Research Explorer

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Researcher

Lidewei Vergeynst

Awards & Distinctions

18 Results

2017

Capacitive water release and internal leaf water relocation delay drought-induced cavitation in African Maesopsis eminii

Jackie EpilaNiels De BaerdemaekerLidewei VergeynstWouter MaesHans BeeckmanKathy Steppe

A1 Journal Article in TREE PHYSIOLOGY

2016

Acoustic emissions to measure drought-induced cavitation in plants

Linus De RooLidewei VergeynstNiels De BaerdemaekerKathy Steppe

A1 Journal Article in APPLIED SCIENCES-BASEL

Clustering reveals cavitation-related acoustic emission signals from dehydrating branches

Lidewei VergeynstMarkus GR SauseNiels De BaerdemaekerLinus De RooKathy Steppe

A1 Journal Article in TREE PHYSIOLOGY

How important is woody tissue photosynthesis in poplar during drought stress?

Jasper BloemenLidewei VergeynstLander Overlaet-MichielsKathy Steppe

A1 Journal Article in TREES-STRUCTURE AND FUNCTION

2015

Cavitation: a blessing in disguise? : new method to establish vulnerability curves and assess hydraulic capacitance of woody tissues

Lidewei VergeynstManuel DierickJan BogaertsVeerle CnuddeKathy Steppe

A1 Journal Article in TREE PHYSIOLOGY

Deciphering acoustic emission signals in drought stressed branches: the missing link between source and sensor

Lidewei VergeynstMarkus GR SauseMarvin A HamstadKathy Steppe

A1 Journal Article in FRONTIERS IN PLANT SCIENCE

Investigation and application of the acoustic emission technique to measure drought-induced cavitation in woody plants

Lidewei VergeynstKathy Steppe

Micro-CT: a technology for direct visualisation and quantification in plant ecophysiology

Kathy SteppeLidewei VergeynstNiels De BaerdemaekerJanne Van Camp

Woody tissue photosynthesis in trees: salve on the wounds of drought?

Maurits VandegehuchteJasper BloemenLidewei VergeynstKathy Steppe

A1 Journal Article in NEW PHYTOLOGIST

2014

Acoustic emission signal detection in drought-stressed trees: beyond counting hits

Lidewei VergeynstMarkus GR SauseKathy Steppe

Changes in stem water content influence sap flux density measurements with thermal dissipation probes

Lidewei VergeynstMaurits VandegehuchteMary Anne McGuireRobert O TeskeyKathy Steppe

A1 Journal Article in TREES-STRUCTURE AND FUNCTION

Finite element modelling used to support wood failure identification based on acoustic emission signals

Lidewei VergeynstMarkus GR SauseFranziska RitschelAndreas J BrunnerPeter NiemzKathy Steppe

2013

Changes in stem water content result in underestimated sap flux density with thermal dissipation probes

Lidewei VergeynstMaurits VandegehuchteMary Anne McGuireRobert O TeskeyKathy Steppe

Leer luisteren naar de ultrasone taal van bomen

Lidewei VergeynstKathy Steppe

New type of vulnerability curve gives insight in the hydraulic capacitance and conductivity of the xylem

Lidewei VergeynstJan BogaertsAnnelies BaertLies KipsKathy Steppe

Use of plant sensors to establish vulnerability curves and assess water storage capacity

Kathy SteppeLidewei VergeynstManuel DierickVeerle Cnudde

2012

Can we grasp the ultrasonic language of living trees?

Lidewei VergeynstKathy Steppe

2011

Changes in temperature and stem water content evoke erroneous sap flux density estimates with Thermal Dissipation Probes

Lidewei VergeynstMaurits VandegehuchteMary Anne McGuireRobert O TeskeyKathy Steppe