Biologists, agronomists, and breeders frequently use young seedlings for rapid testing of plant properties, features and responses. When screening large populations, such as mutants, transformants, crossings, or treatment-groups, test frequently […]
Roots are challenging in any investigation – usually they are just not accessible because they are hidden in the substrate. Advanced phenotyping systems such as Growscreen Rhizo give access […]
On April 22, 2019 LemnaTec Corporation held a Lunch & Learn event at Washington State University, Pullman, WA. During the lunch Dr. Todd M. DeZwaan, LemnaTec VP of Business […]
Mycorrhizas generally are considered as beneficial plant-microbe interactions. Advanced non-invasive phenotyping technology gives insight in the dynamic development of the plants in response to mycorrhiza. Non-invasive assessments of the dynamic […]
Phenotype analysis is challenging. It‘s even more challenging than genome analysis or other biological or chemical studies. Roland Pieruschka and Uli Schurr, phenotyping experts at Forschungszentrum Jülich back up this […]
The advantage of digital phenotyping in environmental stress assessment
Abiotic stresses have large potential of damaging plants, and this is one of the major threats in crop […]
When growing plants for bio-energy, it is highly desirable to avoid any competition with food production and to minimise any energy-demanding agricultural management such as fertilisation. Thus, ideally such plants […]
References LemnaTec is cited in hundreds of publications
Machine Learning and Sensor Fusion For Precision Farming Presentation: Machine learning is a type of artificial intelligence that provides computers with the ability to learn without being explicitly programmed. Download […]
Scientific Collaborations
LemnaTec is working with the Department of Plant Physiology at RWTH Aachen to develop and test laboratory phenotyping methods to measure biotic plant […]
