Flood Control Order-2021 District Jind 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) Flood Control Order-2021 (Ninth Edition) 1 | Page Preface Flood impact is one of the most significant disasters occur in every where. Causes of floods are due to natural factors such as heavy rainfall, high floods and high tides, etc, and human factors such as blocking of channels or aggravation of drainage channels, improper land use, deforestation in headwater regions, etc as a result losses of life and damage of properties occur. Flood loss prevention and mitigation includes structural flood control measures such as constitution of dams or river dikes and Non-structural measure includes flood forecasting and Dr. Aditya Dahiya, I.A.S, Deputy Commissioner, warning, flood hazard and risk management. Jind. These papers describe concepts taken by District administration policy, plan and operation on integrated flood disaster. District administration is well prepared to tackle any eventuality due to flood or heavy down pour. Keeping in view a thorough inspection of drains, canals and pump houses was done. Drain and canals are being cleared to contain and carry more water during the rainy season; Pump Houses are made fully operative to drain out excess water in the time of need. All front line departments have already established their flood control room along with smooth working condition of all resources inventory of their own. To build a safer and disaster resilient district by a holistic, proactive technology driven and sustainable development strategy. That involves all stake holders and fosters a culture of prevention, preparedness and mitigation regarding the same. All emergency response operations work under a defined command and control. Infact this is an algorithm theory of administration which is use as multi dimensional array. However, inspite of all kinds of various flood related disasters, we the people of our districts are determine to overcome all adverse situations. I give my heartfelt thanks to all officers/ officials for their sincere involvement and inputs for making this Flood Control Order by giving their due efforts in preparation of this document. Deputy Commissioner, Jind 2 | Page Acknowledgments Thanks to all who generously gave advice, provided necessary help and input: Mr. Darshan Yadav, H.C.S, City Magistrate, Jind, Sh. Chander Mohan, DRO, Jind, Sh. Virender Sahu (P.O.), Jind, Sh. Narender Kumar (DRA-T /FRA), Sh. Mahesh Kumar (DRA-R), Sh.Satyawan (TRA), Smt. Sima Shome (WBN), Mr. Sunil Mehra (Data Entry Operator) and Nature helped in devising the front page, formation and design of this Flood Control Order. 3 | Page INDEX Chapter Page Chapter-1: Introduction 1. Geography of Jind 6 2. Administrative Structure 7 3. Basic Statistics of District, Jind 7 4. Irrigation pattern 8 5. Land use/land cover change in Jind districts 9-10 6. Detailed map of the district 11 Chapter-2: Drainage System 1. Drains 12 2. Details of drains in the district 13-17 3. Patrolling 18 4. Drainage map of Water Services Division, Jind 19 5. Drainage map of Water Services Division, Narwana 20 6. Drainage map of District Jind 21 Chapter-3 : Flood vulnerability 1. Brief History of Flood 22 2. Details of Flood Affected Villages 22-23 3. Traffic Arrangement/Diversion in case of Flood 24 4. Incident Response System at District Level 24 5. Members of planning committee and response branch for 34 District, Jind Chapter-4: Flood Protection Schemes 1. Ongoing flood protection schemes in the district 35-36 4 | Page Chapter-5: Flood Action Plan 1. Flood Control Room 42 2. Details of Flood Conrol Room in District 42 2. Pre-flood Inspection 43 3. Ring Bandhs 43 4. Responsibility of various concerned departments before, during 44 and after flood 5. Proposed Relief Centers 45 Chapter-6 : Resource Inventory 1. List of flood equipment available within the district 47 2. List of JCB and Cranes available within the district 48 3. List of dewatering pumps available within the district 49 4. List of officials trained in OBM Operation 50 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 2. Panchayat Department-Directory 91 3. Revenue Department-Directory 109 4. Voluntary Organisations 153 5. NGOs 155 Review and Evaluation 160 References 134 5 | Page 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 13,34,152 as per 2011 Census. Male-Female population distribution is hence 713006 and 621146 respectively. 77.10% of the population is settled in 307 villages (Five villages are uninhabited-Be-Chirag) and the rest 22.90% of population is concentrated in five towns. The District has a well spread network of roads. N.H.65 and N.H. 71, N.H. 352D 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 294 mm which is unevenly distributed over the area for 26 days. The south west monsoon sets in from last week of 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. 6 | Page 2. Administrative Structure(2021) Sub Division Name Area Village Tehsil/Sub Block Municipal Tehsil Councils/Municipal (Sq. K.M.) Committee Jind 786.87 70 Jind Jind Jind** 30 Julana Julana Julana*** Narwana 603.92 37 Narwana Narwana Narwana** 22 Ujjana Uchana 777.64 47 Uchana Uchana Uchana*** 28 Alewa Alewa Safidon 529.91 44 Safidon Safidon Safidon*** 27 Pillukhera* Pillukhera Total 2698.34 305 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 239629 Non-Agri 30192 Total 269821 Flood Total 26 18 12 14 02 08 21 101 7 | Page affect Severely 15 16 04 08 00 05 18 66 ed Villag Moderately 11 02 08 06 02 03 03 35 es Lambardar 330 157 152 140 97 199 271 1346 Patwari 26 11 13 9 9 11 38 117 Kanungo 03 01 02 01 01 03 05 16 Block Jind Julana Safidon Pillukhera Alewa Uchana Narwana Ujhana Total Ring Repair 00 02 06 06 01 00 04 00 19 Bandh (Kutcha) Good 12 19 03 06 00 03 16 09 Condition 68 (Pucca) Sarpanch 66 38 45 27 19 47 37 21 300 Gram Sachiv 23 14 16 9 7 16 14 7 106 Junior 05 03 04 02 02 04 02 02 24 Engineer(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. This canal irrigates about 63326ha. land of the southern part of the district through Buthra Branch and Sunder sub branch. Sirsa Branch irrigates the area of Northern part of Jind district through Narwana branch of the 8 | Page Bhakra canal and its distributaries such as Habri sub branch,Jakholi, Rajaund, SudkainDhanauri etc. The area of the district irrigated by the Sirsa branch is approx. 143744ha. About 5000 ha. land is also irrigated byKhanauri and Haripur minors. (Source: Central Ground Water Board, Ministry of zWater Resources, Govt. of India, North Western Region, Chandigarh-2013).