Virgile uses SimOïko as part of SPACEMOD, an ambitious research project funded by ADEME (IMPACTS 2023 program) and coordinated by the University of Burgundy Franche-Comté.
This project (2024–2028) aims to develop a spatially explicit tool for modeling the transfer and impact of chemical mixtures in food webs for the purpose of ecosystem risk assessment (ERA) and the remediation of polluted sites and soils (SSP) and, more generally, any type of site contaminated by chemicals.
After three years of work, our colleague Léa Pautrel defended her doctoral thesis in ecology at the University of Montpellier last week. She conducted her research at TerrOïko in partnership with the Center for Functional and Evolutionary Ecology (CEFE).
Want to watch or rewatch her defense? You can do so here https://lnkd.in/dVAAb2XF.
Léa's research focused on the use of continuous-time hierarchical models for monitoring biodiversity with sensors. Here's a summary.
Come and discover our solutions for living territories!
We will be present at the 2025 Biodiversity and Ecological Engineering Exhibition to share our commitments to biodiversity.
We will be presenting our innovative approaches to ecological engineering, serving local authorities, businesses, and natural space managers.
Come and discover TerrOïko and our SimOïko, Ocapi, and MyNature software.
These solutions enable you to:
At TerrOïko since 2021 and a doctoral student in functional ecology at the University of Montpellier, Léa Pautrel has conducted her research at TerrOïko, in partnership with the Center for Functional and Evolutionary Ecology (CEFE) as part of a CIFRE thesis.
On November 17, Léa will present the results of three years of research and reflection on a central question: Can continuous-time hierarchical models improve methods for monitoring biodiversity using sensors?
Are you wondering about the relevance of ecological modelling techniques? You are quite right to do so.
The use of these tools is becoming increasingly widespread, not only in research, but also as a decision-making aid in the field for all those involved in land use planning and biodiversity conservation.
The problem is that in most cases, their reliability is never assessed.
On 8 and 9 October 2025, Terroïko will be attending the PRODURABLE trade fair at the Palais des Congrès in Paris as a visitor to exchange ideas, find inspiration and showcase our innovations!
Jules Boileau (project manager) and Orel Hacman (product director) will represent our teams and present MyNature, our new ecological diagnostic tool.
MyNature is:
Since last April, TerrOïko has obtained Qualiopi certification, which validates the quality of our training programs (and allows the people we train to apply for public funding).
What do we offer? Learn how to use SimOïko, our animal life simulation software.
This is what the teams at the Charente Departmental Hunting Federation (FDC16) are currently doing.
We are attending SIBCA - Salon de l'Immobilier Bas Carbone 2025 (Low Carbon Real Estate Exhibition 2025) as visitors to share our commitments to biodiversity in land use planning.
On this occasion, Jules Boileau, project manager at TerrOïko, will present MyNature, an innovative platform that leverages the latest technological advances.
This week, we are attending the 8th Conference on Wind energy and Wildlife impacts - CWW2025, the leading international event on wind energy and its interaction with biodiversity, which is being held in Montpellier (France) until Friday.
As part of the poster sessions, we are presenting a special feature of our ecological simulation software SimOïko, specifically designed to analyze the risk of collision between flying species and wind turbines.
In two weeks, we will be attending the Conference on Wind Energy & Wildlife Impacts (CWW), the leading international event on wind energy and its interaction with biodiversity.
Now in its eighth year, the conference will be held in Montpellier, France, from September 8 to 12, and is co-organized by France Renouvelables and our colleagues at Biotope.
We will be presenting a special feature of our ecological simulation software SimOïko, specifically designed to analyze the risk of collision between flying species and wind turbines.