Biodiversity Analyst (Beforest Lifestyle Solutions Pvt Ltd)

Beforest Lifestyle Solutions Private Limited

About Beforest

Designation

Experience

Department

CTC

Location

Role Overview

The Biodiversity Analyst supports the team by collecting, analysing, and applying biodiversity data to guide land-use planning, climate resilience, and restoration strategies. This role demands strong field ecology skills, systems thinking, and the ability to translate ecological insights into design and community action. Work will encompass on-ground surveys, GIS analysis, community workshops, multi-stakeholder collaboration, and much more.

Desired applicant profile

• Masters degree or equivalent in ecology, environmental science, forestry, wildlife biology, or a related field
  
• Minimum 3 years of experience in biodiversity research, ecological monitoring, or related fields
  
• Strong field identification skills for native species in tropical or dry-land systems
  
• Experience in designing and implementing biodiversity monitoring protocols
  
• Working knowledge of ecological restoration and landscape ecology
  
• Proficiency in data collection, qualitative and quantitative analysis, and conservation planning
  
• Operating knowledge of GIS will be a plus
  
• Experience of linking data analysis to design decisions
  
• Ability to bridge the gap between scientific research and real-world application
  
• Demonstrated ability to work across disciplines with designers, farmers, and community engagement teams
  

Attributes

• Systems thinker with an ability to integrate ecological, social, and economic perspectives
  
• Field-ready, adaptable, and comfortable working in resource-constrained or changing environments
  
• Collaborative mindset with strong interpersonal skills for cross-team work
  
• Committed to long-term landscape regeneration and inclusive community participation
  
• High levels of physical fitness to ensure effectiveness in outdoor and demanding environments
  
• Enthusiasm for communicating science to multiple audiences in clear, actionable formats
  
• Passion for regenerative design and working with community-based conservation
  

Key responsibilities

• Species inventory and analysis

  Conduct periodic and seasonal biodiversity surveys, camera trap analysis, and species inventories to produce GIS-based ecological hotspot maps. This data will guide design interventions without disturbing fragile habitats. Surveys will be conducted at our collectives across the country.

• Ecosystem stress monitoring and early intervention

  Track bioindicators to detect signs of imbalance e.g. species decline, unusual blooms, etc. Create and recommend adaptive design and restorative land management responses. Integrate watershed management and soil conservation initiatives based on data.

• Species integration and functional stacking

  Identify native plants, beneficial insects, and multifunctional species to enhance pollination, pest control, soil health, and fodder availability within agroforestry and food forest systems.

• Climate resilience and risk mapping

  Integrate rainfall, soil, vegetation, and species data to map fire-prone, erosion-prone, and drought-sensitive zones. Propose targeted interventions such as fire-resistant planting and erosion-control measures.

• Data analysis, visualisation and communication

  Use ArcGIS or equivalent tools to analyse biodiversity data. Create audience-specific outputs including dashboards, infographics, policy briefs, and reports. Audiences include our members, government institutions (state and national level regulators), and research agencies.

• Community engagement and participatory monitoring

  Design and deliver workshops for culturally diverse rural and peri-urban communities. Setup participatory monitoring systems that build local custodianship of biodiversity.

• Long-term monitoring and knowledge systems

  Develop replicable biodiversity monitoring frameworks for annual or bi-annual reporting. Ensure systems are scalable and maintainable with minimal external input.