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Cyril Abad Jef Bonifacino Tjorven Bruyneel Phyllis B. Dooney Tim Franco Alex Kemman Romain Philippon Tommaso Rada Jana Margarete Schuler Matjaz Tancic Polly Tootal Patrick Wack Melanie Wenger Mathias Zwick
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Home Photographers Cyril Abad Jef Bonifacino Tjorven Bruyneel Phyllis B. Dooney Tim Franco Alex Kemman Romain Philippon Tommaso Rada Jana Margarete Schuler Matjaz Tancic Polly Tootal Patrick Wack Melanie Wenger Mathias Zwick Stories News About About Us Books & Prints ContactOpen calls
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  Vacant land in Ghent, where household waste was buried in the past, with a slightly contaminated subsoil.
  Vacant land in Ghent, where household waste was buried in the past, with a slightly contaminated subsoil.

Vacant land in Ghent, where household waste was buried in the past, with a slightly contaminated subsoil.

 Playground in Leuven, household waste dumping leads to light soil contamination.

Playground in Leuven, household waste dumping leads to light soil contamination.

  University campus in Merelbeke, non-hazardous waste was dumped, although the soil is reported to be slightly contaminated.

University campus in Merelbeke, non-hazardous waste was dumped, although the soil is reported to be slightly contaminated.

  In the Port of Antwerp (Beveren), dredged sludge is removed to preserve the depth and flow of canals and harbors, ensuring the continued movement of shipping traffic. In the past, this sludge was frequently dumped along the riverbanks, potentially

In the Port of Antwerp (Beveren), dredged sludge is removed to preserve the depth and flow of canals and harbors, ensuring the continued movement of shipping traffic. In the past, this sludge was frequently dumped along the riverbanks, potentially leading to soil contamination.

 Private property in Harelbeke, dredged waste was dumped, causing the soil to become lightly contaminated.

Private property in Harelbeke, dredged waste was dumped, causing the soil to become lightly contaminated.

 Private land in Harelbeke, construction waste was dumped; details about the soil condition are available exclusively to the owners.

Private land in Harelbeke, construction waste was dumped; details about the soil condition are available exclusively to the owners.

 This landfill at the Port of Ghent is still active.

This landfill at the Port of Ghent is still active.

Tjorven Bruyneel_Soil resilience in Flanders_09.jpg

Tjorven Bruyneel_Soil resilience in Flanders_09.jpg

The soil plays an invaluable role in food production, water management, resource extraction, and biodiversity. Unfortunately, the soil is contaminated in many places in Flanders. Various factors, including land use, industrial activities, agricultural practices, and urbanization, influence soil quality. Significant efforts have been made in recent years to address pollution and ensure soil quality for the future. According to government agencies, Flanders is a global example of efficient soil management, with less than 2% of our waste being landfilled in 2022. Nevertheless, we are faced with numerous former landfill sites from the past. This raises questions about the future possibilities of these risk areas left to us by history. I like to narrate a visual story with images that highlight the resilience of the soil, as well as the commitment to maintaining sustainable soil practices, with specific attention to the revised land use of old landfill sites.

Tjorven Bruyneel_Soil resilience in Flanders_11.jpg

Tjorven Bruyneel_Soil resilience in Flanders_11.jpg

Draft project proposal: The soil plays an invaluable role in food production, water management, resource extraction, and biodiversity. Unfortunately, the soil is contaminated in many places in Flanders. Various factors, including land use, industrial activities, agricultural practices, and urbanization, influence soil quality. Significant efforts have been made in recent years to address pollution and ensure soil quality for the future. According to government agencies, Flanders is a global example of efficient soil management, with less than 2% of our waste being landfilled in 2022. Nevertheless, we are faced with numerous former landfill sites from the past. This raises questions about the future possibilities of these risk areas left to us by history. I would like to narrate a visual story with images that highlight the resilience of the soil, as well as the commitment to maintaining sustainable soil practices, with specific attention to the revised land use of old landfill sites.

Tjorven Bruyneel_Soil resilience in Flanders_10.jpg

Tjorven Bruyneel_Soil resilience in Flanders_10.jpg

Draft project proposal: The soil plays an invaluable role in food production, water management, resource extraction, and biodiversity. Unfortunately, the soil is contaminated in many places in Flanders. Various factors, including land use, industrial activities, agricultural practices, and urbanization, influence soil quality. Significant efforts have been made in recent years to address pollution and ensure soil quality for the future. According to government agencies, Flanders is a global example of efficient soil management, with less than 2% of our waste being landfilled in 2022. Nevertheless, we are faced with numerous former landfill sites from the past. This raises questions about the future possibilities of these risk areas left to us by history. I would like to narrate a visual story with images that highlight the resilience of the soil, as well as the commitment to maintaining sustainable soil practices, with specific attention to the revised land use of old landfill sites.

Tjorven Bruyneel_Soil resilience in Flanders_15.jpg

Tjorven Bruyneel_Soil resilience in Flanders_15.jpg

Draft project proposal: The soil plays an invaluable role in food production, water management, resource extraction, and biodiversity. Unfortunately, the soil is contaminated in many places in Flanders. Various factors, including land use, industrial activities, agricultural practices, and urbanization, influence soil quality. Significant efforts have been made in recent years to address pollution and ensure soil quality for the future. According to government agencies, Flanders is a global example of efficient soil management, with less than 2% of our waste being landfilled in 2022. Nevertheless, we are faced with numerous former landfill sites from the past. This raises questions about the future possibilities of these risk areas left to us by history. I would like to narrate a visual story with images that highlight the resilience of the soil, as well as the commitment to maintaining sustainable soil practices, with specific attention to the revised land use of old landfill sites.

Tjorven Bruyneel_Soil resilience in Flanders_16.jpg

Tjorven Bruyneel_Soil resilience in Flanders_16.jpg

Draft project proposal: The soil plays an invaluable role in food production, water management, resource extraction, and biodiversity. Unfortunately, the soil is contaminated in many places in Flanders. Various factors, including land use, industrial activities, agricultural practices, and urbanization, influence soil quality. Significant efforts have been made in recent years to address pollution and ensure soil quality for the future. According to government agencies, Flanders is a global example of efficient soil management, with less than 2% of our waste being landfilled in 2022. Nevertheless, we are faced with numerous former landfill sites from the past. This raises questions about the future possibilities of these risk areas left to us by history. I would like to narrate a visual story with images that highlight the resilience of the soil, as well as the commitment to maintaining sustainable soil practices, with specific attention to the revised land use of old landfill sites.

Tjorven Bruyneel_Soil resilience in Flanders_37.jpg

Tjorven Bruyneel_Soil resilience in Flanders_37.jpg

Tjorven Bruyneel_Soil resilience in Flanders_40.jpg

Tjorven Bruyneel_Soil resilience in Flanders_40.jpg

Tjorven Bruyneel_Soil resilience in Flanders_49.jpg

Tjorven Bruyneel_Soil resilience in Flanders_49.jpg

The soil plays an invaluable role in food production, water management, resource extraction, and biodiversity. Unfortunately, the soil is contaminated in many places in Flanders. Various factors, including land use, industrial activities, agricultural practices, and urbanization, influence soil quality. Significant efforts have been made in recent years to address pollution and ensure soil quality for the future. According to government agencies, Flanders is a global example of efficient soil management, with less than 2% of our waste being landfilled in 2022. Nevertheless, we are faced with numerous former landfill sites from the past. This raises questions about the future possibilities of these risk areas left to us by history. I like to narrate a visual story with images that highlight the resilience of the soil, as well as the commitment to maintaining sustainable soil practices, with specific attention to the revised land use of old landfill sites.

Tjorven Bruyneel_Soil resilience in Flanders_53.jpg

Tjorven Bruyneel_Soil resilience in Flanders_53.jpg

Tjorven Bruyneel_Soil resilience in Flanders_06.jpg

Tjorven Bruyneel_Soil resilience in Flanders_06.jpg

The soil plays an invaluable role in food production, water management, resource extraction, and biodiversity. Unfortunately, the soil is contaminated in many places in Flanders. Various factors, including land use, industrial activities, agricultural practices, and urbanization, influence soil quality. Significant efforts have been made in recent years to address pollution and ensure soil quality for the future. According to government agencies, Flanders is a global example of efficient soil management, with less than 2% of our waste being landfilled in 2022. Nevertheless, we are faced with numerous former landfill sites from the past. This raises questions about the future possibilities of these risk areas left to us by history. I like to narrate a visual story with images that highlight the resilience of the soil, as well as the commitment to maintaining sustainable soil practices, with specific attention to the revised land use of old landfill sites.

Tjorven Bruyneel_Soil resilience in Flanders_51.jpg

Tjorven Bruyneel_Soil resilience in Flanders_51.jpg

The soil plays an invaluable role in food production, water management, resource extraction, and biodiversity. Unfortunately, the soil is contaminated in many places in Flanders. Various factors, including land use, industrial activities, agricultural practices, and urbanization, influence soil quality. Significant efforts have been made in recent years to address pollution and ensure soil quality for the future. According to government agencies, Flanders is a global example of efficient soil management, with less than 2% of our waste being landfilled in 2022. Nevertheless, we are faced with numerous former landfill sites from the past. This raises questions about the future possibilities of these risk areas left to us by history. I like to narrate a visual story with images that highlight the resilience of the soil, as well as the commitment to maintaining sustainable soil practices, with specific attention to the revised land use of old landfill sites.

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  Vacant land in Ghent, where household waste was buried in the past, with a slightly contaminated subsoil.
 Playground in Leuven, household waste dumping leads to light soil contamination.
  University campus in Merelbeke, non-hazardous waste was dumped, although the soil is reported to be slightly contaminated.
  In the Port of Antwerp (Beveren), dredged sludge is removed to preserve the depth and flow of canals and harbors, ensuring the continued movement of shipping traffic. In the past, this sludge was frequently dumped along the riverbanks, potentially
 Private property in Harelbeke, dredged waste was dumped, causing the soil to become lightly contaminated.
 Private land in Harelbeke, construction waste was dumped; details about the soil condition are available exclusively to the owners.
 This landfill at the Port of Ghent is still active.
Tjorven Bruyneel_Soil resilience in Flanders_09.jpg
Tjorven Bruyneel_Soil resilience in Flanders_11.jpg
Tjorven Bruyneel_Soil resilience in Flanders_10.jpg
Tjorven Bruyneel_Soil resilience in Flanders_15.jpg
Tjorven Bruyneel_Soil resilience in Flanders_16.jpg
Tjorven Bruyneel_Soil resilience in Flanders_37.jpg
Tjorven Bruyneel_Soil resilience in Flanders_40.jpg
Tjorven Bruyneel_Soil resilience in Flanders_49.jpg
Tjorven Bruyneel_Soil resilience in Flanders_53.jpg
Tjorven Bruyneel_Soil resilience in Flanders_06.jpg
Tjorven Bruyneel_Soil resilience in Flanders_51.jpg

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