Towards an Environmental History of Northern Ghana
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Upper East Region
REGIONAL ANALYTICAL REPORT UPPER EAST REGION Ghana Statistical Service June, 2013 Copyright © 2013 Ghana Statistical Service Prepared by: ZMK Batse Festus Manu John K. Anarfi Edited by: Samuel K. Gaisie Chief Editor: Tom K.B. Kumekpor ii PREFACE AND ACKNOWLEDGEMENT There cannot be any meaningful developmental activity without taking into account the characteristics of the population for whom the activity is targeted. The size of the population and its spatial distribution, growth and change over time, and socio-economic characteristics are all important in development planning. The Kilimanjaro Programme of Action on Population adopted by African countries in 1984 stressed the need for population to be considered as a key factor in the formulation of development strategies and plans. A population census is the most important source of data on the population in a country. It provides information on the size, composition, growth and distribution of the population at the national and sub-national levels. Data from the 2010 Population and Housing Census (PHC) will serve as reference for equitable distribution of resources, government services and the allocation of government funds among various regions and districts for education, health and other social services. The Ghana Statistical Service (GSS) is delighted to provide data users with an analytical report on the 2010 PHC at the regional level to facilitate planning and decision-making. This follows the publication of the National Analytical Report in May, 2013 which contained information on the 2010 PHC at the national level with regional comparisons. Conclusions and recommendations from these reports are expected to serve as a basis for improving the quality of life of Ghanaians through evidence-based policy formulation, planning, monitoring and evaluation of developmental goals and intervention programs. -
Spatial Mapping of Solar Potential of Ghana Using Geographic Information Systems
Spatial Mapping of Solar Potential of Ghana Using Geographic Information Systems Sebastian BOTSYO and John AYER, Ghana Key words: Land Surface Temperature, Google Earth Engine, Global Horizontal Irradiance, Surface Albedo, solar potential, Landsat 8 OLI/TIRS. SUMMARY Ghana is endowed with significant amounts of renewable energy resources, that when fully exploited, can contribute to mitigating the power crisis facing the country as well as reducing the rates of forest depletion and CO2 emissions. Even though solar energy potential in Ghana is estimated at 35 EJ, its exploitation is low. (Mensah et al., 2017) For the utilization of a solar energy potential and system, knowledge about the solar irradiation potential in every location is required. In addition, a solar energy map is practicable for further evaluation of the renewable energy option and strategic planning, such as for site location (Joshi, 2013). This research therefore, aimed at developing solar energy potential map for the exploitation of solar energy to support other power sources to meet the growing demand of electricity in Ghana. The solar potential map was developed using Google Earth Engine (GEE). The Landsat 8 OLI/TIRS satellite data was used to generate the Global Horizontal Irradiance (GHI) over the various regions. The Dark Object Subtraction method was used in computing the solar radiation from Landsat 8 and had a minimum and maximum of about 1.5 kWh/m2 and 7 kWh/m2 respectively from 2014 to 2018. A Time series analysis was performed on the solar radiation monthly data for each year from 2014 to 2018. This was to find out the trend of increase and decrease in solar radiation over the months in the various years. -
Ghana Poverty Mapping Report
ii Copyright © 2015 Ghana Statistical Service iii PREFACE AND ACKNOWLEDGEMENT The Ghana Statistical Service wishes to acknowledge the contribution of the Government of Ghana, the UK Department for International Development (UK-DFID) and the World Bank through the provision of both technical and financial support towards the successful implementation of the Poverty Mapping Project using the Small Area Estimation Method. The Service also acknowledges the invaluable contributions of Dhiraj Sharma, Vasco Molini and Nobuo Yoshida (all consultants from the World Bank), Baah Wadieh, Anthony Amuzu, Sylvester Gyamfi, Abena Osei-Akoto, Jacqueline Anum, Samilia Mintah, Yaw Misefa, Appiah Kusi-Boateng, Anthony Krakah, Rosalind Quartey, Francis Bright Mensah, Omar Seidu, Ernest Enyan, Augusta Okantey and Hanna Frempong Konadu, all of the Statistical Service who worked tirelessly with the consultants to produce this report under the overall guidance and supervision of Dr. Philomena Nyarko, the Government Statistician. Dr. Philomena Nyarko Government Statistician iv TABLE OF CONTENTS PREFACE AND ACKNOWLEDGEMENT ............................................................................. iv LIST OF TABLES ....................................................................................................................... vi LIST OF FIGURES .................................................................................................................... vii EXECUTIVE SUMMARY ........................................................................................................ -
Please Be Aware That All of the Missing Pages in This Document Were Originally Blank Bnari Report 1995 -1996
PLEASE BE AWARE THAT ALL OF THE MISSING PAGES IN THIS DOCUMENT WERE ORIGINALLY BLANK BNARI REPORT 1995 -1996 BIOTECHNOLOGY AND NUCLEAR AGRICULTURE RESEARCH INSTITUTE (BNARI), P. O. BOXAE 50, ATOMIC ENERGY, ACCRA. GHANA ATOMIC ENERGY COMMISSION, MINISTRY OF ENVIRONMENT, SCIENCE AND TECHNOLOGY, GHANA. BNARI and its mandate a) Structure BNARI. a semi-autonomous research institute under the Ghana Atomic Energy Commission (GAEC), was established in 1993. The organs of BNARI are the Management Board, the Secretariat and three scientific departments, namely, Department of Animal Science, Department of Food Science and Radiation Processing and the Department of Plant and Soil Sciences. b) Mission Its mandate is to advance, through research and related training and development activities, the sustainable improvements in agricultural production and productivity to enhance nutrition, development and economic and social well-being, especially among rural low income people. The paramount objective of the institute is to help Ghana attain self-sufficiency in food security in both crops and livestock products so as to alleviate malnutrition, hunger and poverty. It also provides scientific and technical advice and information in the field of biotechnology and nuclear agriculture in furtherance of socio-economic development and national efforts to improve quality of life. c) Scope BNARI's concerns are: * promoting sustainable agriculture and ensuring food and economic security; * improving the health care; * advocating sustainable management of natural resources, including biodiversity conservation; * catalysing the adoption of science and technology as keys to national development in partnership with local communities and other national and international research institutions and organizations. BNARI aims to achieve these objectives through interactive, mission-orientated research, starting from basic scientific principles through the incorporation of indigenous knowledge and agricultural practices into improved technologies to end-user applications. -
Rain Rate and Rain Attenuation Geographical Map for Satellite System Planning in Ghana
International Journal of Computer Applications (0975 – 8887) Volume 177 – No. 41, March 2020 Rain Rate and Rain Attenuation Geographical Map for Satellite System Planning in Ghana Stephen Akobre Mohammed Ibrahim Daabo Abdul-Mumin Salifu Dept. of Computer Science Dept. of Computer Science Dept. of Computer Science University for Development Studies University for Development Studies University for Development Studies Navrongo, Ghana Navrongo, Ghana Navrongo, Ghana ABSTRACT the rain rate and attenuation. These studies have been carried Good signal reception depends on a reliable communication out mostly in the temperate regions. But the severity of rain link. However, as the signal travels through the effect on the signal, are more pronounce at the tropics and communication medium, several factors affect the quality of equatorial regions where intense rainfall events are common the signal at the receiver. In Ku band digital satellite as compared to the temperate regions. This is reported in the transmission, rain is the major cause of link impairment. work of Ajayi (1996), Moupfouma (1985) and Ojo and Global rain rate and rain attenuation prediction models have Omotosho (2013). been developed to predict rain rate and rain attenuation at Satellite system design requires as input 1-minute rain rate various locations. These models have not been applied and data with various exceedance probabilities. Based on this tested with measured data to determine their prediction many researchers have conducted experiments on their local accuracy in the Ghanaian tropical region. In this paper, the climatological regions to measure 1-minute rain rate and Moupfouma and International Telecommunication Union attenuation. In regions where there are enough data coverage, Recommendation (ITU-R) rain rate models were applied and prediction models have been proposed. -
Document of the International Fund for Agricultural Development Republic
Document of the International Fund for Agricultural Development Republic of Ghana Upper East Region Land Conservation and Smallholder Rehabilitation Project (LACOSREP) – Phase II Interim Evaluation May 2006 Report No. 1757-GH Photo on cover page: Republic of Ghana Members of a Functional Literacy Group at Katia (Upper East Region) IFAD Photo by: R. Blench, OE Consultant Republic of Ghana Upper East Region Land Conservation and Smallholder Rehabilitation Project (LACOSREP) – Phase II, Loan No. 503-GH Interim Evaluation Table of Contents Currency and Exchange Rates iii Abbreviations and Acronyms iii Map v Agreement at Completion Point vii Executive Summary xv I. INTRODUCTION 1 A. Background of Evaluation 1 B. Approach and Methodology 4 II. MAIN DESIGN FEATURES 4 A. Project Rationale and Strategy 4 B. Project Area and Target Group 5 C. Goals, Objectives and Components 6 D. Major Changes in Policy, Environmental and Institutional Context during 7 Implementation III. SUMMARY OF IMPLEMENTATION RESULTS 9 A. Promotion of Income-Generating Activities 9 B. Dams, Irrigation, Water and Roads 10 C. Agricultural Extension 10 D. Environment 12 IV. PERFORMANCE OF THE PROJECT 12 A. Relevance of Objectives 12 B. Effectiveness 12 C. Efficiency 14 V. RURAL POVERTY IMPACT 16 A. Impact on Physical and Financial Assets 16 B. Impact on Human Assets 18 C. Social Capital and Empowerment 19 D. Impact on Food Security 20 E. Environmental Impact 21 F. Impact on Institutions and Policies 22 G. Impacts on Gender 22 H. Sustainability 23 I. Innovation, Scaling up and Replicability 24 J. Overall Impact Assessment 25 VI. PERFORMANCE OF PARTNERS 25 A. -
Soil Resources of Ghana 25 Asiamah R
Synthesis of soil, water and nutrient management research in the Volta Basin Edited by: Bationo A TSBF-CIAT, Nairobi,Kenya Tabo R. ICRISAT, Niamey, Niger Waswa B. TSBF-CIAT, Nairobi, Kenya Okeyo J. TSBF-CIAT, Nairobi,Kenya Kihara J. TSBF-CIAT, Nairobi,Kenya Fosu M. Savanna Agricultural Research Institute (SARI) Tamale, Ghana Kabore S. Institut de L’Environnement et de Recherches Agricoles (INERA), Burkina Faso Synthesis of soil, water and nutrient management research in the Volta Basin i ISBN 978-92-9059-220-04 Published by Ecomedia Ltd P.O Box 30677-00100 Nairobi, Kenya Tel. 020 7224280 Email: ecomedia @cgiar.org All Right researved © 2008 TSBF ii Synthesis of soil, water and nutrient management research in the Volta Basin Content Preface v Foreword vii Chapter 1 General Characteristics of the Volta Basin 1 Bationo A., Tabo R., Okeyo J., Kihara J., Maina F., Traore P. C. S. and Waswa B. Chapter 2 Soil Resources of Ghana 25 Asiamah R. D. Chapter 3 Agroforestry and soil fertility maintenance 43 Bayala J. and Ouedraogo S. J. Chapter 4 Soil Organic Matter and Nitrogen in Ghanaian Soils: A review 67 Fosu M. and Tetteh F. M. Chapter 5 Infl uence du mode de gestion de la fertilité des sols sur l’évolution de la matière organique et de l’azote dans les zones agro écologiques du Burkina Faso 83 Bonzi M., Lompo F., Kiba D. I. et Sedogo M. P. Chapter 6 Role of legumes in soil fertility maintenance in Ghana 99 Buah S. S. J. Chapter 7 Rôle des légumineuses sur la fertilité des sols et la productivité des systèmes de cultures 127 Bado B. -
Final Report: Feed the Future Ghana
FINAL REPORT FEED THE FUTURE GHANA AGRICULTURE POLICY SUPPORT PROJECT FINAL REPORT FEED THE FUTURE GHANA AGRICULTURE POLICY SUPPORT PROJECT Cover photo: A worker from Victory Farms Ltd. in Koforidua properly drying maize seed after harvest. Through the Agriculture Policy Support Project's training on quality management processes, seed producers now effectively dry their seed to ensure proper moisture content to conserve its viability, quality, and to prevent molding during storage. (Credit: Agriculture Policy Support Project) DISCLAIMER This publication was made possible through support provided by Feed the Future through the U.S. Agency for International Development, under the terms of Contract No. AID-641-C-14- 00001. The opinions expressed herein are those of the authors and do not necessarily reflect the views of the U.S. Agency for International Development. CONTENTS Acronyms .................................................................................................................... iii Executive Summary ..................................................................................................... 1 Background and Context ........................................................................................... 1 The Agriculture Policy Support Project Approach .................................................... 1 Highlights of Technical Activities and Results ......................................................... 3 Key Accomplishments at a Glance ......................................................................... -
Curiexplore Fiche Ghana Généré Le 22 Janvier 2021
CurieXplore Fiche Ghana généré le 22 janvier 2021 Politique d'enseignement supérieur, de recherche et d'innovation Orientation stratégique Enseignement supérieur et recherche : L’élaboration des politiques liées à ESRI relève de la compétence du gouvernement. Les gouvernements qui se sont succédé ont souhaité donner les priorités suivantes dans le domaine de l’enseignement supérieur et recherche : la parité de genre dans l’accès à l’enseignement supérieur (action positive), les STEM (Science, Technologie, Ingénierie, Mathématiques), l’élargissement de l’accès des jeunes Ghanéens aux études supérieures. De grands changements dans le secteur de l’éducation ont été opérés depuis 2016 et l’arrivée au pouvoir du président Akufo-Addo : i) Gratuité de l’enseignement dans les lycées publics ghanéens (free SHS) en septembre 2017 qui va générer un afflux important d’étudiants au niveau tertiaire dès 2020, ii) Transformation des instituts polytechniques en universités techniques (2017), iii) Transformation des diplômes délivrés par les Colleges of Education en Bachelor of Education (2018), iv) Exigence du doctorat pour l’enseignement à l’université instauré en 2018. Toutes ces réformes visent à améliorer la qualité de l’enseignement tertiaire. En juin 2019, le gouvernement ghanéen a lancé une nouvelle réforme de l’enseignement tertiaire ayant pour objectif d’améliorer les résultats académiques, et la gouvernance des institutions tertiaires. Ce document aborde de nombreux aspects comme la gestion et la gouvernance des universités publiques, la liberté d’expression dans la recherche, l’égalité d’accès à l’enseignement supérieur, la répartition et la diversité de l’offre d’enseignement sur le territoire. La recherche est un élément clé du développement du Ghana et est reconnu comme tel par le gouvernement actuel. -
Explaining Success in Reducing Under- Nourishment Numbers in Ghana
Explaining Success in Reducing Under- Nourishment Numbers in Ghana Emmanuel Aggrey-Fynn, Godsway Banini, Andre Croppenstedt, Yvonne Owusu-Agyapong and George Oduru ESA Working Paper No. 03-10 June 2003 (updated March 2006) Ag riculture and Economic Development Analysis Division Th e Food and Agriculture Organization of the United Nations www.fao.org/es/esa ESA Working Paper No. 03-10 www.fao.org/es/esa Explaining Success in Reducing Under-Nourishment Numbers in Ghana June 2003 (updated March 2006) Emmanuel Aggrey-Fynn Godsway Banini Ministry of Food and Agriculture Ministry of Food and Agriculture Accra-Ghana Accra-Ghana Andre Croppenstedt Yvonne Owusu-Agyapong Agriculture and Economic Division Ministry of Food and Agriculture Economic and Social Department Accra-Ghana Food and Agriculture Organization Italy e-mail: [email protected] George Oduru Ministry of Food and Agriculture Accra-Ghana Abstract The FAO Food Security measure shows that the number of under-nourished Ghanaians has fallen from 64 to 12 percent between 1979-1981 and 1998-2000. The paper shows that most of the increase in the DES was explained by an expansion in maize, cassava, yam and plantain production. The production increase was mostly due to acreage expansion which in turn can be attributed to the improved economic environment and market access for farmers. Improved varieties did help raise yields for maize and cassava quite substantially and helped raise output, particularly in the 1990s. Much of the reduction in under-nourishment was driven by increased cassava production and we note that a break in the series in 1991 makes comparison between 1979-1981 and 1998-2000 prone to error. -
Riy/A Frj3l(CR6
17 riy/a frj3L(CR6 EVALUATION OF MANAGED INPUT AND DELIVERY OF AGRICULTURAL SERVICES (MIDAS) PROJECT, GHANA (USAID/G PROJECT 641-0067) June 1, 1979 EVALUATION REPORT TO MIDAS PROJECT EXECUTIVE COMMITTEE AND U.S. AGENCY FOR INTERNATIONAL DEVELOPMENT MISSION TO GHANA Report Revised August 15, 1979 ., v q ',1 .. 0 . ACRONYLMS ADB Agricultural Development Bank AESC Architectural 3nainesrLne Servico Corporation AFRC Armed Forces Revolutionary Council AID Agency for International Development (U.S.) BIRD Bureau of Integrated Rural Development, UST JOG Bank of Ghana CRI Crops Research Institute CSIR Council for Scientific and Industrial Research DAP Development Lssistance Plan of USAID/G DERPS Division of Economic Research and Planning Services, MOA FLO Farm Loan Office, ADB GDB Grain Development Board GFC Ghana Fertilizer Company GOG Government of Ghana GSC Ghana Seed Company GSIS Ghana Seed Inspection Service ZITA International Institute for Tropical Agriculture, Ibandan, Nigeria EP Ministry of Economic Planning MIDAS Managed Inputs and Delivery of Agricultural Services Project MOA Ministry of Agriculture MOP Ministry of Finance MPAC MIDAS Project Advisory Commnittee NPEC MIDAS Project Executive Committee PIO/C Project Implementation Order/Co~modities PIO/T Project Implementation Order/Technical PP Project Paper, NIDAS PRP Project Review Paper, AID S4C Supreme Military Council S1U Seed Multiplication Unit, MOA SRI Soils Research Institute, CSIR TVA Tennessee Valley Authority USAID/G The Ghana Mission of the Agency for International Development UST University of Science and Technology, .iKumasi TABLE OF CONTENTS Preface . .. .. .. .. .. .. .. .. .. .. .. .. .. .. I Sunary Evaluation Statement . ... .......... 3 MIDAS Strategy and Administration . ... ... ....... 8 Administrative Structure. ...... ...... .. 8 Actions .. .. .. .. .. .. .. .. .. .. .. .. .. .. 10 External Conditions .. ..... ....o. 0.10 Economic Projections . -
General Information
GENERAL INFORMATION 1. VENUE AND DATE The meeting will be held from 5th – 9th September 2005 at the Golden Tulip Hotel, Accra. Address: Liberation Road, P O Box 16033 Airport, Accra, Ghana Tel: 233-21-775360 –Contact Person Lydia Egyafene, Tel Direct 233 21 765032 Email: [email protected] www.goldentulipaccra.com 2. ARRIVAL AND LOCAL TRANSFER Transport will be provided to take delegates from the airport to their hotels. Should you wish to take advantage of the facility, please indicate on the hotel reservation form details of your travel iterinary. Buses would be provided to pick delegates to and from their hotels during the period of the workshop. 3. PASSPORTS AND VISAS A valid passport is required for entering the Republic of Ghana. Citizens of some countries especially non - ECOWAS nationals would also need entry visas. Delegates are requested to contact the Ghanaian High Commission/ Embassy in their respective countries for further information in this respect. Arrangements have been made for those who are unable to secure visas to be issued with visas at the point of entry. 4. CURRENCY The Ghanaian currency is the cedi. The current exchange rate is ¢9000 for 1 USD and ¢11000 for 1 EUR. Exchange can be made at the Airport, in the banks and Forex Bureaux located at almost every street corner in Accra. 5. ELECTRIC POWER In general, 220 to 240 V. Please contact the front desk of your hotel for further information regarding voltage. 6. LOCATION Ghana is located on West Africa’s Gulf of Guinea only a few degrees north of the equator, bordering the North Atlantic Ocean between Cote d'Ivoire and Togo.