Kumta Assembly Karnataka Factbook
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Selected Presentations for Lake 2016 Conference from Uttara Kannada District
Selected Presentations for Lake 2016 conference from Uttara Kannada District Sl.No. Title of Paper Student Name Class School Name Guide Name Presentation 1 Medicinal Plant Diversity of Bankikodlu Village, Kumta. B.K.Shashank & 10th Andashram High School, S.G.Batakurki PPT Ramu Bankikoldu, Kumta 2 Agricultural Diverstiy of Bankikodlu Village, Kumta. Noothan P Gowda & Andashram High School, S.G.Batakurki Poster Ashwini R Gowda Bankikoldu, Kumta 3 Water Resources and Sourronding Diversity of Hanehalli Meghana M Gowda & 10th Andashram High School, S.G.Batakurki Poster Village, Kumta. Pallavi B Gowda Bankikoldu, Kumta 4 Medicinal Plant Diversity of Yalaguppa Village, Honnavar. Keerthi Hegde & 9th BGS Central School, Guruprasad PPT Akshata Mirjan, Kumta Naik 5 Water Resources and Sourrounding Diversity of Nadumaskeri, Advit & Pavan 10th BGS Central School, Guruprasad PPT Harumaskeri, Bankikodla Village, Kumta. Mirjan, Kumta Naik 6 Water Resources and Sourrounding Diversity of Kodambale Ashwini Bogar & 10th BGS Central School, Guruprasad PPT Village, Kumta. Harshini Mirjan, Kumta Naik 7 Medicinal Plant Diversity of Hiregutti Village, Kumta. Abhishek Gavankar & 9th, CVSK High Bhaskar.Hegde PPT Suryakiran Patagar 8th School,Kumta 8 Medicinal Plant Diversity of Bada Village, Kumta. Swati & Sankalpa 8th CVSK High Bhaskar.Hegde PPT School,Kumta 9 Water Resources and Sourrounding Diversity of Hegade Ananya G Hegde & 9th CVSK High Bhaskar.Hegde PPT Village, Kumta. Apeksha.U.Shetty School,Kumta 10 Water Resources and Sourrounding Diversity of Haladeepur Kavyanjali.Naik, & 9th G.G.H.S, Kumta Uday.V.Naik PPT Village, Honnavar. VeenaPatagar 11 Medicinal Plant Diversity of Hegade Village, Kumta. Mandara & Nagashree G.G.H.S, Kumta Poster 12 Medicinal Plant Diversity of Vannalli Village, Kumta Bharat S Naik & 8th Government High School, Shreemati.K.V. -
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||Om Shri Manjunathaya Namah || Shri Kshethra Dhamasthala Rural Development Project B.C. Trust ® Head Office Dharmasthala HŒ¯å A„®ãtÁS®¢Sµ, vw¯ºN® 22.12.2019 Š®0u®± w®lµu® îµ±°ªæX¯Š®N®/ N®Zµ°‹ š®œ¯‡®±N®/w®S®u®± š®œ¯‡®±N® œ®±uµÛ‡®± wµ°Š® wµ°î®±N¯r‡®± ªRq® y®‹°£µ‡®± y®ªq¯ºý® D Nµ¡®w®ºruµ. Cu®Š®ªå 50 î®±q®±Ù 50 Oʺq® œµX®±Ï AºN® y®lµu®î®Š®w®±Ý (¬šµ¶g¬w®ªå r¢›Š®±î®ºqµ N®Zµ°‹/w®S®u®± š®œ¯‡®±N® œ®±uµÛSµ N®xÇ®Õ ïu¯ãœ®Áqµ y®u®ï î®±q®±Ù ®±š®±é 01.12.2019 NµÊ Aw®æ‡®±î¯S®±î®ºqµ 25 î®Ç®Á ï±°Š®u®ºqµ î®±q®±Ù îµ±ªæX¯Š®N® œ®±uµÛSµ N®xÇ®Õ Hš¬.Hš¬.HŒ¬.› /z.‡®±±.› ïu¯ãœ®Áqµ‡µ²ºvSµ 3 î®Ç®Áu® Nµ©š®u® Aw®±„Â®î® î®±q®±Ù ®±š®±é 01.12.2019 NµÊ Aw®æ‡®±î¯S®±î®ºqµ 30 î®Ç®Á ï±°Š®u®ºqµ ) î®±±ºvw® œ®ºq®u® š®ºu®ý®Áw®NµÊ B‡µ±Ê ¯l®Œ¯S®±î®¼u®±. š®ºu®ý®Áw®u® š®Ú¡® î®±q®±Ù vw¯ºN®î®w®±Ý y®äqµã°N®î¯T Hš¬.Hº.Hš¬ î®±²©N® ¯Ÿr x°l®Œ¯S®±î®¼u®±. œ¯cНu® HŒ¯å A„®ãtÁS®¢Sµ A†Ãw®ºu®wµS®¡®±. Written test Sl No Name Address Taluk District mark Exam Centre out off 100 11 th ward near police station 1 A Ashwini Hospete Bellary 33 Bellary kampli 2 Abbana Durugappa Nanyapura HB hally Bellary 53 Bellary 'Sri Devi Krupa ' B.S.N.L 2nd 3 Abha Shrutee stage, Near RTO, Satyamangala, Hassan Hassan 42 Hassan Hassan. -
Uttara Kannada District- Introduction 2013
Uttara Kannada District- Introduction 2013 LAND USE CHANGES WITH THE IMPLEMENTATION OF DEVELOPMENTAL PROJECTS IN UTTARA KANNADA DISTRICT Summary: Forest ecosystems in Uttara Kannada district have witnessed major transformations during the post-independence. Uttara Kannada district has the distinction of having highest forest cover among all districts of Karnataka. Land use analysis using temporal remote sensing data reveal distressing trend of deforestation in the district, evident from the reduction of evergreen - semi evergreen forest cover from 67.73% (1973) to 32.08% (2013). Taluk-wise analyses reveal similar trend for evergreen - semi evergreen forest cover during 1973 to 2013; Ankola (75.66 to 55.33%), Bhatkal (61.37 to 30.38%), Honnavar (70.63 to 35.71%), Karwar (72.26 to 59.70%), Kumta (62.89 to 29.38%), Siddapur (71.42 to 23.68), Sirsi (64.89 to 16.78), Supa (93.56 to 58.55%), Yellapur (75.28 to 18.98%), Haliyal (35.45 to 2.59%), Mundgod (2063 to 1.52). Forest cover has declined from 81.75 (1973) to 60.98% (2013) in the coastal zone, 91.45 (1973) to 59.14% (2013) in the Sahyadrian interior, and 69.26 (1973) to 16.76% (2013) in plains zone. Implementation of developmental activities without taking into account the ecological significance of ecosystems, services provided by them in meeting the livelihood of local population has resulted in the degradation of forests. These changes in the landscape structure (through large scale land use changes) have altered functional abilities of an ecosystem evident from lowered hydrological yield, disappearing perennial streams, higher instances of human –animal conflicts, declined ecosystem goods, etc. -
Sand Mining and Its Impact on Ecology of Aghanashini Estuary Uttara Kannada District ,Karnataka
SAND MINING AND ITS IMPACT ON ECOLOGY OF AGHANASHINI ESTUARY UTTARA KANNADA DISTRICT ,KARNATAKA Introduction Impact of sand mining on ecosystem • Sand constitutes an important abiotic component in • Bank erosion and valley widening aquatic ecosystems like rivers. It provides suitable • Reduced ground water recharge substrates for many benthic organisms. • Deepening of rivers and estuaries, enlargement of • It is an unavoidable component for psammophilic river mouths and coastal inlets, saline-water fishes as it provides breeding, spawning, feeding and intrusion. hiding grounds. • Destruction of aquatic and riparian habitat • Sand is important economic resource much in • Alters the local hydrology and damage to organisms demand for a great variety of uses. or through habitat degradation and disruption of • It is a source of silica for making sodium silicate, a food web. chemical compound used for manufacture of both common and optical glasses. Objective of the Study Sand quarried from fiver channels floodplains, • Profiling of sand mining in the coastal zone, from the Sand Scooper seashores and deserts is major source of construction upstream portion of an estuary, which experiences sand and for variety of industrial purposes. relatively lower salinities during the post and pre- • Sand budgeting is necessary to solve ecological monsoon times and to portray the extraction and problems of rivers and coastal zone-the latter loading sites and to quantify the extracted sand. especially covering the sea beaches and estuarine environments. Soil Transportation to Banks Study Area The present study conducted in the upstream of Aghanashini estuary of Uttara Kannada district in Karnataka. The estuary lies between latitude. 14.391O to 14.585O and longitude 74.304O to 74.516O in the Kumta taluk. -
Western Ghats & Sri Lanka Biodiversity Hotspot
Ecosystem Profile WESTERN GHATS & SRI LANKA BIODIVERSITY HOTSPOT WESTERN GHATS REGION FINAL VERSION MAY 2007 Prepared by: Kamal S. Bawa, Arundhati Das and Jagdish Krishnaswamy (Ashoka Trust for Research in Ecology & the Environment - ATREE) K. Ullas Karanth, N. Samba Kumar and Madhu Rao (Wildlife Conservation Society) in collaboration with: Praveen Bhargav, Wildlife First K.N. Ganeshaiah, University of Agricultural Sciences Srinivas V., Foundation for Ecological Research, Advocacy and Learning incorporating contributions from: Narayani Barve, ATREE Sham Davande, ATREE Balanchandra Hegde, Sahyadri Wildlife and Forest Conservation Trust N.M. Ishwar, Wildlife Institute of India Zafar-ul Islam, Indian Bird Conservation Network Niren Jain, Kudremukh Wildlife Foundation Jayant Kulkarni, Envirosearch S. Lele, Centre for Interdisciplinary Studies in Environment & Development M.D. Madhusudan, Nature Conservation Foundation Nandita Mahadev, University of Agricultural Sciences Kiran M.C., ATREE Prachi Mehta, Envirosearch Divya Mudappa, Nature Conservation Foundation Seema Purshothaman, ATREE Roopali Raghavan, ATREE T. R. Shankar Raman, Nature Conservation Foundation Sharmishta Sarkar, ATREE Mohammed Irfan Ullah, ATREE and with the technical support of: Conservation International-Center for Applied Biodiversity Science Assisted by the following experts and contributors: Rauf Ali Gladwin Joseph Uma Shaanker Rene Borges R. Kannan B. Siddharthan Jake Brunner Ajith Kumar C.S. Silori ii Milind Bunyan M.S.R. Murthy Mewa Singh Ravi Chellam Venkat Narayana H. Sudarshan B.A. Daniel T.S. Nayar R. Sukumar Ranjit Daniels Rohan Pethiyagoda R. Vasudeva Soubadra Devy Narendra Prasad K. Vasudevan P. Dharma Rajan M.K. Prasad Muthu Velautham P.S. Easa Asad Rahmani Arun Venkatraman Madhav Gadgil S.N. Rai Siddharth Yadav T. Ganesh Pratim Roy Santosh George P.S. -
A Dialogue on Managing Karnataka's Fisheries
1 A DIALOGUE ON MANAGING KARNATAKA’S FISHERIES Organized by College of Fisheries, Mangalore Karnataka Veterinary, Animal and Fisheries Sciences University (www. cofmangalore.org) & Dakshin Foundation, Bangalore (www.dakshin.org) Sponsored by National Fisheries Development Board, Hyderabad Workshop Programme Schedule Day 1 (8th December 2011) Registration Inaugural Ceremony Session 1: Introduction to the workshop and its objectives-Ramachandra Bhatta and Aarthi Sridhar(Dakshin) Management of fisheries – experiences with ‘solutions’- Aarthi Sridhar Group discussions: Identifying the burning issues in Karnataka’s fisheries. Presentation by each group Session 2: Community based monitoring – experiences from across the world- Sajan John (Dakshin) Discussion Day 2 (9th December 2011) Session 3: Overview of the marine ecosystems and state of Fisheries Marine ecosystems - dynamics and linkages- Naveen Namboothri (Dakshin) State of Karnataka Fisheries- Dinesh Babu (CMFRI, Mangalore) Discussion Session 4: Co-management in fisheries Co-management experiences from Kerala and Tamil Nadu- Marianne Manuel (Dakshin) Discussion: What role can communities play in the management of Karnataka’s fisheries? Day 3 (10th December 2011) Field session Field visit to Meenakaliya fishing village to experiment with the idea of 2-way learning processes in fisheries Group Discussion Feedback from the participants and concluding remarks 1 Table of Contents Introduction 3 Format of the workshop 4 Concerns with fisheries 5 Transitions in fishing technologies and methods -
Development of Sea Port at Tadadi, Karnataka
DEVELOPMENT OF SEA PORT AT TADADI, KARNATAKA Karnataka, India - A Profile Karnataka, a State in the south of India, has been a pioneer state in industry with a distinction of a strong and vibrant industrial base. Karnataka is targeting an industrial growth rate of 12% per annum, with an increased emphasis on the expansion and growth of infrastructure sectors through private sector participation. Since ports are the trade gateways for a state, their ability to meet the increasing demands of a rapidly growing economy is crucial for addressing the rising import and export traffic. Currently there is one major port and two non-major ports that are operational in Karnataka. The major port at Mangalore, namely, New Mangalore Port Trust, currently caters to the cargo requirements of the southern districts of the state. Need for a Port on the West Coast Belekeri Tadadi The northern districts of the state, especially the Bellary–Hospet region produce large quantities of iron ore. The export potential of iron ore from this region is estimated at 30 million tones in 2010. Part of this iron ore is exported through the two non-major ports namely Karwar and Belekeri. However, bigger vessels cannot operate at these ports as the draft available is less. Further the capacity at these ports is also not adequate to cater to the iron ore export demand of this region. Thus, a port developed in the northern coastline of the state would cater to the districts of North Karnataka especially the iron-ore belt in Bellary - Hospet, thereby significantly improving the industrial advantage of the region. -
Karwar F-Register As on 31-03-2019
Karwar F-Register as on 31-03-2019 Type of Name of Organisat Date of Present Registrati Year of Category Applicabi Applicabi Registration Area / the ion / Size Colour establish Capital Working on under E- Sl. Identifica Name of the Address of the No. (XGN lity under Water Act lity under Air Act HWM HWM BMW BMW under Plastic Battery E-Waste MSW MSW PCB ID Place / Taluk District industrial Activity*( Product (L/M/S/M (R/O/G/ ment Investment in Status Plastic Waste Remarks No. tion (YY- Industry Organisations category Water (Validity) Air Act (Validity) (Y/N) (Validity) (Y/N) (Validity) Rules validity (Y/N) (Validity) (Y/N) (Validity) Ward No. Estates / I/M/LB/H icro) W) (DD/MM/ Lakhs of Rs. (O/C1/C2 Rules (Y/N) YY) Code) Act (Y/N) (Y/N) date areas C/H/L/C YY) /Y)** (Y/N) E/C/O Nuclear Power Corporation Limited, 31,71,29,53,978 1 11410 99-00 Kaiga Project Karwar Karwar Uttar Kannada NA I Nuclear Power plant F-36 L R 02-04-99 O Y 30-06-21 Y 30-06-21 Y 30/06/20 N - N N N N N N N Kaiga Generating (576450.1) Station, Grasim Industries Limited Chemical Binaga, Karwar, 2 11403 74-75 Division (Aditya Karwar Karwar Uttar Kannada NA I Chloro Alkali F-41, 17-Cat 17-Cat 01-01-75 18647.6 O Y 30-06-21 Y 30-06-21 Y 30/06/20 Y - N N N N N N N Uttara Kannada Birla Chemical Dividion) Bangur The West Coast Nagar,Dandeli, 3 11383 58-59 Haliyal Haliyal Uttar Kannada NA I Paper F-59, 17-Cat 17-Cat 01-06-58 192226.1 O Y 30-06-21 Y 30-06-21 Y 30/06/20 Y - N N NNNNN Paper Mills Limited, Haliyal, Uttara Kannada R.N.S.Yatri Niwas, Murudeshwar, (Formerly R N 4 41815 -
Gokarna, India 1 Gokarna, India
Gokarna, India 1 Gokarna, India For other uses, see Gokarna, Nepal. Gokarna ಗೋಕರ್ಣ village Mahabaleshwara Temple Location in Karnataka, India [1] [1] Coordinates: 14.55°N 74.31667°E Coordinates: 14.55°N 74.31667°E Country India State Karnataka District Uttara Kannada Area • Total 10.9 km2 (4.2 sq mi) Elevation 586 m (1,923 ft) Population (2001) • Total 25,851 • Density 2,400/km2 (6,100/sq mi) Languages • Official Kannada Time zone IST (UTC+5:30) Vehicle registration KA-47 Gokarna (Kannada: ಗೋಕರ್ಣ) is a small temple town located on the western coast of India in the Uttara Kannada district of the Indian state of Karnataka. Tain temple and deity is Lord Shiva, who is also known as Gokarna, India 2 Mahabhaleshwara. This temple houses what is believed to be original image of Lord Shiva's lingam. There are many other temples all over this small town. Ankola and Kumta on Highway 17 are the main towns near Gokarna. Gokarna is historically known as one of the seven important Hindu pilgrimage centers and is located on what was once unspoiled beach near the estuary of river Aghanashini with its palm trees, other colorful tropical fruit and flower trees. Of late due to the numbers of tourists the character of this town has changed. This town is no longer just a center of pilgrimage though massive numbers of devotees still visit the town for the purposes of offering prayers and worship to Lord Shiva. Due to its laid back unspoiled and rustic nature, many younger western tourists started visiting Gokarna about a decade ago. -
Statewise List of Fpos Registered Under 2 Year and 3 Year Programme
Statewise list of FPOs registered under 2 year and 3 year programme Business Activities Annual Turnover Legal Form of during FPO (2016-17) Name of Resource Registration Date of S. No. State Name Programme FPO Name (Cooperative FPO Address Contact Major Crops Revenue Revenue Institution No. Registration Society/Registe generated generated Rs. (in Lakh) red Company) through input through output activities activities 1 Andhra RKVY Vrutti Livelihood Bethamcherla Producer U01110AP2017 17-Jan-17 H.No. 2-246-1-UP,2, Room No. 203, Mr.B N B Narasimha Goud, Bajra, Bengal Gram Recently Registered Pradesh Resource Center Abhyudaya Farmers Company PTC104824 Viswas Residency, Opposite New Bus CEO (Chana Dal), Minor (VLRC) Producer Company Stand, Bethamcherla, Kurnool, 9640960277 Millet, Red Gram Limited Andhra Pradesh, 518599 2 Andhra RKVY Vrutti Livelihood Dhone Farmers Producer U01100AP2017 27-Jan-17 H..No. 1-185, BC Colony, Mr.Madhava Krishna, CEO Bajra, Groundnut, Red Recently Registered Pradesh Resource Center Producer Company Company PTC104883 Chanugondla, Dhone, Kurnool, 9949397871 Gram (VLRC) Limited Andhra Pradesh, 518222 3 Andhra RKVY Vrutti Livelihood Peapully Farmers Producer U01400AP2017 17-Jan-17 3-3, Chandrapalli, Peapully, Kurnool, Mr.T. Sudhakar Naidu, CEO Bajra, Groundnut, Recently Registered Pradesh Resource Center Producer Company Company PTC104825 Andhra Pradesh, 518221 9493417963 Onion, Red Gram (VLRC) Limited 4 Andhra RKVY Indian Grameen Sri Ramanjaneya Producer U01110AP2016 7-Sep-16 D. No.1-119, Lankalapalli Palem, Mr. Neelapu Naveen Reddy, Maize (Corn), Paddy 7.00 0 7.00 Pradesh Services (IGS) Farmer Producer Company PTC104036 Poosapatirega Mandal, Vizianagaram, CEO Company Limited Vizianagaram- 535204, Andhra 9704577454 Pradesh [email protected] m 5 Andhra RKVY Indian Grameen Simhadri Farmer Producer U01100AP2016 14-Sep-16 D. -
Fish Distribution Dynamics in the Aghanashini Estuary of Uttara
RESEARCH COMMUNICATIONS Fish distribution dynamics in the study period (June 2011–May 2012) was divided into three quarters, monsoon (June–September), post-mon- Aghanashini estuary of Uttara soon (October–January) and pre-monsoon (February– Kannada, west coast of India May). As a preliminary step pre-monsoon high-tide salinity was measured, at 2 km intervals, and the estuary was divi- Mahima Bhat1,2, V. N. Nayak2, ded into three salinity zones: ‘high’ (>20 ppt), ‘medium’ (10–20 ppt) and ‘low’ (<10 ppt). Catches by fishermen M. D. Subash Chandran1 and were monitored for one year. Monthly monitoring of en- T. V. Ramachandra1,* vironmental parameters like salinity, dissolved oxygen 1 Energy and Wetlands Research Group, Centre for Ecological Sciences, (DO), pH, air and water temperature during high tides, Indian Institute of Science, Bangalore 560 012, India 2Department of Marine Biology, Karnataka University, Kodibag, was carried out in three stations – Aghanashini, Kodkani Karwar 581 301, India and Divgi – representing high, medium and low salinity zones respectively. Fish specimens collected from five Fish diversity (77 species) in the Aghanashini River consecutive cast-net hauls from each zone, month-wise, estuary of the Indian west coast is linked to variable by fishermen were identified using taxonomic keys8–12. salinity conditions and zones I, II and III for high, Similarity of fish assemblages on temporal scale from medium and low salinity respectively. Zone I, the salinity zones was measured using Bray–Curtis index13. junction between Arabian Sea and the estuary, had all Fish distribution related to environmental variables was species in yearly succession – due to freshwater condi- obtained using canonical correspondence analysis (CCA)14. -
Valuation of Aghanashini Estuarine Ecosystem Goods and Services
© Kamla-Raj 2019 J Biodiversity, 10(1,2): 45-58 (2019) PRINT: ISSN 0976-6901 ONLINE: ISSN 2456-6543 DOI: 10.31901/24566543.2019/10.1-2.093 Valuation of Aghanashini Estuarine Ecosystem Goods and Services T.V. Ramachandra1,*, Rakhi. K. Raj1 and Bharath H. Aithal1, 2 1Energy & Wetlands Research Group, Center for Ecological Sciences [CES], Indian Institute of Science, Bangalore, Karnataka, 560 012, India Web URL: http://ces.iisc.ernet.in/energy; http://ces.iisc.ernet.in/foss 2RCG School of Infrastructure Design and Management, Indian Institute of Technology Kharagpur 721302, West Bengal, India KEYWORDS Cultural Services. Gross Domestic Product. Provisioning Services. Regulating Services ABSTRACT Valuation through the quantification goods and services aids in the wise use and prudent management of an estuarine ecosystem. The present study focusses on the valuation of goods and services from an estuary at Aghanashini, Uttara Kannada district, Karnataka. The provisioning services provided by this estuary is about 11,35,847 Rs/hectare/year, which highlights the significance of an estuarine ecosystem in sustaining livelihood of 6000 - 7500 families. The total economic value (provisioning, regulating, supporting and cultural services) of Aghanashini is 5 million Rs/hectare/year. This highlights the contributions by estuarine ecosystems in sustaining the economy of the district while supporting people’s livelihood. Quantification of ecosystem benefits would help in evolving appropriate strategies with the managerial decisions. This also emphasizes the need for green gross domestic product through incorporation of values of the natural goods in the national and regional accounting to ensure the sustainability of natural resources such as water, energy, land, etc.