The Study on Slum Population and Improvement Programs of Slums in Punjab
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New York Science Journal 2012;5(7) http://www.sciencepub.net/newyork Estimation of Area under Winter Vegetables in Punjab Districts: through Remote Sensing & GIS Technology 1 Singh Avtar, 2 Khanduri Kamlesh 1 Technical Associate, JRF,Forest Survey of India(FSI),Dehradun,India 2D.Phil Research Scholar,Dpt. of Geography,HNBGU,JRF(FSI), Uttrakhand,India [email protected] Abstract: The Study area consists of five northern districts (ex.Gurdaspur) of Punjab State, namely, Amritsar, Tarn Taran, Kapurthala, Jalandhar and Hoshiarpur. In this study, Acreage Estimation of Vegetables in northern Punjab is carried out by using Multidate IRS - P6 AWiFS Data sets of seven dates viz., September (30), October (14, 24), November (17), December (25), January (4, 13). The aim of this study is to detect area estimation under winter vegetables in Punjab districts between 2005 - 2008 using satellite images. Vegetable area carried out by decision rule based classification: two models are created, one for acreage estimation of vegetables the other for generation of NDVI of all date satellite data. After classification of the image, classified image is recoded to merge different classes of the single output category in one category. Winter Vegetables have been detected by image processing method in EDRAS imagine9.3, ArcGIS9.3. In study area, as a whole there is positive change (14.9%) in area under vegetable crop. But two districts, namely, Kapurthala and Jalandhar have experienced negative change .But in another three districts Amritsar, Tarn Taran and Hoshiarpur districts have recorded positive change in area under vegetable. [Singh Avtar, Khanduri Kamlesh. Estimation of Area under Winter Vegetables in Punjab Districts: through Remote Sensing & GIS Technology. -
List of Registered Projects in RERA Punjab
List of Registered Real Estate Projects with RERA, Punjab as on 01st October, 2021 S. District Promoter RERA Type of Contact Details of Project Name Project Location Promoter Address No. Name Name Registration No. Project Promoter Amritsar AIPL Housing G T Road, Village Contact No: 95600- SCO (The 232-B, Okhla Industrial and Urban PBRERA-ASR02- Manawala, 84531 1. Amritsar Celebration Commercial Estate, Phase-III, South Infrastructure PC0089 Amritsar-2, Email.ID: Galleria) Delhi, New Delhi-110020 Limited Amritsar [email protected] AIPL Housing Village Manawala, Contact No: 95600- # 232-B, Okhla Industrial and Urban Dream City, PBRERA-ASR03- NH1, GT Road, 84531 2. Amritsar Residential Estate, Phase-III, South Infrastructure Amritsar - Phase 1 PR0498 Amritsar-2, Email.ID: Delhi, New Delhi-110020 Limited Punjab- 143109 [email protected] Golf View Corporate Contact No: 9915197877 Alpha Corp Village Vallah, Towers, Sector 42, Golf Model Industrial PBRERA-ASR03- Email.ID: Info@alpha- 3. Amritsar Development Mixed Mehta Link Road, Course Road, Gurugram- Park PM0143 corp.com Private Limited Amritsar, Punjab 122002 M/s. Ansal Buildwell Ltd., Village Jandiala Regd. Off: 118, Upper Contact No. 98113- Guru Ansal Buildwell Ansal City- PBRERA-ASR02- First Floor, 62681 4. Amritsar Residential (Meharbanpura) Ltd Amritsar PR0239 Prakash Deep Building, Email- Tehsil and District 7, Tolstoy Marg, New [email protected] Amritsar Delhi-110001 Contact No. 97184- 07818 606, 6th Floor, Indra Ansal Housing PBRERA-ASR02- Verka and Vallah Email Id: 5. Amritsar Ansal Town Residential Prakash, 21, Barakhamba Limited PR0104 Village, Amritsar. ashok.sharma2@ansals. Road, New Delhi-110001 com Page 1 of 220 List of Registered Real Estate Projects with RERA, Punjab as on 01st October, 2021 S. -
State Profiles of Punjab
State Profile Ground Water Scenario of Punjab Area (Sq.km) 50,362 Rainfall (mm) 780 Total Districts / Blocks 22 Districts Hydrogeology The Punjab State is mainly underlain by Quaternary alluvium of considerable thickness, which abuts against the rocks of Siwalik system towards North-East. The alluvial deposits in general act as a single ground water body except locally as buried channels. Sufficient thickness of saturated permeable granular horizons occurs in the flood plains of rivers which are capable of sustaining heavy duty tubewells. Dynamic Ground Water Resources (2011) Annual Replenishable Ground water Resource 22.53 BCM Net Annual Ground Water Availability 20.32 BCM Annual Ground Water Draft 34.88 BCM Stage of Ground Water Development 172 % Ground Water Development & Management Over Exploited 110 Blocks Critical 4 Blocks Semi- critical 2 Blocks Artificial Recharge to Ground Water (AR) . Area identified for AR: 43340 sq km . Volume of water to be harnessed: 1201 MCM . Volume of water to be harnessed through RTRWH:187 MCM . Feasible AR structures: Recharge shaft – 79839 Check Dams - 85 RTRWH (H) – 300000 RTRWH (G& I) - 75000 Ground Water Quality Problems Contaminants Districts affected (in part) Salinity (EC > 3000µS/cm at 250C) Bhatinda, Ferozepur, Faridkot, Muktsar, Mansa Fluoride (>1.5mg/l) Bathinda, Faridkot, Ferozepur, Mansa, Muktsar and Ropar Arsenic (above 0.05mg/l) Amritsar, Tarantaran, Kapurthala, Ropar, Mansa Iron (>1.0mg/l) Amritsar, Bhatinda, Gurdaspur, Hoshiarpur, Jallandhar, Kapurthala, Ludhiana, Mansa, Nawanshahr, -
TARN TARAN DISTRICT Sr.No. Name & Address With
TARN TARAN DISTRICT Sr.No. Name & address with pin code number of school District 1 Govt. Sr. Secondary School (G), Fatehabad. Tarn Taran 2 Govt. Sr. Secondary School, Bhikhi Wind. Tarn Taran 3 Govt. High School (B), Verowal. Tarn Taran 4 Govt. High School (B), Sursingh. Tarn Taran 5 Govt. High School, Pringri. Tarn Taran 6 Govt. Sr. Secondary School, Khadoor Sahib. Tarn Taran 7 Govt. Sr. Secondary School, Ekal Gadda. Tarn Taran 8 Govt. Sr. Secondary School, Jahangir Tarn Taran 9 Govt. High School (B), Nagoke. Tarn Taran 10 Govt. Sr. Secondary School, Fatehabad. Tarn Taran 11 Govt. High School, Kallah. Tarn Taran 12 Govt. Sr. Secondary School (B), Tarn Taran. Tarn Taran 13 Govt. Sr. Secondary School (G), Tarn Taran Tarn Taran 14 Govt. Sr. Secondary, Pandori Ran Singh. Tarn Taran 15 Govt. High School (B), Chahbal Tarn Taran 16 Govt. Sr. Secondary School (G), Chahbal Tarn Taran 17 Govt. Sr. Secondary School, Kirtowal. Tarn Taran 18 Govt. Sr. Secondary School (B), Naushehra Panuan. Tarn Taran 19 Govt. Sr. Secondary School, Tur. Tarn Taran 20 Govt. Sr. Secondary School, Goindwal Sahib Tarn Taran 21 Govt. Sr. Secondary School (B), Chohla Sahib. Tarn Taran 22 Govt. High School (B), Dhotian. Tarn Taran 23 Govt. High School (G), Dhotian. Tarn Taran 24 Govt. High School, Sheron. Tarn Taran 25 Govt. High School, Thathian Mahanta. Tarn Taran 26 Govt. Sr. Secondary School (B), Patti. Tarn Taran 27 Govt. Sr. Secondary School (G), Patti. Tarn Taran 28 Govt. Sr. Secondary School, Dubli. Tarn Taran Centre for Environment Education, Nehru Foundation for Development, Thaltej Tekra, Ahmedabad 380 054 India Phone: (079) 2685 8002 - 05 Fax: (079) 2685 8010, Email: [email protected], Website: www.paryavaranmitra.in 29 Govt. -
Census of India 2011
Census of India 2011 PUNJAB SERIES-04 PART XII-B DISTRICT CENSUS HANDBOOK TARN TARAN VILLAGE AND TOWN WISE PRIMARY CENSUS ABSTRACT (PCA) DIRECTORATE OF CENSUS OPERATIONS PUNJAB CENSUS OF INDIA 2011 PUNJAB SERIES-04 PART XII - B DISTRICT CENSUS HANDBOOK TARN TARAN VILLAGE AND TOWN WISE PRIMARY CENSUS ABSTRACT (PCA) Directorate of Census Operations PUNJAB MOTIF GURU ANGAD DEV GURUDWARA Khadur Sahib is the sacred village where the second Guru Angad Dev Ji lived for 13 years, spreading the universal message of Guru Nanak. Here he introduced Gurumukhi Lipi, wrote the first Gurumukhi Primer, established the first Sikh school and prepared the first Gutka of Guru Nanak Sahib’s Bani. It is the place where the first Mal Akhara, for wrestling, was established and where regular campaigns against intoxicants and social evils were started by Guru Angad. The Stately Gurudwara here is known as The Guru Angad Dev Gurudwara. Contents Pages 1 Foreword 1 2 Preface 3 3 Acknowledgement 4 4 History and Scope of the District Census Handbook 5 5 Brief History of the District 7 6 Administrative Setup 8 7 District Highlights - 2011 Census 11 8 Important Statistics 12 9 Section - I Primary Census Abstract (PCA) (i) Brief note on Primary Census Abstract 16 (ii) District Primary Census Abstract 21 Appendix to District Primary Census Abstract Total, Scheduled Castes and (iii) 29 Scheduled Tribes Population - Urban Block wise (iv) Primary Census Abstract for Scheduled Castes (SC) 37 (v) Primary Census Abstract for Scheduled Tribes (ST) 45 (vi) Rural PCA-C.D. blocks wise Village Primary Census Abstract 47 (vii) Urban PCA-Town wise Primary Census Abstract 133 Tables based on Households Amenities and Assets (Rural 10 Section –II /Urban) at District and Sub-District level. -
Punjab Financial Corporation Sco No. 95-98, Bank Square, Sector 17-B Chandigarh 0172-2708435
PUNJAB FINANCIAL CORPORATION SCO NO. 95-98, BANK SQUARE, SECTOR 17-B CHANDIGARH 0172-2708435 LIST OF PROPERTIES FOR E-AUCTION ON AS IS WHERE IS BASIS (Rs. in lacs) S.NO. Name & Address Land Area Product Land Building Machinery Reserve Price/ (M/s) Earnest Money Deposited/ Bid increased amount DISTT. PATIALA 1. M/s Honey Plywood (P) E-auction of land measuring 4K-0M comprised of Khewat False Ceiling 12.96 3.45 0.00 16.41 Ltd. No. 1066, Khatauni No. 1751, R.No. 121, Killa No. 22 Min Tiles 0.83 Vill. Bhamana, (4-0) situated in Village Bahamna, Tehsil Samana, District 0.10 Bhawanigarh Road, Patiala as entered in jamabandi for the year 1994-95 (held Samana, Distt. Patiala and owned by M/s Honey Plywood (P) Ltd., Samana, Distt.Patiala alongwith building constructed thereon. 2. M/s Neetu Color Lab (P) E-auction of land measuring 136 sq.yds comprised in Processing & 69.63 14.13 0.64 84.40 Ltd., Khata/Khatauni No. 1816/2847, Khasra No. 3317/2394/871 Developing. 4.22 Opp. Bus Stand, min situated in Tehsil & Distt. Patiala as entered in the Coloured 0.10 Patiala jamabandi for the year 1986-87 alongwith building & printing machinery constructed thereon. 3. M/s Paras Containers (P) E-auction of land measuring 2K-1M being 41/160 share of HDDE & PVC 20.70 4.38 0.00 25.08 Ltd., Rajla-Kamaspur land measuring 8K-0M comprised of Khewat No.841, Packing 1.26 Road, Samana, Distt. Khatauni No. 1328, Khasra No. 133, Killa No. -
Concerns of Groundwater Depletion and Irrigation Efficiency in Punjab Agriculture: a Micro-Level Study
Agricultural Economics Research Review Vol. 21 July-December 2008 pp 191-199 Concerns of Groundwater Depletion and Irrigation Efficiency in Punjab Agriculture: A Micro-Level Study Anupama Jeevandasa, R.P. Singha and Ranjit Kumarb aDivision of Agricultural Economics, Indian Agricultural Research Institute, New Delhi - 110 012 bIndian Institute of Soil Science, Nabibagh, Berasia Road, Bhopal - 462 038 Abstract The present study, conducted during 2005-06, in two districts, viz. Amritsar and Faridkot of Punjab, (former having pre-dominantly tubewell-irrigated area and the latter having canal + tubewell irrigation facilities) has assessed the extent of water depletion and has measured irrigation efficiency at the farm level. Due to profitability and availability of water at shallow depths during 1970s, paddy and wheat (two of the high water-consuming crops) replaced other crops like maize, groundnut and pulses in the entire state. The area under these two crops increased from 7.22 per cent to 32.92 per cent for paddy and from 37.12 per cent to 43.53 per cent for wheat, from TE 1965 to TE 2005. Consequently, the problem of groundwater depletion has become severe in the Amritsar district, with a fall of 77cm/ annum in watertable. In the district of Faridkot, this fall has been of 33cm/annuum. The technical efficiency of irrigation on farms estimated through Data Envelopment Analysis, has indicated the mean irrigation efficiency of 57 per cent and 65 per cent in paddy production and 61 per cent and 68 per cent in wheat production, in tubewell-irrigated and canal+tubewell irrigated farms, respectively. It has clearly indicated that there is potential to improve irrigation efficiency by 39 per cent and 32 per cent, respectively in the sample farms. -
17 Harmanjit Singh.P65
Indian J. Phys. 83 (7), 1039-1044 (2009) Uranium concentration in drinking water samples using the SSNTDs Harmanjit Singh*, Joga Singh, Surinder Singh and B S Bajwa Department of Physics, Guru Nanak Dev University, Amritsar-143 005, Punjab, India E-mail : [email protected] Abstract : Uranium concentrations in the drinking water samples collected mainly from hand pumps along the Amritsar to Bathinda track are presented. Uranium concentration values in these samples show a wide range of variation depending upon different factors like source, location, depth and local geology etc. The observed uranium content in water samples has been found to be varying from 0.9 ± 0.08 to 63 ± 0.21 ppb and even the radon activity in ground water observed in our earlier survey carried out in this area has been found to be increasing from Amritsar towards Bathinda. The higher values were observed from the ground water samples particularly of the areas falling in belt from Zira to Maur towards the Haryana border. The values observed at certain locations are found to be higher than the highest recommended value of 15 ppb [1]. The high uranium concentration observed particularly in certain areas along this track can be attributed due to interaction of ground water with the soil formation of this region and the local subsurface geology of the region. Keywords : Water, uranium, geology, sources. PACS Nos. : 93.85.Np, 92.20.Td 1. Introduction Uranium often is grouped into a broader classification of contaminants particularly for drinking water, known as the radionuclides. The most common radionuclides found in drinking water include uranium, radon and radium. -
Brief Industrial Profile of Tarntarn District
Government of India Ministry of MSME Brief Industrial Profile of Tarntarn District Carried out by MSME DEVELOPMENT INSTITUTE Government of India, Ministry of MSME Industrial Area-‘B’ LUDHIANA-141 003 (Punjab) Telephone No.: 2531733-34-35 Fax: 091-0161-2533225 Email : [email protected] Website : www.msmedildh.gov.in Contents S. No. Topic Page No. 1. General Characteristics of the District 1.1 Location & Geographical Area 2 1.2 Topography 2 1.3 Availability of Minerals. 2 1.4 Forest 3 1.5 Administrative set up 3 2. District at a Glance 4,5 3. Industrial Scenario of District 3.1 Existing Status of Industrial Area in the District 6 3.2 Industry at a Glance 6 3.3 Year Wise Trend of Units Registered 6 3.4 Details Of Existing MSEs & Artisan Units In the District 6,7 3.5.1 Large Scale Enterprises / Public Sector Undertakings 7 3.5.2 Major Exportable Item 7 3.5.3 Growth Trends 8 3.5.4 Vendorisation / Ancillarisation of the Industry 8 3.6 Service Enterprises 8 3.6.1 Existing Service Sector 8 3.6.2 Potentials Areas for Service Sector 8 3.7 Unregistered Sector 8 3.8 Potential for New MSMEs 8 4. Existing Clusters of Micro & Small Enterprises 4.1 Detail of Major Clusters 9 4.1.1 Manufacturing Sector 9 4.1.2 Service Sector 9 4.2 Details of Identified Cluster 9 5. General issues raised by Industrial Associations 9 6. Prospects of Training Programmes(2012-13) 9 7. Action Plan for MSME Schemes(2012-13) 10 8. -
Availability of Institutions Imparting Higher Education: a Review (A Comparative Study of Punjab and Haryana)
INTERNATIONAL JOURNAL FOR INNOVATIVE RESEARCH IN MULTIDISCIPLINARY FIELD ISSN – 2455-0620 Volume - 3, Issue - 7, July - 2017 Availability of Institutions Imparting Higher Education: A Review (A Comparative Study of Punjab and Haryana) Dr. Aparna Joshi Assistant Professor, Department of Geography, Lovely Professional University, Phagwara, Punjab, India Email - [email protected] Abstract: Higher education must provide knowledge and skills to build productive careers so that the people have professionally satisfying lives and also contribute positively to a strong and vibrant economy. The greater the weightage within an economy of the components representing higher levels of educational attainment and professional expertise, the higher is the level of technology being used within the economy. Further, given the significance of human capital stock for achieving higher levels of development, an examination of the structure of human capital stock and the nature of relationship between attainment in terms of the different components of human capital stock and the level of development becomes an issue of considerable significance. The present paper accesses the availability of educational institutions imparting higher education in Punjab and Haryana region by taking into account the number of different types of recognized higher education institutions. The study is totally based upon secondary sources of data and aims to analyse the growth of higher education institutions during 1971-2011, understand their spatial pattern at the district level in 2010-11 and compare the two states of Punjab and Haryana to find out the overall performance with respect to availability of recognized institutions imparting higher education in the study region. Key Words: Higher education, Educational institutions, Growth, Level of Development. -
Changing Scenario of Education in Educationally Backward Areas of Punjab
International Journal of Humanities and Social Science Invention (IJHSSI) ISSN (Online): 2319 – 7722, ISSN (Print): 2319 – 7714 www.ijhssi.org ||Volume 7 Issue 09 Ver. II ||September 2018 || PP 01-06 Changing Scenario of Education in Educationally Backward Areas of Punjab Mridula Pushkarna Deptt of GeographyR K Arya College, Nawanshahr ABSTRACT:For any nation education plays an important role for the development. If the literacy rate is in the particular area is high that clearly depicts the prosperity in terms of economic conditions, labour productivity, health and culture. Improvement in education has a very long term effects on the welfare of the nation. It should always be very important for all the policymakers that improvement in the education sector and every community of the society and each part of the region should be benefitted; no caste or no gender should be given priority. Education is the basic necessity so it should be affordable to all. Equalization at education levels removes all the barriers of regional inequalities and gender discrimination. From the last few decades, with all the efforts of government and nongovernmental organisations there is an improvements in education levels as well as literacy rates but some regions of India are still deprived. For the recognition of those particular areas, the educationally backward districts were recognised and further for the implementation of the policies in a proper manner, Educationally Backward Blocks (EBB) were recognised in 2007 on the basis of census records of 2001. The researcher is trying to find out the improvements in the EBB’S of one of the prosperous state of Punjab where 21blocks were recognised as backward in education. -
Faridkot District, Punjab
FARIDKOT DISTRICT, PUNJAB CENTRAL GROUND WATER BOARD Ministry of Water Resources Government of India North Western Region CHANDIGARH 2013 1 GROUND WATER INFORMATION BOOKLET FARIDKOT DISTRICT, PUNJAB By S.K.SAIGAL Scientist ‘C’ CONTENTS DISTRICT AT A GLANCE 1.0 INTRODUCTION 1.1 Location 1.2 Administrative Divisions & Demography 1.4 Land Use, agriculture, and Irrigation 2.0 CLIMATE & RAINFALL 2.1 Rainfall 3.0 GEOMORPHOLOGY 3.1 Physiographic 4.0 AGRICULTURE & IRRIGATION 5.0 HYDROGEOLOGY 6.0 GROUND WATER EXPLORATION 7.0 GROUND WATER QUALITY 8.0 GROUND WATER RESOURCES 9.0 GROUND WATER DEVELOPMENT & MANAGEMENT 10.0 GROUND WATER RELATED ISSUES & PROBLEMS 2 11.0 RECOMMENDATIONS FARIDKOT DISTRICT AT A GLANCE Sl.NO. ITEMS Statistics 1. GENERAL INFORMATION i. Geographical Area (sq. km.) 1419 ii. Administrative Divisions (As on31-3-2011) Number of Teshils 2 Number of Blocks 2 Number Of Villages 171 iii. Population (As per 2011Census) 618008 iv. Average Annual Rainfall (mm) 449 2. GEOMORPHOLOGY Major physiographic Units Alluvium Major Drainage Golewala 3. LAND USE (Sq.km.) a. Forest Area: 20.04 b.Net area sown: 1281.98 b. Cross cropped area: 2555.73 c. Cropping Intensity: 198% 4. MAJOR SOIL TYPES Sandy loam 5. NUMBERS OF GROUND WATER MONITORING WELLS OF CGWB (As on 31-3-2012) No. of dug wells 7 No of Piezometers 2 3 6. PRINCIPAL AQUIFER Alluvium Major Aquifer Older Alluvium, Aeolian alluvium, Younger alluvium 7. HYDROGEOLOGY *Major Water bearing formation Sand, Gravel *(Pre-monsoon depth to water level during 2011) 3.50 m-15.35 m bgl *(Post-monsoon depth to water level during 2011) 1.94m-16.1 m bgl *Long term water level trend in 10 yrs(2002-2011) in m /yr -0.23m to 0.09m 9.