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Akanksha Thapa

Akanksha Thapa
Doctoral Researcher - Ecosystem modelling, forest biodiversity
Safeguarding carbon and biodiversity across forest ecosystems requires science-driven solutions that enhance resilience while maintaining ecological integrity. Understanding the trade-offs and synergies between biodiversity conservation and forest management is essential for sustaining forests under a changing climate.

Specialization

Ecologist specializing in forest ecology and biodiversity conservation research

Educational & Professional Background

Education

  • Postgraduate Diploma in Remote Sensing and GIS (Forest Resources and Ecosystem Analysis), Indian Institute of Remote Sensing (ISRO), India
  • MSc. in Environmental Sciences, Himachal Pradesh University, India

Professional Experience

  • Project Associate — Himalayan Forest Research Institute, Shimla, India
    April 2024 – July 2025
    Project: Ecological assessment, niche modeling, phytochemical investigations and standardization of propagation protocol of some important Himalayan medicinal plants for mass multiplication of elite germplasm.
  • Junior Project Fellow — Himalayan Forest Research Institute, Shimla, India
    February 2020 – July 2022
    Project: Enhancement of Fodder Availability and Quality to Reduce Unsustainable Grazing in the Forest (AICRP-17).
  • Project Assistant — Himalayan Forest Research Institute, Shimla, India
    June 2019 – February 2020
    Project: Establishment of Community Fodder Bank in Forest Fringe Villages in U.K. and H.P.

At Forest Risk Research Centre

As part of the Horizon Europe FORbEST project, her work focuses on understanding how climate change, natural disturbances and forest management influence biodiversity, forest structures, deadwood dynamics and ecosystem resilience in Central European forests.

Using the ecological models and field-based data, she studies the trade-offs between biodiversity and forest resilience, with particular emphasis on old-growth forests and their role as ecological benchmarks. As part of her PhD research, she uses the forest landscape model iLand to assess how climate change and disturbance regimes may alter forest structure, biodiversity potential and resilience in both managed and unmanaged forests.

The findings of her work aim to bridge the gap between ecological science and forest management practices, providing evidence-based pathways that support sustainable forest management and biodiversity conservation.

Awards

Beyond Science

Besides work, I enjoy hiking and long walks. I am passionate about photography and love capturing moments, whether in forests, mountains, or everyday life. I also enjoy writing and reading fiction.