RichardHarwood

3D-Cell-Workflow

3D-Organelle-Distances-

Calculate the distance between organelles to infer leaf function

3D_Unet_Plant_Roots

Capillary-contact-points-

Deep-Learning-Image-Segmentation

Workflows to (semi) automate image segmentation of microscopy datasets.

Deep-Learning-Segmentation-of-Cleared-Mouse-Brains-and-Plaque

image_analysis_SOD1

Imaging-The-Rhizosheath-

leaf-random-walk-

Understanding-pore-space-at-the-root-soil-interface

RichardHarwood/3D-Cell-Workflow

RichardHarwood/3D-Organelle-Distances-

Calculate the distance between organelles to infer leaf function

RichardHarwood/3D_Unet_Plant_Roots

RichardHarwood/leaf-random-walk-

RichardHarwood/Understanding-pore-space-at-the-root-soil-interface

RichardHarwood/Capillary-contact-points-

RichardHarwood/Deep-Learning-Image-Segmentation

Workflows to (semi) automate image segmentation of microscopy datasets.

RichardHarwood/Deep-Learning-Segmentation-of-Cleared-Mouse-Brains-and-Plaque

RichardHarwood/image_analysis_SOD1

RichardHarwood/Imaging-The-Rhizosheath-

RichardHarwood/richardharwood.github.io

Richard's website

RichardHarwood/Whole-Tree-Chamber-Isotope

Code to reproduce Whole Tree Isoflux