Report on Development of Drought Prone Areas National Committee On

Total Page:16

File Type:pdf, Size:1020Kb

Report on Development of Drought Prone Areas National Committee On REPORT ON DEVELOPMENT OF DROUGHT PRONE AREAS NATIONAL COMMITTEE ON THE DEVELOPMENT OF BACKWARD AREAS PLANNING COMMISSION GOVERNMENT OF INDIANEW DELHI SEPTEMBER, 1981 CONTENTS Sl.No. Pages Summary of Conclusions & Recommendations iii 1 Introduction iii 2 Criteria for Delineation of Drought Prone Areas iii 3 Review of Past iii-iv 4 Strategy of Development iv 5 Watershed Approach , viii 6 Role of Agro meteorology in Agricultural Planning x 7 Soil and Water Conservation x 8 Development of management of Irrigation xi 9 Crop Planning and productivity xii 10 Liverstock Development xv 11 Pasture Development and Range Management xvii 12 Horticulture Development xviii 13 Afforestation xix 14 Sand Dunes Stabilisation in Aried Area xxi 15 Solar Energy and Wind Power Uutilisation xxii 16 Strategy for Transport of Technology xxii 17 Nomad and Nomadism in Desert Area xxv 18 Organisational and financial Arrangements xxv 19 Acknowledgements Annexure CHAPTER 1 Annexure I District-wise population and Density Annexure II Land Utilisation and Irrigation in DPAP Districts CHAPTER 2 Annexure I Districts selected by the Secretaries Committee in 1971 and those recommended by the Gidwani Committee. Annexure II Areas Identified by the Irrigation Commission. Annexure III Drought Prone Areas Programme— Project Area of DPAP Annexure IV State-wise District Tehsil and area delineated as arid Annexure V Area under Desert Development Programme CHAPTER 3 Annexure I State-wise total Financial outlays and Expenditure under Rural Works Programme, 1970 73. Annexure II Statement showing the sector-wise expenditure under DPAP during IV Plan from 1974-75 to 31st August, 1980. Annexure III Key-Indicators of Physical Achievements of Major Activities Annexure IV Statement showing the Administrative Approval given to the Desert Development schemes* in Gujarat, Harayana and Rajasthan. CHAPTER 10 Annexure I Livestock breeds found in DPAP Districts 85 Annexure II Statement showing Statewise cumulative physical of sheep 88 cooperative Societies established under DPAP Districts from April, 1974 to March, 1980. Annexure III Sheep Cooperative Societies Establishment under IDA Assisted 88 DPAP Districts during the year 1978-79. Annexure IV Sheep production parameters-(Sheep Societies Vs Village 89 Flocks) (Average Impact of the year 1978-79). Annexure V Sheep Production param.ters-1978-79 (Sheep Societies Vs 89 Village Flocks) Annexure VI Sheep Development works on 100 Ha. plots in Rajasthan 91 Annexure VII Pasture Development Schemes in Rajasthan-Pre-Investment 93 Study by ARD in January, 1979. CHAPTER 11 Annexure I Technologies recommended by the Central Arid Zone Research 102 Institute for development of grass land and pasture. Annexure II Highlights of the research work done by the Grassland Research 103 Institute, Jhansi, under DPAP/ DDP Programmes of the Ministry of Rural Reconstruction. (Source, Min. of Rural Reconstruction). Annexure III Total Production of Dry Matter of Legume Species and Grasses 104 (In Tones per hectare) Annexure IV Grasses and Legumes adaptable in different rainfall conditions 104 are given below Annexure V Grasses and legumes adaptable for different landforms and 104 Habitats in the country. Annexure VI Evaluation of Pasture programme performance in IDA assisted 105 Districts Annexure VII Pasture species performance-summary of evaluations-IDA 105 assisted DPAP Districts, 1978-79 Annexure VIII Summary of pasture production estimates 1976-1979 (IDA 106 assisted DPAP District). CHAPTER 15 Annexure 1 125 APPENDIX CHAPTER 10 Appendix I Cost of pasture establishment under one hectare of land in the 96 project area (As per estimates of CSWRI, Avikanager). Appendix II List of miscellaneous articles given to stockmen in pasture plot 96 (100 hectare) Appendix III 97 CHAPTER 19 Appendix I Composition & terms of reference of Working Group on Rural 142 Development of N.C.D.B.A. Appendix II Questionnaire on Rural Development (Drought Prone Area 142 Development) SUMMARY OF CONCLUSIONS AND RECOMMENDATIONS 1. INTRODUCTION 1. Apart from the size and the geographical spread of the drought prone areas, another important consideration why it is necessary to formulate and implement an appropriate development strategy for these areas is 'that they represent a major factor contributing to regional imbalances in development of the country. [Para 1.5] 2. As compared to other areas, the drought prone tracts are more vulnerable to ecological degradation, leading to an increasing economic dependency and social deprivation. [Para 1.7] 2. CRITERIA FOR DELINEATION OF DROUGHT PRONE AREAS 3. The water balance technique seems to be the logical approach for the objective of drought prone, area delineation. This approach takes into account precipitation, evapo- transpiration and soil moisture storage and attempts to arrive at a balance between wider income and water loss. The Committee is of the view that while this may be an ideal approach, it does not appear to be practical of this stage for delineation purposes owing to paucity of experimental data on evapo-transpiration, soil moisture over the semi- arid and tropical regions and evolution of appropriate area specific agro-climatic models. As the objective of this Committee is drought prone area amelioration for planning and implementation of programmes for this purpose this approach will be ideal, provided the basic data on the essentials can be developed. This will, how ever, take time. Our objective being to find means of increasing and stabilising productivity in the concerned area, it seems reasonable to follow, for our purposes a synoptic definition that a Block can be defined as drought affected if the pattern & quantum of rain-precipitation, during the main crop season of the area, makes the traditional cultivation of the main crop of the area hazardous in three years or more out of every 10 years. [Paras 2.14 & 2.15] 4. Till the necessary data is collected, and a scientific assessment of drought prone Blocks is done, the present area brought under a drought prone area programme may continue to be handled under the special area programmes. It has been pointed out to the Committee during, its discussions with the States that even following the, criterion now prevalent on the basis of which present identification has been done, there are marginal areas of Blocks which need to be brought within the drought prone area programme. The Committee would recommend that any such cases should be examined on merit on the existing definition and brought within the programme if they qualify. At the same time keeping in view the recommendations of the National Commission on Agriculture that a periodic review of these areas is necessary because of the developments that are continuously taking place, it would only be reasonable to expect that those Blocks which have already come to a level of development which will put them outside the drought prone area category, should be removed from the programme. [Para 2.16] 5. Whilst some new areas may qualify, some existing areas have to be deleted as non- qualifying. The Committee would, however, emphasise that a scientific delineation of areas is required if a scientific answer is to be found for the amelioration of the defect. [Para 2.17] 6. The list of the Districts and the Blocks in the State concerned which have been identified on the basis of the recommendations made by the National Commission on Agriculture and which have been taken up under the desert development programme, these may be looked into in case there has been any reorganisation of Districts or blocks. [Para 2.21] 3. REVIEW OF PAST AND CURRENT PROGRAMMES 7. The present approach is mainly confined to development of agriculture and allied sectors with its major focus on restoration of the eco logical balance. But for an integrated development of any area, agricultural sector alone can not help to achieve the desired objectives. One of the major reasons for deterioration in eco logical balance in these areas is the excessive pressure of population on 'land. Without providing alternative sources of income, any attempt to promote optimum use of land and water can not succeed inspite of the improved dry land agricultural practices. [Para 3.54] 8. Comprehensive planning aiming at abound development of the area has yet to be taken up. Even the basic survey of existing resources has not been completed and there has been lack of coordination between various agencies and programmes in the district for development. [Para 3.54] 9. The present concept is supposed to be based on the watershed approach. It was how ever only during last two or three years of the programme that attempts are being made to try out this concept and that too in a few districts of Gujarat and Rajasthan. But in most other districts, sectoral officers considered DPAP and DDP only as a source, of additional funds and intensified their activities without any attempt for integrated watershed development. The fundamental objectives of restoring ecological balance had not thus been able to get the desired attention. [Para 3.55 & 3.56] 10. Though in some .districts there was a mention of division of the, district into major and sub-watersheds in the master plan, the actual planning and implementation were not done on the basis of watershed approach. In most districts, the land and soil capability surveys, the resources inventory etc. have not been fully completed. [Para 3.57] 11. In an integrated area development programme for the effective implementation of the approach, funding and expenditure should be controlled by the same agency. Unfortunately, however, this is not so. The programme for infrastructure development is substantially de pendent on outlays in the State Sector. The priorities of the State organisations controlling such outlays meant for the entire State is, how ever, seldom in compatibility with the priorities of the drought prone area development administration. [Para 3.61] 12. Conceptually, an area development programme cannot and should not be designed on the basis of a certain fixed sum of money being repeated every year.
Recommended publications
  • Kalahandi Forest Division Reserved Forests Name of Range Name Of
    Kalahandi Forest Division Reserved Forests Name of range Name of Blocks Area in Hectares Govt. notification Madanpur –Rampur Tapranga 6839 Urladani 10737 Benaguda 5087 Sunamukhi 2399 Dengen 496 Jerka 1006 Turchi 246 Sadel”A” 282 Sadel “B” 320 Satami 1873 Telen 2630 Lumersingha 119 Bhatel 37 Sripali 46 Biswanathpur Champadeipur 67 Jhimri 1419 Raul 655 Bori 1448 Patraguda 179 Dhepaguda 464 Sargiguda 767 Kidding 688 Samjhola 893 Niyamgiri 2007 Porgel 1762 Dulma 565 Nachiniguda 1154 Jalkrida 1775 Machul 967 Benbhata 1657 Pahadpadar 1670 Kesinga Nangalguda 1474 Kamel 176 Karladanger 375 Madakhola’A’ 659 Kerbandi 1108 Bazargarh 7911 Kadalighati 1655 Narla 1293 Bhawanipatna Dhangada-Dhangidi 250 Kanamanjure 1932 Sinang 1178 Kutrukhai 315 Bhalu 60 Pordhar 704 Jugsaipatna 2084 Nehela 3956 Karlapat 7077 Alma 1404 Madakhol ‘B’ 645 Brahmani 5768 Dhanupanchan 740 Junagarh Ghana 3094 Kelia 232 Jalabandha ‘A’ 40 Jalabandha ‘B’ 28 Jalabandha ‘C’ 76 Pariagarh 810 Panigaon 508 Kandul 95 Barjan 355 Jharbandha 317 Sahajkhol 12521 Raktaboden 180 Talc hirka 140 Bhalujore 48 Balagaon 64 Dulkibandha 47 Ninaguda 71 Singhari 5887 Udayagiri 1197 Jerka 2754 Kegaon Daka 343 Kumkot 5000 Chura ‘A’ 7732 Chura ‘B’ 2333 Gujia 339 Lini 139 Ghatual 275 Adabori 921 Bisbhurni 212 Nageswar 3154 Thuamul-Rampur Thakuranipadar 83 Goyalkhoj 234 Kuspari 131 Khakes 74 Ampadar 94 Sulbadi 11 Baghmari 26 Arkhapedi 66 Kucharighati 33 Uperchikra 69 Ranipadar 62 Benakhamar 450 Kadokhaman 78 Bijaghati 38 Proposed reserved forest Name of the Range Name of the blocks Area in Hectors Notification with date I .Bhawanipatna Sagada 1069 Khandual 450.73 46268/R dt.02.06.75 Jugsaipatna Extn.
    [Show full text]
  • Post Offices
    Circle Name Po Name Pincode ANDHRA PRADESH Chittoor ho 517001 ANDHRA PRADESH Madanapalle 517325 ANDHRA PRADESH Palamaner mdg 517408 ANDHRA PRADESH Ctr collectorate 517002 ANDHRA PRADESH Beerangi kothakota 517370 ANDHRA PRADESH Chowdepalle 517257 ANDHRA PRADESH Punganur 517247 ANDHRA PRADESH Kuppam 517425 ANDHRA PRADESH Karimnagar ho 505001 ANDHRA PRADESH Jagtial 505327 ANDHRA PRADESH Koratla 505326 ANDHRA PRADESH Sirsilla 505301 ANDHRA PRADESH Vemulawada 505302 ANDHRA PRADESH Amalapuram 533201 ANDHRA PRADESH Razole ho 533242 ANDHRA PRADESH Mummidivaram lsg so 533216 ANDHRA PRADESH Ravulapalem hsg ii so 533238 ANDHRA PRADESH Antarvedipalem so 533252 ANDHRA PRADESH Kothapeta mdg so 533223 ANDHRA PRADESH Peddapalli ho 505172 ANDHRA PRADESH Huzurabad ho 505468 ANDHRA PRADESH Fertilizercity so 505210 ANDHRA PRADESH Godavarikhani hsgso 505209 ANDHRA PRADESH Jyothinagar lsgso 505215 ANDHRA PRADESH Manthani lsgso 505184 ANDHRA PRADESH Ramagundam lsgso 505208 ANDHRA PRADESH Jammikunta 505122 ANDHRA PRADESH Guntur ho 522002 ANDHRA PRADESH Mangalagiri ho 522503 ANDHRA PRADESH Prathipadu 522019 ANDHRA PRADESH Kothapeta(guntur) 522001 ANDHRA PRADESH Guntur bazar so 522003 ANDHRA PRADESH Guntur collectorate so 522004 ANDHRA PRADESH Pattabhipuram(guntur) 522006 ANDHRA PRADESH Chandramoulinagar 522007 ANDHRA PRADESH Amaravathi 522020 ANDHRA PRADESH Tadepalle 522501 ANDHRA PRADESH Tadikonda 522236 ANDHRA PRADESH Kd-collectorate 533001 ANDHRA PRADESH Kakinada 533001 ANDHRA PRADESH Samalkot 533440 ANDHRA PRADESH Indrapalem 533006 ANDHRA PRADESH Jagannaickpur
    [Show full text]
  • Comparing Performance of Various Crops in Rajasthan State Based on Market Price, Economic Prices and Natural Resource Valuation
    Economic Affairs, Vol. 63, No. 3, pp. 709-716, September 2018 DOI: 10.30954/0424-2513.3.2018.16 ©2018 New Delhi Publishers. All rights reserved Comparing Performance of Various Crops in Rajasthan state based on Market Price, Economic Prices and Natural Resource Valuation 1 1 1 2 1 3 M.K. Jangid , Latika Sharma , S.S. Burark , H.K. Jain , G.L. Meena and S.L. Mundra 1Department of Agricultural Economics and Management, Rajasthan College of Agriculture, Maharana Pratap University of Agriculture and Technology, Udaipur, Rajasthan, India 2Department of Agricultural Statistics and Computer Application, Rajasthan College of Agriculture, Maharana Pratap University of Agriculture and Technology, Udaipur, Rajasthan, India 3Department of Agronomy, Rajasthan College of Agriculture, Maharana Pratap University of Agriculture and Technology, Udaipur, Rajasthan, India Corresponding author: [email protected] ABSTRACT The study has assessed the performance of different crops and cropping pattern in the state of Rajasthan using alternative price scenarios like market prices; economic prices (net out effect of subsidy) and natural resource valuation (NRV) considering environmental benefits like biological nitrogen fixation and greenhouse gas costs. The study has used unit-level cost of cultivation data for the triennium ending 2013-14 which were collected from Cost of Cultivation Scheme, MPUAT, Udaipur (Raj.) for the present study. It has analyzed crop-wise use of fertilizers, groundwater, surface water and subsidies. The secondary data of cropping pattern was also used from 1991-95 to 2011-14 from various published sources of Government of Rajasthan. The study that even after netting out the input subsidies and effect on environment and natural resources, the cotton-vegetables cropping pattern was found more stable and efficient because of the higher net return of` 102463 per hectare with the next best alternate cropping patterns like clusterbean-chillies (` 86934/ha), cotton-wheat (` 69712/ha), clusterbean-wheat (` 64987/ ha) etc.
    [Show full text]
  • Crop–Livestock Interactions and Livelihoods in the Gangetic Plains of Uttar Pradesh, India
    cover.pdf 9/1/2008 1:53:50 PM ILRI International Livestock Research Institute Research Report 11 C M Y CM MY CY CMY K Crop–livestock interactions and livelihoods in the Gangetic Plains of Uttar Pradesh, India R System IA w G id C slp e L i v e s t e oc m ISBN 92–9146–220–9 k Program Crop–livestock interactions and livelihoods in the Gangetic Plains of Uttar Pradesh, India Singh J, Erenstein O, Thorpe W and Varma A Corresponding author: [email protected] ILRI International Livestock Research Institute INTERNATIONAL LIVESTOCK RESEARCH P.O. Box 5689, Addis Ababa, Ethiopia INSTITUTE International Maize and Wheat Improvement Center P.O. Box 1041 Village Market-00621, Nairobi, Kenya Rice–Wheat Consoritum New Delhi, India R System IA w G id C slp e CGIAR Systemwide Livestock Programme L i v e s t e P.O. Box 5689, Addis Ababa, Ethiopia oc m k Program Authors’ affiliations Joginder Singh, Consultant/Professor, Punjab Agricultural University, Ludhiana, India Olaf Erenstein, International Maize and Wheat Improvement Center (CIMMYT), India William Thorpe, International Livestock Research Institute, India Arun Varma, Consultant/retired ADG ICAR, New Delhi, India © 2007 ILRI (International Livestock Research Institute). All rights reserved. Parts of this publication may be reproduced for non-commercial use provided that such reproduction shall be subject to acknowledgement of ILRI as holder of copyright. Editing, design and layout—ILRI Publications Unit, Addis Ababa, Ethiopia. ISBN 92–9146–220–9 Correct citation: Singh J, Erenstein O, Thorpe W and Varma A. 2007. Crop–livestock interactions and livelihoods in the Gangetic Plains of Uttar Pradesh, India.
    [Show full text]
  • Neo Geographia an International Journal of Geography, GIS & Remote Sensing (ISSN-2319-5118)
    Neo Geographia An International Journal of Geography, GIS & Remote Sensing (ISSN-2319-5118) Volume II Issue I January 2013 Coordinating Editors: Vikas Nagare & Anand Londhe Guest Editor: Dr. A. H. Nanaware Advisory Board: Dr. R. R. Patil Dr. N. G. Shinde Principal & Head, Department of Geography, Head, Department of Geography, K. N. Bhise Arts & Commerce college, Kurduwadi, D.B.F.Dayanand college of Arts & Science, Tal-madha, Dist-Solapur, Maharashtra Solapur, Maharashtra Dr. A. H. Nanaware Dr. S. C. Adavitot Associate Professor, Department of Geographyrch Head, Department of Geography, And Research centre C.B. Khedagis college, Akkalkot, Dist-Solapur, Shri Shivaji Mahavidyalaya, Maharashtra Barshi, Dist-Solapur, Maharashtra . Dr. (Miss.) Veena U. Joshi Professor, Department of Geography Pune University, Pune Maharashtra Neo Geographia is a refereed journal. Published by: Barloni Books, for Interactions Forum, Pune. Printed By: Barloni Books, MIT Road, Pune-411038 Official Address: Anand Hanumant Londhe, Interactions Forum, I/C of Sambhaji Shivaji Gat, 19, Bhosale Garden, MIT Road, Near Hotel Pooja, Kothrud, Pune, Maharashtra-411038 Email: [email protected]: www.interactionsforum.com Welcome to Interactions Forum!! Pune based Interactions Forum (IF) is established formally in the year 2010 with the objective to provide an integrated platform for intra-disciplinary and interdisciplinary research in various disciplines and to provide free access to the knowledge produced through this research. Today’s formal organization was preceded by an informal group of young research scholars who were very enthusiastic, besides their own fields of research, about the new and ongoing research in various branches of the knowledge tree. At present we are focusing on providing the researchers a space to publish their research.
    [Show full text]
  • Impact Study of Rehabilitation & Reconstruction Process on Post Super Cyclone, Orissa
    Draft Report Evaluation study of Rehabilitation & Reconstruction Process in Post Super Cyclone, Orissa To Planning Commission SER Division Government of India New Delhi By GRAMIN VIKAS SEWA SANSTHA 24 Paragana (North) West Bengal CONTENTS CHAPTER TITLE PAGE NO. CHAPTER : I Study Objectives and Study Methodology 01 – 08 CHAPTER : II Super Cyclone: Profile of Damage 09 – 18 CHAPTER : III Post Cyclone Reconstruction and Rehabilitation Process 19 – 27 CHAPTER : IV Community Perception of Loss, Reconstruction and Rehabilitation 28 – 88 CHAPTER : V Disaster Preparedness :From Community to the State 89 – 98 CHAPTER : VI Summary Findings and Recommendations 99 – 113 Table No. Name of table Page no. Table No. : 2.1 Summary list of damage caused by the super cyclone 15 Table No. : 2.2 District-wise Details of Damage 16 STATEMENT SHOWING DAMAGED KHARIFF CROP AREA IN SUPER Table No. : 2.3 17 CYCLONE HIT DISTRICTS Repair/Restoration of LIPs damaged due to super cyclone and flood vis-à- Table No. : 2.4 18 vis amount required for different purpose Table No. : 3.1 Cyclone mitigation measures 21 Table No. : 4.1 Distribution of Villages by Settlement Pattern 28 Table No. : 4.2 Distribution of Villages by Drainage 29 Table No. : 4.3 Distribution of Villages by Rainfall 30 Table No. : 4.4 Distribution of Villages by Population Size 31 Table No. : 4.5 Distribution of Villages by Caste Group 32 Table No. : 4.6 Distribution of Population by Current Activity Status 33 Table No. : 4.7 Distribution of Population by Education Status 34 Table No. : 4.8 Distribution of Villages by BPL/APL Status of Households 35 Table No.
    [Show full text]
  • Annexure-V State/Circle Wise List of Post Offices Modernised/Upgraded
    State/Circle wise list of Post Offices modernised/upgraded for Automatic Teller Machine (ATM) Annexure-V Sl No. State/UT Circle Office Regional Office Divisional Office Name of Operational Post Office ATMs Pin 1 Andhra Pradesh ANDHRA PRADESH VIJAYAWADA PRAKASAM Addanki SO 523201 2 Andhra Pradesh ANDHRA PRADESH KURNOOL KURNOOL Adoni H.O 518301 3 Andhra Pradesh ANDHRA PRADESH VISAKHAPATNAM AMALAPURAM Amalapuram H.O 533201 4 Andhra Pradesh ANDHRA PRADESH KURNOOL ANANTAPUR Anantapur H.O 515001 5 Andhra Pradesh ANDHRA PRADESH Vijayawada Machilipatnam Avanigadda H.O 521121 6 Andhra Pradesh ANDHRA PRADESH VIJAYAWADA TENALI Bapatla H.O 522101 7 Andhra Pradesh ANDHRA PRADESH Vijayawada Bhimavaram Bhimavaram H.O 534201 8 Andhra Pradesh ANDHRA PRADESH VIJAYAWADA VIJAYAWADA Buckinghampet H.O 520002 9 Andhra Pradesh ANDHRA PRADESH KURNOOL TIRUPATI Chandragiri H.O 517101 10 Andhra Pradesh ANDHRA PRADESH Vijayawada Prakasam Chirala H.O 523155 11 Andhra Pradesh ANDHRA PRADESH KURNOOL CHITTOOR Chittoor H.O 517001 12 Andhra Pradesh ANDHRA PRADESH KURNOOL CUDDAPAH Cuddapah H.O 516001 13 Andhra Pradesh ANDHRA PRADESH VISAKHAPATNAM VISAKHAPATNAM Dabagardens S.O 530020 14 Andhra Pradesh ANDHRA PRADESH KURNOOL HINDUPUR Dharmavaram H.O 515671 15 Andhra Pradesh ANDHRA PRADESH VIJAYAWADA ELURU Eluru H.O 534001 16 Andhra Pradesh ANDHRA PRADESH Vijayawada Gudivada Gudivada H.O 521301 17 Andhra Pradesh ANDHRA PRADESH Vijayawada Gudur Gudur H.O 524101 18 Andhra Pradesh ANDHRA PRADESH KURNOOL ANANTAPUR Guntakal H.O 515801 19 Andhra Pradesh ANDHRA PRADESH VIJAYAWADA
    [Show full text]
  • (Rainy Season) and Summer Pearl Millet in Western India About ICRISAT
    IMOD Inclusive Market Oriented Development Innovate Grow Prosper Working Paper Series no. 36 RP – Markets, Institutions and Policies Prospects for kharif (Rainy Season) and Summer Pearl Millet in Western India About ICRISAT The International Crops Research Institute Contact Information for the Semi-Arid Tropics (ICRISAT) is a ICRISAT-Patancheru ICRISAT-Bamako ICRISAT-Nairobi non-profit, non-political organization (Headquarters) (Regional hub WCA) (Regional hub ESA) that conducts agricultural research for Patancheru 502 324 BP 320 PO Box 39063, Nairobi, development in Asia and sub-Saharan Andhra Pradesh, India Bamako, Mali Kenya Africa with a wide array of partners Tel +91 40 30713071 Tel +223 20 223375 Tel +254 20 7224550 throughout the world. Covering 6.5 million Fax +91 40 30713074 Fax +223 20 228683 Fax +254 20 7224001 square kilometers of land in 55 countries, [email protected] [email protected] [email protected] the semi-arid tropics have over 2 billion ICRISAT-Liaison Office ICRISAT-Bulawayo ICRISAT-Maputo people, of whom 644 million are the CG Centers Block Matopos Research Station c/o IIAM, Av. das FPLM No 2698 A Amarender Reddy, P Parthasarathy Rao, OP Yadav, IP Singh, poorest of the poor. ICRISAT innovations NASC Complex PO Box 776 Caixa Postal 1906 help the dryland poor move from poverty Dev Prakash Shastri Marg Bulawayo, Zimbabwe Maputo, Mozambique NJ Ardeshna, KK Kundu, SK Gupta, Rajan Sharma, to prosperity by harnessing markets New Delhi 110 012, India Tel +263 383 311 to 15 Tel +258 21 461657 while managing risks – a strategy called Tel +91 11 32472306 to 08 Fax +263 383 307 Fax +258 21 461581 Inclusive Market- Oriented development Fax +91 11 25841294 [email protected] [email protected] Sawargaonkar G, Dharm Pal Malik, D Moses Shyam (IMOD).
    [Show full text]
  • District Irrigation Plan of Kalahandi District, Odisha
    District Irrigation Plan of Kalahandi, Odisha DISTRICT IRRIGATION PLAN OF KALAHANDI DISTRICT, ODISHA i District Irrigation Plan of Kalahandi, Odisha Prepared by: District Level Implementation Committee (DLIC), Kalahandi, Odisha Technical Support by: ICAR-Indian Institute of Soil and Water Conservation (IISWC), Research Centre, Sunabeda, Post Box-12, Koraput, Odisha Phone: 06853-220125; Fax: 06853-220124 E-mail: [email protected] For more information please contact: Collector & District Magistrate Bhawanipatna :766001 District : Kalahandi Phone : 06670-230201 Fax : 06670-230303 Email : [email protected] ii District Irrigation Plan of Kalahandi, Odisha FOREWORD Kalahandi district is the seventh largest district in the state and has spread about 7920 sq. kms area. The district is comes under the KBK region which is considered as the underdeveloped region of India. The SC/ST population of the district is around 46.31% of the total district population. More than 90% of the inhabitants are rural based and depends on agriculture for their livelihood. But the literacy rate of the Kalahandi districts is about 59.62% which is quite higher than the neighboring districts. The district receives good amount of rainfall which ranges from 1111 to 2712 mm. The Net Sown Area (NSA) of the districts is 31.72% to the total geographical area(TGA) of the district and area under irrigation is 66.21 % of the NSA. Though the larger area of the district is under irrigation, un-equal development of irrigation facility led to inequality between the blocks interns overall development. The district has good forest cover of about 49.22% of the TGA of the district.
    [Show full text]
  • 6. World Patterns of Agricultural Production Major Crops
    DSE4T: Agricultural Geography Unit II 6. World Patterns of Agricultural Production Major Crops With varied types of relief, soils, climate and with plenty of sun-shine and long and short growing season, world has capability to grow each and every crop. Crops required tropical, sub-tropical and temperate climate can easily be grown in one or the other part of world. Crops are devided into following categories. 1. Food Crops: Rice, Wheat, Maize, Millets- Jowar, Bajra, Ragi; Gram, Tur (Arhar). 2. Cash Crops: Cotton, Jute, Sugarcane, Mustard, Tobacco, Groundnut, Sesamum, oilseeds Castorseed, Linseed etc 3. Plantation Crops: Tea, Coffee, Spices- Cardamom, Chillies, Ginger, Turmeric; Coconut and Rubber. 4. Horticulture: Fruits- Apple, Peach, Pear, Apricot, Almond, Strawberry, Mango, Banana, Vegetables. World production of major Food Crops (rice, wheat, maize, barley, rye, sorghum and millet) Rice Production Rice is the most important food crop. There are about 10,000 varieties if rice in the world. Rice is life for thousand of millions people obtain 60 to 70 percent of their calories from rice and their products. Recognising the importance of this crop, the United Nations General Assembly declared 2004 as the International Year of Rice. The theme of IYR –“Rice is Life” reflects the importance of rice as a primary food source. The Asian continent dominates in terms of global rice production, with China and India leading the way. Rice is among the three leading food crops of the world, with maize (corn) and wheat being the other two. All three directly provide no less than 42% of the world’s required caloric intake and, in 2009, human consumption was responsible for 78% of the total usage of produced rice.
    [Show full text]
  • Report Name:Timely Arrival of Southwest Monsoon Promising For
    Voluntary Report – Voluntary - Public Distribution Date: June 04,2020 Report Number: IN2020-0058 Report Name: Timely Arrival of Southwest Monsoon Promising for Kharif Crop Country: India Post: Mumbai Report Category: Agriculture in the News, Agricultural Situation, Climate Change/Global Warming/Food Security, Cotton and Products, Grain and Feed, Oilseeds and Products, Market Development Reports, Agriculture in the Economy Prepared By: Dhruv Sood Approved By: Lazaro Sandoval Report Highlights: On June 1, the India Meteorological Department (IMD) announced that the Southwest Monsoon had set over Kerala coinciding with its historically normal date. IMD also published its second long-range forecast predicting a normal Southwest Monsoon (June to September) for 2020. The rainfall is likely to be 102 percent of the long period average (LPA). The impact of super cyclone Amphan on crops in Eastern India is under assessment by government agencies, as Western India prepares for Cyclone Nisarga. THIS REPORT CONTAINS ASSESSMENTS OF COMMODITY AND TRADE ISSUES MADE BY USDA STAFF AND NOT NECESSARILY STATEMENTS OF OFFICIAL U.S. GOVERNMENT POLICY General Information Southwest Monsoon Onset On June 1, the India Meteorological Department (IMD) announced that the Southwest Monsoon had set over the coast of the southern state of Kerala coinciding with its normal date. The IMD had earlier forecast the arrival of monsoon rains over Kerala on June 5, four days later than usual. The timely arrival of monsoon bodes well for the Kharif 2020 crop that has faced delays due to labor shortages. The timely rains should provide adequate moisture, and accelerate the pace of planting across India as states gradually ease lockdown restrictions.
    [Show full text]
  • Self-Employment
    SELF-EMPLOYMENT A Framework for Implementation National Rural Livelihood Mission Ministry of Rural Development Government of India SELF-EMPLOYMENT A Framework for Implementation National Rural Livelihood Mission Ministry of Rural Development Government of India June 22, 2016 Executive Summary MoRD has been thinking about a strategy to systematically bring panchayats out of poverty within a clear timeline. Given that 51% of the rural workforce is self-employed, there is a need to create a policy framework for holistically improving self-employment opportunities for the rural poor. In the light of the above, a framework document titled Self-Employment–A Framework for Implementation (No.J-11060/1/2016-RL) dated June 22nd, 2016 has been prepared after a consultation with state representatives in NIRD&PR in Hyderabad on January 9, 2016 and a national consultation in Delhi at Vigyan Bhawan on January 14, 2016. Before the document is taken up for formal consideration at the GoI level, it was thought necessary to seek the opinion of State governments. Accordingly, a copy of the framework document is hereby attached for your comments. The framework proposes a new scheme within the NRLM framework called the Grameen Swarozghar Yojana (GSY) that would be implemented through inter-departmental collaboration. The proposal is to ensure that self-employment, skill up-gradation, and efficient delivery of government schemes and entitlements lead to poverty-free panchayats within a definite timeline. The new scheme is proposed on 7 key principles: 1. Build on the strengths of previous efforts while avoiding it weaknesses 2. Build on the recent success of establishing high quality SHGs through the CRP strategy 3.
    [Show full text]