1 | P a g e Flood Control Order-2013 (First Edition) Flood Control Order-2014 (Second Edition) Flood Control Order-2015 (Third Edition) Flood Control Order-2016 (Fourth Edition) Flood Control Order-2017 (Fifth Edition) Flood Control Order-2018 (Sixth Edition) Flood Control Order-2019 (Seventh Edition) Flood Control Order-2020 (Eighth Edition) 2 | P a g e Preface Floods have been a recurrent phenomenon in Haryana from time immemorial. Many parts of the state of Haryana including Jind are prone to flooding. The devastating floods hit Haryana many times. We are not at the forefront of the flood control technology but we tried to give the best at our own level. Flood Control Order, Jind has adopted a novel, concise and action-oriented approach towards structuring of the document. The structure adopted has tried to minimize the impact of all losses due to multi hazards and has focus sharply on vulnerable areas for planning and implementation with Dr. Aditya Dahiya, IAS clearly defined roles and responsibilities regarding heavy rain/flood. Deputy Commissioner, Jind Floods are caused by many factors: heavy precipitation, severe winds over water, unusual high tides or failure of dams, levels, retention ponds or other structure that contained the water. Effects of floods: flooding has many impacts. It damages property and endangers the lives of human and other species. Rapid water run off causes soil erosion and concomitant sediment deposition elsewhere, flood can interfere with drainage and economic use of land, relates with farming. Structural damage can occur in bridge, building, houses, bank lines, sewer lines and other structures within flood ways, all turns into financial losses. Flood control order refers to all methods used to reduce or prevent the detrimental effects of flood water. Some of the common techniques used for flood control are installation of rock berms, rock rip-raps, sand bags, maintaining normal slopes with vegetation or application of soil cements on steeper slopes and construction of expansion of drainage channels. Other method are include levees, dikes, dams, retention or detention basins, functioning of pumps houses as well as all movable pumps with sufficient capacity to drain out the flood water to a proper place. My sincere thanks to all the officers/officials of district Emergency Operation Centre, as well as all the other district level officials of various frontline departments of government & Non-government organization who have put their utmost efforts in bringing out this Flood Control Order, 2020 are also deserve praise for their contribution. We hope that the Flood Control Order, 2020 will serve the purpose of not only flood control but also control the side effect of heavy rain, cloud burst, dust storm etc. On the whole this is a genuine effort of district administration to develop the challenging mentality to withstand all kind of adverse situations as well as all jeopardize effects. Deputy Commissioner, Jind 3 | P a g e Acknowledgments Thanks to all who generously gave advice, provided necessary help and input:Mr. Mandeep Kumar, HCS-cum-(DRO), Sh. Virender Sahu (P.O.)Sh. Narender Kumar (DRA-T /FRA), Sh.Mahesh Kumar (DRA-R),Smt. SimaShome (WBN), Sh. SunilKumar (Data EntryOperator) and Nature helped in devising the front page, formation and design of this Flood Control Order. 4 | P a g e INDEX Chapter Page Chapter-1: Introduction 1. Geography of Jind 7 2. Administrative Structure 8 3. Basic Statistics of District, Jind 8-9 4. Irrigation pattern 9 5. Land use/land cover change in Jind districts 10-11 6. Detailed map of the district 12 Chapter-2: Drainage System 1. Drains 13 2. Details of drains in the district 13-19 3. Patrolling 19 4. Drainage map of Water Services Division, Jind 20 5. Drainage map of Water Services Division, Narwana 21 6. Drainage map of District Jind 22 Chapter-3 : Flood vulnerability 1. Brief History of Flood 23 2. Details of Flood Affected Villages 23-24 3. Traffic Arrangement/Diversion in case of Flood 25 4. Incident Response System at District Level 25-34 5. Members of planning committee and response branch for 35 District, Jind Chapter-4: Flood Protection Schemes 1. Ongoing flood protection schemes in the district 36-40 5 | P a g e Chapter-5: Flood Action Plan 1. Flood Control Room 41 2. Details of Flood Conrol Room in District 41-42 2. Pre-flood Inspection 42 3. Ring Bandhs 42-43 4. Responsibility of various concerned departments before, during 43 and after flood 5. Proposed Relief Centers 44-45 Chapter-6 : Resource Inventory 1. List of flood equipment available within the district 46 2. List of JCB and Cranes available within the district 47 3. List of dewatering pumps available within the district 48 4. List of officials trained in OBM Operation 49 5. List of Divers and Swimmers available in the District 51 6. Home Guards Officials trained in flood relief measure 52 Chapter-7: Directory 1. District Administrative- Directory 52-81 2. Panchayat Department-Directory 81-92 3. Revenue Department-Directory 93-130 4. Voluntary Organisations 130-132 5. NGOs 132 Review and Evaluation 133 References 134 6 | P a g e Chapter-1: Introduction 1. Geography of Jind Jind City is situated about 125 km. from Delhi, the capital of India. The district lies in the North of Haryana between 29.03’ and 29.51’ North latitude & 75.53’ and 76.47’ East longitude. The mean Sea level of district varies from 218 to 239 meters. On its East and North-East lie the districts of Panipat, Karnal and Kaithal respectively. Its boundary line on the North forms the inter-state Haryana- Punjab border with Patiala and Sangrur districts of Punjab. In the West and South-West, it has a common boundary with district Hisar &Fatehabad and in its South and South-East district of Rohtak and Sonipat are situated respectively. It was amongst one of the seven districts when Haryana was formed on 1 November, 1966. Area of district is 2702 sq. km. and population of the district zis 13,32,042 as per 2011 Census. Male-Female population distribution is hence 712254 and 619788 respectively. 79% of the population is settled in 307 villages (Five villages are uninhabited-Be-Chirag) and the rest 21% of population is concentrated in five towns. The District has a well spread network of roads. N.H.65 and N.H. 71 and four state Highways nos. 10,11A, 12& 14 pass through the district. Due to unplanned urbanization and construction of roads, railways, canals drains, minors etc, the natural flow of rain water gets obstructed and cause flood like situation in some places during rainy season. However, no river flows through Jind but this district is a part of great Indo-Genetic Plain having alluvial soil and it is remarkably flat in topography. District falls in sub-tropical monsoon climate characterized by hot summers wet monsoon and cold-dry winters. Most of the rainfall (app. 80%) occurs from the middle of June to September. The normal annual rainfall of the district is 515 mm which is unevenlydistributed over the area for 26 days. The south west monsoon sets in from last week zof June and withdraws in end of September and contributes about 84% of annual rainfall. July and August are the wettest months. Rest 16% rainfall is received during non- monsoon period in the wake of western disturbances and thunder storms. Generally rainfall in the district increases from southwest to northeast Flood in this area caused by heavy downpour during rainy season and obstruction and incision of drains, canals, roads and natural paths. The winter season extends from mid October to early April. During winters some cyclonic rainfall occurs mainly from January to March. 7 | P a g e 2. Administrative Structure Sub Division Name Area Village Tehsil/Sub Block Municipal Tehsil Councils/Municipal (Sq. K.M.) Committee Jind 1061.15 70 Jind Jind Jind** 30 Julana Julana Julana*** Narwana 1055.14 37 Narwana Narwana Narwana** 21 Ujjana Uchana 49 Uchana Uchana Uchana*** 28 Alewa Alewa Safidon 529.91 44 Safidon Safidon Safidon*** 28 Pillukhera* Pillukhera Total 2702.00 307 7 8 5 * Sub Tehsil** Municipal Councils*** Municipal Committee 3. Basic Statistics of District, Jind Tehsils Jind Julana Safidon Alewa Uchana Narwana Total Safidon Pillukhera (Sub Tehsil) Area Agriculture 224622 Non-Agri 29402 Total 274024 Flood Total 26 18 12 14 02 08 21 101 8 | P a g e affect Severely 15 16 04 08 00 05 18 66 ed Villag Moderately 11 02 08 06 02 03 03 35 es Lambardar 375 167 165 145 100 210 288 1450 Patwari 25 11 13 9 10 17 35 120 Kanungo 03 02 02 01 02 03 04 17 Block Jind Julana Safidon Pillukhera Alewa Uchana Narwana Ujhana Total Ring Repair 03 11 03 11 01 00 05 02 36 Bandh (Kutcha) Good 08 10 06 01 00 04 13 07 Condition 49 (Pucca) Sarpanch 66 38 45 27 19 47 37 21 300 Gram Sachiv 23 14 16 9 7 16 14 7 106 Junior Engineer 03 03 02 01 01 03 02 02 17 (PR) 4. Irrigation pattern Jind district is irrigated by two canal systems i.e. The Western Yamuna canal and the Bhakra canal. The Narwana and Barwala link canals of Bhakra canal system interlink these two systems. Western Yamuna Canal takes off from the Yamuna at Tajewala head works. The Sirsa branch bifurcates from the main Western Yamuna canal at Indri (Karnal district) and is joined by Narwana branch of Bhakra canal near Budhera.Hansi branch emanates from western YumnaKanal at village Munak and this canal passes through Jind.