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National Mission on Himalayan Studies

Implemented by the Ministry of Environment, Forest & Climate Change (MoEF&CC)
Nodal and Serving hub with G.B. Pant National Institute of Himalayan Environment & Sustainable Development

University/ Organisation Name:

University of Kashmir Srinagar-190006, Jammu & Kashmir-India.

1. Fellowship Details
Sanction Date: 31-03-2016
Year 2015-2016
Fellowship Duration 3 Years

1. Water Resource Management

2. Livelihood Options and Employment Generation

3. Biodiversity Conservation and Management

4. Skill Development and Capacity Building

Project Site/ State/ Districts/ Villages Covered:

Jammu and Kashmir

No of HRAs: 3 Nos
No of HJRFs: 10 Nos

2. Financial Details
Total Institutional Fellowships: Rs. 2,39,22,360/-
1st Year Fellowship Grant: Rs.78,15,720/-
2nd Year Fellowship Grant: Rs.78,15,720
Expenditure (in Rs.) (upto ---------) :

3. Fellowship Objectives and Deliverables(HRAs)
Position Study Area Proposed Objectives Deliverables Achievements (upto 31.03.2018)
HRA001 Kashmir Himalaya Assessment of Kashmir Himalayan Biodiversity at Genetic, Species and Ecosystem levels along with Listing Threatened and Endemic Species

• A comprehensive Database of Regional Biodiversity.

• List of threatened and endemic species with specific uses that require immediate attention.

• A database comprising 2862 species belonging to algae, fungi, bryophytes, pteridophytes, gymnosperms and angiosperms has been prepared.


• Dicotyledons contribute 1407 of plant species distributed in 502 genera and 108 families; whereas monocotyledons share 561 plant species grouped under 191 genera and 28 families. • Gymnosperms are represented by 12 plant species belonging to 8 genera and 4 families.


• Pteridophytes comprised of 151 taxa belonging to 41 genera and 16 species.


• 262 bryophytes species grouped under 99 genera and 39 families were listed from Kashmir Himalaya.


• Algae hold 525 species, 135 genera and 7 families.


• Fungal diversity of Kashmir Himalaya revealed 238 species grouped under 112 genera, 66 families and 6 classes

HRA002 Kashmir Himalaya Assessment of the most pervasive changes in terms of Climate Change (CC), Invasive species, Degradation of land and water resources

• A document on Climate Change (CC)-induced variations and trends observed in the Kashmir Himalaya along with preventive measures.

• Trends in Land Use and Land Cover (LULC) in the Kashmir Himalaya.

• Management strategies for existing invasive species and predictive framework for potential alien species.

• Temperature data in the Kashmir Himalayas overwhelmingly show a warming trend, though at different rates in different periods depending on the region and season. The study shows a 0.5 °C annual average maximum temperature (Tmax) warming over 1971-2005 compared to 1901-1960 with a 0.9 °C rise over 102 years (1901-2003), much of this observed trend is related to increases after 1972.


• Using winter (Dec-Feb) monthly temperature data from 1975-2006, the study showed a warming trend over the Kashmir Himalayas, with the greatest observed increase in Tmax (1.1-2.5°C).


• The study shows intra-regional differences in winter rainfall trends over Kashmir Himalaya representing statistically significant downward trend in winter precipitation (Jan-Feb) in the study area during 1901-2003. Land Use/Land Cover-2010:


• The LU/LC classification of Kashmir Himalayas has been done for 2010 year. The analysis of LULC of 2010 has revealed that Agriculture is a dominant class contributing about 3713.38 sq.km (23.29 %) followed by Evergreen forests as 3343.98 sq.km (20.98 %) and Scrub as 2196.36 sq.km (13.78 %).


• Deciduous Forests contributed to 1887.13 sq.km (11.84 %) while horticulture has a share of 1506.10 sq.km (9.45 %). The other classes consist of Pastures 979.61 sq.km (6.15 %), Wetlands 747.74 sq.km (11.84 %), Waterbody 624.92 sq.km (3.92 %), Built Up 481.10 sq.km (3.02 %) and Barren Rocks 460.68 sq.km (2.89 %). Invasive Species:


• Alien flora of Kashmir Himalaya comprising of 571 plant species belonging to 352 genera and 104 families has been documented. Land and Water Degradation:


• The study has revealed that unsustainable agricultural practice has promoted land degradation. Degradation of existing agricultural land has negative impact on food production, and thus negatively affects food security. The increasing food demand of growing population has caused a high pressure of land and water resources.


• Unscientific and over exploitation of water resources are one of the major issues of the study area.

HRA003 Ladakh Himalaya Bio-prospecting of bioresources for sustainable regional development through local community participation

• Screening and listing of species guided by traditional uses and biologically relevant metabolites with therapeutic potential.

• Potential Drug Leads

• The traditional medicinal system in Ladakh is popularly called “Sowa-rigpa” or “Amchi system of medicine”, which is principally based on Tibetan system of medicine. Nearly 329 ethno-medicinal plants from trans-Himalaya (Ladakh and Lahul-Spiti) have been recorded. Most commonly used genera in Ladakh were Artemisia (13 spp.), Nepeta (9 spp.), Saussurea (9 spp.), Gentiana (7 spp.), Astragalus (6 spp.), Corydalis (6 spp.), Pedicularis (6 spp.), Rhodiola (6 spp.), Berberis (5 spp.), Plantago (5 spp.), Rheum (5 spp.) and Tanacetum (5 spp.).


• Preliminary screening and listing of medicinal plants/herbs (Ephedra gerardiana, Hyoscyamus niger, Physochlaina praealta, Prangos pabularia, Nepeta spp., Artimesia spp., Achillea millefolium, Aconitum spp., Saussurea spp., Swertia spp., Gentiana spp., Picrorhiza etc) with therapeutic potential and commonly used by herbal practitioner (Amchis system) in Ladakh against particular ailment was collected from the literature and research groups working in the study area (Ladakh).


• Common ailment prevalent in the Ladakh division are: gastrointestinal disorders, upper respiratory tract diseases, hepatic diseases, skin diseases, urinary problems, cardiac disorders, inflammatory, rheumatism, asthma, jaundice, epilepsy, infertility, depression, hypertension, dental, general body ache, osteoarthritis, immunomodulatory etc. which are cured by traditional Amchis with the help of medicinal plants has been listed, which need further scientific validation and some preliminary assays.


• Metabolites (polyphenolic, alkaloids, terpenes, saponins, tannins etc.) with potential to act as drug leads are also listed and the presence of these active metabolites need to be verified and validated with some assays and experimentations. There are a number of species (listed in attached table) whose metabolomics or phytochemical screening has not been done so far.



4. Fellowship Objectives and Deliverables (HJRFs)
Position Study Area Proposed Objectives Deliverables Achievements (upto 31.03.2018)
H-JRF001 Kashmir Himalaya Conservation of genetic resources of Rare, Endemic, Threatened (RET) species

•A comprehensive Biodiversity Database developed and utilized in decision-making (conservation practices)

A total of 153 endemic plant species of angiosperms, belonging to 94 genera and 35 families have been reported from Kashmir Himlalaya. Of these, dicotyledons include 134 species in 82 genera and 29 families. monocotyledons include 19 taxa in 12 genera and 6 families. Out of 153 endemic plant species 62 species are threatened (40%). Among these 10 species are Critically Endangered, 9 are Endangered, 21 Vulnerable, and 6 species are Rare. However, some success has been achieved in conservation of Artemisia amygdalina has been achieved through vegetative and micropropagation techniques. Similarly, about 15 animal species are known to be endemic to Kashmir Himalaya. Of these, 2 species are critically endangered, 4 endangered and 4 are near threatened. Till date only Cervus elaphus-hanglu is under conservation.
H-JRF002 Kashmir Himalaya Assessment of level of reduction/ increase in Human-Wildlife conflicts

•A brief report on preventive measures on Human-Wildlife conflicts and landscape-level best practices


• The human population growth and expansion, habitat degradation and fragmentation, land use transformation and increasing densities of livestock grazing in protected areas, conversion of prime habitats into croplands, orchards and human settlements, reduction in prey base, fencing along international borders and climate change are considered as major causes for human-wildlife conflicts.

• In a recent study carried out by Moten et al., (2017) in Kashmir, 1067 cases of wild animal injuries were reported for a period of 10 years between 2005-2016 with 811 (76%) injuries due to bear mauling, 67 (6%) due to leopard attack, 22 (2%) due to red fox, 14 (1.5%) due to monkeys. Males were victims in 77% of cases and females in 20% cases and 15% cases were children in the age group below 10 years. Also the conflict showed an increasing pattern during the last decade with 3 deaths and 79 injuries reported in 2005-06 and 22 deaths and 317 injuries reported in 2015-16.

• The topography of Kashmir Valley, India makes the people at risk of wild life injuries all the time. The wild animals mainly responsible for human wildlife conflict in Kashmir include leopard, black bear, brown bear, jackal, monkeys and red fox.

• A key step in enhancing the State Wildlife Board’s ability to mitigate human-wildlife conflict.

• With the exception of a handful of case studies, we remain largely ignorant of the ecology and nature of human-wildlife conflict.

• There is need for establishing provincial leadership roles and promoting community-based solutions to prevent human-wildlife conflicts.

• The way forward should be Community Participation, Power Fencing, Culling, Sterilization and Translocation. Also relief should be provided for loss of livestock or human life and construction of latrines should be done and Gun licenses should be withdrawn in areas of high to medium conflict zones. Above all conservation education programs should be conducted to reduce the conflict.

H-JRF003 Kashmir Himalaya Effectiveness of approaches developed for reduction of IAS

•A Manual on Landscapes Restoration Practices by restricting proliferation of invasive alien species in the region


• Alien flora of Kashmir Himalaya comprising of 571 plant species belonging to 352 genera and 104 families has been documented. However, systematic approaches to management of biological invasions in Kashmir Himalaya are not yet visible.

• Based on literature survey, it becomes apparent that different restoration methods are effective at different stages of invasion which need to comsidered for implementation in Kashmir Himalaya so as to bring reduction in IAS.

• Quarantine screening and early detection protocols are effective at the level of prediction of alien invasions. Similarly, eradication, containment and control measures are prescriptive tools at later stages of invasion. However, for highly degraded sites, some other alternative mechanisms of invasion and restoration strategies can be done like:

• High resource availability eg: carbon additions to lower soil nitrogen availability (e.g; use of saw dust)

• Planting canopy trees to lower light availability

• Maintain native mutualisms, add native mycorrhizal inoculates to soil • Planting or seeding native species to increase biotic resistance

H-JRF004 Jammu Himalaya Number of watersheds studied/plans prepared and executed.

•Periodic studies on utilization of ground water and aquifers and their recharge to ensure sustainability.


The total ground water draft for domestic & industrial purposes in the region is of the order of 8566.80 ha m whereas for irrigation use is 10576.00 ha m. The total ground water draft for all uses is of order of 19142.80 ha m. Net Annual ground water availability is 83819.29 ham and overall stage of ground water development in the region is 22.83 %. 5 Tehsils (Jammu, Samba, R.S.pora, Bishna & Akhnoor) were studied in the Jammu Himalayas for periodic utilization of ground water and aquifers during the last decade from 2001-2010. Total of 66 Dug wells were monitored. Analysis of observation well data of Central Ground Water Board for pre-monsoon period shows decline in water levels in 72% wells, while 28% wells show rise in water levels during the last decade (2001-2010) based on water level trend. The decline in water levels varies between 0.05 and 3.82 m. In majority of the area no well show decline in water level greater than 2m. However, the rise of water levels has been observed in 3 areas of Jammu Himalaya namely Akhnoor, Jammu, Samba Tehsils. Post monsoon water level (November) analysis for the period from 2001-2010 (last decade) shows that there is a decline in 46% observation wells and 54% wells show rise in water levels.
H-JRF005 Jammu Himalaya Number of spring-sheds investigated and treated/ rejuvenated.

•Development of a database on utilization and recharge of ground water and aquifers..


• For the assessments of groundwater, the Jammu Himalaya has been classified into different groundwater assessment units like Geographical area, Runoff / hilly area, Ground water assessment unit in which recharge is possible, Command area and Non-command area.

• The assessments of groundwater were taken for the year 2010.

• In the command area there are 144 domestic use wells and 78 irrigation wells are operating, whereas in the non-command area there are 133 domestic uses well and 11 irrigation wells.

• The annual groundwater draft for all uses such as domestic and irrigation has been calculated about 20611.78m3.

• The annual groundwater recharge in the study area was determined 82739.38m3 and net annual groundwater availability was calculated as 74141.89m3.

• The groundwater utilization and stage of groundwater development have also been determined and the overall stage of groundwater development of Jammu Himalaya is 27.80%.

• There is no significant rise or fall of water levels during both the pre-monsoon and post-monsoon intervals in the study area.

H-JRF006 Ladakh Himalaya Significance of multipurpose tree species in degraded land rehabilitation

•Multi-purpose trees and other flora for different agro-climatic zones identified

• Due to harsh climatic conditions the tree species diversity in the Ladakh region is meager. In this regard besides the available trees due attention was also provided to woody shrubs.

• A number of multifunctional tree species and woody shrubs both indigenous and introduced have been mostly reported to be found confined to the river banks and nallah beds. They are highly significant to the local population as a source of fodder, fuel and timber besides playing important role in land rehabilitation. Some of these are listed as Populus alba, P. euphratica, P. nigra, P. ciliate, P. angustifolia, Salix elegans, S. alba, S. sclerophylla, S. fragilis, , Juniperus macropoda, J. communis, Myricari prostrata, Hippophae rhamnoides and Ephedra vulgaris (Kachroo et al., 1977; Kala, 2011; Dvorsky et al., 2015).

• For the purpose of rehabilitation of degraded lands J&K State Forest Department had launched high scale plantation drive by planting multifunctional Salix and Populus trees.

• Seabuckthorn (Hippophae rhamnoides L.), has been found an important multifunctional thorny shrub which the villagers use for food, fuel, fodder, medicine and as well as for fencing their fields. Being a nitrogen fixing species, it is planted in Igoo-PHE canal as rehabilitation measures for degraded lands.

• In addition to planting multifunctional timber trees, it is has been found that due attention is also given to fruit trees like apricot, apple, walnut, mulberry, cherry, and vine in different areas which had yielded fruitful results in checking wind erosion hazards.

H-JRF007 Ladakh Himalaya Level and diversity of engagement of traditional institutions in environment protection

•Their roles, norms and practices for sustainable resource management, environment protection and socio-economic development


• Some of the renowned NGO’s or voluntary global as well as regional organizations such as, Ladakh Ecological Development Group (LEDeG), Ladakh Environment and Health Organization (LEHO), Leh Nutrition Project, WWF, Snow Leopard Conservancy, SECMOL, Ladakh Heart Foundation, Operation New Hope, Ladakh Women's Alliance, Rural Development and You, Mahabodhi International Meditation Center, have focused on the environmental perspective of Ladakh region. They are doing good work in terms of generating environmental awareness, introduction of innovative techniques, scientific establishment of environmental sustenance and management etc.

• Traditionally, the farmers have made use of the barren alleviated semi desert conditions by cultivation through skillful irrigation. Wherever it is possible farmers have skillfully canalized the water through construction of long canals, some of them running over few kilometers traversing through Rocky Mountains.

• A very rare nomadic tribe in Ladakh, Champa tribe has embraced a very innovative technique which is to an extent modification of a very famous movement called “Chipko Movement” or “Hug the Trees”. People of the tribe halt any environmental intrusion by timber smugglers thus contributing significantly in favor of environmental management and prevent its degradation.

H-JRF008 Ladakh Himalaya Supplementary livelihood options for local communities

•Alternate livelihood options giving emphasis on green job creation and value chains recognized


Information was collected about different agriculture and horticulture produce commonly grown in the region of Ladakh using secondary data sources: The principal crops of Ladakh region includes barley (Hordeum vulgare), grim (H. aegiceras), wheat (Triticum aestivum), buckwheat (Fagopyrum esculentum), millets (Panicum miliaceum) and oat (Avena sativa). Small cropped area is also occupied by pea (Pisum sativum), potato (Solanum tuberosum), mustard (Brassica spp.), apricot (Prunus armeniaca), and sea buckthorn (Hippophae rhamnoides).

• Main dairy fermented products of this region include chhura or chhurphe, maar, sri, labo, and jho, etc. Value addition of products In order to increase the marketability of both fresh and processed products an ideal packaging is required. In case of fresh fruit canning is preferred. For jam and pickle, glass and PET bottles is required. In case of juices and other beverages, laminated carton is used whereas as in dehydrated products shrink packing is preferred. Identification of locally available dairy based products and up-gradation of their existing processing techniques to increase their shelflife is need of the day.

H-JRF009 Kargil region Extent of production and promotion of value-added organic food

•Documentation of environment-friendly traditional farming systems.


• The following information was collected about different traditional food products, underutilized crops and organic farming in Kargil (Ladakh) by using secondary sources of data.

• The various traditional foods and beverages made in the region are- Tagi Khambir or Skyurchuk, Tagi Buskhuruk, Tagi Thalkhuruk, Tagi Mer-Khour, Tagi Thal-Khour,agi Tain-Tain, Tagi Kiseer/Giziri, Skien/Mayaro, Kaptsey/Makhori, Tagi Tsabkhur, Sephe Tagi, Khura, Ready to serve Kholak, Tsiri Kholak, Sbangphe, Chuu Kholak, Cha Kholak, Der Kholak, Chhang Kholak, Phemar, Chubtsos, Kushi Phey Kholak, Chuli Phe Kholak, Baril, Thud, Ruskhu, Paba, Tsamik, Tangthur, Zathuk, Tsong chhu, Markhu, Sharjen, Tsha chhu or Shespa, Thukpa, Tsap-Thuk, Chhan-Thuk, Ngamthuk, amthuk, Pakthuk, Thenthuk, Gyathuk, Lama Pakthuk, Trimthuk, Trapthuk, Chhu Tagi, Skyu, Paktsa Marku, Timok, Mok Mok, Loko Mok Mok, Gur Gur Cha or Shrusma Cha, Khunak, Cha Shrul, Chuli Chhu, Chhang, Arak, Rguntshang, Sri, Labo, Chhurkhu, Chhurphe, Bhaksa Markho and Dried Apricots.

• Data regarding major forest/wild crops e.g., Capparis spinosa, Ephedra gerardiana, Hippophae rhamnoides and Rosa webbiana known to traditional communities of Kargil which are important resources in the development of livelihood strategies for marginal communities.

• Information of rural traditional organic farming practices such as Night soil, Farmyard manure (FYM), manual weeding, plugging off the diseased plant, etc.

• Following issues need consideration for production and utilization of organic foods.

• To explore the market destinations for organic products.

• Some of the vegetable crops like peas, garlic, knol khol and other vegetables in Kargil region are grown without application of any fertilizers /pesticides and as such are organic in nature. Efforts have to be made to make producers aware about organic products and their certification requirement

H-JRF0010 Kashmir Himalaya Human capacity-building including promotion of micro-enterprises and green technologies

•Identify key sectors and capacity building needs of those having immediate bearing on conservation and livelihoods


• On the basis of review of literature following sectors have been identified for generation of income and livelihood:

1) Agriculture Sector• Agriculture sector is one of the largest contributors towards state’s economy. In 2015 agriculture sector contributed 13.7% of the GDP at national level and at state level it contributed around 21.09%. Some of the major agricultural crop having high potential for livelihood is wheat, maize, paddy crop, oil seeds and pulses.

• 2) Horticulture Sector Horticulture is crucial for the rural economy, providing employment to large number of local inhabitants. Out of total area of horticulture in the State, 90% is occupied by the Kashmir valley due to its suitable climate with annual turnover of $75 million. About 6 lakh families are involved in horticulture industry and around 30 lakh persons (approx) get employment directly or indirectly from fruit industry of state. Some of the major horticulture crops which contribute maximum share towards state’s GDP and having high international value include apple, saffron, walnut, and cherry.

•3) Handicraft Sector There has been a tremendous growth in handicrafts products especially carpets which has seen continuous increment in its contribution to state’s GDP which almost accounts an export of 43.00% (approx) as compared to other products from this sector. Craft like embroidery, shawls, crewels, namda, wood carving, paper machie, costume and jewelry have high demand at national and international level.

•4) Tourism Sector Tourism industry is also playing a pivotal role in the state economy which is evident from the fact that tourism sector accounts for more than 6% of India’s GDP and 8% (approx) to J&K economy. There are wide prospects of tourism potential in Kashmir Valley. The potential areas of this sector include adventure tourism, houseboats, restaurants, hotels and radio taxi etc.




S.No. Name Date of Joining Name of the PI Qualification Research Title Date of Resignation
1. Shakoor Ahmad Mir 17-02-2017 Dr. Zafer A Reshi M.Sc., Ph D in Botany Assessment of Kashmir Himalayan Biodiversity at Genetic, Species and Ecosystem levels along with listing threatened and endemic species Resigned
Dr. Arjumend Shaheen 17-02-2017 Dr. Irfan Rashid M.Sc., Ph D in Botany Assessment of Kashmir Himalayan Biodiversity at Genetic, Species and Ecosystem levels along with listing threatened and endemic species  
2. Amrina Shafi 08-02-2017 Dr. Zafer A Reshi M.Sc., Ph D in Biotechnology, NET-JRF Bio-prospecting of bio-resources for sustainable regional development through local community participation (Ladakh Himalaya) Resigned
Dr. M. Maroof Ahmed 08-02-2017 Dr. Irfan Rashid M.Sc., Ph.D. Biochemistry Bio-prospecting of bio-resources for sustainable regional development through local community participation (Ladakh Himalaya)  
3. Dr. Arif Hussain Shah 10-02-2017 Dr. Zafer A Reshi M.Sc., Ph D in Geography & Regional Development Assessment of the most pervasive changes in terms of Climate Change, Invasive Species, Degradation of Land and Water Resources. Resigned
Dr. Javaid Miandad Dr. Irfan Rashid M.Sc., Ph.D. in Environmental Science Assessment of the most pervasive changes in terms of Climate Change Invasive species, degradation of land and water resources.
S.No. Name Date of Joining Name of the PI Qualification Research Title Date of Resignation
1. Mohammad Yaseen Mir 08-02-2017 Dr. Irfan Rashid MSc., MPhil. Botany Significance of multipurpose tree species in degraded land rehabilitation.  
2. Shabana Khurshid 10-02-2017 Dr. Irfan Rashid MA., MPhil. Social Work; NET Level and diversity of engagement of traditional institutions in environment protection  
3. Irfan-ur-Rauf Tak 08-02-2017 Dr. Zafer A Reshi MSc. Zoology Assessment of level of reduction/increase in human-wildlife conflicts 09-04-2018
Ms. Aqleemul Islam 19-06- 2018 Dr. Irfan Rashid MSc. Zoology Assessment of level of reduction/increase in human-wildlife conflicts
4. Summia Rehman 16-02-2017 Dr. Irfan Rashid MSc. Botany; NET Conservation of genetic resources of rare, endemic, threatened (RET) species.  
5. Iqra Bashir 14-02-2017 Dr. Irfan Rashid MSc. Botany Effectiveness of approaches developed for reduction of IAS 01-08-2018
Mr. Ishfaq Ul Rehman 24-09-2018 Dr. Irfan Rashid MSc. Botany; NET Effectiveness of approaches developed for reduction of IAS
6. Sheikh Umar Mufeed 08-02-2017 Dr. Irfan Rashid MBA Human capacity building including promotion of micro enterprises and green technologies  
7. Asima Jan 09-02-2017 Dr. Zafer A Reshi MSc. Food Technology; NET Supplementary livelihood options for local communities 30-06-2018
Ms. Gazalla Akhtar 24-09-2018 Dr. Irfan Rashid MSc. Food Technology; NET Supplementary livelihood options for local communities  
8. Sajad Ahmad Rather 09-02-2017 Dr. Zafer A Reshi MSc. Food Technology; NET Extent of production and promotion of value-added organic foods 16-05-2018
Nafiya Qadir 24-09-2018 Dr. Irfan Rashid MSc. Food Technology; NET Extent of production and promotion of value-added organic foods  
9. Mohamad Junaid 11-02-2017 Dr. Irfan Rashid MSc. Geo-Informatics Number of watersheds studied plan prepared and executed  
10. Ms. Inam Saba Hamid 13-02-2017 Dr. Zafer A Reshi MSc. Environmental Science No. of spring-sheds investigated and treated/rejuvenated 01-06-2017
Mr. Khan Aadil Gulzar 07-09-2017 Dr. Zafer A Reshi MSc. Environmental Science No. of spring-sheds investigated and treated/rejuvenated 19-01-2018
Mr. Saleem Farooq Rather 13-02-2017 Dr. Irfan Rashid MSc. Environmental Science; NET No. of spring-sheds investigated and treated/rejuvenated
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Last Updated on: 23.04.2019