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.

Advances in the LemnaTec software to improve the analysis of important crop traits

Presentation: Advances in the LemnaTec software to improve the analysis of important crop traits

Presentation: Advances in the LemnaTec software to improve the analysis of important crop traits

What do we learn from automated plant phenotyping?

Poster: Substantial progress in automated and non-invasive plant phenotyping technology during the recent two decades

High throughput 3D plant analysis – precise inspection on organ and field scale

Poster: High throughput 3D plant analysis – precise inspection on organ and field scale

Plant organ phenotyping enables analysing developmental processes and diurnal changes

Poster: Plant organ phenotyping enables analysing developmental processes and diurnal changes

Automated analysis of disease symptoms using LemnaTec Scanalyzer

Poster: Automated analysis of disease symptoms using LemnaTec Scanalyzer

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How does Phenotyping work?

Phenotypes are those properties of organisms that make up their appearance, essentially dimensions, morphology, and colour.

Plant Phenotyping

Traits

Non-invasive measurements with cameras and scanners capture a broad variety of traits in above-ground plant parts such as shoots, leaves, flowers or fruits.

Environmental factors determine phenotypic appearance

Collaborations in Science and Technology

LemnaTec is committed to a broad spread of collaborations that encompass industry, research and academia.

References

LemnaTec is cited in many publications relating to plant phenotyping and beyond. Several studies were published that comprise data generated with LemnaTec technology, and various papers refer to such methods and technology by citing them.