Welcome to ILEE, the Institute of Life, Earth and Environment at the University of Namur, committed to addressing pressing environmental issues.

We bring together a team of experts from diverse backgrounds and disciplines to work collaboratively using innovative technologies and rigorous scientific methods to make meaningful contributions to the field of environmental science.
 

The ILEE Institute is a member of Alternet, the European ecosystem research network.

Our institute is dedicated to advancing fundamental and applied research for a better understanding of the underlying processes that regulate life on earth, to characterizing anthropogenic pressures on the environment and vice versa, and to finding sustainable alternatives for managing natural resources, reducing pollution, and conserving and restoring biodiversity.

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News

UNamur's Biology Department contributes its genetic expertise to saving a herd of mouflons

Biology
Sciences
Sustainable

An unusual piece of research recently mobilized teams from UNamur's Biology Department. Genetic analyses carried out by the Environmental and Evolutionary Biology Research Unit (URBE) were able to confirm the protected status of a herd of wild mouflons based in Gesves, and thus highlight the importance of saving them.

Mouflon

In recent months, the commune of Gesves, in the province of Namur, was confronted with the presence of a herd of mouflons, wild sheep recognizable by their impressive spiral horns. At the origin of this one: a male and a female probably escaped from a private hunt, who settled and reproduced in the meadows of this rural commune in 2019, until forming a full-fledged herd of 17 individuals in 2024.

While these sheep won the affection of the locals, local farmers deplored the damage caused to their crops. Their complaints led in August 2024 to a destruction authorization from the Department of Nature and Forestry (DNF). Several individuals were also shot during the hunting season.

Mouflons Gesves

A complex rescue operation

Touched by the fate of these animals, a handful of local residents have been carrying out a veritable rescue operation for the seven mouflons still present on the meadows since January. The maneuver promised to be complex, to say the least: on the one hand, it was necessary to gather the official authorizations required to capture and transport the mouflons to a suitable location, and on the other hand, to set up an infrastructure to capture them.

.

An enclosure equipped with a surveillance camera and an automated locking system was then installed by a specialist company. After months of patient, meticulous approach work, the mouflons were gently captured on May 24 and transferred to the Domaine des Grottes de Han, ready to welcome them.

Mouflons Gesves

The origin of mouflons: DNA to the rescue

Alongside this initiative, the mobilized local residents - including Nathalie Kirschvink, a veterinarian and professor at UNamur's Faculty of Medicine - called on the expertise of the laboratories of UNamur's Environmental and Evolutionary Biology Research Unit (URBE) to clarify a crucial question: the origin of the mouflons. Indeed, in our regions, mouflons are considered game and therefore huntable, while mouflons from certain lineages benefit from protection.

Nathalie Kirschvink therefore entrusted fresh samples made up of hair and dung to Alice Dennis, professor and researcher at the URBE. Sequencing the DNA contained in these samples enabled Alice Dennis and technician Jérôme Lambert to identify kinship links between the Gesves bighorn sheep and those from a Corsican lineage, whose genome had already been described in the scientific literature.

Image
Alice Dennis

This identification is based on phylogeny, a method used in the life sciences to reconstruct the evolutionary relationships between species by means of a phylogenetic tree, thus tracing their origins and family relationships.

Alice Dennis Professor and researcher at the Environmental and Evolutionary Biology Research Unit (URBE)

From cell to ecosystem: delving into the infinitely small to protect living things

This expertise lies at the heart of URBE's research, which uses the tools of molecular ecology to study both the physiology of organisms (such as snails for Alice Dennis) and their interactions with their environment. The methodology used can be applied to very concrete, local cases, such as that of the Gesves bighorn sheep, but, more broadly, serve to better understand genetic diversity between species with a view to safeguarding biodiversity.

.
Image
Portrait de Frédéric Silvestre

L'URBE is increasingly focusing on molecular ecology, a discipline that uses genetics to explore the capacity of species to adapt to environmental change. The more genetically diverse a population, the better its ability to adapt to environmental disturbances. These are essential questions in terms of species conservation, at a time when biodiversity is experiencing an unprecedented crisis.

Frédéric Silvestre Director of the Biology Department at UNamur and member of the Environmental and Evolutionary Biology Research Unit (URBE)

Find out more about the Environmental and Evolutionary Biology Research Unit

The Adrien Bauchau Fund rewards two researchers in biology

Biology
Sustainable

Professor Eli Thoré and Justine Bélik have just been honoured by the Adrien Bauchau Fund (FAB). Created in memory of the founder of the Biology Department at UNamur, the FAB has been promoting excellence in education and research in the life sciences since 1989.

Fonds Adrien Bauchau - Eli Thoré et Justine Bélik

The FAB's regular actions in the Belgian university context include awarding grants, prizes and subsidies, organizing a chair, contributing to the organization of colloquia, doctoral schools or study days. It collaborates with a network of Belgian and foreign partners: individuals, public and private associations, institutions and companies.

Financial support for a young academic or post-doctoral fellow

In consultation with the Department of Biology at the University of Namur, the Fonds Adrien Bauchau has awarded financial assistance for the first time in the amount of 25,000 euros to support a young professor or post-doctoral fellow in biology at the institution in the early stages of their professional career.

In May 2025, the FAB Board of Directors awarded this grant to Professor Eli Thoré, an academic in the Unité de Recherche Environnementale et Evolutive (URBE), for the development of his work.

His work focuses on:

  • "Investigating the individual and interactive effects of synthetic chemicals, artificial light, and increased temperature on the performance and wellbeing of fish"
  • "Ecological impacts of pharmaceutical and light pollution in Belgium and Sweden’s waters"
  • "Day-night impacts of drug mixtures on the threatened European eel"

Image caption: Eli Thoré and André Van den Bogaert, President of FAB.

 Eli Thoré recevant son prix des mains d’André Van den Bogaert, Président du Fonds Adrien Bauchau (mai 2025)

Bauchau grant Congress

The 2025 Scholarship has been awarded to Justine Bélik, whose thesis promoter is Professor Frédéric Silvestre, for her participation in the 3rd international EPIMAR 2025 "Epigenetics in marine and aquatic research" congress, organized at the end of May 2025 in Barcelona, Spain.

The grant is intended for a young researcher to enable his/her participation in a conference abroad. The amount awarded depends on the cost of this participation; it can be up to €750.

At a seminar organized by the ILEE Institute in June 2025, Justine Bélik also presented her ongoing research on epigenetic aging in Kryptolebias marmoratus, a vertebrate species characterized by self-fertilization.

Image caption: Justine Bélik, Séminaire ILEE

Justine Bélik, Séminaire ILEE (juin 2025)

UNamur and biological research

The Biology Department conducts cutting-edge international scientific research. This is divided between 5 research units tackling a variety of themes: cell biology (URBC), microbiology (URBM) or methodology and didactics (UMDB). The two award-winning researchers are part of the Environmental and Evolutionary Biology Research Unit (URBE) and are members of the Institute of Life, Earth and Environment (ILEE), which is committed to addressing pressing environmental issues.

Professor Frédéric Silvestre, Justine Bélik's thesis sponsor, heads the Laboratory of Evolutionary and Adaptive Physiology (LEAP). This laboratory studies the impacts of environmental change on aquatic organisms at different levels, from the perspective of integrative physiology.

Professor Eli Thoré heads the Adaptive Biodynamics Laboratory (LAB). He uses an integrative approach to understand how animals respond to environmental changes, particularly those induced by human activity in space and time.

Biology studies at UNamur

The Department of Biology at UNamur offers you a cutting-edge scientific education that's modern, diversified and open to the world. From the cell to the ecosystem, biology studies all forms of life. It is essential for understanding complex societal issues affecting the environment, health and sustainable development.

A first in Belgium: UNamur researcher reveals forgotten history of Walloon wolves thanks to ancient DNA

History
Biology

From 2020 to 2025, as part of her doctoral thesis in history, researcher Julie Duchêne conducted a ground-breaking investigation blending history and biology to trace the cohabitation between humans and wolves in Wallonia and Luxembourg, from the 18th to the early 20th century. Thanks to an innovative interdisciplinary approach, including DNA analysis of naturalized 19th-century specimens, her work sheds light on the mechanisms that led to the local extinction of the species. This research was made possible thanks to the support of numerous scientific and cultural partners.

Loup UNamur

In her doctoral thesis, Julie Duchêne (PhD in History UNamur/FNRS-FRESH) has brought out of the shadows the unexplored history of the relationship between humans and wolves in the Walloon and Luxembourg territories during the pivotal period that saw the extinction of the species there (18th-early 20th century).

What's at stake in this research?

  • To understand the complexity of this coexistence in our regions,
  • To identify the influence of human activities on the lives of wolves and of wolves on human activities,
  • To decipher the mechanisms that led to the extinction of Canis lupus.

To achieve this, the researcher has deployed a pioneering multidisciplinary methodology in Belgium, combining on the one hand historical and documentary analyses, and on the other morphological and DNA analyses of naturalized 19th-century wolves preserved within a dozen partner institutions, museums and venues in Wallonia. Thanks to collaboration between the E-BIOM laboratory and the University of Namur, 13 specimens were thus studied according to a rigorous protocol, respectful of the integrity of the historical pieces.

While ancient DNA is often degraded by time, conservation conditions or the products used during naturalization, 9 out of 13 samples yielded results.

Certificat oreille

The main results of this analysis :

  • Species confirmed : All the specimens analyzed belong to the species Canis lupus lupus, ruling out the hypothesis of dogs or hybrids.
  • Kinship identified : Two wolves, including one kept by the de Bonhome family in Mozet, present a proven kinship.
  • Dominant haplotypes: The majority of wolves belong to haplotypes H4 and H8, from a metapopulation historically present from western France to Germany.
  • Discovery of an extinct haplotype: The Habay wolf, preserved by the de Beaulieu family, has a unique genetic profile, probably from a now-extinct population.
  • Higher past genetic diversity: Wolves from the 18th and 19th centuries show greater genetic diversity than current populations.
  • Wallonia, a historical crossroads: Even then, the region was at the crossroads of two major lupine dispersal routes: one from France, the other from Germany.
Image
Julie Duchêne

These discoveries underline the past genetic richness of wolves in Europe and the strategic position of Wallonia, already a crossroads for dispersal in the 19th century. A situation that echoes the territory's current recolonization by German-Polish and Italian-Alpine lineages

Julie Duchêne Doctor of History UNamur/FNRS-FRESH

This study highlights the importance of heritage collections for better understanding the evolutionary history of species and contemporary conservation issues.

Want to find out more?

Discover all the results of this study and the "Loup qui es-tu?" project.

Brochure explaining the "Loup, qui es-tu?" project

To find out more ...

Deconstructing preconceived ideas about the wolf for a better-informed debate

The historical and scientific analysis carried out by Julie Duchêne also helps to qualify certain preconceived ideas about the wolf, often relayed in current debates.

  • Attacks on human beings have existed, but they remain marginal and to be put into perspective. Complaints mainly concerned the loss of livestock (sheep, cows, horses, etc.).
  • The wolf doesn't just live in the forest. Historically, it also frequented fields, roads, ponds and moors. Its presence depends on many factors, not a single habitat.
  • The confrontations are not one-sided. They are also the result of human expansion into natural environments, not just wolf incursions.
  • Populations did not seek to exterminate the species. They aimed for regulation, integrating lupine nuisances as well as other natural hazards.
  • The wolf plays a positive ecological role, regulating populations of large herbivores, which promotes forest regeneration.
  • The wolf's extinction is not due solely to eradication policies. It is the result of a combination of factors, including increasing human pressure on natural environments.

A study that extends into an exhibition

Julie Duchêne's research was also used to set up the exhibition "Même pas peur! Une évolution de l'image du loup à travers les siècles", developed by third-year history bachelor students as part of the Cultural Project course. The exhibition makes stops at :

About Julie Duchêne

Julie Duchêne holds a PhD in History from UNamur, specializing in environmental history and applied history (Public History). A FNRS-FRESH scholarship holder, she defended her doctoral thesis entitled "Les loups, de nuisibles à invisibles. Le rôle des politiques de lutte dans la disparition des loups des territoires wallon et luxembourgeois (18e-20e siècles), conducted under the supervision of Professor Isabelle Parmentier (director of the Pôle de l'histoire environnementale, institut ILEE).

UNamur and the blob on board the International Space Station with Belgian astronaut Raphaël Liegéois

Biology
Physics
Espace
UniversEH

The three Belgian scientific experiments selected to be carried out on board the International Space Station (ISS) during astronaut Raphaël Liégeois' mission in 2026 have just been unveiled by the Federal Science Policy Public Service (Belspo). One of them is carried by a team from UNamur for an experiment at the crossroads of biology and physics aimed at analyzing the resistance of the "blob", an atypical unicellular organism.

Physarum polycephalum

The three scientific experiments were selected from 29 projects for "their scientific value, technical feasibility and budgetary compatibility", states the public service of Federal Science Policy (Belspo).

Historically, Belgium has built up notable expertise and influence within the European Space Agency (ESA). Today, UNamur finds itself at the heart of an experiment that will be deployed during Belgian astronaut Raphaël Liegéois's stay aboard the ISS in 2026. The BeBlob project, conducted at the interface of biology and physics, aims to study Physarum polycephalum, commonly known as a "blob".

The amazing properties of the blob

This atypical unicellular organism, belonging to neither plants, fungi nor animals, fascinates scientists and the general public alike. "Although lacking a nervous system, the blob is capable of solving complex problems, such as finding the shortest path through a maze, and learning from its environment," explains Boris Hespeels.

Physarum polycephalum

Boris Hespeels is a researcher at the ILEE Institute and the Beblob project leader alongside Anne-Catherine Heuskin, a researcher at the Narilis Institute. "We're also interested in its amazing ability to dry out completely and survive extreme stresses, including the vacuum of space, extreme temperatures or even high doses of radiation causing massive DNA damage," the two Namur researchers continue.

Development of a miniaturized vessel for the blob

Building on their experience gained on previous ISS missions with other biological models, UNamur teams have developed a new miniaturized "vessel" for carrying different blob samples. In orbit, the astronaut will rehydrate the samples, which will then have to adapt to their new environment. The objectives are twofold: firstly, to assess the effects of the orbital environment on blob metabolism; secondly, to study DNA repair in samples previously irradiated on Earth by massive doses. Scientists will analyze how this organism repairs its genome in microgravity, and determine whether this process is altered by spaceflight.

Implications and potential applications

This work should make it possible to identify key players in cell protection and repair under extreme conditions. Combined with the many experiments carried out at UNamur, they could ultimately lead to the development of new molecules capable of protecting astronauts, preserving fragile biological samples or even limiting the side effects of radiotherapy by protecting patients' healthy cells.

Image
Boris Hespeels

Despite the recent - and controversial - media coverage of tourist flights, space remains today, and will probably remain so for years to come, an environment that is difficult to access and hostile to human presence. The International Space Station (ISS), assembled in the early 2000s, was designed as an immense laboratory for studying phenomena impossible to reproduce on Earth, and for analyzing the impact of microgravity and exposure to cosmic radiation on living organisms. To prepare for the future of exploration, which will include new orbital stations, a sustainable return to the Moon and, eventually, the installation of man on Mars, the study of the adaptation of living organisms and the protection of astronauts are a priority for space agencies. At the same time, fundamental research continues to focus on the origin of life and the possibility of its existence elsewhere in the Universe.

.
Boris Hespeels Biology researcher at the ILEE Institute

Raising awareness among young people and inspiring vocations

Finally, the BeBlob project is in line with UNamur's vocation to disseminate science to as many people as possible. A didactic and educational component will thus accompany the experiment: Physarum polycephalum will be introduced into schools to highlight research, the human adventure experienced by the Belgian astronaut within the ISS, and to spark scientific vocations thanks to the inspiring combination between space exploration and the extraordinary properties of this organism.

.
Station spatiale internationale (ISS)

Space mission 2026

Discover the other scientific experiments selected to be carried out on board the International Space Station (ISS) during astronaut Raphaël Liégeois's mission in 2026

A Federal Science Policy SPP project (BELSPO-Belgian Science Policy Office), with the support of the European Space Agency (ESA).

Logos ESA - Belspo

UNIVERSEH (European Space University for Earth and Humanity) is part of the "European Universities" initiative promoted by the European Commission. Its ambition is to develop a space to meet the societal, social and environmental challenges arising from European space policy.

UNamur's Biology Department contributes its genetic expertise to saving a herd of mouflons

Biology
Sciences
Sustainable

An unusual piece of research recently mobilized teams from UNamur's Biology Department. Genetic analyses carried out by the Environmental and Evolutionary Biology Research Unit (URBE) were able to confirm the protected status of a herd of wild mouflons based in Gesves, and thus highlight the importance of saving them.

Mouflon

In recent months, the commune of Gesves, in the province of Namur, was confronted with the presence of a herd of mouflons, wild sheep recognizable by their impressive spiral horns. At the origin of this one: a male and a female probably escaped from a private hunt, who settled and reproduced in the meadows of this rural commune in 2019, until forming a full-fledged herd of 17 individuals in 2024.

While these sheep won the affection of the locals, local farmers deplored the damage caused to their crops. Their complaints led in August 2024 to a destruction authorization from the Department of Nature and Forestry (DNF). Several individuals were also shot during the hunting season.

Mouflons Gesves

A complex rescue operation

Touched by the fate of these animals, a handful of local residents have been carrying out a veritable rescue operation for the seven mouflons still present on the meadows since January. The maneuver promised to be complex, to say the least: on the one hand, it was necessary to gather the official authorizations required to capture and transport the mouflons to a suitable location, and on the other hand, to set up an infrastructure to capture them.

.

An enclosure equipped with a surveillance camera and an automated locking system was then installed by a specialist company. After months of patient, meticulous approach work, the mouflons were gently captured on May 24 and transferred to the Domaine des Grottes de Han, ready to welcome them.

Mouflons Gesves

The origin of mouflons: DNA to the rescue

Alongside this initiative, the mobilized local residents - including Nathalie Kirschvink, a veterinarian and professor at UNamur's Faculty of Medicine - called on the expertise of the laboratories of UNamur's Environmental and Evolutionary Biology Research Unit (URBE) to clarify a crucial question: the origin of the mouflons. Indeed, in our regions, mouflons are considered game and therefore huntable, while mouflons from certain lineages benefit from protection.

Nathalie Kirschvink therefore entrusted fresh samples made up of hair and dung to Alice Dennis, professor and researcher at the URBE. Sequencing the DNA contained in these samples enabled Alice Dennis and technician Jérôme Lambert to identify kinship links between the Gesves bighorn sheep and those from a Corsican lineage, whose genome had already been described in the scientific literature.

Image
Alice Dennis

This identification is based on phylogeny, a method used in the life sciences to reconstruct the evolutionary relationships between species by means of a phylogenetic tree, thus tracing their origins and family relationships.

Alice Dennis Professor and researcher at the Environmental and Evolutionary Biology Research Unit (URBE)

From cell to ecosystem: delving into the infinitely small to protect living things

This expertise lies at the heart of URBE's research, which uses the tools of molecular ecology to study both the physiology of organisms (such as snails for Alice Dennis) and their interactions with their environment. The methodology used can be applied to very concrete, local cases, such as that of the Gesves bighorn sheep, but, more broadly, serve to better understand genetic diversity between species with a view to safeguarding biodiversity.

.
Image
Portrait de Frédéric Silvestre

L'URBE is increasingly focusing on molecular ecology, a discipline that uses genetics to explore the capacity of species to adapt to environmental change. The more genetically diverse a population, the better its ability to adapt to environmental disturbances. These are essential questions in terms of species conservation, at a time when biodiversity is experiencing an unprecedented crisis.

Frédéric Silvestre Director of the Biology Department at UNamur and member of the Environmental and Evolutionary Biology Research Unit (URBE)

Find out more about the Environmental and Evolutionary Biology Research Unit

The Adrien Bauchau Fund rewards two researchers in biology

Biology
Sustainable

Professor Eli Thoré and Justine Bélik have just been honoured by the Adrien Bauchau Fund (FAB). Created in memory of the founder of the Biology Department at UNamur, the FAB has been promoting excellence in education and research in the life sciences since 1989.

Fonds Adrien Bauchau - Eli Thoré et Justine Bélik

The FAB's regular actions in the Belgian university context include awarding grants, prizes and subsidies, organizing a chair, contributing to the organization of colloquia, doctoral schools or study days. It collaborates with a network of Belgian and foreign partners: individuals, public and private associations, institutions and companies.

Financial support for a young academic or post-doctoral fellow

In consultation with the Department of Biology at the University of Namur, the Fonds Adrien Bauchau has awarded financial assistance for the first time in the amount of 25,000 euros to support a young professor or post-doctoral fellow in biology at the institution in the early stages of their professional career.

In May 2025, the FAB Board of Directors awarded this grant to Professor Eli Thoré, an academic in the Unité de Recherche Environnementale et Evolutive (URBE), for the development of his work.

His work focuses on:

  • "Investigating the individual and interactive effects of synthetic chemicals, artificial light, and increased temperature on the performance and wellbeing of fish"
  • "Ecological impacts of pharmaceutical and light pollution in Belgium and Sweden’s waters"
  • "Day-night impacts of drug mixtures on the threatened European eel"

Image caption: Eli Thoré and André Van den Bogaert, President of FAB.

 Eli Thoré recevant son prix des mains d’André Van den Bogaert, Président du Fonds Adrien Bauchau (mai 2025)

Bauchau grant Congress

The 2025 Scholarship has been awarded to Justine Bélik, whose thesis promoter is Professor Frédéric Silvestre, for her participation in the 3rd international EPIMAR 2025 "Epigenetics in marine and aquatic research" congress, organized at the end of May 2025 in Barcelona, Spain.

The grant is intended for a young researcher to enable his/her participation in a conference abroad. The amount awarded depends on the cost of this participation; it can be up to €750.

At a seminar organized by the ILEE Institute in June 2025, Justine Bélik also presented her ongoing research on epigenetic aging in Kryptolebias marmoratus, a vertebrate species characterized by self-fertilization.

Image caption: Justine Bélik, Séminaire ILEE

Justine Bélik, Séminaire ILEE (juin 2025)

UNamur and biological research

The Biology Department conducts cutting-edge international scientific research. This is divided between 5 research units tackling a variety of themes: cell biology (URBC), microbiology (URBM) or methodology and didactics (UMDB). The two award-winning researchers are part of the Environmental and Evolutionary Biology Research Unit (URBE) and are members of the Institute of Life, Earth and Environment (ILEE), which is committed to addressing pressing environmental issues.

Professor Frédéric Silvestre, Justine Bélik's thesis sponsor, heads the Laboratory of Evolutionary and Adaptive Physiology (LEAP). This laboratory studies the impacts of environmental change on aquatic organisms at different levels, from the perspective of integrative physiology.

Professor Eli Thoré heads the Adaptive Biodynamics Laboratory (LAB). He uses an integrative approach to understand how animals respond to environmental changes, particularly those induced by human activity in space and time.

Biology studies at UNamur

The Department of Biology at UNamur offers you a cutting-edge scientific education that's modern, diversified and open to the world. From the cell to the ecosystem, biology studies all forms of life. It is essential for understanding complex societal issues affecting the environment, health and sustainable development.

A first in Belgium: UNamur researcher reveals forgotten history of Walloon wolves thanks to ancient DNA

History
Biology

From 2020 to 2025, as part of her doctoral thesis in history, researcher Julie Duchêne conducted a ground-breaking investigation blending history and biology to trace the cohabitation between humans and wolves in Wallonia and Luxembourg, from the 18th to the early 20th century. Thanks to an innovative interdisciplinary approach, including DNA analysis of naturalized 19th-century specimens, her work sheds light on the mechanisms that led to the local extinction of the species. This research was made possible thanks to the support of numerous scientific and cultural partners.

Loup UNamur

In her doctoral thesis, Julie Duchêne (PhD in History UNamur/FNRS-FRESH) has brought out of the shadows the unexplored history of the relationship between humans and wolves in the Walloon and Luxembourg territories during the pivotal period that saw the extinction of the species there (18th-early 20th century).

What's at stake in this research?

  • To understand the complexity of this coexistence in our regions,
  • To identify the influence of human activities on the lives of wolves and of wolves on human activities,
  • To decipher the mechanisms that led to the extinction of Canis lupus.

To achieve this, the researcher has deployed a pioneering multidisciplinary methodology in Belgium, combining on the one hand historical and documentary analyses, and on the other morphological and DNA analyses of naturalized 19th-century wolves preserved within a dozen partner institutions, museums and venues in Wallonia. Thanks to collaboration between the E-BIOM laboratory and the University of Namur, 13 specimens were thus studied according to a rigorous protocol, respectful of the integrity of the historical pieces.

While ancient DNA is often degraded by time, conservation conditions or the products used during naturalization, 9 out of 13 samples yielded results.

Certificat oreille

The main results of this analysis :

  • Species confirmed : All the specimens analyzed belong to the species Canis lupus lupus, ruling out the hypothesis of dogs or hybrids.
  • Kinship identified : Two wolves, including one kept by the de Bonhome family in Mozet, present a proven kinship.
  • Dominant haplotypes: The majority of wolves belong to haplotypes H4 and H8, from a metapopulation historically present from western France to Germany.
  • Discovery of an extinct haplotype: The Habay wolf, preserved by the de Beaulieu family, has a unique genetic profile, probably from a now-extinct population.
  • Higher past genetic diversity: Wolves from the 18th and 19th centuries show greater genetic diversity than current populations.
  • Wallonia, a historical crossroads: Even then, the region was at the crossroads of two major lupine dispersal routes: one from France, the other from Germany.
Image
Julie Duchêne

These discoveries underline the past genetic richness of wolves in Europe and the strategic position of Wallonia, already a crossroads for dispersal in the 19th century. A situation that echoes the territory's current recolonization by German-Polish and Italian-Alpine lineages

Julie Duchêne Doctor of History UNamur/FNRS-FRESH

This study highlights the importance of heritage collections for better understanding the evolutionary history of species and contemporary conservation issues.

Want to find out more?

Discover all the results of this study and the "Loup qui es-tu?" project.

Brochure explaining the "Loup, qui es-tu?" project

To find out more ...

Deconstructing preconceived ideas about the wolf for a better-informed debate

The historical and scientific analysis carried out by Julie Duchêne also helps to qualify certain preconceived ideas about the wolf, often relayed in current debates.

  • Attacks on human beings have existed, but they remain marginal and to be put into perspective. Complaints mainly concerned the loss of livestock (sheep, cows, horses, etc.).
  • The wolf doesn't just live in the forest. Historically, it also frequented fields, roads, ponds and moors. Its presence depends on many factors, not a single habitat.
  • The confrontations are not one-sided. They are also the result of human expansion into natural environments, not just wolf incursions.
  • Populations did not seek to exterminate the species. They aimed for regulation, integrating lupine nuisances as well as other natural hazards.
  • The wolf plays a positive ecological role, regulating populations of large herbivores, which promotes forest regeneration.
  • The wolf's extinction is not due solely to eradication policies. It is the result of a combination of factors, including increasing human pressure on natural environments.

A study that extends into an exhibition

Julie Duchêne's research was also used to set up the exhibition "Même pas peur! Une évolution de l'image du loup à travers les siècles", developed by third-year history bachelor students as part of the Cultural Project course. The exhibition makes stops at :

About Julie Duchêne

Julie Duchêne holds a PhD in History from UNamur, specializing in environmental history and applied history (Public History). A FNRS-FRESH scholarship holder, she defended her doctoral thesis entitled "Les loups, de nuisibles à invisibles. Le rôle des politiques de lutte dans la disparition des loups des territoires wallon et luxembourgeois (18e-20e siècles), conducted under the supervision of Professor Isabelle Parmentier (director of the Pôle de l'histoire environnementale, institut ILEE).

UNamur and the blob on board the International Space Station with Belgian astronaut Raphaël Liegéois

Biology
Physics
Espace
UniversEH

The three Belgian scientific experiments selected to be carried out on board the International Space Station (ISS) during astronaut Raphaël Liégeois' mission in 2026 have just been unveiled by the Federal Science Policy Public Service (Belspo). One of them is carried by a team from UNamur for an experiment at the crossroads of biology and physics aimed at analyzing the resistance of the "blob", an atypical unicellular organism.

Physarum polycephalum

The three scientific experiments were selected from 29 projects for "their scientific value, technical feasibility and budgetary compatibility", states the public service of Federal Science Policy (Belspo).

Historically, Belgium has built up notable expertise and influence within the European Space Agency (ESA). Today, UNamur finds itself at the heart of an experiment that will be deployed during Belgian astronaut Raphaël Liegéois's stay aboard the ISS in 2026. The BeBlob project, conducted at the interface of biology and physics, aims to study Physarum polycephalum, commonly known as a "blob".

The amazing properties of the blob

This atypical unicellular organism, belonging to neither plants, fungi nor animals, fascinates scientists and the general public alike. "Although lacking a nervous system, the blob is capable of solving complex problems, such as finding the shortest path through a maze, and learning from its environment," explains Boris Hespeels.

Physarum polycephalum

Boris Hespeels is a researcher at the ILEE Institute and the Beblob project leader alongside Anne-Catherine Heuskin, a researcher at the Narilis Institute. "We're also interested in its amazing ability to dry out completely and survive extreme stresses, including the vacuum of space, extreme temperatures or even high doses of radiation causing massive DNA damage," the two Namur researchers continue.

Development of a miniaturized vessel for the blob

Building on their experience gained on previous ISS missions with other biological models, UNamur teams have developed a new miniaturized "vessel" for carrying different blob samples. In orbit, the astronaut will rehydrate the samples, which will then have to adapt to their new environment. The objectives are twofold: firstly, to assess the effects of the orbital environment on blob metabolism; secondly, to study DNA repair in samples previously irradiated on Earth by massive doses. Scientists will analyze how this organism repairs its genome in microgravity, and determine whether this process is altered by spaceflight.

Implications and potential applications

This work should make it possible to identify key players in cell protection and repair under extreme conditions. Combined with the many experiments carried out at UNamur, they could ultimately lead to the development of new molecules capable of protecting astronauts, preserving fragile biological samples or even limiting the side effects of radiotherapy by protecting patients' healthy cells.

Image
Boris Hespeels

Despite the recent - and controversial - media coverage of tourist flights, space remains today, and will probably remain so for years to come, an environment that is difficult to access and hostile to human presence. The International Space Station (ISS), assembled in the early 2000s, was designed as an immense laboratory for studying phenomena impossible to reproduce on Earth, and for analyzing the impact of microgravity and exposure to cosmic radiation on living organisms. To prepare for the future of exploration, which will include new orbital stations, a sustainable return to the Moon and, eventually, the installation of man on Mars, the study of the adaptation of living organisms and the protection of astronauts are a priority for space agencies. At the same time, fundamental research continues to focus on the origin of life and the possibility of its existence elsewhere in the Universe.

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Boris Hespeels Biology researcher at the ILEE Institute

Raising awareness among young people and inspiring vocations

Finally, the BeBlob project is in line with UNamur's vocation to disseminate science to as many people as possible. A didactic and educational component will thus accompany the experiment: Physarum polycephalum will be introduced into schools to highlight research, the human adventure experienced by the Belgian astronaut within the ISS, and to spark scientific vocations thanks to the inspiring combination between space exploration and the extraordinary properties of this organism.

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Station spatiale internationale (ISS)

Space mission 2026

Discover the other scientific experiments selected to be carried out on board the International Space Station (ISS) during astronaut Raphaël Liégeois's mission in 2026

A Federal Science Policy SPP project (BELSPO-Belgian Science Policy Office), with the support of the European Space Agency (ESA).

Logos ESA - Belspo

UNIVERSEH (European Space University for Earth and Humanity) is part of the "European Universities" initiative promoted by the European Commission. Its ambition is to develop a space to meet the societal, social and environmental challenges arising from European space policy.

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Agenda

01

ILEE-NISM (lunch) seminar

Séminaire

ILEE-NISM (lunch) seminar

Physique
1
11:00 - 12:00
Université de Namur, Faculté des sciences, S05 - rue Grafé, 2 - 5000 Namur
Contact person :  Mayer Carolin

Monthly seminar for ILEE members to present their research during lunch. This time we are happy to welcome PhD Michael Shribak from the Marine Biological Laboratory, University of Chicago.

High-Sensitivity Birefringence Mapping Using Near-Circularly Polarized Light

I will describe several techniques for mapping a two-dimensional birefringence distribution, which can be classified according to the optical schemes and principles of work:

  • Illumination geometry (transmitted light/reflected light)
  • Image acquisition (sequential acquisition/simultaneous acquisition)
  • Polarization control (electrically controlled variable retardance/mechanical rotation).

This classification facilitates a comparative analysis of the capabilities and limitations in these methods for birefringence characterization.
Polychromatic polarizing microscopy (PPM) provides unique capabilities to alternative methods. It leverages vector interference to generate vivid, full-spectrum colors at extremely low retardances, down to < 10 nm. PPM is a significant departure from conventional polarizing microscopes that rely on Newton interference, which requires retardances above 400 nm for color formation. Furthermore, PPM's color output directly reflects the orientation of the birefringent material, a feature absent in conventional microscopy where color is solely determined by retardance.

Joint seminar of ILEE & NISM!

The seminar is open to external people too, no need to register.

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