIC Développement ACKNOWLEDGEMENTS The authors would like to acknowledge Jean-Claude RANDRIANARISOA, COR, for his constant guidance during this whole assignment. Discussions and exchanges we had with him were always fruitful and encouraging and of a high technical level. This document could not have reached this level of quality without the invaluable inputs from Jacky Ralaiarivony and from USAID Madagascar Program Office staff, namely Vololontsoa Raharimalala. The authors: Balsama ANDRIANTSEHENO Jean Marie RAKOTOVAO Ramy RAZAFINDRALAMBO Jean Herivelo RAKOTONDRAINIBE FINAL EVALUATION OF USAID/MADAGASCAR WSSH PROJECTS: EVALUATION OF THE USAID/MADAGASCAR WATER SUPPLY, SANITATION AND HYGIENE BILATERAL PROJECTS: RANO HP ET RANON’ALA SEPTEMBER 9, 2014 CONTRACT N° AID-687-C-13-00004 DISCLAIMER The author’s views expressed in this publication do not necessarily reflect the views of the United States Agency for International Development or the United States Government. CONTENTS ...................................................................................................................................................................... 1 LIST OF ACRONYMS ................................................................................................................................... -
Cyclone Enawo MADAGASCAR
Madagascar: Cyclone Enawo Situation Report No. 2 12 March 2017 This report is issued by the Bureau National de Gestion des Risques et des Catastrophes (BNGRC) and the Humanitarian Country Team in Madagascar. It covers the period from 9 to 12 March. The next report will be issued on or around 14 March 2017. Highlights • The remnants of Intense Tropical Cyclone Enawo exited Madagascar on the morning of Friday 10 March 2017. The storm traversed nearly the length of the island over two days, affecting communities from north to south across Madagascar’s eastern and central regions. • Wind damage and widespread flooding in cyclone- affected parts of the north-east, and heavy rains and widespread flooding in eastern, central and south- eastern parts of the country has been recorded. • Favourable weather conditions since 10 March have permitted national authorities and humanitarian partners to initiate rapid assessments in north- eastern, eastern and south-eastern parts of the country. • Initial humanitarian impacts in the areas of Water, Sanitation and Hygiene (WASH), Shelter, Health, Food Security, Protection and Education, as well as Logistics have been identified. • Field coordination hubs are being jointly reinforced by national authorities and humanitarian partners in Maroantsetra and Antalaha. 295,950 84,660 83,100 58 Affected people Displaced people Damaged houses Affected districts Source: Bureau National de Gestion des Risques et des Catastrophes (BNGRC) de Madagascar, 12 March 2017 Situation Overview Intense Tropical Cyclone Enawo made landfall in north-eastern Madagascar’s Sava region on 7 March and then moved southward in an arc across central and south-eastern parts of the country as a tropical depression before exiting the country on the morning of 10 March. -
Madagascar Insight and Key Trends by the World Food Programme (WFP) | 26 August 2021
HungerMapLIVE: Madagascar insight and key trends By the World Food Programme (WFP) | 26 August 2021 FOOD INSECURITY AT A GLANCE 5.5M 26.3M 1.1M Chronic hunger Population Acute hunger (undernourishment) (INSTAT Census 2018 with a IPC Phase 3+ 2.46% growth rate, 2020) (SOFI Report, 2021)1 (IPC, Apr 2021 - Sep 2021)2 The HungerMapLIVE tracks core indicators of acute hunger in near real-time. Acute hunger is measured by key indicators such as household food consumption, livelihood behaviors, child nutritional status, mortality, access to clean drinking water and other contextual factors. The HungerMapLIVE primarily tracks trends on household food consumption, consumption-based coping and livelihood changes to track multiple aspects of food insecurity. As these are outcome level 1 indicators in the Integrated Food Security Phase Classication (IPC) Framework, they can provide early indications of potential shifts in acute food insecurity. Insucient food consumption (HungerMapLIVE data)3 7.0M → 6.7M As of 28 May 2021 As of 26 August 2021 Crisis or above crisis level food-based coping strategies (HungerMapLIVE data)3 10.9M → 13.0M As of 28 May 2021 As of 26 August 2021 Methodology Note: The HungerMapLIVE includes data from two sources: (1) WFP’s continuous, near real-time monitoring systems, which remotely collect thousands of data daily through live calls conducted by call centres around the world; and (2) machine learning-based predictive models. Therefore, to note this dierentiation, this report indicates whether a region’s data is based on WFP’s near real-time monitoring systems (marked ‘ACTUAL’) or predictive models (marked ‘PREDICTED’). -
Ecosystem Profile Madagascar and Indian
ECOSYSTEM PROFILE MADAGASCAR AND INDIAN OCEAN ISLANDS FINAL VERSION DECEMBER 2014 This version of the Ecosystem Profile, based on the draft approved by the Donor Council of CEPF was finalized in December 2014 to include clearer maps and correct minor errors in Chapter 12 and Annexes Page i Prepared by: Conservation International - Madagascar Under the supervision of: Pierre Carret (CEPF) With technical support from: Moore Center for Science and Oceans - Conservation International Missouri Botanical Garden And support from the Regional Advisory Committee Léon Rajaobelina, Conservation International - Madagascar Richard Hughes, WWF – Western Indian Ocean Edmond Roger, Université d‘Antananarivo, Département de Biologie et Ecologie Végétales Christopher Holmes, WCS – Wildlife Conservation Society Steve Goodman, Vahatra Will Turner, Moore Center for Science and Oceans, Conservation International Ali Mohamed Soilihi, Point focal du FEM, Comores Xavier Luc Duval, Point focal du FEM, Maurice Maurice Loustau-Lalanne, Point focal du FEM, Seychelles Edmée Ralalaharisoa, Point focal du FEM, Madagascar Vikash Tatayah, Mauritian Wildlife Foundation Nirmal Jivan Shah, Nature Seychelles Andry Ralamboson Andriamanga, Alliance Voahary Gasy Idaroussi Hamadi, CNDD- Comores Luc Gigord - Conservatoire botanique du Mascarin, Réunion Claude-Anne Gauthier, Muséum National d‘Histoire Naturelle, Paris Jean-Paul Gaudechoux, Commission de l‘Océan Indien Drafted by the Ecosystem Profiling Team: Pierre Carret (CEPF) Harison Rabarison, Nirhy Rabibisoa, Setra Andriamanaitra, -
Madagascar Country Office Covid-19 Response
COVID-19 Situation Report, Madagascar | July 29th, 2020 Madagascar Country Office Covid-19 response July 29th 2020 Situation in Numbers 10432 cases across 19 regions 93 deaths 101 RECOVERED July 29th 2020 Highlights Funding status th th From May 17 to July 29 2020, the positive COVID-19 cases growth curve fund decupled exponentially from 304 to 10,432 cases with 0.89% of fatality rate received in 19 out of 22 affected regions (all except Androy, Atsimo Atsinanana and $1.19 Melaky). funding gap The epicenter remains the capital Antananarivo with very high community $3.45 transmission. The hospitalization capacity was reached in central hospitals which led to care decentralization for asymptomatic and pauci- symptomatic patients whilst hospitalization is offered in priority for carry forward moderate, severe and critical patients. $2.35 UNICEF supports moderate, severe and critical patients’ care by supplying oxygen (O2) to central hospitals, helping saving lives of most severe patients. Thus far, 240,000 families have received a cash transfer of 100,000 Ariary (26 USD) to meet their basic needs. In collaboration with the Government and through the Cash Working Group, UNICEF coordinates the second wave of emergency social assistance in the most affected urban and peri- urban areas. However, UNICEF’s appeal for emergency social protection support, remains unfunded. Around 300,000 children received self-study booklets while distribution to another 300,000 children is being organized. UNICEF is monitoring the promoted health measures to be put in place prior the tentative examination dates for grade, 7, 3 and Terminal. Funding 600,000 Overview people in most affected cities benefitted from a subsidized access to water, via Avo-Traina programme while more than 20,000 taxi were disinfected and supported with hydroalcoholic gel and masks in Antananarivo. -
Building Bridges in Biosphere Reserves –
Building Bridges in Biosphere Reserves – The role of natural and social values in integrative conservation and development concepts in Madagascar Mananara-Nord and Sahamalaza Iles-Radama Biosphere Reserves I n a u g u r a l d i s s e r t a t i o n zur Erlangung des akademischen Grades doctor rerum naturalium (Dr. rer. nat.) an der Mathematisch-Naturwissenschaftlichen Fakultät der Ernst-Moritz-Arndt-Universität Greifswald vorgelegt von Nadine V. M. Fritz-Vietta geboren am 05.10.1979 in Darmstadt Greifswald, 23.12.2011 Dekan: Prof. Dr. Klaus Fesser 1. Gutachter: Prof. Dr. Susanne Stoll-Kleemann 2. Gutachter: Prof. Dr. Tim O‘Riordan Tag der Promotion: 22.05.2012 Valuing and knowing are not separate. How we know nature and how we value, or discount, nature are tightly linked. (Norgaard, 2009: 44) To my family Abstract Abstract The dissertation aims at developing means to integrate conservation and development in biosphere reserves in Madagascar. Despite a multitude of concepts such as UNESCO biosphere reserves, Integrated Conservation and Development Projects and community- based natural resource management, gaps between conservation and development remain to exist. In a qualitative case study in Mananara-Nord and Sahamalaza Biosphere Reserves in Madagascar data was collected on biosphere reserve management, local natural resource use, socio-cultural aspects and natural values local people associate with the forest. Analysis revealed that management capacities constitute a limiting factor in biosphere reserve management. Collaboration between management, local people and international organisations fosters the achievement of both conservation and development. However, collaboration only performs if a shared vision is established. -
Endemic Chromoblastomycosis Caused Predominantly by Fonsecaea Nubica, Madagascar
Article DOI: https://doi.org/10.3201/eid2606.191498 Endemic Chromoblastomycosis Caused Predominantly by Fonsecaea nubica, Madagascar Appendix Appendix Table. Characteristics of clinical isolates from patients with suspected chromoblastomycosis in Madagascar and reference strains used in this study* Panfugal PCR for S/C Specific PCR for S/C MALDI-ToF GenBank accession no. Ccar- Code Species for D1D2, ITS Source Origin NL-1/NL-4 ITS1/ITS4 F/Ccar-R Fon-F/Fon-R MSP ID MYC04002 Unidentified NA, NA Biopsy Vatovavy Fitovinany N/P P/N N/N N/NA NA NA MYC04004 Fonsecaea sp. NA, NA Biopsy Vatovavy Fitovinany P/P P/NA N/NA N/P NA NA MYC08006 Fonsecaea sp. MK828325, NA Biopsy Analanjirofo P/P P/NA N/N N/P NA NA MYC10010 Fonsecaea sp. NA, NA Biopsy Melaky P/P P/NA N/NA P/P NA NA MYC10011 Fonsecaea sp. NA, NA Squama Vatovavy Fitovinany P/P P/NA N/NA P/P NA NA MYC10014 Cladophialophora carrionii MK828362, MK820046 Squama Androy P/P P/P N/P N/N X NA MYC03022 Unidentified NA, NA Biopsy Sofia NA/NA NA/NA N/NA NA/NA NA NA MYC04026 Fonsecaea nubica MK828326, MK828125 Biopsy Alaotra Mangoro N/P N/P NA/N NA/P NA X MYC05032 F. nubica MK828327, MK828124 Squama Amoron I Mania N/P N/P NA/N NA/P NA NA MYC06033 Unidentified NA, NA Biopsy Androy N/P N/P NA/N NA/N NA NA MYC08040 C. carrionii MK828363, MK820047 Biopsy Atsimo Andrefana N/P N/P NA/P NA/N NA NA MYC09041 Unidentified NA, NA Biopsy Analamanga NA/NA NA/NA NA/NA NA NA NA MYC03048 Unidentified NA, NA Biopsy Vakinankaratra N/P N/N N/N N/N NA NA MYC06057 Unidentified NA, NA Biopsy Amoron I Mania P/P N/N N/N N/N NA NA MYC06059 F. -
Candidats Fenerive Est Ambatoharanana 1
NOMBRE DISTRICT COMMUNE ENTITE NOM ET PRENOM(S) CANDIDATS CANDIDATS GROUPEMENT DE P.P MMM (Malagasy Miara FENERIVE EST AMBATOHARANANA 1 KOMPA Justin Miainga) GROUPEMENT DE P.P IRMAR (Isika Rehetra Miarka FENERIVE EST AMBATOHARANANA 1 RAVELOSAONA Rasolo Amin'ny Andry Rajoelina) GROUPEMENT DE P.P MMM (Malagasy Miara FENERIVE EST AMBODIMANGA II 1 SABOTSY Patrice Miainga) GROUPEMENT DE P.P IRMAR (Isika Rehetra Miarka FENERIVE EST AMBODIMANGA II 1 RAZAFINDRAFARA Elyse Emmanuel Amin'ny Andry Rajoelina) FENERIVE EST AMBODIMANGA II 1 INDEPENDANT TELO ADRIEN (Telo Adrien) TELO Adrien AMPASIMBE INDEPENDANT BOTOFASINA ANDRE (Botofasina FENERIVE EST 1 BOTOFASINA Andre MANANTSANTRANA Andre) AMPASIMBE GROUPEMENT DE P.P IRMAR (Isika Rehetra Miarka FENERIVE EST 1 VELONORO Gilbert MANANTSANTRANA Amin'ny Andry Rajoelina) AMPASIMBE FENERIVE EST 1 GROUPEMENT DE P.P MTS (Malagasy Tonga Saina) ROBIA Maurille MANANTSANTRANA AMPASIMBE INDEPENDANT KOESAKA ROMAIN (Koesaka FENERIVE EST 1 KOESAKA Romain MANANTSANTRANA Romain) AMPASIMBE INDEPENDANT TALEVANA LAURENT GERVAIS FENERIVE EST 1 TALEVANA Laurent Gervais MANANTSANTRANA (Talevana Laurent Gervais) GROUPEMENT DE P.P MMM (Malagasy Miara FENERIVE EST AMPASINA MANINGORY 1 RABEFIARIVO Sabotsy Miainga) GROUPEMENT DE P.P IRMAR (Isika Rehetra Miarka FENERIVE EST AMPASINA MANINGORY 1 CLOTAIRE Amin'ny Andry Rajoelina) INDEPENDANT ROBERT MARCELIN (Robert FENERIVE EST ANTSIATSIAKA 1 ROBERT Marcelin Marcelin) GROUPEMENT DE P.P IRMAR (Isika Rehetra Miarka FENERIVE EST ANTSIATSIAKA 1 KOANY Arthur Amin'ny Andry Rajoelina) -
Contrôle Structural De La Circulation Des Fluides Aurifères Dans Le
Contrôle structural de la circulation des fluides aurifères dans le secteur d’Ambodilafa Anick Ratefiarimino 1, Serge Rakotonanahary1, Dominique Rakotomanana1 1 : Mention Génie Géologique (Université d’Antananarivo-Ecole Supérieure Polytechnique) Introduction Le District aurifère d’Ampasary—Vohilava est une des aires réputées pour leur minéralisation en or et au sein duquel est le secteur d’Ambodilafa (Région Vatovavy—Fitovinany). Les formations por- teuses de l’or du secteur d’Ambodilafa sont en des filons hydrothermaux généralement conformes dans des contextes magmatiques ou métamorphiques. Le secteur d’Ambodilafa est structuré par les dé- formations résultant des actions conjuguées et juxtaposées de deux événements majeurs gondwanéens : cisaillement majeur d’Angavo-Ifanadiana et les déformations curvi-planaires de Maroala. Les travaux menés visaient à identifier les liens entre les modalités et les processus de mise en place de la minéralisation aurifère avec la structuration des formations géologiques ; les conduits des fluides pouvant être façonnés par la géologie structurale. Matériels et méthodes Résultats et discussions Télédétection puis SIG : cartes géologiques au 1/500.000, images de géo- Evénement tectono- physique aéroportée (magnétométrie et gamma-spectrométrie) métamorphique DM1 : re- relevés des linéaments structuraux prise des plis antérieurs ver- ticaux (F1) par un événe- définition des plages d’évolution des grandeurs géophysiques ment postérieur auquel est associé un plissement sub- combinaison des couches de données dont les indications d’or vertical F2. Les plans axiaux sont sécants. Défor- mation finie : replissement de type 2 de Ramsay Carte géologique (PGRM, 2008) Image de géophysique aéroportée (ci-dessus): champ ma gnétique total. Lors de leur décantation les minéraux ont été orientés en fonction des caractères du champ magnétique terrestre régnant. -
RAPPORT D'activité 2015-2016 Projet D'adaptation De La Gestion Des Zones Côtières Au Changement Climatique
17' 0( (/ 1( ¶( 1 & 2 2 5 / , 2 9 * 1 , ( ( ¶ / ( 7 ( ' ' ( ( 6 5 ) ( 2 7 6 5 , ( 1 , 7 6 0 MINISTERE DE L’ENVIRONNEMENT, DE L’ECOLOGIE ET DES FORETS SECRETARIAT GENERAL BUREAU NATIONAL DE COORDINATION DES CHANGEMENTS CLIMATIQUES RAPPORT D'ACTIVITÉ 2015-2016 Projet d'Adaptation de la gestion des zones côtières au changement climatique PROJET D’AdaptatioN DE LA GESTION DES ZONES CÔTIÈRES AU CHANGEMENT CLIMatiQUE Etant un pays insulaire, Madagascar est Plusieurs actions ont été entreprises par le considéré comme l’un des pays les plus projet d’Adaptation de la gestion des Zones SOMMAIRE vulnérables à la variabilité et aux changements Côtières au changement climatique en tenant climatiques. Les dits changements se compte de l’Amélioration des écosystèmes CONTEXTE 5 manifestent surtout par le «chamboulement et des moyens de subsistance » au cours du régime des pluviométries, l’augmentation de l’année 2016 comme la réalisation des COMPOSANTE 1 : RENForcement DES capacITÉS de la température, la montée du niveau de études de vulnérabilité dans les quatre zones INSTITUTIONNELLES AUX Impacts DU CHANGEMENT la mer et l’intensification des évènements d’intervention, la création d’un mécanisme de CLImatIQUE DANS LES SITES DU proJET climatiques extrêmes tels que les cyclones, les coordination et la mise en place de la Gestion (MENABE, BOENY, VatovavY FItovINANY ET ATSINANANA) 7 inondations et les sècheresses. Devant cette Intégrée des zones côtières dans les régions situation alarmante, des actions d’adaptation Atsinanana, Boeny, et Vatovavy Fitovinany, ainsi COMPOSANTE 2 : RÉHABILItatION ET GESTION DES ZONES sont déja mises en oeuvre à Madagascar afin de que la mise en œuvre des scénarios climatiques CÔTIÈRES EN VUE d’uNE RÉSILIENCE À LONG TERME 17 renforcer la résilience de la population locale et à l’échelle réduite de ces quatre régions. -
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SECRETARIAT 150 route de Ferney, P.O. Box 2100, 1211 Geneva 2, Switzerland TEL: +41 22 791 6033 FAX: +41 22 791 6506 www.actalliance.org Rapid Response Payment Request No. 2/2010 Funds Sent To: Church of Jesus Christ in Madagascar “FJKM” Department for Development; SAF/FJKM Amount Sent: US$ 59,950 Date: 17 March 2010 Details of Response Emergency: Assistance to Victims of Cyclone “Hubert” Date of Emergency: 10 March 2010 Implementing Member/Partner: Church of Jesus Christ in Madagascar “FJKM” Department for Development; SAF/FJKM DETAILS OF THE EMERGENCY: On 10 March Cyclone Hubert with winds of 180 km per hour hit the south east of the country between Mahoro (Tamatave) and Mananjary (Fianarantsoa), about 700 kilometers south east of the capital Antananarivo, striking the east-south coast near Mahanoro, Nosy Varika, Mananjary, Manakara and Vohipeno, dispercing in the middle of Madagascar west of Ambalavao. The cyclone brought about a mass of clouds which entirely covered Madagascar for 5 days. The heavy rains caused flooding in the south eastern and the middle western regions of the country. The BNGRC (Bureau National pour la Gestion des Risques et des Catastrophes) reports that : • 12 of 110 districts were affected; particularly hard hit were the areas in and around: o Ambatondrazaka, Mahanoro, o Nosy Varika, Mananjary, Manakara, Vohipeno, Farafangana, o Ikongo, Ifanadiana, Ambatofinandrahana, Ambositra, Vangaindrano Current Information: • According to BNGRC and confirmed by staff of FJKM and SAF/FJKM in place, the estimated damages,