DOCSLIB.ORG

Kurnool District

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text

Load more

District Survey Report - 2018 DEPARTMENT OF MINES AND GEOLOGY Government of Andhra Pradesh DISTRICT SURVEY REPORT KURNOOL DISTRICT Prepared by ANDHRA PRADESH SPACE APPLICATIONS CENTRE (APSAC) ITE&C Department, Govt. of Andhra Pradesh 2018 ACKNOWLEDGEMENTS DMG, GoAP 1 District Survey Report - 2018 APSAC wishes to place on record its sincere thanks to Sri. B.Sreedhar IAS, Secretary to Government (Mines) and the Director, Department of Mines and Geology, Govt. of Andhra Pradesh for entrusting the work for preparation of District Survey Reports of Andhra Pradesh. The team gratefully acknowledge the help of the Commissioner, Horticulture Department, Govt. of Andhra Pradesh and the Director, Directorate of Economics and Statistics, Planning Department, Govt. of Andhra Pradesh for providing valuable statistical data and literature. The project team is also thankful to all the Joint Directors, Deputy Directors, Assistant Directors and the staff of Mines and Geology Department for their overall support and guidance during the execution of this work. Also sincere thanks are due to the scientific staff of APSAC who has generated all the thematic maps. VICE CHAIRMAN APSAC DMG, GoAP 2 District Survey Report - 2018 TABLE OF CONTENTS Contents Page 1. Salient Features of Kurnool District 1 1.1 Administrative Setup 1 1.2 Drainage 2 1.3 Climate and Rainfall 3 1.4 Transport and Communications 8 1.5 Population and Literacy 9 1.6 Important Places 11 1.6a Places of Tourist Interest 12 1.6b Places of Religious and Cultural importance 14 1.6c Places of Economic and Commercial importance 16 2. Land Utilization, Forest and Slope 18 2.1 Land Use / Land Cover Classification 19 2.2 Slope Map of the District 33 2.3 Forest Cover Distribution 34 3. Agricultural Resources in the Kurnool District 36 3.1. Agriculture and Soils 36 3.2. Kharif Rice Estimation using SAR data 38 3.3 Kharif and Rabi crop acreage Estimation using Optical 38 Remote sensing data: 3.4. Horticulture of Kurnool District 41 4. Water Resources and Irrigation Resources of the District 49 4.1 River basin in Kurnool District 49 4.2 Major and Medium Irrigation Projects in Kurnool District 50 4.2.1 Major Irrigation Project 51 DMG, GoAP 3 District Survey Report - 2018 4.2.2 Medium Irrigation Project 52 4.3 Tank Information System 53 4.4 Ground Water Scenario and Quality of the District 54 4.4.1 Geomorphology of the District 54 4.4.1a Landforms of Crystalline aquifers: 55 4.4.1b Consolidated Sedimentary Formation 56 4.5 Ground Water Prospects in the District 56 4.6 Ground Water Level Scenario 57 4.7. Ground Water Resources 59 4.8 Ground Water Quality of the District 60 4.9 Status of Ground Water Development 62 5. Geology and Mineral Resources of the Kurnool District 64 5.1 Geology of Kurnool District 64 5.2 Mineral Resources of Kurnool District 67 6. Details of Major and Minor Minerals Their Production 69 6.1 Mineral Resource of Kurnool District 69 6.2 Details of Mineral Resources of Kurnool District 69 6.3 Mineral Based Industries in Kurnool District 74 6.4 Overview of Mining Activity in Banaganapalle Mandal, 77 Kurnool District References 81 LIST OF FIGURES DMG, GoAP 4 District Survey Report - 2018 Figure Page Fig.1 Administrative Boundaries of Kurnool District 1 Fig.2 Drainage Network and Surface Water bodies 3 Fig: 3 Automatic Weather Stations in Kurnool District 4 Fig.4 Distribution of Rainfall in Kurnool District 5 Fig.5 Transport Network of Kurnool District 9 Fig: 6 Mandal wise Distribution of Scheduled Caste Population and Types 11 of Hostels and Residential Schools in Kurnool District, Andhra Pradesh Fig: 7 Important Tourist places map in Kurnool district 14 Fig.8 Land Use / Land Cover Map of Kurnool District during 2015-16 20 Fig. 9 General Slope of Kurnool District, Andhra Pradesh 33 Fig. 10 Forest covers map of Kurnool District during 2015-16 35 Fig: 11 Soil Resource Map of Kurnool District 37 Fig: 12 Salt Affected Soil Map of Kurnool District 37 Fig. 13 (a) Ground truth data overlaid on multi-temporal RGB image, (b) Rice cropped area and (c) Transplantation date-wise rice cropped 38 area over Kurnool District. Fig: 14 Cotton Cropped area estimation in Kharif 2016-17 39 Fig: 15 Bengal gram crop acreage estimation Rabi 2016-17 40 Fig. 16 Drainage and Basins Kurnool District 50 Fig. 17 Major and Medium Irrigation Projects of Kurnool District 52 Fig.18 Geomorphology of Kurnool District 55 Fig.19 Ground Water Scenario in Kurnool District, 57 DMG, GoAP 5 District Survey Report - 2018 Fig. 20 Depth to Water Level Pre-Monsoon May, 2012 58 Fig. 21 Depth to Water Level Post- Monsoon Nov, 2012 59 Fig. 22 Ground Water Quality Map of Kurnool District 62 Fig: 23 Piezometer Observation wells in Kurnool District 63 Fig.24 Geology of Kurnool District, Andhra Pradesh 65 Fig.25 Detailed Legend with Stratigraphic Sequence of Kurnool District 66 LIST OF TABLES Page DMG, GoAP 6 District Survey Report - 2018 Table :1 Mandal Wise Average Annual Rainfall (mm) 6 Table :2 Category-wise Distributions of Land use/Land Cover 21 during 2015-16 Table: 3 Forest cover distribution of Kurnool district 34 40 Table: 4 Cotton Crop acreage estimation in Kharif 2016-17 Table: 5 Bengalgram crop acreage estimation in Rabi 2016-17 40 Table: 6 Aerial Extent (Ha) of Fresh Fruits with Production 43 (MT) in Kurnool District (2017-18) Table:7 Aerial Extent (Ha) of Vegetables with Production (MT) 44 in Kurnool District (2017-18) Table:8 Aerial Extent (Ha) of Spices with Production (MT) in 46 Kurnool District (2017-18) Table:9 Aerial Extent (Ha) of Flowers with Production (MT) in 47 Kurnool District (2017-18) Table:10 Aerial Extent (Ha) of Medicinal & Aromatic Plants 48 with Production (MT) in Kurnool District (2017-18) Table: 11 Drainage System with Description of main rivers 53 Table: 12 Salient Features of Important Rivers and Streams 53 Table: 13 Mineral Resources under the jurisdiction of ADM&G, 78 Banaganapalle, Kurnool District 1. Salient Features of Kurnool District 1.1 Administrative Setup DMG, GoAP 7 District Survey Report - 2018 Kurnool district is the South-Western district of Andhra Pradesh and lies approximately between 14°54′ to 16°18′ North latitudes and 76°58′ to 79°34′ East longitudes. The district is bounded by Mahabubnagar district on the North, East by Prakasam and South by Anantapuramu and YSR districts and West by Karnataka State. The total area of the district is 17,617 Sq.Km, and ranks 3rd position contributing 6.42% area of the State. The shape of the district is rectangular from East to West. Kurnool district lies on the South Central Western part of the Andhra Pradesh State bordering Karnataka State on the West, Mahbubnagar district on the North, East by Prakasam, while Anantapur & YSR districts on the south. Kurnool town was once the State Capital of Andhra Pradesh upon bifurcation from Madras State during 1956 shown in fig: 1 Fig.1 Administrative Boundaries of Kurnool District, Andhra Pradesh 1.2 Drainage DMG, GoAP 8 District Survey Report - 2018 The principal rivers flowing in the district are Tungabhadra (its tributary, the Hundri) Krishna and Kunderu. Tungabhadra rises in the Western Ghats and after forming part of Northern boundary for some distance, separates Kurnool with Mahabubnagar while flowing in an Eastern direction and receives Hundri; thereby both these rivers fall into the river Krishna at Kundli sangam about 29 Km from Kurnool after winding Northwards. The river Hundri, a tributary of Tungabhadra rises in the fields of Maddikera in Maddikera Mandal receives a stream from Erramalas at Laddagiri in Kodumur Mandal and joins Tungabhadra at Kurnool. It drains much of Maddikera, Pattikonda, Deverakonda, Gonegandla, Kodumur and Kallur Mandals. This is a turbid stream with sudden rise and fall. The Kunderu also called Kumudavathi rises on the Western side of Erramalas, winds its way into Kunderu valley and flows in Southern direction collecting drainage all along its course from both sides. It flows through Orvakal, Midthur, Gadivemula, Nandyal, Gospadu, Koilkuntla, Dornipadu and Chagalamarri Mandals and then enters YSR district shown in fig: 2 DMG, GoAP 9 District Survey Report - 2018 Fig.2 Drainage Network and Surface Water bodies of the District 1.3 Climate and Rainfall At hinterland, temperature variations throughout the year can be very high and the diurnal range of temperature varies from place to place. Inland areas warm up greatly during the afternoon while the sun is shining down, but they also cool down quickly at night after sunset. The Climate of the district is normally good and healthy. January, February and March months are usually pleasant with moderate winds from South-East. April and May are the hottest months of the year, during these months the wind shifts to Southwest with increased force and brings welcome showers by the end of May. During the succeeding four months, the wind blows from Western side in Major parts of the district and brings fair DMG, GoAP 10 District Survey Report - 2018 quantum of rainfall. By the end of September, the wind is light and pleasant forecasting the onset of Northeast monsoon. In November and December the weather is fine, Rainfall is rare and wind is light with occurrence of heavy dew. District normal rainfall of the year is 670.3 mm. During 2014-15 the rainfall received is 473.9 mm. The rainy season commences with the onset of the South-west monsoon in the part of June shown in fig: 3 Fig: 3 Automatic Weather Stations in Kurnool District The rainfall in the district in general increases from the East towards the West.
Recommended publications
  • KURNOOL DISTRICT T N E

    KURNOOL DISTRICT T N E

    PROVISIONALLY APPROVED FIRST PHASE SELECTED PRIMARY, UPPER PRIMARY, HIGH SCHOOLS AND RESIDENTIAL SCHOOLS LIST AS PER U-DISE 2018-19 IN KURNOOL DISTRICT t n e l m District LGD SCHOOL Selected Dept a t e l Sl. No. District Name Mandal Name School Code School Name Panchayat Name School Management o REMARKS ( Selected criteria) o Code Code CATEGORY with Mandal T r n E 1 2821 KURNOOL ADONI 28212300501 MPPS BALADUR 203860 BALADUR PS MPP_ZPP SCHOOLS PR 57 2 2821 KURNOOL ADONI 28212303901 MPPS SADAPURAM 203891 SADAPURAM PS MPP_ZPP SCHOOLS PR 60 3 2821 KURNOOL ADONI 28212304201 MPPS SALAKALAKONDA 203892 SALAKALAKONDA PS MPP_ZPP SCHOOLS PR 65 4 2821 KURNOOL ADONI 28212390124 BHARPET HINDU GIRLS MPL PS ADONI 251792 Adoni PS MUNCIPAL PR 107 Municipal & Public Health 5 2821 KURNOOL ADONI 28212302401 MPPS PEDDA PENDEKAL 203888 PEDDA PENDEKAL PS MPP_ZPP SCHOOLS PR 108 6 2821 KURNOOL ADONI 28212302101 MPUPS PESALABANDA 203890 PESALABANDA UPS MPP_ZPP SCHOOLS PR 115 7 2821 KURNOOL ADONI 28212302501 MPPS SAMBAGALLU 203893 SAMBAGALLU PS MPP_ZPP SCHOOLS PR 121 8 2821 KURNOOL ADONI 28212390137 PARVATHAPURAM MPL.ELE.SCH 251792 Adoni PS MUNCIPAL PR 128 Municipal & Public Health 9 2821 KURNOOL ADONI 28212301001 MPPS G.HOSALLI 203870 G.HOSALLI PS MPP_ZPP SCHOOLS PR 131 10 2821 KURNOOL ADONI 28212304501 MPPS GONABAVI 203872 GONABAVI PS MPP_ZPP SCHOOLS PR 138 11 2821 KURNOOL ADONI 28212300702 MPUPS CHINNA HARIVANAM 203865 CHINNA HARIVANAM UPS MPP_ZPP SCHOOLS PR 142 12 2821 KURNOOL ADONI 28212390168 HASHIMIYA MUNICIPAL UPS ADONI 251792 Adoni UPS MUNCIPAL PR 147 Municipal
  • Potential for Unconformity-Related Uranium Deposits in the Northern

    Potential for Unconformity-Related Uranium Deposits in the Northern

    International Symposium on Uranium Raw Material for the Nuclear Fuel Cycle: Exploration, Mining, Production, Supply and Demand, Economics and Environmental Issues (URAM-2018) Contribution ID: 71 Type: ORAL POTENTIAL FOR UNCONFORMITY-RELATED URANIUM DEPOSITS IN THE NORTHERN PART OF THE CUDDAPAH BASIN, TELANGANA AND ANDHRA PRADESH, INDIA Tuesday, 26 June 2018 09:40 (20 minutes) INTRODUCTION The intra-cratonic, Mesoproterozoic Cuddapah Basin in the Dharwar Craton of India hosts several typesof uranium deposits in its various stratigraphic levels. Signatures of uranium mineralisation are recorded in the Gulcheru and Vempalle Formations in the lower part and along the unconformity between the basement granite and the overlying sediments of Srisailam / Banganapalle Formation in the upper part of the Cudda- pah sequence. The Srisailam and Palnad sub-basins lying in the northern part of the Cuddapah basinhosts Proterozoic unconformity related uranium mineralisation. Uranium mineralisation in these sub-basins occurs close to the unconformity between the basement complex containing basement granitoid, basic dykes of Pale- oproterozoic age and greenstone belt of Achaean age and arenaceous, argillaceous and calcareous sediments of Meso-Neoproterozoic age. Concerted sub-surface exploration over two decades has established three small to medium tonnage uranium deposits at Lambapur (~1,200tU), Peddagattu (~6,400tU) and Chitrial (~8,000tU) along the unconformity between the basement Mahabubnagar granite and overlying Srisailam Formation in Srisailam sub-basin; and one small tonnage deposit at Koppunuru (~2,300tU) close to the unconformity contact between basement granite and Banganapalle Formation of the Kurnool Group in the Palnad sub-basin. In all these deposits, uranium mineralisation is concealed and lies below the cover rocks at a depth of <5-150m.
  • Kurnool Mosquito Control Secretary User Id's

    Kurnool Mosquito Control Secretary User Id's

    Kurnool Mosquito Control Secretary User Id's S.No District Rural/Urban Mandal Secretariat Username 1 Kurnool Urban Adoni AMARAVATHI NAGAR 21015035 2 Kurnool Urban Adoni AMBEDKAR NAGAR 21015016 3 Kurnool Urban Adoni BAVAJI PET-01 21015002 4 Kurnool Urban Adoni BAVAJI PET-02 21015004 5 Kurnool Urban Adoni BOYA GERI PETA 21015032 6 Kurnool Urban Adoni GOKHARJHANDA 21015003 7 Kurnool Urban Adoni HANUMAN NAGAR 21015041 8 Kurnool Urban Adoni HAVANA PET-01 21015010 9 Kurnool Urban Adoni HAVANA PET-02 21015013 10 Kurnool Urban Adoni HAVANA PET-03 21015015 11 Kurnool Urban Adoni KARWAN PETA 21015014 12 Kurnool Urban Adoni KILICHIN PET-01 21015038 13 Kurnool Urban Adoni KILICHIN PET-02 21015040 14 Kurnool Urban Adoni KOWDAL PETA 21015011 15 Kurnool Urban Adoni KRANTHI NAGAR 21015024 16 Kurnool Urban Adoni KUNIMOHALA 21015007 17 Kurnool Urban Adoni MADHAVARAM ROAD 21015037 18 Kurnool Urban Adoni MARATHVADI STREET 21015031 19 Kurnool Urban Adoni MEDHARI GIRI 21015036 20 Kurnool Urban Adoni METHR MOSQUE PETA 21015009 21 Kurnool Urban Adoni NGO COLONY-01 21015005 22 Kurnool Urban Adoni NGO COLONY-02 21015008 23 Kurnool Urban Adoni NIZAMUDDIN COLONY 21015039 24 Kurnool Urban Adoni PN ROAD 21015027 25 Kurnool Urban Adoni RAMJEELA ROAD 21015006 26 Kurnool Urban Adoni RTC COLONY-01 21015018 27 Kurnool Urban Adoni RTC COLONY-02 21015019 28 Kurnool Urban Adoni SAI BABA NAGAR 21015020 29 Kurnool Urban Adoni SHANKAR NAGAR 21015023 30 Kurnool Urban Adoni SHAROFF BAZAR-01 21015028 31 Kurnool Urban Adoni SHAROFF BAZAR-02 21015029 32 Kurnool Urban Adoni SHAROFF
  • 3. Humanities-Food Consumption and Available-M

    3. Humanities-Food Consumption and Available-M

    BEST: International Journal of Humanities, Arts, Medicine and Sciences (BEST: IJHAMS) ISSN 2348-0521 Vol. 2, Issue 8, Aug 2014, 23-34 © BEST Journals FOOD CONSUMPTION AND AVAILABLE NUTRIENTS IN THE SCHEDULED CASTE POPULATION OF KURNOOL DISTRICT, ANDHRA PRADESH M. KARUNAKARA RAO 1, A. KRISHNA KUMARI 2, V. SREENIVASULU 3 & T. PENCHALAIAH 4 1,2,3 Department of Geography, S.K. University, Anantapuram, Andhra Pradesh, India 4Sr. Lecturer, Government Degree College, Andhra Pradesh, India ABSTRACT The increasing pressure of population on land as well as precarious nature of agriculture in the drought prone areas have been accentuating the problem of undernourishment and malnutrition. It is not uncommon that the incidence of nutritional deficiency diseases is high in poor, vulnerable and downtrodden groups of population. The low standards of Nutrition leading to cause a variety of diseases like Goitre, Rickets, Anaemia, unsafe pregnancies, Beri-Beri, Pellagra, Scurvey, Fatigue, Colitis, Avitaminosis, Diarrhoea, Underweight, Conjunctivitis, Coronary heart diseases, defects in basic metabolism, slow pulse, lowered blood pressure, Suppression of menses in women, Dry, Coarse & cold skin, Insomnia, Osteoporosis Nutritional edema, Burning sensation in the feet and hands etc. It is now known that malnutrition may aggravate the clinical course of some infectious diseases. Thus, directly (or) indirectly both malnutrition and undernutrition accounts for a considerable part of the ill health among the population.In this context, an attempt is made here to study the consumption of food and available nutrients in the scheduled caste population of kurnool district, Andhra pradesh. KEYWORDS: Consumption, Nutrients, Deficiency, Balanced Diet, Standard Requirement INTRODUCTION Study Area Kurnool District is located in Rayalaseema Region of Andhra Pradesh between the northern latitudes of 14 ◦ 54' and 16 ◦ 25' and eastern longitudes of 76 ◦ 58' and 78 ◦ 25'.
  • Environmental Degradation and Landscape Management of the Nallamalai and Erramalai Hills of the Rayalaseema Region, Andhra Pradesh, India Using Geospatial Technology

    Environmental Degradation and Landscape Management of the Nallamalai and Erramalai Hills of the Rayalaseema Region, Andhra Pradesh, India Using Geospatial Technology

    International Journal of Science and Research (IJSR) ISSN (Online): 2319-7064 Index Copernicus Value (2013): 6.14 | Impact Factor (2014): 5.611 Environmental Degradation and Landscape Management of the Nallamalai and Erramalai Hills of the Rayalaseema Region, Andhra Pradesh, India Using Geospatial Technology Kommu Somanna1, Mendu Sambasiva Rao2 1,2Dept. of Geography, Sri Krishnadevaraya University, Anantapuramu, Andhra Pradesh, India Abstract: The Nallamalai and Erramalai hills of the Rayalaseema region posses rich biotic and mineral resources. They are formed of structural hills and cuesta hills enclosing the Kadapa and Kunderu valleys. They are also formed of Proterozoic formations consisting of shales, dolomite, limestone and quartzite. The Nallamalai hills raised to a height of about 600 to 900 meters above MSL and are covered with thick dry deciduous forests. The Erramalai hills range in height from 300 to 600 meters above MSL and are covered with scrubs and shrubs. The IRS IB Geo-coded data on scale 1:50,000 and Survey of India topographic sheets on scale 1:50,000 are used to map the ecologically disturbed zones in Nallamalai hills and land degradation due to over exploitation of mineral resources of the Erramalai hills. The intensity of soil removal, Sediment Yield Index and Erosion Index are worked out at sub-basin level and the environmental degraded zones are delineated. Based on the intensity of ecological and environmental degradation a few suggestions are made for better landscape management of the Erramalai and Nallamalai hills. Keywords: Proterozoic, deciduous, ecologically, intensity, degraded. 1. Introduction 2. Study Area Land degradation is defined as the land is subjected to The Nallamalai, Erramalai, Palakonda, Velikonda, Tirumala degradation processes by weathering and mass wasting and Seshachalam hills cover an area of about 51.142km2.
  • Andhra Pradesh Drought Mitigation Project (Apdmp)

    Andhra Pradesh Drought Mitigation Project (Apdmp)

    ANDHRA PRADESH DROUGHT MITIGATION PROJECT ANDHRA PRADESH DROUGHT MITIGATION PROJECT SPMU, Guntur DPMU, Kurnool LFA - LFA - Aranya CSA FA1 - FA 2 - FA 3 - FA 4 - FA 1 FA 2 FA3 AAA APARD AARDIP NYA CSA APARD SPES Mandals & G.Ps S.No Mandal Gram Panchayat 1 Dhone Eddupenta, Chanugondla, Kothaburuju 2 Peapally Chandrapalle , P.Ranga Reddy Palli, Jakkasanikuntla 3 Tugali Rampalli, Girigetla, Chennampalle 4 Aluru Muddanagiri, Arikeru, Kuruvalli 5 Devanakonda Ternekal, Iranbanda, Nellibanda 6 Aspiri Muturkuru, Putakalamarri, Bellekallu 7 Holagunda Neraniki, Yellarthy, Chinnahyta 8 Chippagiri Ramadurgam, Nagaradona, Nemakal 9 Halaharvi Virupapuram, Bilehal, Nitravatti 10 Maddikara Peravali, Hampa, Basinepalli 11 Pattikonda Nalakaduddi, Juturu, Mandagiri. 12 Kolimigondla B.Uppaluru , Nandipadu, Erragudi Mandals & G.Ps S.No Mandal Gram Panchayat 13 Nandavaram Naguladinne, Kanakaveedu, Ponakalainne 14 C.Belegal Kambadahal, Bhuradoddi, Brahmandoddi 15 Mantralayam Chilakadona, Sugur, Budur 16 Peddakadbur Peekalabetta, Basaladoddi, Gavigattu 17 Krishnagiri Chityala, Koilakonda, Chunchu yerragudi 18 Kosagi Bapuram, Rowdur, Upparachal 19 Kodumur Mudumalagurthy, Venkatagiri, Erradoddi 20 Gudur Julakal, Chanugondla, Penchikalapadu 21 Kowthalam Chintakunta, Pallepadu, Vandagallu Crop Production Systems ▪ Farmer Field School (Ecosystem approach) ▪ Innovations – Row water Climate sowing, Dry sowing, Life Resilient Production saving irrigation, Foliar spray Systems & Grid lock system ▪ Improving soil fertility (Living Soils) ▪ Polycropping like Navadhanya. ▪ Millet Area expansion. FARMER FIELD SCHOOL FARMER FIELD SCHOOL INTERVENTIONS Life saving irrigation Row Water Sowing Grid lock system Millet area expansion 2.Livestock Production Systems ▪Support to Feed, Fodder & shelter Climate ▪Health services small Resilient ruminants Production Systems ▪PoP supported with BYP ▪Rearer Field Schools ▪Development of common lands Live stock health care services Health care services to BYP Poultry breeding farm CMSS BRC Fertilizers Free more..
  • Unauthorised Layout Details

    Unauthorised Layout Details

    REGIONAL DEPUTY DIRECTOR OF TOWN AND COUNTRAY PLANNING, VISAKHAPATNAM DETAILS OF UNAUTHORIZED LAYOUTS IN URBAN LOCAL BODIES Details of unauthorised Layouts Name of Approx. Year Status of Layout development of Road subdivision Water Sl. No. Name of of ULB Sy.No. & formation Drains Electricity Width of % of Open space if Extent in Ac. Developer Owner of Supply No. of Plots Remakrs Village Gravel/W.B. (Y/N) (Y/N) Roads available land/unautho (Y/N) M/BT/ CC rised layout) 1 Srikakulam 2 Amadalavalasa Plot stones 104&105 1 5.00 S.Tagore - 7 Gravel No No No 168 30`0" - removed by Chintada Department 66&67 T.Bangaru 2 0.45 - 6 - NoNoNo 20 - - Do Akkivalasa Raju 158,159,171&1 3 72 2.50 - - 7 - NoNo No 90 - - Do Akkivalasa 67&68 K.Uma 4 0.50 maheswara - 7 - NoNoNo 14 - - Do Amadalavalas Rao a 2,4,26,27&31 5 1.00 B.Ramana - 6 - No No No 25 - - Do Amadalavalas a 11,12,13,16,21,2 2& 24, S.Seetaram & 6 1.30 - 8 - NoNoNo 30 - - Do Amadalavalas others a 3 Palasa-Kasibugga Bammidi Removal of 211 of 1 1.00 - Simhachalam & 2015 Gravel N N N - - - boundary stones Narsipuram Other and distrub road Removal of 149 of Sanapala 2 0.80 - 2014 Gravel N N N - - - boundary stones Chinabadam Padmalochalna and distrub road Removal of 158 of K Sankara Rao & 3 0.85 - 2014 Gravel N N N - - - boundary stones Chinabadam Others and distrub road Removal of 158 of 4 1.00 - Unknown Perosons 2012 Gravel N N N - - - boundary stones Chinabadam and distrub road Removal of 160 of B Nagaraju & 5 0.70 - 2013 Gravel N N N - - - boundary stones Chinabadam Others and distrub road Removal
  • MHI-10 Urbanisation in India Indira Gandhi National Open University School of Social Sciences

    MHI-10 Urbanisation in India Indira Gandhi National Open University School of Social Sciences

    MHI-10 Urbanisation in India Indira Gandhi National Open University School of Social Sciences Block 5 URBANISATION IN MEDIEVAL INDIA-2 UNIT 22 Spatial Characteristics of Mughal Cities 5 UNIT 23 Urban Patterns in Medieval Deccan 19 UNIT 24 Urban Culture and Society 37 UNIT 25 Primate Cities : Agra-Fathpur Sikri-Shahjahanabad 51 UNIT 26 Sacred City Spaces : Ajmer-Banaras-Pandharpur 75 UNIT 27 Case Study : Masulipatnam 97 Expert Committee Prof. B.D. Chattopadhyaya Prof. Sunil Kumar Prof. P.K. Basant Formerly Professor of History Department of History Department of History Centre for Historical Studies Delhi University, Delhi Jamia Milia Islamia, New Delhi JNU, New Delhi Prof. Swaraj Basu Prof. Amar Farooqui Prof. Janaki Nair Faculty of History Department of History Centre for Historical Studies IGNOU, New Delhi Delhi University, Delhi JNU, New Delhi Prof. Harbans Mukhia Dr. Vishwamohan Jha Prof. Rajat Datta Formerly Professor of History Atma Ram Sanatan Dharm Centre for Historical Studies Centre for Historical Studies College JNU, New Delhi JNU, New Delhi Delhi University, Delhi Prof. Lakshmi Subramanian Prof. Yogensh Sharma Prof. Abha Singh (Convenor) Centre for Studies in Social Centre for Historical Studies Faculty of History Sciences, Calcutta JNU, New Delhi IGNOU, New Delhi Kolkata Prof. Pius Malekandathil Dr. Daud Ali Centre for Historical Studies South Asia Centre JNU, New Delhi University of Pennsylvania Philadelphia Course Coordinator : Prof. Abha Singh Programme Coordinator : Prof. Swaraj Basu Block Preparation Team Unit No. Resource Person Unit No. Resource Person 22 Prof. Abha Singh 25 Prof. Abha Singh Faculty of History Faculty of History School of Social Sciences School of Social Sciences Indira Gandhi National Open University Indira Gandhi National Open University New Delhi New Delhi 23 Dr.
  • Institutional and Technological Design Development Through Use Of

    Institutional and Technological Design Development Through Use Of

    Institutional and Technological Design Development Through Use of Case Based Discussion Arindrajit Basu, Elonnai Hickok and Regulatory Amber Sinha Interventions For Emerging Economies Governing The Use Of Artificial Intelligence In Public Functions Regulatory Interventions For Emerging Economies Governing The Use Of Artificial Intelligence In Public Functions Introduction Background and Scope The use of artificial intelligence (AI) driven decision making in public functions has been touted around the world as a means of augmenting human capacities, removing bureaucratic fetters, and benefiting society. Yet, with concerns over bias, fairness, and a lack of algorithmic accountability, it is being increasingly recognized that algorithms have the potential to exacerbate entrenched structural inequality and threaten core constitutional values. While these concerns are applicable to both the private and public sector, this paper focuses on recommendations for public sector use, as standards of comparative constitutional law dictate that the state must abide by the full scope of fundamental rights articulated both in municipal and international law. For example, as per Article 13 of the Indian Constitution, whenever the government is exercising a “public function”, it is bound by the entire range of fundamental rights articulated in Part III of the Constitution. However, the definition and scope of “public function” is yet to be clearly defined in any jurisdiction, and certainly has no uniformity across countries. This poses a unique challenge to the regulation of AI projects in emerging economies. Due to a lack of government capacity to implement these projects in their entirety, many private sector organizations are involved in functions which were traditionally identified in India as public functions, such as policing, education, and banking.
  • Weather Based Crop Advisories for Climate Resilience

    Weather Based Crop Advisories for Climate Resilience

    Weather based crop advisories for climate resilience Crop management advisories through mobile phones yield positive results for groundnut farmers in Kurnool, Andhra Pradesh Dr. AVR Kesava Rao and Dr. Sreenath Dixit I Patancheru, Telangana Global warming is likely to reach 1.5°C climate; rainfed groundnut is the major crop between 2030 and 2052, if it continues of Devanakonda. Red soils are predominant to increase at the current rate, as per the and length of the rainfed crop-growing report released in October 2018 by the period is about 100-130 days. Most of the Intergovernmental Panel on Climate Change. farmers are small and marginal farmers Climate related risks for natural and human with low land holding and with increasing systems are higher for global warming of variability in the rainfall distribution, they 1.5°C than at present. Global atmospheric are facing high risks for establishing the concentration of CO2 has increased from crops. Sowing at the right time as such is preindustrial level of 280 parts per million very critical to ensure that farmers harvest a (ppm) to 409 ppm in December 2018. Studies good crop. And if it fails, it results in loss as show that climate change in India is real and a lot of costs are incurred for seeds, as well it is one of the major challenges faced by as the fertiliser applications. Farmers having Indian agriculture, more so in the semi-arid access to climate and weather information tropics (SAT) of the country. ICRISAT under are more likely to sow at the optimum time the National Initiative on Climate Resilient and take better crop management actions Agriculture (NICRA) project, quantified the for achieving higher yields.
  • District Census Handbook, Kurnool, Part XIII a & B, Series-2

    District Census Handbook, Kurnool, Part XIII a & B, Series-2

    CENSUS OF INDIA 1981 SERIES 2 ANDHRA PRADESH DI$TRiCT CENSUS HANDBOOK KURNOOL PARTS XIII-A & B VILLAGE 8: TOWN DIRECTORY VILLAGE & TOWNWISE PRIMARY CENSUS ABSTRACT .' S. S. JAVA RAO OF Tt\E '''DIAN ADMINiSTRATIVE S£RVlCE DIRECTOR OF CE"SU~ .OPERATIONS ANDHRA PRAD£SH PUBLISHED BY THE GOVERNMENT OF ANDHRA PRADESH 19" SRI RAGHAVENDRASWAMY SRI NDAVANAM AT MANTRALAYAM The motif presented on the cover page represents 'Sri R8ghavendraswamy Brindavanam' at Mantral, ya,,7 village in Yemmiganur taluk of K'Jrnool district. At Mafitra Ifl yam, ever/ yt:ar in the month of Sravana tAugust) on th~ secon I day of th~ dark fortnigf-it (Bahula Dwitiya) the 'ARADHANA' of Sri Raghavendraswamy (the day on which the saht bJdily entered th1 B rindavan3m) is celebrated with great fervour. Lakhs of people throng Mantra/ayam on this day for the ineffalJ/e ex­ perience of the just b~lfll therl1. Sri R ghavr::ndraswamy is one of the famous Peetadh'pithis (Pontiffs):md 17th in the line of succes­ sion from Sri Madhwacharya, the original founder of 'Dwaitha Philos3phy'. Th9 Swa 71iji took over the charge at the PEETHA in the year 1624 4. D. and made extensive tours all over the country and almost ruled the Vedantha Kingdom for 47 years. The Swamiji entered the B'fnddvanam at Mantra/ayam alive in the month of August, 1671. Th:! Briodavanam in which lies the astral body cf the Saint Raghavendraswamy in TAPAS (medJtation, is a rectanfJular black granite stone resting on KURMA (tof!oisf;) carved tn stone. It faces the id']( of S" Hanuman installed by the Saint himself.
  • An Alternative Horticultural Farming in Kurnool District, Andhra Pradesh

    An Alternative Horticultural Farming in Kurnool District, Andhra Pradesh

    International Journal of Trend in Scientific Research and Development (IJTSRD) Volume: 3 | Issue: 4 | May-Jun 2019 Available Online: www.ijtsrd.com e-ISSN: 2456 - 6470 Vegetable Cultivation: An Alternative Horticultural Farming in Kurnool District, Andhra Pradesh Kanthi Kiran, K1, Krishna Kumari, A2 1Research Scholar, 2Professor of Geography 1,2Sri Krishnadevaraya University, Anantapur, Andhra Pradesh, India How to cite this paper: Kanthi Kiran, K | ABSTRACT Krishna Kumari, A "Vegetable In India nearly about 10.1 million hectares of area is under vegetable farming. Cultivation: An Alternative Horticultural The country is the largest producer of ginger and okra amongst vegetables and Farming in Kurnool District, Andhra ranks second in the production of Potatoes, Onions, Cauliflower, Brinjal, Cabbage Pradesh" Published in International etc. India’s diverse climate ensures availability of a variety of vegetables. As per Journal of Trend in Scientific Research National Horticulture Board, during 2015-16, India produced 169.1 million and Development metric tonnes of vegetables. The vast production base offers India, tremendous (ijtsrd), ISSN: 2456- opportunities for the export. During 2017-18 India exported fruits and 6470, Volume-3 | vegetables worth Rs. 9410.81 crores in which vegetables comprised of Rs Issue-4, June 2019, 5181.78 crores. Keeping the importance of vegetable farming in view, an pp.998-1002, URL: endeavour is made here to study the spatial patterns of vegetable crop https://www.ijtsrd.c cultivation in Kurnool District, Andhra Pradesh. om/papers/ijtsrd23 IJTSRD23980 980.pdf Keywords: Vegetable crops, Spatial Patterns, Horticultural farming Copyright © 2019 by author(s) and INTRODUCTION International Journal of Trend in Horticulture is the branch of agriculture, which deals with the cultivation of fruits, Scientific Research and Development vegetables, flowers, spices & condiments, plantation crops, Tuber crops and Journal.