Coimbatore District – Corporation Areas – COVISHIELD Vaccination Camp Details Date : 25.08.2021 Number of Sl.NO Zone Ward No School Name UPHC Name Doses
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GOVERNMENT of TAMIL NADU Rural Development and Panchayat
GOVERNMENT OF TAMIL NADU Rural Development and Panchayat Raj Department District Rural Development Agency, Coimbatore. Ph: 0422 - 2301547 e-mail: [email protected] Tender Notice No. DIPR/3200/Tender/2016 dated 03.08.2016 NOTICE INVITING TENDERS 1. The Project Director, DRDA, Coimbatore District on behalf of the Governor of TamilNadu invites the item rate bids, in electronic tendering system, for construction of roads under Pradhan Mantri Gram Sadak Yojana for each of the following works including their maintenance for five years from the eligible and approved contractors registered with Highways/PWD/ any other State or Central Government Engineering Departments/ undertakings/ organizations/DRDA. Package Name of the work Estimated Cost Total Period of Bid no. (Rs. Lakh) Cost Completio Security (Rs. n (in Lakh) Rupees) Constr Mainten uction ance 6 1 2 3 4 5 7 TN-02-93 Karamadai Tholampalayam 100.23 5.56 road to Billichigoundanur road in Karamadai Block 9 Months Kalaampalayam to Seeliyur in 97.90 8.37 Karamadai Block 198.13 13.93 212.06 425000 Bujankanur to Mettupalayam 70.57 3.28 road in Karamadai Block TN-02-94 9 Months Karamadai Tholampalayam road to Sellappanur road in 71.69 6.37 Karamadai Block 142.26 9.65 151.91 304000 Ooty Kothagiri MTP Sathi Gobi Erode Branch 77.91 2.88 at 59 0 Vellipalayam road in Karamadai Block TN-02-95 Lingagoundenpudur to Cheran 9 Months 60.02 3.53 Nagar in Karamadai Block Samayapuram to koduthurai 41.97 3.60 malai in Karamadai Block 179.9 10.01 189.91 380000 Vadavalli Main road to Periyapadiyanur Kovil 103.94 -
INCIDENCE of QUARANTINE INVASIVE WEED Solanum Carolinense L
23rd Asian-Pacific Weed Science Society Conference The Sebel Cairns, 26-29 September 2011 INCIDENCE OF QUARANTINE INVASIVE WEED Solanum carolinense L. IN DIFFERENT ECOSYSTEMS OF TAMIL NADU C. Chinnusamy, M.R. Nandhakumar, K. Govindarajan and P. Muthukrishnan DWSRC, Department of Agronomy, Tamil Nadu Agricultural University, Coimbatore – 641 003, INDIA ABSTRACT A survey of weed flora in different ecosystems (i.e. cropped, non-cropped, waste disposal and derelict areas) during kharif and rabi seasons (2008 to 2010) was conducted in eigth districts of Tamil Nadu. The focus of the weed survey was to detect new invasive weeds and increase the preparedness for exotic weeds invasions. Solanum carolinense L., a listed, quarntine weed, was observed in 88 places of different survey spots in eight districts; viz., Coimbatore, Salem, Dharmapuri, Krishnagiri, Dindugal, Nilgiris, Erode and Vellore of Tamil nadu. Plants found during the survey were about one meter tall, armed, with small spines. Solanum carolinense L., stems were erect and possessed stellate hairs, greenish to purple in color. Leaves were alternate, typically lance-ovate, lobed, with spines on midrib and veins. The inflorescence, an axiliary raceme with branches, had compact clusters of flowers. The flowers of Solanum carolinense were five lobed and corolla was white to lilac or purple in colour. The flower had stellate pubescence externally and was glabrous internally. It contained five stamens filaments, which were yellowish green in colour. Stigma was dark in colour and the superior ovary was glandular, pubescent and whitish in colour. The deeply lobed calyx (five lobes) and tube was purple green in colour. The immature fruit was green in colour, turning orange and yellow. -
Physicochemical Analysis of Groundwater Quality of Velliangadu Area in Coimbatore District, Tamilnadu, India
Vol. 12 | No. 2 |409 - 414| April - June | 2019 ISSN: 0974-1496 | e-ISSN: 0976-0083 | CODEN: RJCABP http://www.rasayanjournal.com http://www.rasayanjournal.co.in PHYSICOCHEMICAL ANALYSIS OF GROUNDWATER QUALITY OF VELLIANGADU AREA IN COIMBATORE DISTRICT, TAMILNADU, INDIA K. Karthik 1,*, R. Mayildurai 1, R. Mahalakshmi 1and S. Karthikeyan 2 1Department of Science and Humanities (Chemistry Division), Kumaraguru College of Technology, Coimbatore - 641049, Tamil Nadu, India 2 Department of Civil Engineering, Kumaraguru College of Technology, Coimbatore - 641 049, Tamil Nadu, India *E-mail : [email protected] ABSTRACT The global climatic change has its impacts on the water crisis in some areas and Coimbatore is one of the places where the groundwater levels are declining every year. In the recent past, drilling of the bore-wells increased massively in search of water since most of the open wells dried up in Velliangadu area of Coimbatore district. Open well water used to be the primary source of water for irrigation purpose till last decade but more and more bore wells were drilled in search of water up to 1000 feet underground. Since the drilled bore wells were of a minimum of 300 feet and a maximum of above 1000 feet it was quite interesting to analyze the physicochemical properties of groundwater and help the farmers to gain knowledge on water quality parameters. The quality of groundwater in Velliangadu area was analyzed by determining the pH, Hardness, Alkalinity, Total Dissolved Solids, Chloride content and Electrical Conductivity. Since all the parameters were in good agreement with the standard values given by various organizations it is concluded that the groundwater quality of Velliangadu area is good. -
1. Performance of Mission Antyodaya Gram Panchayats
Powered by TCPDF (www.tcpdf.org) Performance of Mission Antyodaya Gram Panchayats – A Quick Mid-term Assessment Study to track the Progress Centre for Planning, Monitoring and Evaluation National Institute of Rural Development and Panchayati Raj Rajendranagar, Hyderabad – 500 030 September, 2018 Study teams Dr G Venkata Raju, Dr Hemanth Kumar and Dr Anuradha - Andhra Pradesh Dr Murugesan and Mr. Hari Prasad - Tamil Nadu Mr. Santanu Bhowmick - Bihar, Jharkhand, Odisha & MP Mr. Govind Kumar - Gujarat & Haryana Dr. Rajkumar Pammi - Karnataka Dr. Lohidas and Dr. Manikandan A D - Kerala Ms. Khushboo Ahire and Mr. Jitendar - Maharashtra Dr. Rajeshwar - Telangana Dr. Prabakara Reddy - Punjab Dr. Atungbou - Tripura Mr. Dambarudhar Garada and Dr. Muttanna - Uttar Pradesh Project Directors Dr G Venkata Raju Dr Vanishree Joseph CONTENTS Page No Acknowledgements Executive Summary i - vi 1. Background, Objectives and Methodology 1 - 4 2. Overall Progress of Mission Antyodaya Gram Panchayats pairs 5 - 54 3. Comparative Account of Performance of Mission Antyodaya Gram Panchayats 55 - 206 4. Summary of Findings on Success of Village Development 207 - 219 Annexures 220 - 225 Tables 226 - 292 Figures Annexures Page No Annexure – 1 List of 120 Mission Antyodaya GPs scored more than 80 score 220 - 222 Annexure – 2 Frequency Distribution of Gram Panchayats of 15 States selected for MA study 223 Annexure – 3 List of Sample Mission Antyodaya Gram Panchayat Pairs Identified in 15 States 224 - 225 List of Tables Page No Andhra Pradesh 2.1.1 Progress of Mission -
Freq Lopment Quency Ct of Drou Curves I Basin, Ta Ught
Univerzitet u Beogradu University of Belgrade Poljoprivredni fakultet Faculty of Agriculture Institut za poljoprivrednu tehniku Institute of Agricultural Engineering Naučni časopis Scientific Journal POLJOPRIVREDNA TEHNNIKA AGRICULTURAL ENGINEERING Godina XXXVIII Year XXXVIII Broj 3, 2013. No. 3, 2013. Strane: 41 – 55 pp: 41 – 55 UDK: 574.4 Originalni naučni rad Original scientific paper DEVELOPMENT OF DROUGHT SEVERITY – AREAL EXTENT – FREQUENCY CURVES IN THE PARAMBIKULAM - ALIYAR BASIN, TAMIL NADU, INDIA Muthiah Manikandan*, Dhanapal Tamilmani Tamil Nadu Agricultural University, Agricultural Engineering College & Research Institute, Department of Soil & Water Conservation Engineering, Coimbatore, Tamil Nadu, India Abstract: Assessment and characterization of regional droughts provide useful information for sustainable water resources planning and management. In the present study, the Standardized Precipitation Index (SPI) a most widely used rainfall based drought index was applied to investigate the temporal characteristics, areal extent and frequency of meteorological drought in the Parambikulam-Aliyar basin, Tamil Nadu. For this purpose, the basin was divided into 97 grid-cells of 5 × 5 km with each grid correspondence to approximately 1.03% of total area. Gridded monthly rainfall was developed by spatial interpolation technique with the help of GIS capabilities at each grid point using monthly rainfall data for the period of 40 years (1972-2011) from 28 rain gauge stations. Regional representative of SPI values calculated from spatially averaged mean areal rainfall were used to characterize the temporal variation of drought. Drought severity-areal extent-frequency (SAF) curves were constructed using gridded SPI values to assess the drought severity and areal extent with respect to return period so as to describe and characterize the spatial and recurrence patterns of drought. -
Chief Minister's Nutritious Me^Jl Programme^
Chief Minister’s Nutritious Me^jl Programme^ uP€0)iua^(b Quk&a >s6/rs^utLj(b €usitM s QsutaaiQth" AIM APPRAISAL 1 9 8 7 CHIEF MINISTER’S NUTRITIOUS MEAL PROGRAMME AN APPRAISAL Sy Dr. (Tmt.) RAJAMMAL P. DEVADAS, M.A., M.Sc., Ph.D.Ohio (State), D.Sc. (Madras), Director, Sri Avinashilingam Home Science College fa t Women. Coimbatore-W 043 lUBLtC (CMNM?) DEl^ARTMENt CDVERNMENT OF TAMIL NADU 19 87 Natlf'tisl Sy«ttmi Unit, Instinjitt of EducatioiiAl Plrrr^?rr nj 17*B S. iAt> i a^o M^.NewI>dUbi41001€ DOC No.. ^«XX.)l. 2 - = l G. RAMACHANDRAN Sm 1|h St. George CHIEF MINISTER MADRAS-600 009 Dated 19th January 1987 FOREWORD The idea of providing whole-some food to the needy children, stemmed from my own childhood experience of poverty. When hunger haunted my home, a lady next door extended a bowl of rice gruel to us and thus saved us from cruel death. Such mtrciful women-folk elected me as the Chief Minister of Tamil Nadu having great faith in me. 1 felt it lim y bounden duty to provide atleast one meal per day to the poor children in order to eliminate the suffering of their helpless mothers. Thus was born the massive nutritious noon meal programme which on date covers more than 8.5 million children through 66,000 centres spread all over the State of Tamil Nadu. ■The programme is not just to appease the hunger of the children, though it is the most important of the aims. We have to build the character of the chffdfeil in all possible ways and should see them as responsible citizens of tomorrow. -
An Economic Analysis of Poverty Levels in Coimbatore, India
194Internat. J. Agric. Sci. Vol.3 No.2 June, 2007 : 194-197 An economic analysis of poverty levels in Coimbatore, India T. PONNARASI*, K. SITA DEVI AND M.P. SARAVANAN Dept. of Agricultural Economics, Faculty of Agriculture, Annamalai University, CHIDAMBARAM (T.N.) INDIA ABSTRACT India alone is said to be the home for about 34 per cent of the world’s poor to which Tamil Nadu contributes 35.6 per cent. Poverty has been viewed and measured from different angles by different scientist. Even among the scientists, there exists difference of opinion in specifying a level of minimum income and calorie requirement as a cut off point for poverty line. The different approaches in measuring poverty provided wide variations in the estimation of poverty at a point of time. Further, the concept of poverty would vary widely between two environments. A case with poverty measure in an irrigated and dry region would eventually reveal that poverty profile is sensitive to some aspects of measurement. Hence, the very objective of the paper is to asses the levels of poverty among the rural households in varying irrigation environs. With the assumption that the levels of poverty among the rural households may vary between irrigated and dry tract, the respondents in the rural settings being categorized as agriculturists, agricultural labourers and other workers. The study was conducted in Anaimalai block of Pollachi taluk, which is irrigated area and Sulur block of Palladam taluk, which is dry tract. The results of the study revealed that poverty level studied by Head Count ratio is higher in dry tract than that in irrigated tract also poverty gap among the respondents in dry tract is high as compared to their counter parts in irrigated tract. -
Water Quality and Treatment Cost for Waterborne Disease in Rural Areas of Coimbatore District, India Manikandan.R* and Boopathi
American International Journal of Available online at http://www.iasir.net Research in Humanities, Arts and Social Sciences ISSN (Print): 2328-3734, ISSN (Online): 2328-3696, ISSN (CD-ROM): 2328-3688 AIJRHASS is a refereed, indexed, peer-reviewed, multidisciplinary and open access journal published by International Association of Scientific Innovation and Research (IASIR), USA (An Association Unifying the Sciences, Engineering, and Applied Research) Water Quality and treatment cost for waterborne disease in rural areas of Coimbatore District, India Manikandan.R* and Boopathi. S** *Assistant Professor, Department of Economics, Bharathiar University, Coimbatore, Tamilnadu, India – 641046 ** Professor, Department of Economics, Bharathiar University, Coimbatore, Tamilnadu, India – 641046. Abstract: This study analysed treatment cost of waterborne disease by households in rural areas of Coimbatore district, Tamilnadu. A multistage sampling method namely systematic, stratified and proportionate random technique was used to select sample villages. 342 sample households were selected. Method of data analysis involved is descriptive statistics and linear regression for the sample households. The linear regression estimates, revealed the increase in the total expenditure per month, affected person children waterborne disease hepatitis and jaundice. Thus the cost of treatment for waterborne disease also increases. Keyword: Water Quality, Treatment cost, Water borne disease, Rural water supply, India I. Introduction Waterborne diseases are caused by contamination of water by virus, bacteria (cholera, typhoid fever, bacillary dysentery etc.), parasites, or chemicals. Water gets contaminated either at source level or while passing through pipes which are poorly laid and maintained, or in the homes when it is not stored properly. About 85 percent of the rural population in India is solely dependent on ground water; so quantity and quality are questionable. -
Volume 6, Issue 2 (V) : April – June 2019
Volume 6, Issue 2 (V) ISSN 2394 - 7780 April - June 2019 International Journal of Advance and Innovative Research (Conference Special) Indian Academicians and Researchers Association www.iaraedu.com 3RD NATIONAL CONFERENCE ON APPLICATION OF MODERN MANAGEMENT THOUGHTS Organized by PG and Research Department of Management Studies Hindusthan College of Arts and Science Coimbatore March 9, 2019 Publication Partner Indian Academicians and Researcher’s Association Hindusthan College of Arts and Science Coimbatore Affiliated to Bharathiar University Approved by AICTE and Govt of Tamilnadu Accredited by NAAC An ISO Certified Institution Special Volume Editor Dr. D. Kalpana Professor PG & Research Department of Management Studies Hindusthan College of Arts and Science Coimbatore ORGANIZING COMMITTEE Chief Patron Mr. T. S. R. Khannaiyann Chairman Hindusthan Educational and Charitable Trust, Coimbatore Chairman Tmt. Sarasuwathi Khannaiyann Managing Trustee Hindusthan College and Charitable Trust, Coimbatore Patrons Thiru. K. Sakthivel Trustee Administration Hindusthan Educational and Charitable Trust, Coimbatore Tmt. Priya Satishprabhu Executive Trustee and Secretary Hindusthan Educational and Charitable Trust, Coimbatore Co-Chairman Dr. A. Ponnusamy Principal Hindusthan College of Arts and Science, Coimbatore Co-ordinator Dr. D. M. Navarasu Director - MBA Hindusthan College of Arts and Science Organising Secretary Dr. D. Kalpana Professor PG & Research Department of Management Studies Hindusthan College of Arts and Science Organizing Committee Mr. B. Nandhakumar Dr. K. Latha Dr. D. Suganthi Dr. D. Barani Kumar Dr. N. Pakutharivu Dr. K. Anitha Mrs. R. Shobana Dr. V. Sridhar Mr. N. J. Ravichandran ABOUT HINDUSTHAN COLLEGE OF ARTS AND SCIENCE Hindusthan College of Arts and Science (Autonomous) is a constituent of Hindusthan Educational and Charitable Trust. -
A Case of Odanthurai
Research Paper Volume : 3 | Issue : 9 | September 2014 • ISSN No 2277 - 8179 Effective Leadership and People Social Science Participation towards Achieving all round KEYWORDS : Democratic Decentralization, Participatory Development and Planning at Grassroot Level, pollution-free environment, Development - A Case of Odanthurai Gram Non-Conventional Energy, 73rd constitutional Panchayat in Tamilnadu amendment Assistant Professor, Centre for Planning, Monitoring and Evaluation, National Institute of Dr. R. Chinnadurai Rural Development, Rajendra Nagar, Hyderabad – 500 030. ABSTRACT Democratic Decentralization, Participatory Development and Planning at Grassroots Level are the vital areas of concerns of the present approach of poverty reduction and sustainable development in India. This case study documented some best practices of participatory planning and implementation at gram panchayat level. Odanthurai village panchayat of Karamadai block in Coimbatore district in Tamilnadu has been given in this article as a case of success in achieving all round development, based on its success in fulfilling basic needs, education development, provision of housing, technology transfer, production of electricity and coverage of beneficiaries under government development and welfare programmes for its people. It is a worth learning experience for under- standing grass roots planning, people participation, effective leadership and transparent local administration. I. Background of the Case leadership by Mr.Shanmugam, President of the village panchay- Democratic Decentralization, Participatory Development and at, there are two primary schools, one middle school, two ma- Planning at Grassroot Level are the vital areas of concerns of the triculation schools functioning with all adequate facilities. present approach of poverty reduction and sustainable devel- opment in India. Tremendous efforts have been put in through III. -
Chapter – Iii Agro Climatic Zone Profile
CHAPTER – III AGRO CLIMATIC ZONE PROFILE This chapter portrays the Tamil Nadu economy and its environment. The features of the various Agro-climatic zones are presented in a detailed way to highlight the endowment of natural resources. This setting would help the project to corroborate with the findings and justify the same. Based on soil characteristics, rainfall distribution, irrigation pattern, cropping pattern and other ecological and social characteristics, the State Tamil Nadu has been classified into seven agro-climatic zones. The following are the seven agro-climatic zones of the State of Tamil Nadu. 1. Cauvery Delta zone 2. North Eastern zone 3. Western zone 4. North Western zone 5. High Altitude zone 6. Southern zone and 7. High Rainfall zone 1. Cauvery Delta Zone This zone includes Thanjavur district, Musiri, Tiruchirapalli, Lalgudi, Thuraiyur and Kulithalai taluks of Tiruchirapalli district, Aranthangi taluk of Pudukottai district and Chidambaram and Kattumannarkoil taluks of Cuddalore and Villupuram district. Total area of the zone is 24,943 sq.km. in which 60.2 per cent of the area i.e., 15,00,680 hectares are under cultivation. And 50.1 per cent of total area of cultivation i.e., 7,51,302 19 hectares is the irrigated area. This zone receives an annual normal rainfall of 956.3 mm. It covers the rivers ofCauvery, Vennaru, Kudamuruti, Paminiar, Arasalar and Kollidam. The major dams utilized by this zone are Mettur and Bhavanisagar. Canal irrigation, well irrigation and lake irrigation are under practice. The major crops are paddy, sugarcane, cotton, groundnut, sunflower, banana and ginger. Thanjavur district, which is known as “Rice Bowl” of Tamilnadu, comes under this zone. -
ALIYAR SUB BASIN INDEX Sl.No
I AM WARM PROJECT ALIYAR SUB BASIN INDEX Sl.No. Description of Item Pages 1 Executive Summary 2 to 37 2 Introduction 38 to 43 3 Scope of the Project 44 to 48 4 Hydrology 49 to 59 5 Hydraulics of the Component 60 to 69 6 Command Area and Water Users Association 70 to 75 7 Designs 76 to 79 8 Project Proposals 8.1. Water Resources Organisation 80 to 89 8.2. Agricultural Engineering Department 90 to 105 8.3. Agricultural Marketing & Agri. Business 106 to 143 8.4. Agricultural Department 144 to 173 8.5. Animal Husbandry Department 174 to 205 8.6. Tamil Nadu Agricultural University 206 to 227 8.7. Horticultural Department 228 to 252 8.8. Fisheries Department 253 to 258 8.9. Environmental Cells 259 to 271 9. Project Cost 272 to 273 10. Financial Programme 273 to 275 11. Economic Analysis 276 to 278 12. Annexure I – Maps 279 13. Annexure II – Photos 280 14. Annexure III – WUA Representation 281 15. Annexure IV – Map showing the Line 282 Department Activities 1 EXECUTIVE SUMMARY 2 Executive Summary Introduction The Parambikulam Aliyar Project is an interstate Water Resources Development project carried out jointly by the states of Tamilnadu and Kerala . The objective of the development is harnessing th e waters of the Bharathapuzha, the Chalakudi and the Periyar basins for irrigation and power production in both the states. It accomplishes the diversion and integration of eight west flowing rivers, six in the Anaimalai hills and two in the plains for t he benefit of the drought prone areas in the Coimbatore and Erode districts of Tamilnadu state and Palghat District of Kerala State.