DOCSLIB.ORG

Assessment of Soil Fertility of Some Villages of Lahowal Block, Dibrugarh, India

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Assessment of Soil Fertility of Some Villages of Lahowal Block, Dibrugarh, India Int.J.Curr.Microbiol.App.Sci (2020) 9(8): 1438-1450 International Journal of Current Microbiology and Applied Sciences ISSN: 2319-7706 Volume 9 Number 8 (2020) Journal homepage: http://www.ijcmas.com Original Research Article https://doi.org/10.20546/ijcmas.2020.908.165 Assessment of Soil Fertility of Some Villages of Lahowal Block, Dibrugarh, India Aradhana Barooah1*, Hiranya Kumar Bhattacharyya2 and Karma Bahadur Chetri2 1College of Horticulture, Assam Agricultural University, Jorhat- 785013, Assam, India 2Krishi Vigyan Kendra, Dibrugarh, Assam Agricultural University, Assam, India *Corresponding author ABSTRACT A study was conducted to evaluate the fertility status of soils of five different villages of K e yw or ds Lahowal block of Dibrugarh district, Assam, India. A total of 100 numbers of surface soil Soil fertility status, samples (0-15 cm depth), comprising of 20 composite soil samples from each site, were collected. The collected soil samples were air dried, sieved and analyzed for different Soil acidity, Nutrient index, fertility parameters viz., soil pH, electrical conductivity, organic carbon, primary nutrients Macronutrient, (available nitrogen, available phosphorus, available potassium), available sulphur and Micronutrient micronutrients (available zinc and boron) using standard analytical methods. Soil fertility rating as low, medium and high for each fertility parameter was done by calculating Article Info nutrient index value. Results revealed that pH of the all soils of study area was found in the acidic range and majority (51 %) of the samples lie in the very strongly acidic (4.5 to 5.0) Accepted: range. Electrical conductivity was normal (<1.0 ds/m). Soil organic carbon was medium to 15 July 2020 high. Nutrient index value for available nitrogen and phosphorus was low to medium Available Online: range. Available potassium content was low and sulphur and zinc content was found 10 August 2020 medium in all the samples but available boron was in low to medium index level. Introduction deterioration mostly occurs due to increased population density, land use, adverse climatic Soil fertility, being the complex and dynamic conditions, over grazing, increased land natural property, is the inherent capacity of fragmentation and deforestation etc. soil to provide essential nutrients for crop Continuous and intensive cropping without growth and yield enhancement (Tisdale et al., adequate use of nutrients and improper soil 1993). Soil fertility is the result of interaction management practices may decline soil among physical, chemical and biological fertility. Soil erosion through run off and properties of soil which is directly related to sediment is also an important cause of soil agricultural production (Rakesh et al., 2012). fertility deterioration (Sahoo et al., 2015; Soil fertility depletion is a major concern Meena et al., 2017; Bashagaluke et al., 2018) worldwide because it affects the sustainable and reduces soil organic matter. Imbalanced agricultural production system as well as food and inadequate use of chemical fertilizers, security (Tan et al., 2005). Soil fertility improper irrigation, crop residue removal and 1438 Int.J.Curr.Microbiol.App.Sci (2020) 9(8): 1438-1450 different cultural practices may also deplete agriculture, soil test based nutrient soil fertility (Pathak, 2010; Medhe et al., management approach is important to 2012). Seasonal variation of different soil diagnose and manage soil fertility (Wani, fertility parameters like organic carbon, major 2008). It also helps in judicious and efficient nutrients viz., nitrogen and phosphorus, total use of nutrients in local as well as regional exchangeable cations, percentage base level (Black, 1993; Sahrawat et al., 2010). saturation etc., (Roberts, 1987; Isichei and Soil testing reveals the current fertility status Muoghalu, 1992) may be affected by factors of the soil which provides information like climatic pattern, land use, cropping regarding nutrient availability in soils that sequence and farming system (Rabbi et al., forms the basis for the fertilizer 2014). Soil fertility varies both temporally recommendations for increasing crop yields and spatially and are influenced by both and to maintain the optimum soil fertility intrinsic and extrinsic factors (Cambardella (Singh et al., 2018). Therefore, it is necessary and Karlen, 1999, Ondersteijn et al., 2003). to assess the fertility status of soil before crop Soil fertility of different land use system and planning for judicious use of required land treatment varies and requires soil and nutrients. Nutrient index method and fertility crop specific nutrient management for yield indicators can be used to evaluate the fertility enhancement (Moran and Mausel, 2002; status of the soil (Khadka et al., 2016; Singh and Jamir, 2017; Chandrakala et al., Annepuet al., 2017; Singh et al., 2018). The 2018). The fertility of soil may vary among soil fertility status under different cropping various agro-ecosystems too (Kavitha and sequence can also be assessed by using Sujatha, 2015). nutrient index approach (Singh et al., 2016). The availability of macro and micro nutrients In Assam state, India about 90% of in the soil determines the fertility level which population depends on agriculture for their in turn governs the crop productivity of that livelihood (Upadhyai and Nayak, 2017). soil (Bharti et al., 2017). The quality and Lahowal block is located in the eastern side of productivity of any soil depends on the Dibrugarh district, Assam state, India, and tea concentration of soil fertility parameters like and rice are two major crops grown in the organic C, N, P and K and their effect on block. Tea, being a commercial perennial physical, chemical and biological properties crop, requires large amount of nutrients and to of soil (Cao et al., 2011). For sustainable increase crop yield farmers practice to use agricultural production, maintenance of soil chemical fertilizers injudiciously which may fertility and soil health is crucial (Prasad and cause serious soil as well as environmental Power, 1997) as it is related with chemical degradation (Rahman and Zhang, 2018). reactions in soil, availability of essential nutrients, their depletion and replenishment in Application of fertilizers without considering soil. the soil fertility status and crop requirement may adversely affect the soil health as well as Evaluation of soil fertility is essential to crop production (Ray et al., 2000). The provide nutrients for optimum crop growth present study site, Lahowal block of (Nafiuet al., 2012). Perhaps soil testing is the Dibrugarh district, Assam is lacking the detail most commonly used method for soil fertility information of fertility status. Since evaluation (Havlinet al., 2010) for increasing sustainable agricultural production needs use agricultural production through fertility of essential plant nutrients in right quantity, in management (Goovaerts, 1998). In practical appropriate proportion and at right time 1439 Int.J.Curr.Microbiol.App.Sci (2020) 9(8): 1438-1450 following right method is a matter of concern available nitrogen, available phosphorus, (Jaga and Patel, 2012). Prior knowledge of available potassium, available sulphur and soil fertility is essential to maintain soil health micronutrients (available zinc and boron) by as well as for enhanced crop production. using standard analytical methods. Soil pH Accordingly, there is a need of assessing and and electrical conductivity in 1:2.5 soil: water monitoring different soil fertility parameters suspension of the processed samples were of Lahowal block of Dibrugarh district for determined by potentiometric method using adoption of proper management strategies to glass electrode pH meter and Systronics maintain sustainable agricultural production Digital Electrical Conductivity meter and soil health. Keeping this in view the respectively (Jackson, 1973). Titrimetric present study attempts to evaluate the fertility determination or wet digestion method of status of five different villages of Lahowal Walkley and Black (1934) was used to block of Dibrugarh district, Assam, India determine organic carbon content of the using fertility ratings and nutrient index in composite soil samples. order to determine the variability existing among different soil parameters. The soil samples were analyzed for macronutrients like available nitrogen and Materials and Methods phosphorus by alkaline potassium permanganate method (Subbiah and Asija, Soil samples were collected from five 1956; Sharawat and Burford, 1982) and different villages viz., Rongpuria (27°41'63"N Bray’s I method (Bray and Kurtz, latitude to 95°04'39"E longitude), Ikoratoli 1945),respectively. Available potassium was (27°47'07"N latitude to 95°08'54"E determined by flame photometer with neutral longitude), Phutahula (27°38'11"N latitude to normal ammonium acetate as an extractant 95°04'24"E longitude), Bokul Majgaon (Hanway and Heidel, 1952). Available (27°42'97"N latitude to 94°98'96"E longitude) Sulphur content of the soil samples were and Alimur (27°23'79"N latitude to determined by turbidimetric method (Black, 94°30'85"E longitude) of Lahowal block of 1965). Micronutrients viz., available zinc Dibrugarh district, India. The climate of the (DTPA extractable) was determined by using study sites is basically humid and warm with Atomic Absorption Spectrophotometer annual average precipitation of 2781 mm with (Lindsay and Norvell, 1978) and hot water- 135 rainy days. Temperature in winter ranges
Load more

Recommended publications
  • District Disaster Management Plan, 2011-12 Golaghat
    DISTRICT DISASTER MANAGEMENT PLAN, GOLAGHAT DISTRICT DISASTER MANAGEMENT AUTHORITY, GOLAGHAT. Ph: 03774-283282 [1] DISTRICT DISASTER MANAGEMENT PLAN, GOLAGHAT Table of Contents 1-4 Foreword 5 Chapter-I Multi Hazard Disaster Management Plan 1.1 Introduction ` 6 1.2 Why DDMP 6 1.3 Objective 6 1.4 Disasters 7 1.5 Vision 7 Chapter-II Administrative Arrangement for Disaster Management 2.1 District Disaster Management Authority, Golaghat 8 2.2 District level Crisis management Group 8 2.3 District Disaster Management Teams, Golaghat 8 2.3.1. Early Warning and Information Management Team 8 2.3.2 Quick Response Team 9-11 2.3.4 Rescue and Evacuation Team: 12 2.3.5 Emergency Health Management Team: 12 2.3.6 Shelter Management Team: 13 2.3.7 Water and Sanitation Team: 13 2.3.8 Relief and Co-ordination Team: 13 2.3.9 Damage Assessment Team: 14 2.3.10 Trauma Counselling Team: 15 2.3.11 Carcass Disposal Team: 15 2.3.12 Patrolling Team: 15 2.3.13 Incident Response Team (IRT) 16-17 Chapter-III Overview of the District 3.1 Location, Area and Administrative Division 18 3.2 Health Institutions 19 3.3 Fire Services 19 3.4 Accessibility 20 Chapter-IV Risk Assessment and Vulnerability Analysis 4.1. Risk Assessment: 21 4.2. Vulnerability of various elements to different hazards 21 4.3. Disaster Probability: 22 4.4 Flood Prone Villages in the district: 23 4.5. Embankments,Roads & Bridges likely to be affected 23-27 4.6. Agricultural Crops likely to be affected: 28 4.7.
    [Show full text]
  • Political Science (Diphu)
    Data on Mentors-Maintees of the Department of Political Science, Assam University Diphu Campus Name of Mentor: Dr. Niranjan Mohapatra Course No. 405 (Project Work) of the P.G Syllabus, Period: May-2017 SERIAL NAME OF THE STUDENT DISSERTION TOPIC NO 1 Buddhoram Ronghang Karbi Society and Culture : Case Study taralangso 2 Hunmily Kropi Social Status of Karbi: Women: A Case Study of Plimplam Langso Village, Diphu 3 Happy Gogoi Impact of Mid Day Meal on Lower Primary Schools: A Case Study in Selenghat Block Area of Jorhat District 4 Porismita Borah The Functioning of Janani Surakha Yojana 5 Dibyamohan Gogoi Student’s issue: A Case Study of Assam University, Diphu Campus 6 Rishi Kesh Gogoi A Case Study on Lack of Proper Infrastructer in Assam University, Diphu Campus 7 Rustom Rongphar Importance of Bamboo in Karbi Society 8 Mirdan rongchohonpi The Social Status of Women in Karbi Society 9 Birkhang Narzary Domestic Violence Against Women: A Case Study of Rongchingbar Village , Diphu 10 Monjit Timungpi Health Awareness Among the karbi Women: A Case Study of Serlong Village of Karbi Anglong District, Assam 11 Krishna Borah Socio- Economic Condition of Women in Tea Graden: A Case Study of Monabari Tea Estate of Biswanath District of Assam 12 Achyut Chandra Borah Student’s Issue: A Case Study of Assam University, Diphu Campus 13 Jita Engti Katharpi Women Empowerment Through Self Help Group: A Case Study Under Koilamati Karbianglong District , Assam 14 Dipika Das Role of Self Help Group As A Tool For Empowerment of Women: A Case Study of Uttar Barbill
    [Show full text]
  • The Pattern of Flow and Utilisation of Funds by the Karbi Anglong Autonomous Council in Assam
    EVALUATION STUDY ON THE PATTERN OF FLOW AND UTILISATION OF FUNDS BY THE KARBI ANGLONG AUTONOMOUS COUNCIL IN ASSAM Sponsored by the Planning Commission Govt. of India K.P. KUMARAN NATIONAL INSTITUTE OF RURAL DEVELOPMENT NORTH EASTERN REGIONAL CENTRE NIRD LANE NH-37 JAWAHARNAGAR, KHANAPARA GUWAHATI – 781 022 2003 2 CONTENTS Chapter Title Page I INTRODUCTION 1-7 • Methodology • Study Area • Karbi Anglong • Population • BPL Family • Economy II STRUCTURE OF THE DISTRICT COUNCIL : 8-14 ADMINISTRATIVE SET UP AND DELIVERY MECHANISM • Official Body • Elected Body • Legislative Powers • Executive Powers • Financial Powers • Village Committee • Flow of fund and delivery mechanism III REVENUE GENERATED AND FLOW OF FUND TO THE 15-31 COUNCIL • Revenue generated by the council • Pattern of allocation and utilization of grant in Aid • Allocation of grant in aid: Sector Wise • Sector wise allocation (Distribution of plan + non plan funds) IV FLOW OF GRANT IN AID TO THE SECTORAL 32-42 DEVELOPMENTS AND ITS UTILIZATION • Departments under production sector • Departments under social sector • Departments under infrastructure sector • Problems encountered by the sectoral departments V IMPLEMENTATION OF DEVELOPMENT SCHEMES BY 43-50 THE SECTORAL DEPARTMENT • Community based scheme • Individual oriented scheme • Beneficiary oriented scheme • Scheme relating to training • Summary and Conclusion 3 VI SUMMARY, CONCLUSIONS AND RECOMMENDATIONS 51-62 • Structure of the District council and delivery mechanism • Flow of fund and delivery mechanism • Revenue generated by the council • Patterns of allocation and utilization of grant in Aid • Flow of grant in Aid to sectoral department and its utilisation • Implementation of development schemes by sectoral departments • Recommendations LIST OF TABLES Sl.No Title of the Tables Page no.
    [Show full text]
  • Golaghat District, Assam
    Ground Water Information Booklet Golaghat District, Assam Central Ground Water Board North Eastern Region Ministry of Water Resources Guwahati August 2013 .GROUND WATER INFORMATION BOOKLET GOLAGHAT DISTRICT, ASSAM DISTRICT AT AGLANCE Sl Items Statistics No 1 GENERAL INFORMATION i) Geographical Area (in sq.km) 3,502 ii) Population 10,58,674 iii) Average Annual Rainfall (mm) 2,118.6 2 GEOMORPHOLOGY i) Major physiographic units Brahmaputra plane, marshy land and low altitude structural hills in the extreme south. ii) Major drainages Brahmaputra River and Dhansiri, Galabil, Desoi, Kakodanga Rivers 3 LAND USE (sq.km) i) Forest area 1,56,905 ii) Net area sown 1,19,046 iii) Total cropped area 1,84,497 iv) Area sown more than once 65,451 4 MAJOR SOIL TYPES Alluvial and flood plain soils 5 AREA UNDER PRINCIPAL CROPS as 558.76 on 2006(sq. km) 6 IRRIGATION BY DIFFERENT 41.49 SOURCES (sq.km.) 7 NUMBERS OF GROUND WATER 11 MONITORING STATIONS OF CGWB (as on March 2013). 8 PREDOMINANT GEOLOGICAL Quaternary formation followed by FORMATIONS Tertiary/Pre-Cambrian deposit 9 HYDROGEOLOGY i) Major water bearing Vast alluvial formation of river borne formations deposit ii) Pre-monsoon water level 3.8 -7.96 m bgl during 2007 iii) Post monsoon water level 3.31 -6.89 m bgl during 2007 iv) Long term water level trend in Rising 10 years(1998-2007) in m/year 10 GROUND WATER EXPLORATION BY CGWB (as on 28.02.2013). i) No of wells drilled 12 (8 EW, 3 OW, 1 PZ) ii) Depth range in meters 100 -305 iii) Discharge in lps 1.33 – 60.00 iv) Transmissivity(m2/day) 415-5,041 11 GROUND WATER QUALITY Fe : 0.10 – 4.60 i) Presence of chemical constituents EC : 56.00 – 820.00 more than permissible limit (mg/l)(i.e.,EC,F,Fe,As) 12 DYANMIC GROUND WATER RESOURCES (2009) in mcm.
    [Show full text]
  • A Case Study in Golaghat District
    N-LIST an Institutional Repositories: A Case Study... 9th Convention PLANNER 2014 N-LIST an Institutional Repositories: A Case Study in Golaghat District College Libraries of Assam Hima Jyoti Deka Gayatree Boruah Abstract This paper discusses the importance of N-LIST repository in a college library. It attempts to highlight the problems and prospects of N-LIST in the application of college library. The study intends to find out the institutional repositories rendered by college libraries in Golaghat District of Assam as well as users satisfaction from the existing services. Keywords: N-LIST, Institutional Repository, College Libraries 1. Introduction outside the institution. An effective institutional repository represents collaboration among librar- The development of institutional repositories ians, information technologists, archives and records emerged as a new strategy. N-LIST is one of the managers, faculty and university administrators and National Library and Information Services Infra- policy makers. structure for Scholarly Content Project Inaugurated by Mr. Kapil Sibal, Union Human Resource and 2. Objectives of the Study Development (HRD) Minister in 4th May 2010. The To find out the present position of institu- centre acts as a nodal agency for networking of li- tional repositories in Golaghat District braries and information centres in Universities, In- provincialised college libraries of Assam, and stitutions of higher learning and R& D institutions in India with an aim to promote scholarly communi- To find out the problems and prospects of N- cation. The N-LIST project provides access to E- List in the application of Golaghat district col- Resources to students, researchers and faculty from lege libraries of Assam.
    [Show full text]
  • APART-List of Selected Candidates for the Position of Office Assistant Under the World Bank Financed
    ARIAS SOCIETY Assam Rural Infrastructure and Agricultural Services Society (An Autonomous Body of Govt. of Assam) Project Coordination Unit (PCU) of the World Bank financed Assam Agribusiness and Rural Transformation Project (APART) Agriculture complex, Khanapara, G.S. Road, Guwahati-781022 (Assam, India) Tel: +91 361-2332125; Fax: +91 361-2332564; email: [email protected]; website: www.arias.in The following candidates are selected for the position of ‘Office Assistant’ as per Interview held on 28th December’2018 against this office REOI No ARIAS/APART/174/2017 /Pt/21 dated, Guwahati the 14th August, 2018. Sl Name Address Sl Name Address 1 Bedabrata C/O: Likhan Phukan, Vill/Town: Guwahati, PO: 2 Pranjal Talukdar C/O: Bhabendra Nath Talukdar, Vill/Town: H.No-24, Phukan Panjabari, PS: Satgaon, District: Kamrup Metro Shivpur, Dakhingaon, PO: Kahilipara, Ps: Dispur, 3 D/O: Pradeep Baruah , Vill/Town: Bahboria, 4 Raktim Jyoti C/O: Nitul Chandra Bora, Vill/Town: Guwahati, PO: PO: Jamugurihat, PS: Jamugurihat, District: Bora Basistha, PS: Basistha, District: Kamrup Metro Pratima Baruah Sonitpur 5 C/O: Sankar Kumar Das, Vill/Town: Guwahati, 6 Manoranjan S/O: Babul Majumder, Vill/Town: Sawkuchi, PO: PO: Kahilipara, PS: Bhagaduttapur, District: Majumder Sawkuchi, PS: Basistha, District: Kamrup Metro Priyanka Das Kamrup Metro 7 S/O: Mridul Dutta, Vill/Town: Guwahati, PO: 8 Syeda Sirin D/O: Syed Tayab Ullah, Vill/Town: B.N.P. Road, Parash Jyoti Dutta Panjabari, PS: Satgaon, District: Kamrup Metro Sahnaz Jorhat, PO: Jorhat, PS: Jorhat, District: Jorhat
    [Show full text]
  • Ethnobotanically Useful Plants of Mising Tribe Residing in Fringe Villages of Nambor-Doigrung
    IJIRST –International Journal for Innovative Research in Science & Technology| Volume 1 | Issue 11 | April 2015 ISSN (online): 2349-6010 Ethnobotanically useful Plants of Mising Tribe Residing in Fringe Villages of Nambor-Doigrung Wild Life Sanctuary of Golaghat, Assam, India Mondakini Soren B. K. Dutta Department of Ecology & Environmental Science Department of Ecology & Environmental Science Assam University, Silchar-788011, Assam, India Assam University, Silchar-788011, Assam, India A. K. Das Department of Ecology & Environmental Science Assam University, Silchar-788011, Assam, India Abstract Livelihood system of Mising people is traditionally dependent on the forest resources. They are agriculturist, hardworking and very much peace loving. The present paper highlights list of plant names in tabular form. Different plants (18) belonging to 15 families are divided in various categories depending on the mode of uses by the tribe. New additional u¬ses to ethnobotany are also reported. Keywords: Ethnobotany, Ethnoveterinary, Mising _______________________________________________________________________________________________________ I. INTRODUCTION A. Mising: The term Ethnobotany was first coined by Harshberger in 1895. Ethnobotany includes study of medicinal plants, food, fibres, dyes, tans, other useful and harmful plants, taboos, avoidances and even magico-religious beliefs about plants (Jain, 1967a4; Ford, 19783). Ethnobotany is “the study of the relationship which exists between people of primitive societies and their plant environment” (Schultes, 19628). Misings have distinct entities from the rest of the tribes of Assam with their special culture and tradition (Baruah and Kalita, 20071). Fig. 1: a) Map of Assam. b) Map of Nambor-Doigrung Wild-life Sanctuary. c) Map of the villages in the fringe areas of Nambor- Doigrung Wild-life Sanctuary.
    [Show full text]
  • LIST of the DESIGNATED Apios, Pios and APPELLATE AUTHORITIES of ASSAM POLICE UNDER RIGHT to INFORMATION ACT, 2005
    LIST OF THE DESIGNATED APIOs, PIOs AND APPELLATE AUTHORITIES OF ASSAM POLICE UNDER RIGHT TO INFORMATION ACT, 2005 Name of the Public APIOs PIOs Appellate Authorities Authority Assam Police Asstt. Inspector General Inspector General of Police(A), Director General of Police, Assam Headquarters, Ulubari, of Police(A), Assam, Assam, Guwahati Phone- 0361-2450555/ 2455126 Guwahati. Guwahati Phone- 0361-2526189 E-mail: [email protected] Phone-0361-2521703 Deputy Inspector General of Police(Western Range) Dhubri District 1.Dy.SP(HQ), Dhubri SP, Dhubri DIGP(WR), Assam, Bongaigaon 2. SDPO, South Salmara Phone- 03662-230014 Phone- 03664- 237888 3.SDPO, Bilasipara e-mail- [email protected] Kokrajhar District 1.Dy.SP(HQ), Kokrajhar SP, Kokrajhar -do- 2.SDPO, Gossaigaon Phone- 03661-270725 3.SDPO, Parbhatjora Chirang District 1.Dy.SP(HQ), Chirang SP, Chirang -do- 2.SDPO, Bijni Phone- 03664-243189 Bongaigaon District Dy.SP(HQ), Bongaigaon SP, Bongaigaon -do- Phone- 03664-230898 Goalpara District Dy.SP(HQ), Goalpara SP, Goalpara -do- Phone-03663- 240161 Barpeta District 1.Dy.SP(HQ), Barpeta SP, Barpeta -do- 2.SDPO, Bajali Phone- 03665-236254 7th A.P.Bn., Kokrajhar Adjt 7th APBn CO 7th APBn, Charaikhola, DIGP(AP), Assam, Guwahati Kokrajhar. Phone-03661-270213 Phone- 0361-2452891 e-mail- [email protected] 8th APBn, Bongaigaon Adjt 8th APBn CO 8th APBn, Abhayapuri, -do- Bongaigaon. Phone- 03664- 281446 20th A.P.(I.R.) Bn, Dhubri Adjt 20th AP(IR) Bn. CO 20th AP (IR) Bn, Panbari, -do- Dhubri. Phone- 03662-239187 24th AP(IR) Bn, Chirang Adjt 24th AP(IR) Bn CO 24th AP(IR) Bn., Chirang -do- 1st APTF Bn., Goalpara Adjt.
    [Show full text]
  • Alok Sen, Ph.D
    Name: Dr.Alok Sen Designation: Professor Department: Economics Phone Numbers: +91 3842 239731 (R) +91 9435072441 (M) Email id: [email protected] Educational Qualifications: M.A. in Economics, North Eastern Hill University, Shillong,(1988), Ph.D. in Economics, Assam University (2001), Faculty Upgradation prog. in Environmental Economics, Institute of Economic Growth (IEG), New Delhi (2000) Areas of Interest: Micro Economics, Environmental Economics and Welfare Economics Work Experience[In chronological order with the recent one at the last] Name of the Designation Period Nature of Post Organization From To (permanent/temporary /Ad-hoc etc.) Assam University, Professsor 2011 Till date Permanent Silchar Assam Head, Dept of 2011 2014 Permanent University,Silchar Economics Assam Reader & 2005 2008 Permanent University,Silchar Associate Professor 2008 2011 Assam Finance 09/06/07 26/10/08 Ad-hoc University,Silchar Officer ( i.c.) & 31/10/11 30/04/14 Assam Registrar( i.c.) 22/04/09 09/08/10 Ad-hoc University,Silchar Awards and Honours: [In chronological order with the recent one at the last] Award Details Awarding Agency Year Paper accepted and NABET 2009(Pennsylvania, U.S.A), October 2009, presented in three reputed ISEE2014 September 2014 & International conferences. (University of Iceland, Iceland) and June 2016. ISEE2016 (University of district of Columbia,U.S.A) Projects Amount Ongoing/ Project Title Awarding Agency Period Sanctioned Completed Poverty- Environment Linkage: Indian Council of 2010- A Case Study of Lakhipur Social Science Rs.3,98,825 Completed 2012 Sub-Division of Cachar, Assam. Research ( ICSSR) Peer Reviewed Publications in Proceedings of National/International Conference/Workshop/Symposium Title of the Name of the Program and Authors Publisher Details URL Paper Organizer North Eastern Alok Sen Occupational Seminar Proceedings of Association Business, http://www.
    [Show full text]
  • Regions of Assam
    REGIONS OF ASSAM Geographically Assam is situated in the north-eastern region of the Indian sub- continent. It covers an area of 78,523 sq. kilometres (approximate). Assam – the gateway to north-east India is a land of blue hills, valleys and rivers. Assam has lavishly bestowed upon unique natural beauty and abundant natural wealth. The natural beauty of Assam is one of the most fascinating in the country with evergreen forests, majestic rivers, rich landscape, lofty green hills, bushy grassy plains, rarest flora and fauna, beautiful islands and what not. The capital of Assam is Dispur and the state emblem is one-hoed rhino. Assam is bounded by Manipur, Nagaland and Myanmar in the east and in the rest by West Bengal in the north by Bhutan and Arunachal Pradesh and in the route by Mizoram, Tripura, Bangladesh and Meghalaya. Literacy rate in Assam has seen upward trend and is 72.19 percent as per 2011 population census. Of that, male literacy stands at 77.85 percent while female literacy is at 66.27 percent. As per details from Census 2011, Assam has population of 3.12 Crores, an increase from figure of 2.67 Crore in 2001 census. Total population of Assam as per 2011 census is 31,205,576 of which male and female are 15,939,443 and 15,266,133 respectively. In 2001, total population was 26,655,528 in which males were 13,777,037 while females were 12,878,491. The total population growth in this decade was 17.07 percent while in previous decade it was 18.85 percent.
    [Show full text]
  • Sitrep: Flood Situation in Assam 22Nd August 2014 Please Follow the Link
    Sitrep: Flood Situation in Assam 22nd August 2014 A. SITUATION REPORT ASSAM Over 4 lakh people are affected by the flood in 15 districts of Assam has caused huge damage to crops, livestock, houses and infrastructure in the affected districts. Two persons have been reported dead in Golaghat and Lakhimpur districts each. Source: ASDMA, Govt. of Assam and IAG-Assam B. IMPACT OF THE SITUATION: No. of district affected: 15 ( Borpeta, Dhemaji, Bongaigaon, Jorhat, Lakhimpur, Sivsagar, Golaghat, Sonitpur, Morigaon, Dibrugarh, Kamrup, Karbi-Anglong, Dhubri, Nogaon and Nalbari) No. of village affected: 899 No. of house fully destroyed: 60 in Nogan district. No. of people affected: 4 Lakhs and above (4,17,416) No. of human life lost: 2 ( 1 in Golaghat district and 1 Lakhimpur in district ) No. of Relief Camps/Centres opened : 87 Inmates in Relief Camps: 80,055 Crops area affected (in Hect.): 33522.39 For more information please follow the link below: https://docs.google.com/file/d/0B3Mv49HyOMvKNGVCRzBnTVpjYWc/edit Source: ASDMA, Govt. of Assam and IAG-Assam C. RESPONSE FROM GOVERNMENT AND HUMANITARIAN AGENCIES: Please follow the link below for more information in detail. https://docs.google.com/file/d/0B3Mv49HyOMvKNGVCRzBnTVpjYWc/edit Source: ASDMA, Govt. of Assam and IAG-Assam D. EMERGING NEEDS: WASH, Foods, Fodder for Cattles and Seeds for agricultural farmer. Source: ASDMA, Govt. of Assam and IAG-Assam E. KEY CONTACTS: Sl. Name Designation Mob: E-mail No. State Level: 1. Ms. Geeta IAG-Convener +91- [email protected] Majumdara Assam 3612227723 National Level: Sphere India 2. Mr. Vikrant Mahajan CEO +91- [email protected] Sphere India 9818666831 3.
    [Show full text]
  • Gaon Panchayat Emex
    Gaon Panchayat EMEx 2017 Towards a Disaster Resilient State Gaon Panchayat EMEx 2017 Gaon Panchayat Emergency Management Exercise 2017 Be Prepared… Stay safe Vulnerability Analysis: Assam, which was well known as Entire Assam falls under Seismic “Pragjyotishpura’’ in Mahabharata times, Zone V. High density urban has a rich green land of rolling plains and population combined with dense forests. Assam is the gateway to the haphazard growth exposes the north eastern part of India viz. Arunachal major city dwellers to high risk. Pradesh, Nagaland, Manipur, Mizoram, Rainfall ranges between 1500 mm to Tripura and Meghalaya. These states are 2600 mm under normal connected to the rest of India via Assam’s circumstances. However, the city border with West Bengal and a narrow strip also experiences high intensity called the “Chicken’s Neck.” Assam also rainfall in short durations which shares international borders with Bhutan results in Urban Flooding. and Bangladesh. It spans around 78,438 km2 Unplanned land use pattern in and population over 3,11,69,272 (Census surrounding hills aggravate the 2011). The mighty Brahmaputra River that landslide risk in the city has its origins in Tibet flows through the The city experiences multiple waves state. of storms on the onset of the monsoon season impacting public Assam is a multi-hazard State prone to utilities. floods, earthquake, storms and landslide Besides, natural hazards, the city is besides man-made disasters. It falls under also vulnerable to human induced seismic zone V making the entire State prone hazards like accidents, fires, blasts to earthquake of moderate to very high etc.
    [Show full text]