@UgaZaku will present the following title at this symposium. “Root design using nondestructive phenotyping for the development of climate-resilient crops” We hope you will join it. cps-supercrop.jp/en/ms_sympo…

We are pleased to be published our new article "Four-dimensional measurement of root system development using time-series three-dimensional volumetric data analysis by backward prediction" on Plant Methods. rdcu.be/c1k0v

Webinar workshop "Unveiling the secret of underground: technologies for visualizing root and rhizosphere" was a success. Thanks to the cooperation of the all speakers. We are preparing for registrants to watch the recorded talks from "Mypage" after tomorrow. Please wait a moment.

Thank you very much for registering for the workshop, we had a total of 915 registrations from 65 countries. We look forward to a successful workshop tomorrow.

Webinar workshop "Unveiling the secret of underground: technologies for visualizing root and rhizosphere" will be held on November 4. More than 800 people have registered for this WS! Registration is limited to 1000. If you are interested, please join us. rootomics.online

Webinar workshop "Unveiling the secret of underground: technologies for visualizing root and rhizosphere" will be held on November 4. More than 800 people have registered for this WS! Registration is limited to 1000. If you are interested, please join us. rootomics.online

Webinar workshop "Unveiling the secret of underground: technologies for visualizing root and rhizosphere" will be held on November 4. More than 800 people have registered for this WS! Registration is limited to 1000. If you are interested, please join us. rootomics.online

Webinar workshop "Unveiling the secret of underground: technologies for visualizing root and rhizosphere" will be held on November 4. More than 700 people have registered for this WS. Registration is limited to 1000. If you are interested, please join us.

Webinar workshop "Unveiling the secret of underground: technologies for visualizing root and rhizosphere" will be held on November 4. More than 700 people have registered for this WS. Registration is limited to 1000. If you are interested, please join us. rootomics.online

Webinar workshop "Unveiling the secret of underground: technologies for visualizing root and rhizosphere" will be held on November 4. After the WS, participants can view the lectures on demand for a limited time. We hope you will join us. rootomics.online

Webinar workshop "Unveiling the secret of underground: technologies for visualizing root and rhizosphere" will be held on November 4. We hope you will join us. rootomics.online

Webinar workshop "Unveiling the secret of underground: technologies for visualizing root and rhizosphere" will be held on November 4. We hope you will join us. rootomics.online

Webinar workshop "Unveiling the secret of underground: technologies for visualizing root and rhizosphere" will be held on November 4. We hope you will join us. rootomics.online

Webinar workshop "Unveiling the secret of underground: technologies for visualizing root and rhizosphere" will be held on November 4. We hope you will join us. rootomics.online/

We are hosting an international workshop on visualization techniques for roots and rhizosphere on November 4 via webinar. There is no registration fee, so please join us. For more information, please visit the following URL. rootomics.online/

Happy to announce the new review article from our group🎉 J-STAGE Articles - Improving the efficiency of plant root system phenotyping through digitization and automation doi.org/10.1270/jsbbs.21053

We are pleased to announce a new page to introduce the devices and programs of root phenotyping analysis that we have developed in ROOTomoics Lab. Please take a look at it. rootomics.dna.affrc.go.jp/en…

We are happy to introduce our newly developed RSAtrace3D, which is a root vectorization software for phenotyping of 3D root system architecture. rdcu.be/cv8fR

We announce our paper about Backhoe-assisted monolith method for plant root phenotyping under upland conditions doi.org/10.1270/jsbbs.19019