Have Supervised Twenty-one Master’s dissertations on research related to the applications of Geoinformatics in various fields of Earth and Environmental Sciences. Currently supervising one Master’s dissertations.
Shahid Rafi Bhat (2025). Dendroclimatic potential of Himalayan conifers: a study from Lidder valley, Kashmir Himalaya. Supervised by Dr. Khalid Omar Murtaza.
Mahvish Ayoob (2025). Assessing impact of crevasses on glacial recession and dynamics. Supervised by Dr. Khalid Omar Murtaza.
Mohammad Yahya (2025). Glacial geomorphology of the Arganglas group of glaciers in east Karakoram, Ladakh. Supervised by Dr. Khalid Omar Murtaza.
Sudiya Jan (2024). High-Resolution Glacial Geomorphologic Studies of North Western Himalayas. Supervised by Dr. Khalid Omar Murtaza.
Awleen Nazir (2024). Glacial Geomorphology and Recent Glacial Recession of the Bot Kulanganj Northwestern Himalayas. Supervised by Dr. Khalid Omar Murtaza.
Qurat Ul Ain (2024). Heterogeneity in the Glacier Surface Ice Velocity in the Kokcha Sub Basin of Afghanistan. Supervised by Dr. Khalid Omar Murtaza.
Seerat Lateef (2024) High-temporal assessment of lake terminating Lilong glacier and associated glacier lake in Zanskar India, Department of Geography, Amar Singh College, Cluster University Srinagar. Supervised by Dr. Khalid Omar Murtaza and Dr. Syed Ajaz Farid.
Isra Shabir (2024) Comprehensive Analysis of Glacier Retreat and GLOF Assessment in the Kishtwar High Altitude National Park, Northwestern Himalayas. Department of Geography, Amar Singh College, Cluster University Srinagar. Supervised by Dr. Khalid Omar Murtaza and Dr. Syed Ajaz Farid.
Mir Basit Ali (2023). Variability of Greenhouse Gases in Jammu and Kashmir Himalaya Using Satellite Observations. Supervised by Dr. Khalid Omar Murtaza.
Aadil Ahmad Mir (2023). Glacial Geomorphological Studies of Different Mountain Ranges of Jammu and Kashmir. Supervised by Dr. Khalid Omar Murtaza.
Zahoor Ahmad Bhat (2022). Spatiotemporal Variability in Glacier Dynamics and Potential Driving Factors in the Eastern Trans-Himalayan Ranges of Ladakh. Supervised by Dr. Khalid Omar Murtaza.
Sayed Suhail Zahid (2022). Variability of Greenhouse Gases over Eastern Ladakh Using Satellite Observations. Supervised by Dr. Khalid Omar Murtaza.
Pirzada Shahid Hussain (2021). Landuse Landcover Dynamics of Kashmir Himalayas Using Supervised Classification Approach. Jointly supervised by Dr. Khalid Omar Murtaza & Prof. Shakil Ahmad Romshoo.
Nida Akhter (2021). High-Resolution Glacial Geomorphologic Studies of Kashmir Himalayas. Jointly supervised by Dr. Khalid Omar Murtaza & Prof. Shakil Ahmad Romshoo.
Loveleen Kour (2021). Assessing Glacier Recession and Dynamics in Chenab Basin, Western Himalayas. Jointly supervised by Dr. Khalid Omar Murtaza & Prof. Shakil Ahmad Romshoo.
Tawseef Ahmad Ganie (2020). Mass Balance Estimates and Glacier Recession of Drass Basin, North Western Himalayas. Jointly supervised by Dr. Khalid Omar Murtaza & Prof. Shakil Ahmad Romshoo.
Fiza Bashir (2020). Spatio-Temporal Trends in the Surface Velocity of Glaciers in the Drass North-Western Himalaya. Jointly supervised by Dr. Khalid Omar Murtaza & Prof. Shakil Ahmad Romshoo.
Nisar Ahmad Bhat (2019). Glacier and Glacio-Geomorphic Study of Harmukh Group of Glaciers. Jointly supervised by Dr. Khalid Omar Murtaza & Prof. Shakil Ahmad Romshoo.
Naseer Ahmad Lone (2018). High Resolution Mapping of Sindh Watershed, Kashmir Himalaya. Jointly supervised by Dr. Khalid Omar Murtaza & Prof. Shakil Ahmad Romshoo.
Basharat Hamid (2018). High Resolution Mapping of Lidder Watershed, Kashmir Himalaya. Jointly supervised by Dr. Khalid Omar Murtaza & Prof. Shakil Ahmad Romshoo.
Aafaq Gulzar (2018). Topographic Influences on Glacier Changes in Nanga Parbat Region. Jointly supervised by Dr. Khalid Omar Murtaza & Prof. Shakil Ahmad Romshoo.
Motivated and dedicated PhD scholars with a strong interest in glaciology, land system dynamics, geospatial technologies, and glacier-climate interaction research are invited to join my research group to contribute toward advancing Geoinformatics-based Earth system studies.