Research Explorer

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Project

Microbial colonisation of porous sedimentary rocks for their management of petrophysical properties.

Outputs and Outcomes

Publications

Enhanced imaging of biofilms in pore spaces with absorption and spectral CT

Laurenz SchröerTim BalcaenKarel FolensNico BoonJan DewanckeleTim De KockGreet KerckhofsVeerle Cnudde

3D visualization of cyanobacterial biofilms using micro-computed tomography with contrast-enhancing staining agents

Laurenz SchröerTim BalcaenKarel FolensNico BoonTim De KockGreet KerckhofsVeerle Cnudde

A2 Journal Article in TOMOGRAPHY OF MATERIALS AND STRUCTURES

The effects of cyanobacterial biofilms on water transport and retention of natural building stones

Laurenz SchröerTim De KockSebastiaan GodtsNico BoonVeerle Cnudde

A1 Journal Article in EARTH SURFACE PROCESSES AND LANDFORMS

Examining the potential of enzyme-based detergents to remove biofouling from limestone heritage

Laurenz SchröerGéraldine FiersMaxim DeprezNico BoonVeerle CnuddeLander SoensTim De Kock

A1 Journal Article in COATINGS

The capabilities of bacteria and archaea to alter natural building stones : a review

Laurenz SchröerNico BoonTim De KockVeerle Cnudde

A1 Journal Article in INTERNATIONAL BIODETERIORATION & BIODEGRADATION

Exploring microbial communities inhabiting gypsum crusts of weathered natural building stones

Laurenz SchröerTim De KockNico BoonVeerle Cnudde

Differential colonization of microbial communities inhabiting Lede stone in the urban and rural environment

Laurenz SchröerTim De KockVeerle CnuddeNico Boon

A1 Journal Article in SCIENCE OF THE TOTAL ENVIRONMENT

Bacterial colonization on weathered monuments : a case study on Lede Stone

Laurenz SchröerTim De KockNico BoonVeerle Cnudde

Linking microbial activity and the pore structure of a natural rock with X-ray Computed Tomography

Laurenz SchröerTim De KockVeerle CnuddeNico Boon

X-ray CT-technology revealing the effects of denitrifying bacteria on porous limestone

Laurenz SchröerTim De KockNico BoonVeerle Cnudde