gtrancourt

3D-Organelle-Distances-

Calculate the distance between organelles to infer leaf function

3DLeafCT

Random forest segmentation of 3D leaf microCT images

3DLeafTortuosity

Computing plant leaf tortuosity from microCT stacks

curvature_correction

Accompanying R code for Theroux-Rancourt et al. (2017) The bias of a 2D view: Comparing 2D and 3D mesophyll surface area estimates using non-invasive imaging

fvm_plant_leaves

Finite volume modelling of plant leaves

garmin-connect-export

Download a copy of your Garmin Connect data, including stats and GPX tracks.

imagej_macros

Collection of ImageJ macros I created

leaf-traits-microct

Functions to segment plant leaves microCT scans into distinct tissues and to extract anatomical data and other functional traits.

microCT-leaf-traits

Functions to segment plant leaves microCT scans into distinct tissues and to extract anatomical data and other functional traits.

starter-hugo-research-group

gtrancourt/imagej_macros

Collection of ImageJ macros I created

gtrancourt/3D-Organelle-Distances-

Calculate the distance between organelles to infer leaf function

gtrancourt/3DLeafCT

Random forest segmentation of 3D leaf microCT images

gtrancourt/3DLeafTortuosity

Computing plant leaf tortuosity from microCT stacks

gtrancourt/curvature_correction

Accompanying R code for Theroux-Rancourt et al. (2017) The bias of a 2D view: Comparing 2D and 3D mesophyll surface area estimates using non-invasive imaging

gtrancourt/fvm_plant_leaves

Finite volume modelling of plant leaves

gtrancourt/garmin-connect-export

Download a copy of your Garmin Connect data, including stats and GPX tracks.

gtrancourt/leaf-traits-microct

Functions to segment plant leaves microCT scans into distinct tissues and to extract anatomical data and other functional traits.

gtrancourt/microCT-leaf-traits

Functions to segment plant leaves microCT scans into distinct tissues and to extract anatomical data and other functional traits.

gtrancourt/starter-hugo-research-group