Phenotyping Applications available in Texas
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Mapping Drone for Agriculture industry
Advanced crop scouting in less time. Agricultural drones provide growers, service providers, and ag researchers a fast and efficient way to scout their crops, identify stress, create treatment plans, track plant growth, and much more. Using high-resolution RGB cameras and professional multispectral sensors, drones like the WingtraOne can detect and quantify crop health problems early on. These valuable insights can reduce input costs and boost ...
By Wingtra AG based in Zurich, SWITZERLAND.
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Agricultural ecosystem solutions for crop agricultural machinery industry
Our image analysis pipeline ingests images from drones, ground based imaging systems, satellites and delivers uses well vetted algorithms and AI-powered deep learning modules to calculate an ever growing range of traits as we are always pushing the boundaries of plant phenotyping. Discover below our dedicated Agro-Production case studies portfolio to dive deeper into Hiphen's crop assessment expertise. Also, as we have great R&D capabilities, we can develop and provide new traits upon ...
By Hiphen based in Avignon, FRANCE.
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Plantarray Solution for Whole Plant Physiology
Researchers and breeders are returning to nature, searching for explanations about plant adaptation and adaptation abilities to harsh environments. Finding a genotype that presents a trait to cope with drought or salinity could improve crop production and ...
By Plant-DiTech Ltd based in Rehovot, ISRAEL.
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Transgenic Animals Based on htDNA-chip®
For an individual animal, non-self genetic components belong to foreign genes. If the foreign genes are integrated or introduced into animal chromosomal genes, then the foreign genes are called transgenes. This animal is called transgenic animals. Transgenic animals use biotechnology to stably change the genetic characteristics of animals. The phenotype of transgenic animals is changed including the performance in growth and the disease resistance. At present, transgenic animals have become an important field in ...
By CD Biosciences - htDNA-chip® based in Shirley, NEW YORK (USA).
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Breeding for stress tolerance
Recent progress and cost reductions in sequencing methods suggest that the avoidance of future breeding bottlenecks will require the ability to phenotype large populations in a reliable and effective way. Reliable assessment of quantitative physiological traits (QPTs) such as growth rate, water use efficiency or transpiration are important aspects in many research and development programs. Nevertheless, measuring these QPTs has always been a major challenge due to the complex nature of the phenotype, the number of ...
By Plant-DiTech Ltd based in Rehovot, ISRAEL.
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Breakthrough Technology for Crop Improvement
Breakthrough technology innovation applied for crop improvement, for and with ...
By KeyGene based in Wageningen, NETHERLANDS.
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Grain Analyzer for Squash phenotyping and grading
Sample weight-up to 30 grams (~200 grains). 20 seconds analysis time. 25 micron measurement accuracy. 240 X 170 mm (9.5” X 6.7”) Inspection area . Advanced algorithm for high density sample . 8,000 color pixels per grain. High resolution industrial grade camera. No minimum sample ...
By Vibe Imaging Analytics Ltd. based in Capitola, CALIFORNIA (USA).
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High-resolution Imaging Systems for Phenotyping
Validation and accuracy of phenotyping information is crucial for plant research and crop improvement. Conventional phenotypic analysis in plant relies on the assessment and characterization of vegetation constitution mainly with manual observations. But visual assessment and manual measurements can be subjective, prone to human bias, time-consuming and labour-intensive, leading to variations in interpretations and being impractical for large-scale. Due to the subjectivity in data collection, reproducibility is ...
By Konica Minolta Sensing based in Ramsey, NEW JERSEY (USA).
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Agricultural ecosystem solutions for seed breeding sector
The Best Of Our Scientific Expertise Dedicated To Breeders. Our image analysis pipeline ingests images from drones, ground based imaging systems, satellites and delivers uses well vetted algorithms and AI-powered deep learning modules to calculate an ever growing range of traits as we are always pushing the boundaries of plant phenotyping. Discover below our dedicated Seed Breeding case studies portfolio to dive deeper into Hiphen's crop assessment expertise. Also, as we have great R&D capabilities, we can ...
By Hiphen based in Avignon, FRANCE.
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Agricultural ecosystem solutions for agro-production industry
Our image analysis pipeline ingests images from drones, ground based imaging systems, satellites and delivers uses well vetted algorithms and AI-powered deep learning modules to calculate an ever growing range of traits as we are always pushing the boundaries of plant phenotyping. Discover below our dedicated Agro-Production case studies portfolio to dive deeper into Hiphen's crop assessment expertise. Also, as we have great R&D capabilities, we can develop and provide new traits upon ...
By Hiphen based in Avignon, FRANCE.
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