CHAPTER 4 KALU RIVER BASIN 4.1 Basin Overview
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Ruwanwella) Mrs
Lady Members First State Council (1931 - 1935) Mrs. Adline Molamure by-election (Ruwanwella) Mrs. Naysum Saravanamuttu by-election (Colombo North) (Mrs. Molamure was the first woman to be elected to the Legislature) Second State Council (1936 - 1947) Mrs. Naysum Saravanamuttu (Colombo North) First Parliament (House of Representatives) (1947 - 1952) Mrs. Florence Senanayake (Kiriella) Mrs. Kusumasiri Gunawardena by-election (Avissawella) Mrs. Tamara Kumari Illangaratne by-election (Kandy) Second Parliament (House of (1952 - 1956) Representatives) Mrs. Kusumasiri Gunawardena (Avissawella) Mrs. Doreen Wickremasinghe (Akuressa) Third Parliament (House of Representatives) (1956 - 1959) Mrs. Viviene Goonewardene (Colombo North) Mrs. Kusumasiri Gunawardena (Kiriella) Mrs. Vimala Wijewardene (Mirigama) Mrs. Kusuma Rajaratna by-election (Welimada) Lady Members Fourth Parliament (House of (March - April 1960) Representatives) Mrs. Wimala Kannangara (Galigomuwa) Mrs. Kusuma Rajaratna (Uva-Paranagama) Mrs. Soma Wickremanayake (Dehiowita) Fifth Parliament (House of Representatives) (July 1960 - 1964) Mrs. Kusuma Rajaratna (Uva-Paranagama) Mrs. Soma Wickremanayake (Dehiowita) Mrs. Viviene Goonewardene by-election (Borella) Sixth Parliament (House of Representatives) (1965 - 1970) Mrs. Sirima R. D. Bandaranaike (Attanagalla) Mrs. Sivagamie Obeyesekere (Mirigama) Mrs. Wimala Kannangara (Galigomuwa) Mrs. Kusuma Rajaratna (Uva-Paranagama) Mrs. Leticia Rajapakse by-election (Dodangaslanda) Mrs. Mallika Ratwatte by-election (Balangoda) Seventh Parliament (House of (1970 - 1972) / (1972 - 1977) Representatives) & First National State Assembly Mrs. Kusala Abhayavardhana (Borella) Mrs. Sirima R. D. Bandaranaike (Attanagalla) Mrs. Viviene Goonewardene (Dehiwala - Mt.Lavinia) Lady Members Mrs. Tamara Kumari Ilangaratne (Galagedera) Mrs. Sivagamie Obeyesekere (Mirigama) Mrs. Mallika Ratwatte (Balangoda) Second National State Assembly & First (1977 - 1978) / (1978 - 1989) Parliament of the D.S.R. of Sri Lanka Mrs. Sirima R. D. Bandaranaike (Attanagalla) Miss. -
Final Report Volume Ii Appendix (1/2)
DEMOCRATIC SOCIALIST REPUBLIC OF SRI LANKA MAHAWELI AUTHORITY OF SRI LANKA (MASL) PREPARATORY SURVEY ON MORAGAHAKANDA DEVELOPMENT PROJECT FINAL REPORT VOLUME II APPENDIX (1/2) JULY 2010 JAPAN INTERNATIONAL COOPERATION AGENCY NIPPON KOEI CO., LTD. SAD CR (5) 10-011 DEMOCRATIC SOCIALIST REPUBLIC OF SRI LANKA MAHAWELI AUTHORITY OF SRI LANKA (MASL) PREPARATORY SURVEY ON MORAGAHAKANDA DEVELOPMENT PROJECT FINAL REPORT VOLUME II APPENDIX (1/2) JULY 2010 JAPAN INTERNATIONAL COOPERATION AGENCY NIPPON KOEI CO., LTD. PREPARATORY SURVEY ON MORAGAHAKANDA DEVELOPMENT PROJECT FINAL REPORT LIST OF VOLUMES VOLUME I MAIN REPORT VOLUME II APPENDIX (1/2) APPENDIX A GEOLOGY APPENDIX B WATER BALANCE Not to be disclosed until the APPENDIX C REVIEW OF DESIGN OF contract agreements for all the FACILITIES OF THE PROJECT works and services are concluded. APPENDIX D COST ESTIMATE APPENDIX E ECONOMIC EVALUATION VOLUME III APPENDIX (2/2) APPENDIX F ENVIRONMENTAL EVALUATION APPENDIX A GEOLOGY APPENDIX A GEOLOGY REPORT 1. Introduction Geological Investigations for Moragahakanda dam were commenced by USOM in 1959, and core drilling surveys were subsequently done by UNDP/FAO and Irrigation Department of Sri Lanka in 1967/1968 and 1977/1978 respectively. A full-scale geological investigation including core drilling, seismic prospecting, work adit, in-situ rock shear test, construction material survey and test grouting was carried out for the feasibility study by JICA in 1979 (hereinafter referred to FS (1979)). Almost twenty years had past after FS (1979), additional feasibility study including 34 drill holes was carried out by Lahmeyer International Associates in 2000/2001 (hereinafter referred to FS (2001)). Subsequently, supplemental geological investigations including core drilling, electric resistivity survey and laboratory tests for rock materials were done by MASL in 2007. -
Fit.* IRRIGATION and MULTI-PURPOSE DEVELOPMENT
fit.* The Historic Jaya Ganga — built by King Dbatustna in tbi <>tb century AD to carry the waters of the Kala Wewa to the ancient city tanks of Anuradbapura, 57 miles away, while feeding a number of village tanks in its course. This channel is also famous for the gentle gradient of 6 ins. per mile for the first I7 miles and an average of 1 //. per mile throughout its length. Both tbeKalawewa andtbefiya Garga were restored in 1885 — 18 8 8 by the British, but not to their fullest capacities. New under the Mabaweli Diversion project, the Kill Wewa his been augmented and the Jaya Gingi improved to carry 1000 cusecs of water. The history of our country dates back to the 6th century B.C. When the legendary Vijaya landed in L->nka, he is believed to have found an island occupied by certain tribes who had already developed a rudimentary sys tem of irrigation. Tradition has it that Kuveni was spinning cotton on the bund of a small lake which was presumably part of this ancient system. The development of an ancient civilization which was entirely depen dent on an irrigation system that grew in size and complexity through the years is described in our written history. Many examples are available which demonstrate this systematic development of water and land re sources throughout the so-called dry zone of our country over very long periods of time. The development of a water supply and irrigation system around the city of Anuradhapuia may be taken as an example. -
Ecological Biogeography of Mangroves in Sri Lanka
Ceylon Journal of Science 46 (Special Issue) 2017: 119-125 DOI: http://doi.org/10.4038/cjs.v46i5.7459 RESEARCH ARTICLE Ecological biogeography of mangroves in Sri Lanka M.D. Amarasinghe1,* and K.A.R.S. Perera2 1Department of Botany, University of Kelaniya, Kelaniya 2Department of Botany, The Open University of Sri Lanka, Nawala, Nugegoda Received: 10/01/2017; Accepted: 10/08/2017 Abstract: The relatively low extent of mangroves in Sri extensively the observations are made and how reliable the Lanka supports 23 true mangrove plant species. In the last few identification of plants is, thus, rendering a considerable decades, more plant species that naturally occur in terrestrial and element of subjectivity. An attempt to reduce subjectivity freshwater habitats are observed in mangrove areas in Sri Lanka. in this respect is presented in the paper on “Historical Increasing freshwater input to estuaries and lagoons through biogeography of mangroves in Sri Lanka” in this volume. upstream irrigation works and altered rainfall regimes appear to have changed their species composition and distribution. This MATERIALS AND METHODS will alter the vegetation structure, processes and functions of Literature on mangrove distribution in Sri Lanka was mangrove ecosystems in Sri Lanka. The geographical distribution collated to analyze the gaps in knowledge on distribution/ of mangrove plant taxa in the micro-tidal coastal areas of Sri occurrence of true mangrove species. Recently published Lanka is investigated to have an insight into the climatic and information on mangrove distribution on the northern anthropogenic factors that can potentially influence the ecological and eastern coasts could not be found, most probably for biogeography of mangroves and sustainability of these mangrove the reason that these areas were inaccessible until the ecosystems. -
CHAP 9 Sri Lanka
79o 00' 79o 30' 80o 00' 80o 30' 81o 00' 81o 30' 82o 00' Kankesanturai Point Pedro A I Karaitivu I. Jana D Peninsula N Kayts Jana SRI LANKA I Palk Strait National capital Ja na Elephant Pass Punkudutivu I. Lag Provincial capital oon Devipattinam Delft I. Town, village Palk Bay Kilinochchi Provincial boundary - Puthukkudiyiruppu Nanthi Kadal Main road Rameswaram Iranaitivu Is. Mullaittivu Secondary road Pamban I. Ferry Vellankulam Dhanushkodi Talaimannar Manjulam Nayaru Lagoon Railroad A da m' Airport s Bridge NORTHERN Nedunkeni 9o 00' Kokkilai Lagoon Mannar I. Mannar Puliyankulam Pulmoddai Madhu Road Bay of Bengal Gulf of Mannar Silavatturai Vavuniya Nilaveli Pankulam Kebitigollewa Trincomalee Horuwupotana r Bay Medawachchiya diya A d o o o 8 30' ru 8 30' v K i A Karaitivu I. ru Hamillewa n a Mutur Y Pomparippu Anuradhapura Kantalai n o NORTH CENTRAL Kalpitiya o g Maragahewa a Kathiraveli L Kal m a Oy a a l a t t Puttalam Kekirawa Habarane u 8o 00' P Galgamuwa 8o 00' NORTH Polonnaruwa Dambula Valachchenai Anamaduwa a y O Mundal Maho a Chenkaladi Lake r u WESTERN d Batticaloa Naula a M uru ed D Ganewatta a EASTERN g n Madura Oya a G Reservoir Chilaw i l Maha Oya o Kurunegala e o 7 30' w 7 30' Matale a Paddiruppu h Kuliyapitiya a CENTRAL M Kehelula Kalmunai Pannala Kandy Mahiyangana Uhana Randenigale ya Amparai a O a Mah Reservoir y Negombo Kegalla O Gal Tirrukkovil Negombo Victoria Falls Reservoir Bibile Senanayake Lagoon Gampaha Samudra Ja-Ela o a Nuwara Badulla o 7 00' ng 7 00' Kelan a Avissawella Eliya Colombo i G Sri Jayewardenepura -
The Government of the Democratic
THE GOVERNMENT OF THE DEMOCRATIC SOCIALIST REPUBLIC OF SRI LANKA FINANCIAL STATEMENTS OF THE GOVERNMENT FOR THE YEAR ENDED 31ST DECEMBER 2019 DEPARTMENT OF STATE ACCOUNTS GENERAL TREASURY COLOMBO-01 TABLE OF CONTENTS Page No. 1. Note to Readers 1 2. Statement of Responsibility 2 3. Statement of Financial Performance for the Year ended 31st December 2019 3 4. Statement of Financial Position as at 31st December 2019 4 5. Statement of Cash Flow for the Year ended 31st December 2019 5 6. Statement of Changes in Net Assets / Equity for the Year ended 31st December 2019 6 7. Current Year Actual vs Budget 7 8. Significant Accounting Policies 8-12 9. Time of Recording and Measurement for Presenting the Financial Statements of Republic 13-14 Notes 10. Note 1-10 - Notes to the Financial Statements 15-19 11. Note 11 - Foreign Borrowings 20-26 12. Note 12 - Foreign Grants 27-28 13. Note 13 - Domestic Non-Bank Borrowings 29 14. Note 14 - Domestic Debt Repayment 29 15. Note 15 - Recoveries from On-Lending 29 16. Note 16 - Statement of Non-Financial Assets 30-37 17. Note 17 - Advances to Public Officers 38 18. Note 18 - Advances to Government Departments 38 19. Note 19 - Membership Fees Paid 38 20. Note 20 - On-Lending 39-40 21. Note 21 (Note 21.1-21.5) - Capital Contribution/Shareholding in the Commercial Public Corporations/State Owned Companies/Plantation Companies/ Development Bank (8568/8548) 41-46 22. Note 22 - Rent and Work Advance Account 47-51 23. Note 23 - Consolidated Fund 52 24. Note 24 - Foreign Loan Revolving Funds 52 25. -
Evaluation of Agriculture and Natural Resources Sector in Sri Lanka
Evaluation Working Paper Sri Lanka Country Assistance Program Evaluation: Agriculture and Natural Resources Sector Assistance Evaluation August 2007 Supplementary Appendix A Operations Evaluation Department CURRENCY EQUIVALENTS (as of 01 August 2007) Currency Unit — Sri Lanka rupee (SLR) SLR1.00 = $0.0089 $1.00 = SLR111.78 ABBREVIATIONS ADB — Asian Development Bank GDP — gross domestic product ha — hectare kg — kilogram TA — technical assistance UNDP — United Nations Development Programme NOTE In this report, “$” refers to US dollars. Director General Bruce Murray, Operations Evaluation Department (OED) Director R. Keith Leonard, Operations Evaluation Division 1, OED Evaluation Team Leader Njoman Bestari, Principal Evaluation Specialist Operations Evaluation Division 1, OED Operations Evaluation Department CONTENTS Page Maps ii A. Scope and Purpose 1 B. Sector Context 1 C. The Country Sector Strategy and Program of ADB 11 1. ADB’s Sector Strategies in the Country 11 2. ADB’s Sector Assistance Program 15 D. Assessment of ADB’s Sector Strategy and Assistance Program 19 E. ADB’s Performance in the Sector 27 F. Identified Lessons 28 1. Major Lessons 28 2. Other Lessons 29 G. Future Challenges and Opportunities 30 Appendix Positioning of ADB’s Agriculture and Natural Resources Sector Strategies in Sri Lanka 33 Njoman Bestari (team leader, principal evaluation specialist), Alvin C. Morales (evaluation officer), and Brenda Katon (consultant, evaluation research associate) prepared this evaluation working paper. Caren Joy Mongcopa (senior operations evaluation assistant) provided administrative and research assistance to the evaluation team. The guidelines formally adopted by the Operations Evaluation Department (OED) on avoiding conflict of interest in its independent evaluations were observed in the preparation of this report. -
Sri Lanka Red Cross Society
Humanitarian Operations Presented by : Sudath Madugalle Deputy Director General/ Head of Operations Sri Lanka Red Cross Society VISION MISSION PRINCIPLES Reduce risk, build capacity and Safer, resilient and socially inclusive Humanity | Impartiality | promote principles and values by communities through improving Neutrality Independence | Voluntary mobilizing resources, creating lifestyles and changing mind-sets. service Unity and Universality universal access to services through volunteerism and partnership Contact Us SRI LANKA RED CROSS SOCIETY 104, Dharmapala Mawatha, Colombo 07, Sri Lanka | +94 11 2691095 | [email protected] 2 Sri Lanka Red Cross Society Flood and Landslide Operation 2017 Sri Lanka Red Cross Society serves its constituents through flood and landslide relief and recovery – May 2017 Contact Us SRI LANKA RED CROSS SOCIETY 104, Dharmapala Mawatha, Colombo 07, Sri Lanka | +94 11 2691096 | [email protected] 5 Source: Daily News – 24th June 2017 Contact Us SRI LANKA RED CROSS SOCIETY 104, Dharmapala Mawatha, Colombo 07, Sri Lanka | +94 11 2691096 | [email protected] 4 SLRCS was in direct contact with DM authorities at national level, continuously. It also published alerts regularly on its website. Contact Us SRI LANKA RED CROSS SOCIETY 104, Dharmapala Mawatha, Colombo 07, Sri Lanka | +94 11 2691096 | [email protected] 3 Map of Sri Lanka Showing the the most severely affected districts Contact Us SRI LANKA RED CROSS SOCIETY 104, Dharmapala Mawatha, Colombo 07, Sri Lanka | +94 11 2691096 | [email protected] 6 SLRCS RESPONSE 1st Phase - Emergency 1. Search and Rescue Operations Galle, Matara, Kalutara, Gampaha and Ratnapura Districts Contact Us SRI LANKA RED CROSS SOCIETY 104, Dharmapala Mawatha, Colombo 07, Sri Lanka | +94 11 2691096 | [email protected] 7 2. -
(Ifasina) Willeyi Horn (Coleoptera: Cicindelidae) of Sri Lanka
JoTT COMMUNI C ATION 3(2): 1493-1505 The current occurrence, habitat and historical change in the distribution range of an endemic tiger beetle species Cicindela (Ifasina) willeyi Horn (Coleoptera: Cicindelidae) of Sri Lanka Chandima Dangalle 1, Nirmalie Pallewatta 2 & Alfried Vogler 3 1,2 Department of Zoology, Faculty of Science, University of Colombo, Colombo 03, Sri Lanka 3 Department of Entomology, The Natural History Museum, London SW7 5BD, United Kingdom Email: 1 [email protected] (corresponding author), 2 [email protected], 3 [email protected] Date of publication (online): 26 February 2011 Abstract: The current occurrence, habitat and historical change in distributional range Date of publication (print): 26 February 2011 are studied for an endemic tiger beetle species, Cicindela (Ifasina) willeyi Horn of Sri ISSN 0974-7907 (online) | 0974-7893 (print) Lanka. At present, the species is only recorded from Maha Oya (Dehi Owita) and Handapangoda, and is absent from the locations where it previously occurred. The Editor: K.A. Subramanian current habitat of the species is explained using abiotic environmental factors of the Manuscript details: climate and soil recorded using standard methods. Morphology of the species is Ms # o2501 described by studying specimens using identification keys for the genus and comparing Received 02 July 2010 with specimens available at the National Museum of Colombo, Sri Lanka. The DNA Final received 29 December 2010 barcode of the species is elucidated using the mitochondrial CO1 gene sequence of Finally accepted 05 January 2011 eight specimens of Cicindela (Ifasina) willeyi. The study suggests that Maha Oya (Dehi Owita) and Handapangoda are suitable habitats. -
Water Balance Variability Across Sri Lanka for Assessing Agricultural and Environmental Water Use W.G.M
Agricultural Water Management 58 (2003) 171±192 Water balance variability across Sri Lanka for assessing agricultural and environmental water use W.G.M. Bastiaanssena,*, L. Chandrapalab aInternational Water Management Institute (IWMI), P.O. Box 2075, Colombo, Sri Lanka bDepartment of Meteorology, 383 Bauddaloka Mawatha, Colombo 7, Sri Lanka Abstract This paper describes a new procedure for hydrological data collection and assessment of agricultural and environmental water use using public domain satellite data. The variability of the annual water balance for Sri Lanka is estimated using observed rainfall and remotely sensed actual evaporation rates at a 1 km grid resolution. The Surface Energy Balance Algorithm for Land (SEBAL) has been used to assess the actual evaporation and storage changes in the root zone on a 10- day basis. The water balance was closed with a runoff component and a remainder term. Evaporation and runoff estimates were veri®ed against ground measurements using scintillometry and gauge readings respectively. The annual water balance for each of the 103 river basins of Sri Lanka is presented. The remainder term appeared to be less than 10% of the rainfall, which implies that the water balance is suf®ciently understood for policy and decision making. Access to water balance data is necessary as input into water accounting procedures, which simply describe the water status in hydrological systems (e.g. nation wide, river basin, irrigation scheme). The results show that the irrigation sector uses not more than 7% of the net water in¯ow. The total agricultural water use and the environmental systems usage is 15 and 51%, respectively of the net water in¯ow. -
Urban Development Plan
Urban Development Plan (2018 – 2030) Urban Development Authority Sabaragamuwa Province Volume 01 RATNAPURA DEVELOPMENT PLAN VOLUME I Urban Development Authority “Sethsiripaya” Battaramulla 2018 - 2030 RATNAPURA DEVELOPMENT PLAN VOLUME I Urban Development Authority 2018 - 2030 Minister’s Foreword Local Authority Chairman’s Forward DOCUMENT INFORMATION Report Title : Ratnapura Development Plan Locational Boundary (Declared area) : Ratnapura Municipal Council Area Gazette No : Client / Stakeholder (Shortly) : Local residents of Ratnapura, Relevant Institutions, Commuters. Submission Date : 17/12/2018 Document Status : Final Document Submission Details Author UDA Ratnapura District Office Version No Details Date of Submission Approved for Issue 1 English Draft 07/12/2018 2 English Final 07/01/2019 This document is issued for the party which commissioned it and for specific purposes connected with the above-captioned project only. It should not be relied upon by any other party or used for any other purpose. We accept no responsibility for the consequences of this document being relied upon by any other party, or being used for any other purpose, or containing any error or omission which is due to an error or omission in data supplied to us by other parties. This document contains confidential information and proprietary intellectual property. It should not be shown to other parties without consent from the party which commissioned it. Preface This development plan has been prepared for the implementation of the development of Ratnapura Municipal Council area within next two decades. Ratnapura town is the capital of the Ratnapura District. The Ratnapura town has a population of approximately 49,083 and act as a regional center servicing the surrounding hinterland area and providing major services including administration, education and health. -
Precipitation Trends in the Kalu Ganga Basin in Sri Lanka
January 2009 PRECIPITATION TRENDS IN THE KALU GANGA BASIN IN SRI LANKA A.D.Ampitiyawatta1, Shenglian Guo2 ABSTRACT Kalu Ganga basin is one of the most important river basins in Sri Lanka which receives very high rainfalls and has higher discharges. Due to its hydrological and topographical characteristics, the lower flood plain suffers from frequent floods and it affects socio- economic profile greatly. During the past several years, many researchers have investigated climatic changes of main river basins of the country, but no studies have been done on climatic changes in Kalu Ganga basin. Therefore, the objective of this study was to investigate precipitation trends in Kalu Ganga basin. Annual and monthly precipitation trends were detected with Mann-Kendall statistical test. Negative trends of annual precipitation were found in all the analyzed rainfall gauging stations. As an average, -0.98 trend with the annual rainfall reduction of 12.03 mm/year was found. April and August were observed to have strong decreasing trends. July and November displayed strong increasing trends. In conclusion, whole the Kalu Ganga basin has a decreasing trend of annual precipitation and it is clear that slight climatic changes may have affected the magnitude and timing of the precipitation within the study area Key words: Kalu Ganga basin, precipitation, trend, Mann-Kendall statistical test. INTRODUCTION since the lower flood plain of Kalu Ganga is densely populated and it is a potential Kalu Ganga basin is the second largest area for rice production. During the past river basin in Sri Lanka covering 2766 km2 several years, attention has been paid to and much of the catchment is located in study on precipitation changes of main the highest rainfall area of the country, river basins of Sri Lanka.