Understanding how individual tree species influence biodiversity and ecosystem performance is one of the most pressing scientific challenges in modern forestry. A new PhD opportunity at Université de Picardie Jules Verne (UPJV) offers a unique chance to work at the intersection of ecology, data science, and environmental policy.

This doctoral project focuses on developing innovative methods to measure, monitor, and model the ecological impact of forest species, with direct implications for climate resilience and sustainable forest management.

Research Focus: Measuring Biodiversity and Ecosystem Functions

The PhD project aims to design a comprehensive analytical toolbox capable of assessing how specific tree species affect forest ecosystems across multiple dimensions:

Key Areas of Investigation

• Biodiversity Dynamics
  Including fauna, flora, and trophic interactions within forest systems.
• Ecological Functions
  Such as nutrient cycling, carbon sequestration, and forest productivity.
• Ecosystem Multifunctionality
  Evaluating how forests simultaneously deliver multiple ecological services.

This integrative approach reflects a growing shift in environmental science toward multi-indicator ecosystem assessment frameworks.

Scientific Context: Why This Research Matters

Forest ecosystems play a critical role in regulating climate, preserving soil quality, maintaining water cycles, and supporting human well-being. However, accurately monitoring biodiversity remains a complex challenge.

Current limitations include:

• Fragmented ecological indicators
• Lack of integration between field data and remote sensing
• Insufficient tools for decision-making in forest management

This PhD addresses these gaps by combining field ecology, GIS analysis, and remote sensing technologies to produce actionable insights.

Project Objectives

The doctoral research will contribute both scientifically and operationally through the following objectives:

• Develop robust biodiversity and multifunctionality indicators
• Design integrated monitoring methods using:
  • Field surveys
  • Geographic Information Systems (GIS)
  • Remote sensing data
• Build a decision-support tool for forest managers
• Support the transition toward sustainable and climate-resilient forestry practices

Candidate Profile

This opportunity is ideal for candidates with a strong academic foundation and a clear interest in environmental systems.

Preferred Qualifications

• Degree in ecology, forestry, environmental science, or geomatics
• Familiarity with biodiversity concepts and forest ecosystems
• Skills in data analysis, GIS, or spatial modeling (advantageous)
• Strong analytical thinking, attention to detail, and scientific curiosity

Why This PhD Stands Out

This project is particularly attractive for early-career researchers seeking both academic depth and real-world impact.

Key Benefits

• Direct contribution to climate change and biodiversity research
• Experience at the interface of science and policy implementation
• Exposure to cutting-edge tools in ecological monitoring
• Tangible influence on forest management strategies and environmental policies

Application Details

• Application Deadline: April 30, 2026
• Start Date: October 1, 2026
• Official Application Portal:
  Association Bernard Gregory platform
• For full details and submission, visit the official listing:
• https://www.abg.asso.fr/fr/candidatOffres/show/id_offre/137724/job/mesurer-et-suivre-l-impact-d-une-essence-forestiere-sur-la-biodiversite-et-la-multifonctionnalite-des-forets-elaboration-d-une-boite-a-outils-measuring-and-monitoring-the-impact-of-a-forest-tree-species-on-biodiversity-and-forest-multifunctionality

Frequently Asked Questions (FAQs)

1. Is this PhD fully funded?

Most PhD positions in France, especially those listed via official research platforms, are funded. Applicants should confirm funding details in the official listing.

2. Do I need prior experience in GIS or remote sensing?

While not mandatory, experience with GIS or remote sensing is highly advantageous and may strengthen your application.

3. Can international students apply?

Yes, French universities typically accept international candidates, provided they meet academic and language requirements.

4. What language is the PhD conducted in?

Many scientific PhDs in France are conducted in English, though some knowledge of French may be beneficial for fieldwork and integration.

5. What career paths does this PhD support?

Graduates can pursue careers in:

• Academic research
• Environmental consulting
• Forestry management
• Government or policy advisory roles

6. How competitive is this position?

Given the relevance of biodiversity and climate research, competition is expected to be high. A strong academic record and relevant technical skills are essential.