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Ground Water Year Book Himachal Pradesh (2015-2016)

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Ground Water Year Book Himachal Pradesh (2015-2016) For Official Use Only GOVERNMENT OF INDIA MINISTRY OF WATER RESOURCES CENTRAL GROUND WATER BOARD GROUND WATER YEAR BOOK HIMACHAL PRADESH (2015-2016) NORTHERN HIMALAYAN REGION DHARAMSHALA (H.P) May, 2017 GOVERNMENT OF INDIA MINISTRY OF WATER RESOURCES CENTRAL GROUND WATER BOARD GROUND WATER YEAR BOOK HIMACHAL PRADESH (2015-2016) By Rachna Bhatti Scientist ‘B’ NORTHERN HIMALAYAN REGION DHARAMSHALA (H.P) May, 2017 GROUND WATER YEAR BOOK HIMACHAL PRADESH 2015-2016 EXECUTIVE SUMMARY Central Ground Water Board, NHR has set up a network of 111 National Hydrograph Stations in the state of Himachal Pradesh. The monitoring commenced in the year 1969 with the establishment of 3 observation wells and since, then the number of monitoring station are being increased regularly so as to get the overall picture of ground water scenario in different hydrogeological set up of the state. Most of the area in Himachal Pradesh is hilly enclosing few small intermontane valleys. The traditional ground water structures under observation at present are dugwells and are mostly located in the valley areas only. Therefore, the ground water regime monitoring programme is concentrated mainly in valley areas of the state and some places in hard rock areas. All the 111 National Hydrograph Stations are located only in 7 districts out of the 12 districts in Himachal Pradesh. The reason being hilly terrain, hard approachability and insignificant number of structures available for monitoring. The average annual rainfall in the state varies from 600 mm to more than 2400 mm. The rainfall increases from south to north. Dharamshala in district Kangra, receives the 2nd highest rainfall of about 3000 mm in the Country. Water levels are being monitored four times in a year during the month of May, August, November and January. Water samples are collected during the month of May every year for chemical analysis of ground water quality. The depth to water level, recorded during May 2015 ranged between 0.34m (Kullu district) and 29.25m bgl (Solan district). The majority of NHS (80.45%) recorded DTWL, in the range between 2-20 m bgl. Only 5.74% wells have recorded deep water levels, more than 20 m bgl. Monsoonal fluctuation of water level was analyzed for 83 stations for the period May 2015 – November 2015. A perusal of Table-8 shows that out of the 83 stations, 69 stations (83.13%) have shown rise in water level and remaining 14 stations (16.86%). Annual fluctuation for pre monsoon water level was analysed for 85 stations out of which, 38 stations (44.70%) have shown rise in water level ranging from 0.02 to 13.90 m (Kangra district), whereas 46 stations (54.11%) have shown fall ranging from 0.02m (Mandi district) to 11.78 m (Solan district). Annual fluctuation for post monsoon water level was analysed for 85 stations, out of which 55 stations (64.70%) have shown rise in water level ranging from 0.02 m (Hamirpur district) to 7.17 m (Kangra district) whereas 29 stations (34.11%) have shown fall ranging from 0.03 m (Una district) to 7.88 m (Sirmaur district). Decadal water level fluctuation for premonsoon was analysed for 83 stations out of which, 57 stations (68.67%) have shown rise and 30 stations (36.14%), have shown fall in water level. Chemical Quality Magnesium contributes to a major part of samples collected from various National Hydrograph monitoring stations in Himachal Pradesh. From water quality results, a good correlation can be seen between alkalinity and chloride, means ground water have more alkaline in nature with dominant amount of chlorine. We can see a very good correlation between calcium and magnesium with carbonate and bicarbonate, so it may conclude that rocks of the aquifer are contributing to the chemical quality of water. U.S. Salinity Diagram shows that water is mostly C2S1 type, means medium salinity hazard and low sodium hazard. This indicates that water is good for irrigation purposes. According to Wilcox plot water is good for drinking purpose w.r.t sodium concentration. With respect to the water quality data analysis, the results shows that, all the parameters are under permissible limit, except Nitrate, which is more than permissible limits in some samples of district Una, Mandi and in one sample of district Kangra. Arsenic concentrations of all the samples are with in permissible limit, except Oldherian, distt Kangra, which is 0.025 mg/l. A focused vision of administrative and policy makers is required towards implementing the suitable measures for ground water development, management and its sustainability. There is a need to adopt measures like artificial recharge to ground water in water level depleted areas, public awareness for water conservation and water pollution to preserve our precious resource. --*-- GROUND WATER YEAR BOOK HIMACHAL PRADESH 2015-2016 CONTENTS PAGES 1.0 INTRODUCTION 1-3 2.0 HYDROGEOLOGY 3-6 2.1 Proterozoic to Mesozoic Formation 2.2 Tertiary Formation 2.3 Quaternary Formation 3.0 GROUND WATER SCENARIO 6-19 3.1 Depth to Water Level 3.1.1 May 2015 3.1.2 August 2015 3.1.3 November 2015 3.1.4 January 2016 3.2 Seasonal Water Level Fluctuation 3.2.1 May 2015 to November 2015 3.3 Annual Water Level Fluctuation 3.3.1 May 2014 to May 2015 3.3.2 August 2014 to August 2015 3.3.3 November 2014 to November 2015 3.3.4 January 2015 to January 2016 3.4 Decadal Variations 3.4.1 Decadal average of May (2005-2014) to May 2015 3.4.2 Decadal average of August (2005-2014) to August 2015 3.4.3 Decadal Average of November (2005-2014) to November 2015 3.4.4 Decadal average of January (2006-2015) to January 2016 TABLES List of Tables Page No. 1. Year wise increase in GWMS, Himachal Pradesh 2 2. District wise GWMS and hydrogeological set up 3 3. Hydrogeological Formations and their yield potential, in Himachal Pradesh 4 4. Depth to Water Level - May 2015 7 5. Depth to Water Level - August 2015 8 6. Depth to Water Level - November 2015 9 7. Depth to Water Level - January 2016 10 8. Seasonal Fluctuation –May 2014- November 2014 11 9. Annual Fluctuation - May 2014 to May 2015 12 10. Annual Fluctuation - August 2014 to August 2015 13 14 11. Annual Fluctuation -November 2014 to November 2015 15 12. Annual Fluctuation -January 2015 to January 2016 13. Decadal Fluctuation – Decadal Average of May (2005-2014) to May 2015 16 14. Decadal Fluctuation - Decadal Average of August (2005-2014) to August 2015 17 15. Decadal Fluctuation - Decadal Average of November (2005-2014) to November 2015 18 16. Decadal Fluctuation - Decadal Average of January (2006-2015) to January 2016 19 ANNEXURE I. Water Level Data for the period May 2015, August 2015, November 2015 and January 2016 20-22 II Monsonal Fluctuation of May 2014– November 2014 23-25 III Annual Fluctuation of May 2014- May 2015 , August 2014- August 2015, November 2014- November 2015 and January 2015- January 2016 26-29 IV Decadal Mean Fluctuation for the period of (May 2005 – May 2014) with May 2015 (August 2005 – August 2014) with August 2015, (November 2005– November 2014) with 30-33 November 2015 and (January 2006 – January 2015) with January 2016 LIST OF PLATES PLATE NO. I. Administrative Divisions, Himachal Pradesh II. Distribution of GWMS, Himachal Pradesh III. Depth to Water Level - May 2015 (with different valleys) IV. Depth to Water Level - August 2015 V. Depth to Water Level - November 2015 VI. Depth to Water Level - January 2016 VIII. Seasonal Fluctuation - May 2014-November 2014 X. Annual Fluctuation - May 2014-May 2015 XI. Annual Fluctuation - August 2014-August 2015 XII. Annual Fluctuation - November 2014-November 2015 XIII. Annual Fluctuation - January 2015-January 2016 XIV. Decadal Fluctuation - Average May (2005-2014) - May 2015 XV. Decadal Fluctuation - Average August (2005-2014) - August 2015 XVI. Decadal Fluctuation - November (2005-2014) - November 2015 XVII. Decadal Fluctuation: January (2006-2015) - January 2016 CHEMICAL SECTION Sr. No Description 1. Chemical Quality Data 2. Piper Diagram 3. U.S.Salinity Diagram 4. Wilcox Diagram 5. Schoeller’s Diagram 6. Description from various plots 7. Statistical Analysis of the data 8. Nitrate Concentration w.r.t permissible limits 9. Data Reliability (TH analysed vs. TH calculated plot) GROUND WATER YEAR BOOK HIMACHAL PRADESH (2015-2016) 1.0 INTRODUCTION Himachal Pradesh is located between the north latitude 30o22’40” & 33o12’40” and east longitude 75o47’55” & 79o04’20”. It falls in Survey of India topographic sheets Nos. 52D, 52H, 52L, 53A, 53B, 53F, 53E and 53I and covers an area of 55,673 sq km. It is one of the predominantly hilly states in India, which lies in the western Himalayas. The length of Himachal Pradesh is about 355 km i.e. from northwestern part of Chamba to southeastern part of Kinnaur. The breadth of the state is about 270 km i.e. from western part of Una to northeast part of Lahaul and Spiti disrtict. The state is bounded by the state of Jammu & Kashmir in north, Punjab state in west, Haryana state in south and Uttrakhand state in southeast and shares an international border with China (Tibet) in northeast. Administratively, the state is divided in 12 districts, 76 tehsils, 34 sub-tehsils and 75 blocks. There are 20,118 villages, 3,037 Gram Panchayats, 57 towns, 28 Nagar Panchayats and 21 Nagar Parishads including Municipal Corporations. Lahaul & Spiti is the largest and Hamirpur is the smallest district of the state with geographical area of 12,835 and 1,118 sq km respectively. The state has a population of 68,64,602 persons (Census 2011) having an average population density of 128 person per sq km.
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