Publications & Research Reports

Peer-reviewed publications, research reports, and scientific contributions advancing conservation science and biodiversity knowledge.

25+
Research Publications
150+
Citations
2000+
Downloads
8
Countries Cited

Peer-Reviewed Journal Publications

Scientific contributions to leading ecological and conservation journals

Analysis of Physical and Chemical Properties of Natural Salt Licks and Determination of Animal Presence

Bhutan Journal of Natural Resources and Development (BJNRD), Vol 9(2), pp. 27-35 (2022)

This comprehensive study examines the chemical composition of natural salt licks across Bhutan and documents wildlife utilization patterns through systematic camera trap monitoring. The research provides critical insights into mineral supplementation behaviors of Himalayan wildlife species.

Key Findings:

  • Chemical analysis revealed high sodium and potassium concentrations essential for wildlife nutrition
  • Documented 15+ mammal species utilizing salt licks including endangered species
  • Seasonal visitation patterns correlated with breeding cycles and monsoon seasons
  • Conservation recommendations for salt lick protection and management
Camera Trapping Chemical Analysis Wildlife Behavior Conservation
View Publication ResearchGate
245 Views 89 Downloads

Completed Research Reports

Comprehensive technical reports and scientific studies

Spatial Distribution, Habitat Suitability, and Climate Change Impacts on Abies densa in Bhutan

Comprehensive species distribution modeling study examining climate change vulnerability of Bhutan Fir. Developed MaxEnt models with future climate projections to assess habitat shifts and identify conservation priorities.

Methodology:
  • MaxEnt modeling with 19 bioclimatic variables
  • Future climate scenarios (SSP2-4.5, SSP5-8.5)
  • Habitat suitability threshold optimization
  • Conservation gap analysis
MaxEnt Climate Change

Spatial Distribution and Climate Niche Modeling of Quercus Species in Bhutan

Detailed analysis of oak species distributions across Bhutan's elevational gradients. Applied ensemble modeling approaches to predict species richness patterns and climate-driven habitat zonation.

Key Results:
  • High AUC values (>0.91) for all species models
  • Richness hotspots identified at 2000-3200m elevation
  • Temperature and precipitation as primary drivers
  • Climate envelope shifts projected for 2050
Species Distribution Hotspot Analysis

Forest Dynamics and Vegetation Patterns in Unmanaged Forests of Sarpang, Bhutan

Comprehensive vegetation survey examining community composition, indicator species, and forest structure patterns outside managed forest regimes. Applied multivariate statistical techniques for pattern recognition.

Survey Scope:
  • 170 tree species, 140 shrubs, 204 ground vegetation
  • Three forest types characterized
  • CCA ordination analysis performed
  • Environmental gradient assessment
Vegetation Survey CCA Analysis

Future Research Plans

Upcoming studies and research initiatives in development

Elephant Spatial Ecology and Conservation in Bhutan

Comprehensive analysis of Asian elephant movement patterns, habitat preferences, and conservation priorities using GPS telemetry data. Focus on human-elephant conflict mitigation strategies.

Planned Approach:
  • GPS collar data analysis and movement modeling
  • Habitat preference and corridor mapping
  • Seasonal migration pattern identification
  • Conservation priority area delineation
Telemetry Movement Ecology
Expected completion: 2025

Multi-Species Occupancy Modeling in South-Central Bhutan

Advanced occupancy modeling to investigate habitat use patterns, species interactions, and anthropogenic pressures across protected areas and biological corridors.

Research Objectives:
  • Camera trap network deployment and analysis
  • Multi-species occupancy model development
  • Co-occurrence pattern investigation
  • Anthropogenic impact assessment
Occupancy Modeling Camera Trapping
Expected completion: 2026

Spatial Distribution and Climate Vulnerability of Rhododendron Species in Bhutan

Species distribution modeling and climate change vulnerability assessment for Bhutan's diverse Rhododendron species, including endemic and threatened taxa.

Focus Areas:
  • Endemic species distribution mapping
  • Climate change vulnerability assessment
  • Conservation priority identification
  • Ex-situ conservation recommendations
Endemic Species Climate Vulnerability
Planned start: 2025

Interested in Collaboration?

I'm actively seeking research collaborators, funding opportunities, and academic partnerships for these upcoming projects. Let's work together to advance conservation science in the Himalayas.

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Open Science & Data Sharing

Commitment to transparent and accessible research

Data Availability

Research data supporting published studies are made available through appropriate repositories following FAIR data principles. Contact for dataset access and collaboration opportunities.

Open Access Policy

Committed to open access publishing where possible to ensure research findings are accessible to conservation practitioners, policymakers, and the global research community.