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48 Hours in NAIROBI a SHORT GUIDE to the MAGICAL CITY for the ACTIVE TRAVELLER Sightseeing, Shopping, Eating out and More
48 hOUrs IN NAIROBI A SHORT GUIDE TO THE MAGICAL CITY FOR THE ACTIVE TRAVELLER Sightseeing, shopping, eating out and more. Nairobi is the only capital city in Memo The Safari the world with a national park Whether you are visiting capital of within its boundaries, making Nairobi for business or it a prime tourist destination. pleasure, there are many the world. It is also home to several other activities and experiences tourist attractions. that would suit any traveler. A world in Nairobi has a diverse and This pocket-sized booklet is multicultural composition; filled with fun and interesting tune with there are a number of churches, activities for anyone to enjoy, nature. mosques, temples and from the breath-taking scenery gurdwaras within the city. Nairobi and beautiful abundance of is home to several museums, natural attractions, to the sites and monuments, plus glamour and glitz of the spectacular five star hotels to modern city lifestyle. cater for safari-bound tourists. 2 3 2) Animal Orphanage tourism and conservation Welcome • Location: Langata education. • Distance: 10kms from CBD to the • Duration of visit: 2-3 hours It offers an opportunity to depending on interest points experience what you expect magic that to see across the country. It was established in 1964 as a Introductory talks on Kenya’s is Nairobi refuge and rehabilitation centre for parks and reserves can be wild animals found abandoned or arranged for you by the 1) National Park of Nairobi injured in Kenya. It is a setting for naturalists. You will have a taste • Location: Langata visitors to walk around and have of Kenya’s rich animals including • Distance: 10kms from the CBD close up views of animals such the rare bongo, white rhino, • Duration of visit: Half a day as lions, crocodiles, cheetahs & albino zebra and a collection of depending on interest points leopards. -
GIS and Remote Sensing in the Assessment of Magat Watershed in the Philippines
Copyright is owned by the Author of the thesis. Permission is given for a copy to be downloaded by an individual for the purpose of research and private study only. The thesis may not be reproduced elsewhere without the permission of the Author. The Use GIS and Remote Sensing in the Assessment of Magat Watershed in the Philippines A thesis presented in partial fulfilment of the requirements for the degree of Master of Environmental Management Massey University, Turitea Campus, Palmerston North, New Zealand Emerson Tattao 2010 Abstract The Philippine watersheds are continually being degraded— thus threatening the supply of water in the country. The government has recognised the need for effective monitoring and management to avert the declining condition of these watersheds. This study explores the applications of remote sensing and Geographical Information Systems (GIS), in the collection of information and analysis of data, in order to support the development of effective critical watershed management strategies. Remote sensing was used to identify and classify the land cover in the study area. Both supervised and unsupervised methods were employed to establish the most appropriate technique in watershed land cover classification. GIS technology was utilised for the analysis of the land cover data and soil erosion modelling. The watershed boundary was delineated from a digital elevation model, using the hydrological tools in GIS. The watershed classification revealed a high percentage of grassland and increasing agricultural land use, in the study area. The soil erosion modelling showed an extremely high erosion risk in the bare lands and a high erosion risk in the agriculture areas. -
A New Archaeology W Iny the New Deal
NEW DEAL ARCHAEOLOGY A NEWW ARCHAEOLOGYY IN THE NEWW DEAL THE RISE OF HISTORICAL ARCHAEOLOGYY IN THE 1930S Benjamin C. Pykles Benjamin C. Pykles is ann Assistantt Professorr inn thee Departmentt off Anthropologyy att the State University off New York att Potsdam. istorical archaeology—the archaeologyy off the Mod- only standing architectural ern World (approximately the last 500 years off remains from the seven- Hhuman history)—has its disciplinaryy roots in the teenth century. It was not historic preservation movementt off the United States during until 1934, however, when the late nineteenth and earlyy twentieth centuries (Pykles the National Park Service 2008). Historical archaeology’s true institutional beginnings, (NPS) secured possession of however, are tied to the federally sponsored archaeologyy proj- the main portion of ects conducted under the auspices off the Neww Deal pro- Jamestown Island, that a grams off the 1930s. Chieff among those projects in terms of large-scale archaeological the developmentt off historical archaeology in the United program at the site was insti- States were the 1934–1941 excavations at Jamestown, Vir- tuted, relying on the labor of ginia, directed byy J. C. Harrington (Figure 1). During this young African-American critical time in the historyy off the field, Harrington estab- men enrolled in the Civilian lished some off the fundamental methods and practices used Conservation Corps (CCC). Figuree 1. Jeann Carll Harrington by historical archaeologists todayy and did much to promote Because there were few, iff any, (1901-1998), the “founding and legitimize the emerging discipline. As a resultt off these professionally trained archae- ffather”” off historicall archaeology efforts, Harrington is widely recognized as the “founding ologists with any experience, in the Unitedd States. -
Cagayan Riverine Zone Development Framework Plan 2005—2030
Cagayan Riverine Zone Development Framework Plan 2005—2030 Regional Development Council 02 Tuguegarao City Message The adoption of the Cagayan Riverine Zone Development Framework Plan (CRZDFP) 2005-2030, is a step closer to our desire to harmonize and sustainably maximize the multiple uses of the Cagayan River as identified in the Regional Physical Framework Plan (RPFP) 2005-2030. A greater challenge is the implementation of the document which requires a deeper commitment in the preservation of the integrity of our environment while allowing the development of the River and its environs. The formulation of the document involved the wide participation of concerned agencies and with extensive consultation the local government units and the civil society, prior to its adoption and approval by the Regional Development Council. The inputs and proposals from the consultations have enriched this document as our convergence framework for the sustainable development of the Cagayan Riverine Zone. The document will provide the policy framework to synchronize efforts in addressing issues and problems to accelerate the sustainable development in the Riverine Zone and realize its full development potential. The Plan should also provide the overall direction for programs and projects in the Development Plans of the Provinces, Cities and Municipalities in the region. Let us therefore, purposively use this Plan to guide the utilization and management of water and land resources along the Cagayan River. I appreciate the importance of crafting a good plan and give higher degree of credence to ensuring its successful implementation. This is the greatest challenge for the Local Government Units and to other stakeholders of the Cagayan River’s development. -
The Archaeology of Maritime Adaptations
Anthropology 6146 Sec 211G/ CBD 234 Dr. Susan D. deFrance Spring 2016 1350-B Turlington Hall/1112 Turlington [email protected] Office hours Tues & Thursday 2-3:30 pm and by appt. The Archaeology of Maritime Adaptations Course Objectives and Goals: This seminar examines issues pertaining to human maritime adaptations in archaeological, ethnohistoric and ethnographic contexts. Issues to be examined include: 1) Definitions of Maritime Adaptations 2) History of Investigations 3) Characteristics of Marine Resources 4) Technology and Organization of Maritime Predation 5) Limitations on Maritime Subsistence 6) Ownership, Territory, and Resource Rights 7) Population, Settlement and Site Size 8) Economic and Political Organization 9) Complexity of Maritime Societies Populations and cultures exhibiting maritime adaptations, among others, include: Jomon, Pacific Islands, Yagan, Andean Coast, Chumash, Northwest Coast, Eskimo/Aleut, Red Paint Archaic, Calusa, European Mesolithic, Coastal Maya Readings are available on the course elearning/Sakai site. Written Work and Class Presentations: 1) Weekly Assignments: 1-2 page review (critique, evaluation – not summaries) of ALL weekly readings. These are due at the start of class; late papers are not accepted without prior permission. 2) Each session students will be assigned one reading to present in detail (max. 15 minutes). Oral presentations will rotate between students depending on the number of reading assignments per week. All students must be prepared to discuss all the weekly readings at class time. 3) Final Paper (due APRIL 25 AT 4 PM- NO late papers, No incompletes, emergencies excluded) – on an approved topic related to the Archaeology of Maritime Adaptations. Final Paper should follow American Antiquity format for bibliography with a minimum of 2 references per page. -
Oryza Sativa) Cultivation in the Ifugao Rice Terraces, Philippine Cordilleras
Plant Microfossil Results from Old Kiyyangan Village: Looking for the Introduction and Expansion of Wet-field Rice (Oryza sativa) Cultivation in the Ifugao Rice Terraces, Philippine Cordilleras Mark HORROCKS, Stephen ACABADO, and John PETERSON ABSTRACT Pollen, phytolith, and starch analyses were carried out on 12 samples from two trenches in Old Kiyyangan Village, Ifugao Province, providing evidence for human activity from ca. 810–750 cal. B.P. Seed phytoliths and endosperm starch of cf. rice (Oryza sativa), coincident with aquatic Potamogeton pollen and sponge spicule remains, provide preliminary evidence for wet-field cultivation of rice at the site. The first rice remains appear ca. 675 cal. B.P. in terrace sediments. There is a marked increase in these remains after ca. 530–470 cal. B.P., supporting previous studies suggesting late expansion of the cultivation of wet-field rice in this area. The study represents initial, sediment-derived, ancient starch evidence for O. sativa, and initial, sediment-derived, ancient phytolith evidence for this species in the Philippines. KEYWORDS: Philippines, Ifugao Rice Terraces, rice (Oryza sativa), pollen, phytoliths, starch. INTRODUCTION THE IFUGAO RICE TERRACES IN THE CENTRAL CORDILLERAS,LUZON, were inscribed in the UNESCOWorldHeritage List in 1995, the first ever property to be included in the cultural landscape category of the list (Fig. 1). The nomination and subsequent listing included discussion on the age of the terraces. The terraces were constructed on steep terrains as high as 2000 m above sea level, covering extensive areas. The extensive distribution of the terraces and estimates of the length of time required to build these massive landscape modifications led some researchers to propose a long history of up to 2000–3000 years, which was supported by early archaeological 14C evidence (Barton 1919; Beyer 1955; Maher 1973, 1984). -
Hydraulics Research Wallingford
~ Hydraulics Research Wallingford SEDIMENTATION IN RESERVOIRS: MAGAT RESERVOIR, CAGAYAN VALLEY, LUZON PHILIPPINES 1984 reservoir survey and data analysis R Wooldridge - T Eng (CEI) In collaboration with: National Irrigation Administration, Manila, Philippines Report No OD 69 April 1986 Registered Office: Hydraulics Research Limited, Wallingford, Oxfordshire OXIO 8BA. Telephone: 0491 35381. Telex: 848552 ABSTRACT The Overseas Development Unit of Hydraulics Research Limited is involved in studies to quantify the effects of catchment management in reducing the quantity of sediment being delivered to rivers and deposited in reservoirs. Many recent reservoir studies have shown that observed sedimentation rates can be more than four times the rates estimated during the feasibility studies. This study uses a computer program, developed for a series of Kenyan reservoirs, to calculate the change in storage capacity of Magat Reservoir in north-central Luzon, the Philippines, as the first stage in a unified study of the total catchment erosion/reservoir sedimentstion system. A more detailed examination of the pre-impoundment survey data has shown that the reservoir storage capacity is some 25% greater than the original Feasibility Study and a first estimate of the catchment erosion rate is double the Feasibility Report estimate. CONTENTS Page 1 INTRODUCTION 1 2 STUDY LOCATION 1 3 1978 BASE DATA 2 4 HYDROGRAPHIC SURVEY TECHNIQUES 3 S CONTOUR SLICING TECHNIQUE S 6 FIELD DATA ANALYSIS 8 7 MAGAT RESERVOIR VOLUME 10 8 CATCHMENT SEDIMENT YIELD 14 9 DISCUSSION AND CONCLUSIONS 15 10 ACKNOWLEDGEMENTS 16 11 REFERENCES 18 TABLES 1. Designed and observed reservoir siltation rates FIGURES 1- Map of the Philippines 2. Map of Luzon 3. -
Asicc Description Code Unit 11101 Buffalo, Live 15 Nos
ASICC DESCRIPTION CODE UNIT 11101 BUFFALO, LIVE 15 NOS 11103 COW, LIVE 15 NOS 11104 GOAT, LIVE 15 NOS 11105 PIGS, LIVE 15 NOS 11106 SHEEP, LIVE 15 NOS 11129 ANIMAL, LIVE N.E.C 999 11131 CHICKEN, LIVE 9 KG 11132 DUCK, LIVE 15 NOS 11159 POULTRY BIRDS, N.E.C 999 11201 BACON 27 TONNE 11202 BEAF, FRESH/FROZEN 27 TONNE 11203 BUFFALO MEAT, FRESH/FROZEN 27 TONNE 11204 MUTTON, FRESH/FROZEN 27 TONNE 11205 VEAL MEAT, FRESH/FROZEN 27 TONNE 11206 CHICKEN, DRESSED - FRESH/FROZEN 999 11209 MEAT FRESH, N.E.C 999 11211 CHICKEN, COOKED (NOT CANNED) 27 TONNE 11212 MUTTON, COOKED (NOT CANNED) 27 TONNE 11219 MEAT, COOKED (NOT CANNED) N.E.C 999 11231 MEAT ( ALL TYPES ), CANNED 9 KG 11301 POMFRET 27 TONNE 11302 FISH, CATTLE 27 TONNE 11303 SARDIN 999 11309 FISH (NOT PROCESSED), N.E.C 999 11311 LOBSTERS 27 TONNE 11312 PRAWNS 27 TONNE 11313 SHRIMPS, RAW 27 TONNE 11314 SHRIMPS, PROCESSED 27 TONNE 11315 SEA SHELL 27 TONNE 11316 FISH FROZEN 27 TONNE 11319 CRUSTACEANS, N.E.C 999 11320 FISH ( ALL TYPES ) CANNED 9 KG 11339 FISH, DRIED/PROCESSED N.E.C 999 11341 PRAWN/SHRIMP/LOBSTAR SEED 9 KG 11349 FISH SEED, N.E.C 999 11351 OIL, CORD LIVER 9 KG 11359 FISH OIL, N.E.C 999 11401 MILK, FRESH 7 K. LITRES 11402 MILK, FLAVOURED NOT FROZEN 7 K. LITRES 11403 MILK, CHILLED OR FROZEN (ALL TYPES) 7 K. LITRES 11404 MILK, SKIMMED OR PASTURISED, NON-FLAVOURED 7 K. LITRES 11405 MILK, CONDENSED 9 KG 11406 POWDER MILK 27 TONNE 11411 BUTTER 27 TONNE 11412 MILK, BUTTER 9 KG 11413 OIL, BUTTER 27 TONNE 11414 CHEESE 27 TONNE 11415 CREAM 9 KG 11416 PANEER 9 KG 11417 KHOYA 9 KG 11418 GHEE 9 KG -
DENR-BMB Atlas of Luzon Wetlands 17Sept14.Indd
Philippine Copyright © 2014 Biodiversity Management Bureau Department of Environment and Natural Resources This publication may be reproduced in whole or in part and in any form for educational or non-profit purposes without special permission from the Copyright holder provided acknowledgement of the source is made. BMB - DENR Ninoy Aquino Parks and Wildlife Center Compound Quezon Avenue, Diliman, Quezon City Philippines 1101 Telefax (+632) 925-8950 [email protected] http://www.bmb.gov.ph ISBN 978-621-95016-2-0 Printed and bound in the Philippines First Printing: September 2014 Project Heads : Marlynn M. Mendoza and Joy M. Navarro GIS Mapping : Rej Winlove M. Bungabong Project Assistant : Patricia May Labitoria Design and Layout : Jerome Bonto Project Support : Ramsar Regional Center-East Asia Inland wetlands boundaries and their geographic locations are subject to actual ground verification and survey/ delineation. Administrative/political boundaries are approximate. If there are other wetland areas you know and are not reflected in this Atlas, please feel free to contact us. Recommended citation: Biodiversity Management Bureau-Department of Environment and Natural Resources. 2014. Atlas of Inland Wetlands in Mainland Luzon, Philippines. Quezon City. Published by: Biodiversity Management Bureau - Department of Environment and Natural Resources Candaba Swamp, Candaba, Pampanga Guiaya Argean Rej Winlove M. Bungabong M. Winlove Rej Dumacaa River, Tayabas, Quezon Jerome P. Bonto P. Jerome Laguna Lake, Laguna Zoisane Geam G. Lumbres G. Geam Zoisane -
Bank Supervision Annual Report 2019 1 Table of Contents
CENTRAL BANK OF KENYA BANK SUPERVISION ANNUAL REPORT 2019 1 TABLE OF CONTENTS VISION STATEMENT VII THE BANK’S MISSION VII MISSION OF BANK SUPERVISION DEPARTMENT VII THE BANK’S CORE VALUES VII GOVERNOR’S MESSAGE IX FOREWORD BY DIRECTOR, BANK SUPERVISION X EXECUTIVE SUMMARY XII CHAPTER ONE STRUCTURE OF THE BANKING SECTOR 1.1 The Banking Sector 2 1.2 Ownership and Asset Base of Commercial Banks 4 1.3 Distribution of Commercial Banks Branches 5 1.4 Commercial Banks Market Share Analysis 5 1.5 Automated Teller Machines (ATMs) 7 1.6 Asset Base of Microfinance Banks 7 1.7 Microfinance Banks Market Share Analysis 9 1.8 Distribution of Foreign Exchange Bureaus 11 CHAPTER TWO DEVELOPMENTS IN THE BANKING SECTOR 2.1 Introduction 13 2.2 Banking Sector Charter 13 2.3 Demonetization 13 2.4 Legal and Regulatory Framework 13 2.5 Consolidations, Mergers and Acquisitions, New Entrants 13 2.6 Medium, Small and Micro-Enterprises (MSME) Support 14 2.7 Developments in Information and Communication Technology 14 2.8 Mobile Phone Financial Services 22 2.9 New Products 23 2.10 Operations of Representative Offices of Authorized Foreign Financial Institutions 23 2.11 Surveys 2019 24 2.12 Innovative MSME Products by Banks 27 2.13 Employment Trend in the Banking Sector 27 2.14 Future Outlook 28 CENTRAL BANK OF KENYA 2 BANK SUPERVISION ANNUAL REPORT 2019 TABLE OF CONTENTS CHAPTER THREE MACROECONOMIC CONDITIONS AND BANKING SECTOR PERFORMANCE 3.1 Global Economic Conditions 30 3.2 Regional Economy 31 3.3 Domestic Economy 31 3.4 Inflation 33 3.5 Exchange Rates 33 3.6 Interest -
KENYA in COUNTRY INFORMATION GEOGRAPHY Kenya Lies on the Equator and Shares Common Borders with Tanzania and Uganda, Which Make up the Region of ‘East Africa’
KENYA IN COUNTRY INFORMATION GEOGRAPHY Kenya lies on the equator and shares common borders with Tanzania and Uganda, which make up the region of ‘East Africa’. Its location allows for access to Kenya’s beautiful beaches and the Indian Ocean, Kenya’s wild plains and mountain ranges and its enchanting rift valley. Kenya is roughly the size of Texas or Spain. PEOPLE There are 52 tribes in Kenya each with their own tribal language though most people in the country speak Kiswahili as well as their own tribal language. English is the commercial language; therefore, it is commonly spoken in the major towns and at all lodges and hotels. CLIMATE Kenya is on the equator therefore we do not have major seasons. The climate is very pleasant and variations in altitude and terrain can create contrasts. Generally, in the Highlands the climate is cool and temperate; elsewhere the temperatures can reach approximately 35’C during the day. The coast is quite humid and balmy. Over most of the country there are two rainy seasons: • The “short rains” which occur from late October through November • The “long rains” which occur from late March to early June • It is perfectly possible to visit Kenya during the rainy season, few roads are affected, the park is fresh and green and there are fewer people and vehicles. Rain usually falls in the late afternoon preceded by bright, sunny and fresh days • July and August are the coolest months and are often overcast especially in the morning • December-Mid March is the warmest time of the year PASSPORT/VISA All tourists entering Kenya must have a tourist visa, which can either be obtained through the Kenya High Commission or via the e-visa portal on www.ecitizen.go.ke. -
Methodological Issues in Zooarchaeology
Methodological Issues in Zooarchaeology Tanya M. Peres The main goal of zooarchaeology, as a specialty within archaeology, is to interpret human and environment interactions based primarily on the animal remains recov- ered from archaeological sites. This chapter is not meant to be a comprehensive text on zooarchaeology; rather it is a guide to some of the analytical methods and ter- minology that are used commonly by practitioners of zooarchaeology. While each researcher has her/his own way of analyzing and interpreting animal remains, some methods, terms, and analytical tools are considered standard. The purpose of this chapter is to give the reader an overview of basic methodological issues and appli- cations within zooarchaeology. I acknowledge that not all the faunal remains recov- ered from archaeological sites are related to subsistence activities; however, as the chapters included in this volume are centered on discerning subsistence behaviors through the integration of multiple datasets, I focus more on subsistence practices here. This chapter addresses taphonomic and recovery issues as well as sampling and analytical methods to enable the reader to understand the case studies included in this volume (for a similar treatment of paleoethnobotanical remains, see Wright, this volume). 1 Why Study Zooarchaeology? Animal remains can be used to inform us about a variety of issues in the study of societies, such as environment, seasonality, subsistence, hunting practices, political and social organization, settlement patterns, and resource-use. As a discipline, zoo- archaeology has grown exponentially over the past three decades to include special- ists working in dozens of countries on all aspects and time periods of human history (Hesse and Wapnish 1985).