Environmental Laboratory

The R&D activities carried / being carried out in this lab includes the following sub areas:

Water Quality Profile / Water Quality Assessment:

Large number of streams and rivers were taken for determining / assessing the water quality profile / water quality trends in order to know the extent of pollution compared to historical period and to identify and quantity the major stressors responsible for such a state. The outcome/ results help in finding and implementing the conservation measures to restore the water quality of the water bodies so that water can be suitably utilized for desired usages. There is, therefore, an urgent need to map all rivers and lakes qualitatively and to take corrective measures to restore their health.

Ecological Health Assessment of Rivers & Lakes:

The objective of the ecological health assessment of water bodies has been to find out the suitability of a water body to support the life present there. These studies are based on the cumulative index assessment involving water quality index, trophic state index, biotic index based on macro-invertebrates available and biodiversity based on the screening of the riparian vegetation. The results are found very useful for restoring the ecological health to sustain or to support life in the water bodies that can provide number of services to human.

The Green House Gas (GHG) Potential Assessment from MSW:

Large piles of MSW are found in every city in India at the outscript of the cities in open. This open dumping of MSW is releasing a significant quantity of GHGs like CH4, CO2, N2O etc. to the atmosphere, thereby, enhancing the global warming phenomena, which leads to climate changes, the effect of which are seen in day-to-day life in terms of changes in the weather patterns/ ranges/ snow fall etc. Further, these open dumping is polluting the air / ground water resources significantly. The aim of the GHG emission potential assessment is to compute the GHG available throughout the course of degradation period. These gases can be recovered, if this waste is put to proper collection, segregation and conversion to useful energy/ by-products, as soon as, it is generated in the households. Three land fill sites in Delhi, one in Hyderabad and one in Kanpur have already been studied for their potential for GHG emissions and corrective measures are also suggested.

Biomonitoring of Rivers & Streams using Macroinvertebrates:

A multi-national R&D project entitled "Development of an Assessment System to Evaluate the Ecological Status of Rivers in the Hindu Kush-Himalayan Region" was undertaken involving 4 European and 5 Asian countries including India (with funding from European Commission) at a cost of € 1.02 million to develop methodology based on macroinvertebrates sampling, characterisation and identification in HKH region. The project was completed between 2005-2008 and the results of the study have led to the development of a biotic index under the name “HKH Bios” which can be used to assess the water quality as well as ecological health of the streams. In India, the Kosi River in Uttarakhand having stretch of about 200 kms from Almora (UK) to Distt. Rampur (UP) was selected and a water quality profile based on biotic index has been developed for use of water managers / policy / decision makers.

GHG Emissions from Hydropower Reservoirs:

Till recently, the hydropower reservoir was considered as emission free and environmentally friendly but some studies in Europe have found them to be the significant emitters of GHGs to the atmosphere, thereby causing more global warming and climate change. These gases have been found to be produced as a result of biodegradation of organic matter (which is transported from the catchment to the reservoirs) under different conditions prevailing at the bottom. R&D has been carried out on Tehri reservoir and Kotli Bhel Stage-I & II hydropower reservoir to assess the GHG emission potential by experimental approach as well as by studying the potential of tree plantations available in the catchment to contribute the differentially degradable organic matter. GHG Risk assessment tool has also been applied to assess the extent of risk of GHG emissions so that necessary mitigation may be or may not be required. Since the impoundment has been more than 6 years, these reservoirs are found risk free from global warming point of view.

Miscellaneous Areas: Development of hybrid and integrated renewable energy systems:

Significant R&D has been carried out on modelling and optimisation of hybrid energy and integrated renewable energy systems for electrification of remote areas in off-grid mode. In such system, depending on whether the demand is more or equal to the resources available, the incorporation of diesel-generator set or 100% renewable energy sources available in the selected areas can be used to supply the power. Studies on selection of despatch strategy together with design of power supply network as well as sensitivity and error analysis have also been carried out. The studies for about 6 remote areas in Uttarakhand have so far been completed. Besides, the state-of-the art equipment / instrumental facilities are available to rigorously train our M.Tech as well as research scholars.

List of Ph.D. Thesis Completed

S. No.	Name of Student	Title	Year	Status
1	Sudhir Kumar Sharma	Investigation of characteristics of Biogas Generation using Biomass Wastes	1990	Awarded
2	A K Akella	Modelling of Integrated Renewable Energy Systems	2006	Awarded
3	Anurag Trivedi	Performance analysis of induction machines as SEIG for Single Phase Isolated Power Supply	2006	Awarded
4	S N Mahato	Analysis and Control of stand-alone Induction Generators	2008	Awarded
5	Ajay Gupta	Modeling of Hybrid Energy Systems	2010	Awarded
6	A B Kanase Patil	Modeling of Integrated Renewable Energy Systems	2011	Awarded
7	Ms. Kawade Swati Manoharrao	GHG Emissions from Reservoirs	2014	Awarded
8	Gopiya Naik	Planning of Distribution System using Distributed Generation	2016	Awarded
9	Amit Kumar	GHG Emissions from Hydro Power Reservoirs	2017	Awarded
10	Subo Upadhayaya	Development of Hybrid Energy System	2017	Awarded

List of M.Tech Dissertation in the field

S. No.	Name of Student	Title	Year	Status
1	Alok Kumar	Powering a Remote Area by Solar Photovoltaic Electricity	1989	Awarded
2	Smt. Durba Bhattacharya	Replacement of Conventional Energy by non-conventional Energy for on-farm use	1993	Awarded
3	Alok Kumar Bhardwaj	Development of Integrated Renewable Energy Systems for Village Kanvasharam	1999	Awarded
4	Shafat Sultan	Optimization of Renewable Energy based Power Generation System for remote area in Jammu & Kashmir	2000	Awarded
5	Prajjwal Kumar Bhaskar	Development of a hybrid SPV-Diesel engine based electricity generation system	2001	Awarded
6	Sarsing Gao	Techno?Economic study of solar Photovoltaic systems in Arunachal Pradesh	2001	Awarded
7	Himani Goyal	Study for optimal utilization of renewable energy sources in remote area	2001	Awarded
8	Bhawesh Agrawal	Cost?effective design of solar photovoltaic system for a remote area	2002	Awarded
9	Shukal Kumar Sharma	Electrical energy conservation and loss reduction in a typical rural power network	2002	Awarded
10	Pravin Anirudha Motghare	Integrated Renewable energy system for a remote hilly area	2003	Awarded
11	Ralte Romawia	Design of 132 KV power evacuation system at bawktlang substation in Mizoram	2003	Awarded
12	Akshaya Kumar Rout	Design of solar photovoltaic diesel hybrid system for a remote area	2004	Awarded
13	Prasank Kumar Das	Energy modeling for off Grid Electrification of clusters of villages	2005	Awarded
14	S Balaji	Impact Analysis of conservation works of River BHAVANI in Tamil Nadu	2006	Awarded
15	Bantehsonglang Blahwar	Water Quality Assessment and Conservation of UMKHRAH River	2006	Awarded
16	Suhasini Gudala	Powering of a Remote Area Through Renewable Energy Sources	2007	Awarded
17	Bhupender Singh Kaneri	Development of Cost Effective Technology for Harnessing Renewable Energy in Remote Area	2007	Awarded
18	Pravin Singh	Optimized Community based Hybrid Energy System	2008	Awarded
19	Chavan Ajay Daulat	Water Quality Management of Godavari River in Nasik City	2008	Awarded
20	Sujoy Patra	Pollution Profile of Damodar River in a Particular Stretch	2008	Awarded
21	K Balasubramanian	Techno-Economic Analysis of Decentralised STPS (DEWATS) for Peripheral Area in Chennai	2008	Awarded
22	Rinku Saran	Development of Wind Energy Farm in Hilly Area	2009	Awarded
23	Narottam Behera	Minimization of waste water using Pinch Technology in industry	2009	Awarded
24	Prabodh Kumar Verma	Impact of Tehri Dam on water quality	2009	Awarded
25	Jadhav Vishal Prabhakar	Performance Evaluation of Diesel Engine using blends of Karanja Oil	2010	Awarded
26	Chandra Bhan	Impact of JNNURM on Ganga River at Haridwar	2010	Awarded
27	Praful Dinkar Sutkar	Performance Analysis of Biomass Gasifier System	2010	Awarded
28	Ila Dashora	Impact of Renewable Energy in Desert District of Rajasthan	2010	Awarded
29	Nitesh Dutt	Study of Heat Transfer Characteristics of a Sensible Heat Storage for Solar Thermal Energy	2011	Awarded
30	Ravi Kumar	Analysis of Fish Friendly Kaplan Turbine For SHP	2011	Awarded
31	Priyanka Siddharth	Performance Evaluation of Sewage Treatment Plants	2012	Awarded
32	Amit Kumar	Studies on Green House Gas Emissions from hydropower Reservoirs	2012	Awarded
33	Zaw Lwin	Environment Management of Inle Lake in Myanmar	2012	Awarded
34	Tarang Agarwal	Experimental Analysis of Silt Erosion in Pump as Turbine	2012	Awarded
35	Niharika Varshney	Development of Hybrid Energy System for Remote Area	2013	Awarded
36	Lochan Alagh	City Sanitation Plan for Panipat City	2013	Awarded
37	Amit Kumar	Ecological Water Quality Assessment Using Macroinvertebrate	2013	Awarded
38	Madhvi Rai	Impact of Idol Immersion on Water Quality of Lakes	2013	Awarded
39	Avinash Kumar Sharda	Impact of Industrialisation and Urbanisation on Swan River	2013	Awarded
40	Pradeep Chaudhry	Cost Benefit Analysis of Lake Conservation with Emphasis on Aesthetics: A Case Study of Chandigarh City	2013	Awarded
41	Ashutosh Kumar	GHG Emissions from MSW Landfills	2013	Awarded
42	Naresh Singh Yadav	Assessment of Ecological Health of the Chambal River in M.P.	2014	Awarded
43	Prem Kumar	Impact Analysis of Performance and Exhaust Emissions of a Diesel Engine with Biodiesel	2014	Awarded
44	Deepika Bhaskar	Assessment of GHG Potential from Shadra Open Dumping MSW site in Agra	2014	Awarded
45	Anirudh Garg	Exergy and Energy analysis of Sugar Industry	2014	Awarded
46	Monika	Assessment of Ecological Health of Tilyar Lake	2014	Awarded
47	Ankit Bhatt	Development of Stand-Alone Hybrid Energy System for a Rural Area	2014	Awarded
48	Jatin Singh Saini	Power Quality Improvement in Rural Distribution Network	2014	Awarded
49	Mukesh Gupta	Modeling, Simulation and Performance Prediction of a Stand-alone Solar PV System	2015	Awarded
50	Shivansh Tyagi	Techno Economic Analysis of Pumps as Turbine for Micro Hydro Plants	2015	Awarded
51	Akanksha Kaushal	Assessment of GHG Potential from Panki MSW Open Dump Site, Kanpur, U.P.	2015	Awarded
52	Kritika Kaushik	Assimilative Capacity of Najafgarh Drain, New Delhi	2013	Awarded
53	Saurabh Mishra	Ecological Health Assessment of Surha Lake Distt.- Ballia, U.P.	2015	Awarded
54	Sravanthi Animireddy	Automation of Common Effluent Treatment Plant at Aurangabad	2015	Awarded
55	Virender Singh	Bio-assessment of Water Quality of Rivers and Streams	2015	Awarded
56	Gazal Gupta	Ecological Health Assessment of Kanjli Lake-A Ramasar Site	2016	Awarded
57	Amit Kumar	MSW Management of a City	2016	Awarded
58	Thinley Norbu	Development of Hybrid Energy System in Rubesa, Bhutan	2016	Awarded
59	Hitesh Kumar Gupta	Integration of solar energy with sewage treatment plant	2016	Awarded
60	Kaushal Kumar	Reduction of emission of NOx in Diesel Engine using Biodiesel and Blends	2016	Awarded
61	Ankit Shrikoti	Impact of river bank filtration on the water quality	2016	Awarded
62	Anil Raghuwanshi	Energy and Exergy Analysis of Sugar Industry	2017	Awarded
63	Sandeep Gupta	Impact of Binary Blends of Biodiesels on fuel quality	2017	Awarded
64	Harshit Mourya	In-Situ Treatment of open drains	2017	Awarded
65	Kusum	Estimation of GHG potential of MSW Dump Sites and its Global Warming potential	2017	Awarded
66	Pradhumn Singh Bhittu	Restoration of Ecological Health of Gadisar Lake (Rajasthan)	2017	Awarded
67	Satyendra Adhikari	Development of Off Grid Hybrid Energy System for Kagbeni, Mustang District, Nepal	2018	Awarded
68	Adisalem Mebrahtu Amare	Design of Off-grid Hybrid Energy System for Remote Area in Ethiopia	2018	Awarded
69	Saurabh	Integration of Renewable Energy with Sewage Treatment Plant	2018	Awarded
70	Vikram Singh	Pollution Amendment in Sugar cane Industry and Effluent Treatment Plant	2018	Awarded
71	Stephano M. Alphayo	Water quality profile of Ruvu River in Tanzania	2018	Awarded

Facilities

Water Analysis Kit (Portable Spectrophotometer)

Make: Hach, USA Portable Spectrophotometer-Model: Sediment size and concentration continuously Multiparameter for P4, Conductivity-Range: Sension 156 Turbidity Meter-Model: 2100 P Cost: US$ 7425.03 Purchasing Year: 2007 Purpose: To analyze Acidity, Alkalinity, Br-, Ca2+, Cl-, Free Chlorides & Total chromium, Cu, Hardness, Iodine, Iron Total, Mn, N-NH3, N-NO3-, Phosphorus, etc. in water and waste water

UV –Vis Spector Photometer

Make: PERKIN Model: LAMDA 365 Cost: Rs. 7.04 Lacs Purchasing Year: 2017 Purpose: To determine the concentration of transition metal ions, highly conjugated organic compounds and biological macromolecules in water & waste water. All such metals require the configuration of calibration curves to computer the actual concentration of the desired metal ions.

Automatic Kjeldal Nitrogen System

Make: Jaguar, Chennai Accuracy: 0.2% of digital burette Capacity: 50 ml of each sample Precession Year: 0.1% Digestion time: 30-45 min Range: 40-450°C of Digestion assembly Cost: Rs. 3,41,120.00 Purchasing Year: 2008 Purpose: To analyze TKN in water and waste water samples. Six samples can be analyzed in one go/together.

Bottom Water Sampler

Make: Hydro Bios, Germany Purpose: For use upto 100 m water depth Capacity: 500 ml Cost: Rs. 1,31,976.00 Purchasing Year: 2009 Purpose: Used to collect water samples from different depths of rivers, lakes, wastelands etc. It remains attached to a wire and lowered into the water in closed condition (with silicon tubing snapped off) to prevent sample contamination by surface water.

COD Analysis System

Make: Aqualitic Germany Model: AL 38 Precision: 25 Time takes for analysis: 30 to 120 minutes 0.1% Range: 0-15000 ppm 0-150 ppm 0-1500 ppm Cost: Rs. 1,38,650.00 Purchasing Year: 2007 Purpose: To analyze COD of water and waste water samples at the required progromented temperature and reaction time using the membrane keypad on the front of the reactor. When digestion is complete, the reactor is automatically switched off, which sounds like an alarm.

Digital Water Bath

Make: Equitron, Kolkata Model: 8414 Range: +5°C – 90°C Resolution: 0.1°C Accuracy: 37°C±0.1°C Cost: Rs. 31,028.00 Purchasing Year: 2006 Purpose: To carry out chemical reactions at different pre-set temperatures. The synthesis of biodiesel from vegetable oils and the related Kinetics studies are conducted using this water bath.

ELIX Water Purification System

Make: Milipore, Mars Technology Roorkee Model: Elix 3 Flow Rate: 3 litre / hr Processing Step: 3 stages Cost: Rs. 2,48,560/- Purchasing Year: 2007 Purpose: It produces demoralized water having resistivity of 10-15 mega ohm cm, TOC < 30 and bacteria count of < 1 cfu/ml useful for laboratory analysis purposes.

Multiparameter Water Testing Digital Meter

Make: Hach, USA Model: HQ 40 d Range: pH: 0 – 14 Temp: 10°C – 110°C Conductivity: 0.01 s/cm – 200 ms/cm Resistivity: 2.5 ohm – 49 ohm.cm Salinity: 0 – 42 g/kg TDS: 0.0 – 50.0 mg/l LDO: 0.00 – 20 mg/l Cost: Rs. 2,39,200/- Purchasing Year: 2008 Purpose: pH, conductivity and DO through luminescent technology and Temp, DO, conductivity, Resistivity, salinity, TDS, Auto Temp, are measured using this meter. The facility of display, locking and compiling the data are available.

Portable Bacteriological Kit

Make: Hach, USA Range: MPN/1000 ML Cost: Rs. 2,60,000/- Purchasing Year: 2005 Purpose: It is used to carry out bacteriological analysis of water and waste water for fecal coliform and total coliform. 2000 samples from waste water & 500 directly from water can be analyzed per day basis.

Shaking Bath

Make: Equitron, Roorkee Model: 8406 Accuracy: ±0.2°C at 37°C, ± 3 RPM Range: +5°C – 80°C Stroke length: 25 mm Cost: Rs. 46,696/- Purchasing Year: 2008 Purpose: Useful for shaking the reactions contents at pre-set RPM. Digital RPM shaking speed can be used during heater operation. Removable SS tray accommodates flask holders of different capacities.

Quick Freezer

Make: Remi, New Delhi Model: RQFV-170 Temp: - 20°C Cost: Rs. 62,437/- Purchasing Year: 2009 Purpose: To store water and waste water samples, bacterial cultures, bacterial strains and macro-invertebrates at desired cold temperature for extended period of time upto -200 degC for the purpose of preservation.

Hydrographic – Eco Sounder

Make: Elcome Marine Ltd., Mumbai Model: HydroboxTM Specification- Range: 0-5, 10, 20, 40, 80, 150, 300, 500, 800 m (Auto range) Sound velocity: 1400 – 1600 m/sec Depth Accuracy: 0.01 mt ± / -0.170 of depth at 200 KHz 0.10 mt ± / -0.170 of depth at 33 KHz Frequency: 210 KHz, 33 KHZ, 50 KHz (optional) Cost: Rs. 7,69,365/- Purchasing Year: 2008 Purpose: To carry out bathymetric survey of the bottom surface of lakes / reservoirs / rivers etc. to know the depth / slops contours.

Bomb Calorimeter (Digital)

Make: MAC, Delhi Model: MAC (MCW-506) Capacity: 300 ml Cost: Rs. 59,980/- Purchasing Year: 2009 Purpose: To measure the heating value of biomass/other solid / liquid fuels.

Digital Brookfield Viscometer

Make: Brookfield, USA Model: LVDV II + Pro Accuracy: ±1.070 of range Range: 15 cps – 6 M cps Speed: 0.01 – 200 RPM Cost: US$ 4260.00 Purchasing Year: 2007 Purpose: To manually measure the viscosity of liquid fuels/ lubricating oils and other liquids.

Emission Monitoring System

Make: Sensus Model: U6 (22) Cyclic Volume: 2 dm3 Gases: NOX, O2, CO, CO2, C Cost: Rs. 69,400/- Purchasing Year: 2006 Purpose: To measure CO2, CO, N2, NOX, HC, O2 and SPM is examined from the exhaust of engines, vehicles and captive power plants using bio fuels / petroleum fuel for compliance with CPCB emission norms.

Gas Chromatograph

Make: Netal, Daman Model: Michro 9100 Injector: FID, TCD Coleus Capacity: 13 lt. Accuracy: -10.1°C Cost: Rs. 5 lacs Purchasing Year: 2005 Purpose: PC based gas chromatograph equipped with column is used for the analysis vegetables oils, biodiesel for free fatty acids, liquid petroleum, fuels, and CH4 & CO2 gases-using FID and TCD detector under pre-set conditions.

Junker’s Gas Calorimeter

Make: Toshniwal Range: 1000 – 26000 K Cals/m3 Cost: Rs. 67,497/- Purchasing Year: 2008 Purpose: Non recording type flow meter to determine the calorific value of gases fuels like biogas, producer gas, LPG, CNG etc.

Pensky Martene Flash Point Apparatus

Make: Wadegati Model: WIL 431D Cost: Rs. 1,45,950/- Purchasing Year: 2012 Purpose: To determine the flash point of liquid fuels like biodiesel, gasoline, diesel, kerosene oil etc. The characteristics is useful for storage of fuel & the safety, thereof, as well as to know the combustion behavior inside the engine cylinder.

Portable Laser Diffration Sediment Sensor (LISST- Portable)

Make: SEQUAIA Model: LISTT Portable Cost: Rs. 17,44,775/- Purpose: To measure both particle size distribution and suspended sediment concentration (volumetric) from water samples from a small stream without sample handling issues or measuring drilling fluid on the drill site for faster results. This portable equipment is useful for an environment laboratory.

Digital Viscometer

Make: Brookfield Model: LVD-II-PRO Purchasing Year: 2008 Purpose: The equipment is used to digitally measure the viscosity of liquid fuels having lower viscosity ranges like gasoline, diesel, oils, kerosene etc.

View

M.P. Sharma, Shailendra Sharma, Vivek Goel, Praveen Sharma & Arun Kumar | Life Science Journal | 3 (4), 2006, 68-74.

Water Quality Assessment of Behta River Using Benthic Macroinvertebrates

View

Bhaskar J. Das, M.P. Sharma, Ranveer Singh & S.K. Singhal | Environmental Science – An Indian Journal | 2(1), 2007, 44-52.

Assessment of surface water quality of Deeporbeel Wetland

View

S. Balaji & M.P. Sharma | Journal of Ecology, Environment & Conservation | 13 (3), 2007, 593-600.

Water Quality Assessment and conservation of River Bhavani

View

Bhaskar J. Das, S.K. Singal, Ranvir Singh & M.P. Sharma | Environmental Science – An Indian journal (ESAIJ) | 3(2), 2008, 217-223.

Impacts of soil erosion in a ungauged wetland catchment

View

M.P. Sharma, S.K. Singal & S. Patra | Journal of water, Energy and Environment, (Hydro Nepal) | Issue 03, 2008 27-32.

Water quality profile of Yamuna river, India

View

M.P. Sharma, Shailendra Sharma, Vivek Goel, Praveen Sharma & Arun Kumar | Journal of Life sciences | 5 (3), 2008, 67-72

Water quality assessment of Ninglad Stream using benthic macroinvertebrates

View

S. Kannan, S.K. Singal, A.A. Kazmi & M.P. Sharma | Asian Journal of Water, Environment & Pollution | 6 (2) 2008, 107-111.

Selection of Appropriate Sewage Treatment Technology for Kancheepuram City

View

Ajay D. Chavan, M.P. Sharma & Renu Bhargava | Journal of Hydro Nepal – Journal of Water, Energy and Environment | Issue No. 5, 2009, 40-43.

Water Quality Assessment of the Godavari River

View

M.P. Sharma, Arun Kumar & Shalini Rajvanshi | Journal of Hydro Nepal – Journal of Water, Energy and Environment | Issue No. 6, 2010, 65-72.

Assessment of Trophic State of Lakes: A Case of Mansi Ganga Lake in India

View

Stubauer I., Hering D., Korte T., Hoffmann A., Brabec K., Sharma S., Shrestha M., Kahlown M.A., Tahir M.A., Kumar A., Sharma M.P., Bari M.F., Badruzzaman A.B.M. & Chhopel, G.K. | Hydrobiologia | Vol 651, 2010, 1-15.

The development of an assessment system to evaluate the ecological status of rivers in the Hindu Kush-Himalayan Region: introduction to the special feature

View

Manika Gupta, N.K. Garg, Himanshu Joshi & M.P. Sharma | Journal of Agriculture, Ecosystems and Environment | 146 (1), 2012, 60-72.

Persistence and mobility of 2, 4-D in unsaturated soil zone under winter wheat crop in sub-tropical region of India

View

Zaw Lwin & M.P. Sharma | Journal of Water, Energy and Environment (Hydro Nepal) | 11, 2012, 57-60.

Environmental Management of the Inle Lake in Myanmar

View

Amit Kumar & M.P. Sharma | Journal of Water, Energy and Environment (Hydro Nepal) | 11, 2012, 37-42.

Greenhouse Gas Emissions from Hydropower Reservoirs

View

Swati Kawade, M.P. Sharma & Arun Kumar | International Journal of Energy Science (IJES) | 2 (4), 2012, 156-162.

Measurement Techniques for GHG Emission from Hydropower Reservoirs

View

Pradeep Chaudhary, M.P. Sharma, Renu Bhargava, S. Kumar & P.J.S. Dadhwal | Journal of Water, Energy and Environment (Hydro Nepal) | 12, 2013, 26-31.

Water Quality Assessment of Sukhna Lake of Chandigarh City of India

View

Pradeep Chaudhary, Renu Bhargava, M.P. Sharma & V.P. Tewari | International Journal of Leisure & Tourism Marketing (IJLTM) | 3(3), 2013, 267-281.

Conserving urban lake for tourism and recreation in developing countries: A case from Chandigarh India

View

Amit Kumar, M.P. Sharma & Nitin Kumar Swarnkar | International Journal of Applied Engineering Research | 8 (7), 06-10, 2013.

Effect of Ultraviolet Radiation on Green House Gas Emission from Water Bodies: A Review

View

Pradeep Chaudhry, Mahendra Pal Sharma & G. Singh | Journal of Environmental Science, Toxicology and Food Technology (IOSR-JESTFT) | 4(6), 2013, 60-66.

Significance of Environmental Amenities in a Planned City: An Evidence from Chandigarh, India

View

Avinash Kumar Sharda, M.P. Sharma & Sharwan Kumar | International Journal of Engineering Practical Research (IJEPR) | 2(3), 2013, 105-11.

Performance Evaluation of Brewery Waste Water Treatment Plant

View

Pradeep Chaudhry, M.P. Sharma, G. Singh & Arun Bansal | Global Journal of Science Frontier Research Environment & Earth Science (USA) | 13(2), Version 1.0, 2013, 1-13.

Valuation of Urban Environmental Amenities in Developing Countries: A case study from Chandigarh, India

View

A.K. Sharda, M.P. Sharma & Pankaj Dahyat | Journal of Water, Energy and Environment (Hydro Nepal) | 13, 2013, 64-69.

Water Quality Profile of Swan River Himachal Pradesh, India using GIS

View

Pradeep Chaudhary & M.P. Sharma | International Journal of Hydrology Science and Technology (Inter-science) | Vol 3(2), 2013, 111-127.

Benefit cost analysis of lake conservation with emphasis on aesthetics in developing countries

View

Amit Kumar, Ashutosh Kumar & M.P. Sharma | ICERTSD | 3, Special Issue, 2013.

Mechanism and Factors Affecting Methane Emissions in Hydropower Reservoirs: A Review

View

Amit Kumar & M.P. Sharma | Journal of Materials and Environmental Science | 5 (1), 2014, 95-100.

Impact of water quality on GHG emissions from Hydropower Reservoir

View

Ashutosh Kumar & M.P. Sharma | Sustainable Energy Technologies and Assessments | 5, 2014, 50-61

Estimation of GHG emission and energy recovery potential from MSW landfill sites

View

A.K. Sharda & M.P. Sharma | International Journal of Environmental Sciences | 4(3), 2013, 402-414.

Water Quality Assessment of Swan River in Himachal Pradesh, India

View

Naresh Singh Yadav, Amit Kumar & M.P. Sharma | Journal of Integrated Science and Technology | 2(2), 2014, 52-56.

Ecological Health Assessment of Chambal River using Water Quality Parameters

View

Ashutosh Kumar & M.P. Sharma | Urban climate | 8, 2014, 30-41.

GHG emission and Carbon Sequestration Potential from MSW of Indian Metro Cities

View

Ashutosh Kumar & M.P. Sharma | Journal of Civil & Environmental Engineering | 4(3) 2014

Application of Water Quality Index and Diversity Index for Pollution Assessment of Kankaria Lake at Ahmedabad, India

View

Amit Kumar, M.P. Sharma & Naresh Singh Yadav | Journal of Materials and Environmental Science | 5 (6), 2014, 1781-1785.

Assessment of Water Quality Changes at Two Locations of Chambal River: M.P.

View

Amit Kumar & M.P. Sharma | Journal of Materials and Environmental Science | 5 (3), 2014, 653-660.

Review of Methodology for Estimation of Labile Organic Carbon in Reservoirs and Lakes for GHG Emission

View

Naresh Singh Yadav, M.P. Sharma & Amit Kumar | Journal of Materials and Environmental Science | 6(3), 2015, 613-618.

Ecological Health Assessment of Chambal River, India

View

Virender Singh & M.P. Sharma | Journal of European Academic Research | II (11), 2015, 14953-14961.

Assessment of the Water Quality of the Ninglad Stream, Uttarakhand, India by using various Biotic Indices

View

Sravanthi Animireddy & M.P. Sharma | International Journal of Advanced Technology in Engineering and Science | 3(2), 2015.

Automation of Common Effluent Treatment Plant

View

Monika & M.P. Sharma | Journal of Integrated Science and Technology | 3(2), 2015, 34-38.

Assessment of Ecological Health of Tilyar Lake, India

View

Saurabh Mishra, M.P. Sharma & Amit Kumar | Journal of Materials and Environmental Science | 6(9), 2015 2631-2646.

Assessment of Water Bodies using Eco-exergy based Ecological health index Methodology

View

Naresh Singh Yadav, M.P. Sharma & Amit Kumar | Journal of Materials and Environmental Science | 6(9), 2015, 2624-2630.

Assessment of Ecological Health of Chambal River using plant species diversity

View

Naresh Singh Yadav, M.P. Sharma & Amit Kumar | Journal of Materials and Environmental Science | 6(9), 2015, 2446-2452.

Assessment of Water Quality in Surha Lake Based on Physiochemical Parameters, India

View

Amit Kumar & M.P. Sharma | Journal of Forest Science and Technology | 11(4), 2015, 177-181.

Estimation of carbon stocks of Balganga Reserved Forest, Uttarakhand, India

View

Saurabh Mishra & M.P. Sharma | Integrated Research Advances | 2015, 11-16.

Physiochemical analysis of water quality in Surha Lake, India

View

Amit Kumar & M.P. Sharma | Ecotoxicology and Environmental Safety | 134, 2014, 365-369.

Carbon stock estimation in the catchment of Kotli Bhel 1A hydroelectric reservoir, Uttarakhand, India

View

Amit Kumar & M.P. Sharma | Human and Ecological Risk Assessment: An International Journal | 22(4), 991-1001.

Estimation of soil organic carbon in the forest catchment of two hydroelectric reservoirs in Uttarakhand, India

View

Saurabh Mishra, M.P. Sharma & Amit Kumar | Journal of Materials and Environmental Science | 7(3), 2016, 799-807.

Pollution Characteristic and Health Risk Assessment of Toxic Chemicals of Surface Water in Surha Lake, India

View

Saurabh Mishra, M.P. Sharma & Amit Kumar | Journal of Materials and Environmental Science | 7(Y), 2016, 713-719.

Assessment of Surface Water Quality in Surha Lake using Pollution Index

View

Amit Kumar, M.P. Sharma & Amit Kumar | International Journal of Renewable Energy Research | 6(2), 2016, 472-476.

Green House Gas Emissions from Hydropower Reservoirs: Policy and Challenges

View

Akanksha Kaushal & M.P. Sharma | Procedia Environmental Sciences (Elsevier) | 35, 2016 337-347.

Methane Emission from Panki Open Dump Site of Kanpur, India

View

Amit Kumar & M.P. Sharma | Human and Ecological Risk Assessment: An International Journal | 22(8), 2016, 1651-1664.

A modeling approach to assess the greenhouse gas risk in Koteshwar hydropower reservoir, India

View

Amit Kumar, M.P. Sharma & Subash Prasad Rai | Desalination and Water Treatment | 58, 2017, 72–79.

A Novel approach for River Health Assessment of Chambal using Fuzzy modeling, India

ISSN Print: 1944-3994; ISSN Online: 1944-3986

View

Amit Kumar, M.P. Sharma & A.K. Taxak | Desalination and Water Treatment | 63, 2017, 55-62.

Analysis of water environment changing trend in Bhagirathi tributary of Ganges in India

View

Amit Kumar & M.P. Sharma | Environmental Monitoring and Assessment | 189, 2017, 240.

Estimation of Green House Gas emissions from Koteshwar hydropower reservoir, India

View

Amit Kumar, M.P. Sharma & A.K. Taxak | Clean Soil Air Water | Vol. 45, Issue 8, 2017, 1600650.

Effect of vegetation communities and altitudes on the soil organic carbon stock in Kotilbhel-1A catchment, India

ISSN (Print): 1571-5124 ISSN (Online): 1814-2060

View

Virender Singh, M.P. Sharma, Shailendra Sharma & Saurabh Mishra | International Journal of River Basin Management | Vol. 17, No. 1, 79–87, 2019.

Bio-assessment of River Ujh using benthic macro-invertebrates as bioindicators, India