Top Cloud-agri uses artificial intelligence, Internet of Things, big data and other digital technologies to develop a series of instruments and intelligent equipment, and optimizes data measurement such as phenotyping analysis and crops analysis by means of "machines help people" and "machines replace people" to improve the efficiency of data measurement and speed up scientific research
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Agro Environmental
Provide microclimate data monitoring and application services for scientific research experimental bases, agriculture, forestry and grass production bases, campuses, ecological parks, natural resources and other places.
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Plant Protection
Prevention first and Comprehensive control, intelligent pest and disease monitoring, pest and disease investigation, disease detection assistant, and robot substitution to remotely monitor the dynamics of field pests.
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Produce Quality
Detect the morphological characteristics and physical and chemical indicators of crop products such as nutritional value, quality taste, unique flavor, fullness, and regularity. Include crop starch, protein, fat, cellulose, and other quality indicators for testing.
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Plant Physiology
It mainly studies the laws of plant life activities and regulation mechanisms, and regulates plant growth and development, energy conversion and material metabolism processes. Equipment for photosynthetic physiology, respiratory physiology, water physiology, mineral nutrition physiology, growth and development and resistance physiology can provide scientific research personnel with convenient services.
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Soil
Soil temperature, moisture, nutrients, physical and chemical properties, etc. are the basis for crop growth. Soil testing equipment can provide scientific research users with intelligent collection methods and improve scientific research efficiency.
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Food Safety
Improve the safety, quality testing of fruits and vegetables, reduce pesticide residues such as pyrethroids, organophosphates and carbamates in fruits and vegetables, teas, and detect the sugar content, hardness, maturity, total acidity and other quality parameters of the fruits.
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Plant phenotype
The changes in crop/plant pair genes and growth environment will lead to changes in plant type, root system, leaf area, plant height, lodging resistance and other biological characteristics.
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Crop breeding
High-precision crop height, stem and leaf angles, leaf morphology, ears and grains and other intelligent data collection can help researchers to explore the effects of different varieties on plant traits, seed phenotypes, yield and quality.
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Seed
Good seed breed good seedlings. Seed moisture content, Cleaness, purity, Healthy and vigorous, and germination rate are important guarantees for the protection of germplasm resources, the evaluation of seed health, and the guidance of agricultural production.
