2019/2020 Supplementary Estimates Ii (Development Expenditure)
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Cholera Outbreak Has Affected 7 Counties: Nairobi, Migori, Homa Bay, Bomet, Mombasa, Nakuru and Muranga Counties
MINISTRY OF HEALTH CHOLERA SITUATION REPORT IN KENYA AS AT 5TH MAY 2015 Weekly Situation Summary Since 26th December 2014, Cholera outbreak has affected 7 counties: Nairobi, Migori, Homa Bay, Bomet, Mombasa, Nakuru and Muranga Counties. Migori, Homabay and Bomet Cholera outbreaks are now considered successfully controlled The outbreak first started in Nairobi County on 26th December 2014. Later the outbreak was reported in Migori County on 30th January 2015, Homa Bay County on 2nd February 2015, Bomet County on 12th March 2015, Mombasa County on 6th April 2015, Nakuru 8th April and Muranga county on 18th April 2015. As of 5th May 2015, a total of 2156 cases and 42 deaths (CFR=1.9%) had been reported nationally distributed as follows: Nairobi 145 cases, 5 deaths (CFR 3.4%); Migori 915 cases, 12 deaths (CFR 1.3%); Homa Bay 377 cases, 5 deaths (CFR 1.4%) , Bomet 272 cases, 2 deaths (CFR 1.5%) ,Mombasa 69 cases, 5 deaths (CFR 7.2%), Muranga 278 cases, 1 death (0.4%), and Nakuru 100 cases, 12 deaths (CFR 12%) Cumulatively, 274 new cases were reported in the last one week (164 in Muranga, 73 in Nakuru, 17 in Mombasa and 20 in Nairobi). This is an increase from the previous week where 35 new cases were reported. 6 new deaths were reported in the last one week (5 in Nakuru and 1 in Nairobi). There are 34 current admissions in Mombasa, Nakuru and Nairobi Counties. 1 | Page New cases reported in Nairobi were detected in new epicentres- Kibera, Mukuru Kayiaba and Mukuru Kwa Njenga slums. -
Kajiado County 2020 Short Rains Food and Nutrition Security Assessment Report
KAJIADO COUNTY 2020 SHORT RAINS FOOD AND NUTRITION SECURITY ASSESSMENT REPORT February 2021 A Joint Report by Kenya Food Security Steering Group (KFSSG) and Kajiado County Steering Group (CSG) EXECUTIVE SUMMARY The 2020 Short Rains food security assessment was carried out by the county technical team with technical support from the Kenya Food Security Steering Group (KFSSG). The overall objective of the assessment was to objectively and with evidence provide food security situation in the county in a transparent manner following the 2020 Short Rains taking into account the cumulative effect of the previous seasons. The assessment provides recommendations for possible response options based on the situation analysis upon building consensus. Both quantitative and qualitative approaches were used during assessment including review of the existing data provided through checklists or otherwise and triangulating with field observations as well as both community and key informants interviews. Depressed rainfall was the key driver of food security in the county which resulted in below normal regeneration of pasture, recharge of water sources and crops yields. The COVID-19 epidemic negatively affected patterns of food supply and access as well as health- seeking behaviour in the county. Livestock diseases were also an important food security driver in the county. Since May 2020, livestock prices were sustained above the Long Term Average due to the reduced supply to the markets. Following the off-season rains in early January 2021, domestic water consumption has now normalized. Nutrition status of under-fives was better for the entire year as evidenced by the below long term average risk of malnutrition of 6.8 percent. -
Registered Voters Per Constituency for 2017 General Elections
REGISTERED VOTERS PER CONSTITUENCY FOR 2017 GENERAL ELECTIONS COUNTY_ CONST_ NO. OF POLLING COUNTY_NAME CONSTITUENCY_NAME VOTERS CODE CODE STATIONS 001 MOMBASA 001 CHANGAMWE 86,331 136 001 MOMBASA 002 JOMVU 69,307 109 001 MOMBASA 003 KISAUNI 126,151 198 001 MOMBASA 004 NYALI 104,017 165 001 MOMBASA 005 LIKONI 87,326 140 001 MOMBASA 006 MVITA 107,091 186 002 KWALE 007 MSAMBWENI 68,621 129 002 KWALE 008 LUNGALUNGA 56,948 118 002 KWALE 009 MATUGA 70,366 153 002 KWALE 010 KINANGO 85,106 212 003 KILIFI 011 KILIFI NORTH 101,978 182 003 KILIFI 012 KILIFI SOUTH 84,865 147 003 KILIFI 013 KALOLENI 60,470 123 003 KILIFI 014 RABAI 50,332 93 003 KILIFI 015 GANZE 54,760 132 003 KILIFI 016 MALINDI 87,210 154 003 KILIFI 017 MAGARINI 68,453 157 004 TANA RIVER 018 GARSEN 46,819 113 004 TANA RIVER 019 GALOLE 33,356 93 004 TANA RIVER 020 BURA 38,152 101 005 LAMU 021 LAMU EAST 18,234 45 005 LAMU 022 LAMU WEST 51,542 122 006 TAITA TAVETA 023 TAVETA 34,302 79 006 TAITA TAVETA 024 WUNDANYI 29,911 69 006 TAITA TAVETA 025 MWATATE 39,031 96 006 TAITA TAVETA 026 VOI 52,472 110 007 GARISSA 027 GARISSA TOWNSHIP 54,291 97 007 GARISSA 028 BALAMBALA 20,145 53 007 GARISSA 029 LAGDERA 20,547 46 007 GARISSA 030 DADAAB 25,762 56 007 GARISSA 031 FAFI 19,883 61 007 GARISSA 032 IJARA 22,722 68 008 WAJIR 033 WAJIR NORTH 24,550 76 008 WAJIR 034 WAJIR EAST 26,964 65 008 WAJIR 035 TARBAJ 19,699 50 008 WAJIR 036 WAJIR WEST 27,544 75 008 WAJIR 037 ELDAS 18,676 49 008 WAJIR 038 WAJIR SOUTH 45,469 119 009 MANDERA 039 MANDERA WEST 26,816 58 009 MANDERA 040 BANISSA 18,476 53 009 MANDERA -
Kenya Election History 1963-2013
KENYA ELECTION HISTORY 1963-2013 1963 Kenya Election History 1963 1963: THE PRE-INDEPENDENCE ELECTIONS These were the last elections in pre-independent Kenya and the key players were two political parties, KANU and KADU. KADU drew its support from smaller, less urbanized communities hence advocated majimboism (regionalism) as a means of protecting them. KANU had been forced to accept KADU’s proposal to incorporate a majimbo system of government after being pressured by the British government. Though KANU agreed to majimbo, it vowed to undo it after gaining political power. The majimbo constitution that was introduced in 1962 provided for a two-chamber national legislature consisting of an upper (Senate) and lower (House of Representative). The Campaign KADU allied with the African People’s Party (APP) in the campaign. KANU and APP agreed not to field candidates in seats where the other stood a better chance. The Voting Elections were marked by high voter turnout and were held in three phases. They were widely boycotted in the North Eastern Province. Violence was reported in various parts of the country; four were killed in Isiolo, teargas used in Nyanza and Nakuru, clashes between supporters in Machakos, Mombasa, Nairobi and Kitale. In the House of Representative KANU won 66 seats out of 112 and gained working majority from 4 independents and 3 from NPUA, KADU took 47 seats and APP won 8. In the Senate KANU won 19 out 38 seats while KADU won 16 seats, APP won 2 and NPUA only 1. REFERENCE: NATIONAL ELECTIONS DATA BOOK By Institute for Education in Democracy (published in 1997). -
Sediment Dynamics and Improvised Control Technologies in the Athi River Drainage Basin, Kenya
Sediment Dynamics in Changing Environments (Proceedings of a symposium held 485 in Christchurch, New Zealand, December 2008). IAHS Publ. 325, 2008. Sediment dynamics and improvised control technologies in the Athi River drainage basin, Kenya SHADRACK MULEI KITHIIA Postgraduate Programme in Hydrology, Department of Geography and Environmental Studies, University of Nairobi, PO Box 30197, 00100 GPO, Nairobi, Kenya [email protected] Abstract In Kenya, the changing of land-use systems from the more traditional systems of the 1960s to the present mechanized status, contributes enormous amounts of sediments due to water inundations. The Athi River drains areas that are subject to intense agricultural, industrial, commercial and population settlement activities. These activities contribute immensely to the processes of soil erosion and sediment transport, a phenomenon more pronounced in the middle and lower reaches of the river where the soils are much more fragile and the river tributaries are seasonal in nature. Total Suspended Sediments (TSS) equivalent to sediment fluxes of 13 457, 131 089 and 2 057 487 t year-1 were recorded in the headwater areas, middle and lower reaches of the river, respectively. These varying trends in sediment transport and amount are mainly due to the chemical composition of the soil coupled with the land-soil conservation measures already in practice, and which started in the 1930s and reached their peak in the early 1980s. This paper examines trends in soil erosion and sediment transport dynamics progressively downstream. The land-use activities and soil conservation, control and management technologies, which focus on minimizing the impacts of overland flow, are examined to assess the economic and environmental sustainability of these areas, communal societal benefits and the country in general. -
Economic E Ciency Analysis of Banana Farmers in Kiambu East District of Kenya
Journal of Developments in Sustainable Agriculture. : ++2ῌ +,1 ( ,**3 ) Economic E$ ciency Analysis of Banana Farmers in Kiambu East District of Kenya: Technical Ine$$ ciency and Marketing E ciency Stephen Mutuku Nzioka Graduate School of Life and Environmental Sciences, University of Tsukuba, Tsukuba, Ibaraki-*/ῌ 2/1, , Japan Approximately2*ῌ of Kenya’s population lives in rural areas and derives its livelihood largely from agriculture. Agriculture makes up about,0ῌ of Kenya’s gross domestic product, and banana production occupies,ῌ of Kenya’s arable land. Bananas are grown both as a source of food and household income to millions of rural Kenyans; however, production has been declining in the last, decades. My objective was to examine banana production and marketing in Kiambu East District, with the aims of improving levels of banana production by small-scale farmers and making recommendations to improve marketing e$ ciency. A structured questionnaire was given to farmers in- Divisions of Kiambu East District: Githunguri, Municipality, and Kiambaa. A frontier production function was established, and results indicated that farmers operated at about 0*ῌ of the optimum production level because of technical ine $ ciency, resulting in low levels of production by individual farmers. If farmers received training on how to manage their traditional bananas and organized into marketing groups, they could improve their bargaining power and increase household income to as much as - times current levels. Farmers therefore should form production and marketing groups to grow and market their bananas collectively. Farmers also need to be given management training and financial assistance to grow higher yielding varieties of bananas (e.g., Tissue Culture bananas). -
Baseline Review and Ecosystem Services Assessment of the Tana River Basin, Kenya
IWMI Working Paper Baseline Review and Ecosystem Services Assessment of the Tana 165 River Basin, Kenya Tracy Baker, Jeremiah Kiptala, Lydia Olaka, Naomi Oates, Asghar Hussain and Matthew McCartney Working Papers The publications in this series record the work and thinking of IWMI researchers, and knowledge that the Institute’s scientific management feels is worthy of documenting. This series will ensure that scientific data and other information gathered or prepared as a part of the research work of the Institute are recorded and referenced. Working Papers could include project reports, case studies, conference or workshop proceedings, discussion papers or reports on progress of research, country-specific research reports, monographs, etc. Working Papers may be copublished, by IWMI and partner organizations. Although most of the reports are published by IWMI staff and their collaborators, we welcome contributions from others. Each report is reviewed internally by IWMI staff. The reports are published and distributed both in hard copy and electronically (www.iwmi.org) and where possible all data and analyses will be available as separate downloadable files. Reports may be copied freely and cited with due acknowledgment. About IWMI IWMI’s mission is to provide evidence-based solutions to sustainably manage water and land resources for food security, people’s livelihoods and the environment. IWMI works in partnership with governments, civil society and the private sector to develop scalable agricultural water management solutions that have -
Geology of the Nairobi Region, Kenya
% % % % % % % % %% %% %% %% %% %% %% % GEOLOGIC HISTORY % %% %% % % Legend %% %% %% %% %% %% %% % % % % % % HOLOCENE: %% % Pl-mv Pka %%% Sediments Mt Margaret U. Kerichwa Tuffs % % % % %% %% % Longonot (0.2 - 400 ka): trachyte stratovolcano and associated deposits. Materials exposed in this map % %% %% %% %% %% %% % section are comprised of the Longonot Ash Member (3.3 ka) and Lower Trachyte (5.6-3.3 ka). The % Pka' % % % % % % L. Kerichwa Tuff % % % % % % Alluvial fan Pleistocene: Calabrian % % % % % % % Geo% lo% gy of the Nairobi Region, Kenya % trachyte lavas were related to cone building, and the airfall tuffs were produced by summit crater formation % % % % % % % % % % % % % % % % % Pna % % % % %% % (Clarke et al. 1990). % % % % % % Pl-tb % % Narok Agglomerate % % % % % Kedong Lake Sediments Tepesi Basalt % % % % % % % % % % % % % % % % %% % % % 37.0 °E % % % % 36.5 °E % % % % For area to North see: Geology of the Kijabe Area, KGS Report 67 %% % % % Pnt %% % PLEISTOCENE: % % %% % % % Pl-kl %% % % Nairobi Trachyte % %% % -1.0 ° % % % % -1.0 ° Lacustrine Sediments % % % % % % % % Pleistocene: Gelasian % % % % % Kedong Valley Tuff (20-40 ka): trachytic ignimbrites and associated fall deposits created by caldera % 0 % 1800 % % ? % % % 0 0 % % % 0 % % % % % 0 % 0 8 % % % % % 4 % 4 Pkt % formation at Longonot. There are at least 5 ignimbrite units, each with a red-brown weathered top. In 1 % % % % 2 % 2 % % Kiambu Trachyte % Pl-lv % % % % % % % % % % %% % % Limuru Pantellerite % % % % some regions the pyroclastic glass and pumice has been -
Addressing Sexual Violence and HIV Risk Among Married Adolescent Girls in Rural Nyanza, Kenya Prepared by Chi-Chi Undie
promoting healthy, safe, and productive transitions to adulthood Brief no. 19 March 2011 Addressing sexual violence and HIV risk among married adolescent girls in rural Nyanza, Kenya Prepared by Chi-Chi Undie arried adolescent girls form a large segment of Kenyan youth, yet they are largely overlooked by researchers and program Mmanagers concerned with the lives of adolescents. As evidence demonstrates, this neglected population of married girls is likely to be vulnerable and in need of support. HIV infection is much higher among adolescent girls in sub-Saharan Africa than among boys. In settings such as Nyanza Province, Kenya, rates of HIV infection are extremely high, and evidence is increasing in some settings that girls who are mar- ried are much more likely to be infected with HIV, compared with their unmarried sexually active counterparts. Sexual violence and HIV/AIDS are a lethal combination. Research indicates that the risk of HIV infection following forced sex is likely to be higher than following consensual sex. Finding ways to tackle sexual violence and HIV infection simultaneously has therefore become a major public health endeavor. Married adolescent girls are particularly vulnerable to sexual vio- lence; however, there is a lack of data to guide intervention efforts specifically for such girls because they have largely remained invisible in programs. This brief describes a program addressing the problem of sex- ual violence and the risk of HIV transmission within marriage in Kenya’s Nyanza Province. The program was based on the Population Council’s analysis of the 2003 Kenya Demographic and Health Survey (KDHS) as well as on formative research within rural Nyanza. -
Kenya, Groundwater Governance Case Study
WaterWater Papers Papers Public Disclosure Authorized June 2011 Public Disclosure Authorized KENYA GROUNDWATER GOVERNANCE CASE STUDY Public Disclosure Authorized Albert Mumma, Michael Lane, Edward Kairu, Albert Tuinhof, and Rafik Hirji Public Disclosure Authorized Water Papers are published by the Water Unit, Transport, Water and ICT Department, Sustainable Development Vice Presidency. Water Papers are available on-line at www.worldbank.org/water. Comments should be e-mailed to the authors. Kenya, Groundwater Governance case study TABLE OF CONTENTS PREFACE .................................................................................................................................................................. vi ACRONYMS AND ABBREVIATIONS ................................................................................................................................ viii ACKNOWLEDGEMENTS ................................................................................................................................................ xi EXECUTIVE SUMMARY ............................................................................................................................................... xiv 1. INTRODUCTION ............................................................................................................................................. 1 1.1. GROUNDWATER: A COMMON RESOURCE POOL ....................................................................................................... 1 1.2. CASE STUDY BACKGROUND ................................................................................................................................. -
Curriculum Vitae
Curriculum Vitae Name: Isaiah Bosire Omosa Sex: Male Date of birth: 8th April 1974 Passport number: A037571 Nationality: Kenyan Profession: Civil and Environmental Engineer Address: Kenyatta University, Department of Civil Engineering, P.O Box 43844-00100, Thika Road, Nairobi, Kenya. OR P.O Box 966-00520 (Ruai) Nairobi. E-mail: [email protected] Membership in Professional Societies -Registered Graduate Engineer, Engineers’ Registration Board of Kenya. -Graduate Member, Institution of Engineers of Kenya. Education 2009-2013 Doctor of Engineering ( Environmental Science), UNEP-TongJi, Institute of Environment for Sustainable Development, TongJi University, Shanghai, China. Doctoral Research Topic: Tertiary Treatment of Municipal Wastewater Using Horizontal Subsurface Flow Constructed Wetlands and UV irradiation- with reference to Kenya. 1999-2005 Master of Science (MSc.) in Civil Engineering (Environmental Health Engineering option), University of Nairobi, Kenya. M.Sc. Thesis Title: Assessment of the biological treatability of black tea processing effluent 1993-1998 Bachelor of Science (B.Sc Hons) in Civil Engineering, University of Nairobi, Kenya. Employment Records 1999-2002 Masosa construction Ltd, Projects Engineer 2004 United Nations Environment Programme (UNEP), Research Assistant (Internship) 2005 - 2006 Ministry of Roads and Public Works, Civil Engineer (Storm Water drainage, Sewerage/Foul water drainage and Estate Roads design and construction supervision). 2009-2011 Kenyatta University, Water & Environmental Engineering Department, Tutorial Fellow / Assistant Lecturer. 2011- to date Kenyatta University, Civil Engineering Department, Lecturer. Professional Experience 2001 Research on a study of water demand management for the City of Nairobi under the ‘Managing water for African Cities’ project undertaken by UN- Habitat/Nairobi City Council. 2002 Site Agent on El nino emergency repairs and extensions to Kisii, Keroka and Gesusu Water supplies in Kisii District (Contract No. -
County Integrated Development Plan 2013-2017
REPUBLIC OF KENYA COUNTY GOVERNMENT OF KAJIADO COUNTY INTEGRATED DEVELOPMENT PLAN 2013-2017 KENYA KAJIADO COUNTY VISION AND MISSION VISION “A prosperous, globally competitive county, offering quality life”. MISSION “To promote equitable and sustainable socio economic development through efficient resource utilization and inclusive participation” TABLE OF CONTENTS KAJIADO COUNTY VISION AND MISSION ...................................................................... i VISION ................................................................................................................................................................. i MISSION .............................................................................................................................................................. i LIST OF TABLES, MAPS AND CHARTS........................................................................... vi FOREWORD ......................................................................................................................... vii ACKNOWLEDGEMENTS .................................................................................................. viii ABBREVIATIONS AND ACRONYMS ............................................................................... ix EXECUTIVE SUMMARY ................................................................................................... xii CHAPTER ONE: COUNTY BACKGROUND INFORMATION ....................................... 1 1.0 Introduction ...................................................................................................................................................