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agriculture monitoring Applications

  • Rugged Mobile Technology for Agriculture Monitoring

    Whether its use is mission-critical or just to make your job a little easier, agricultural demand for rugged mobile technology is increasing. Our handhelds keep up with the latest agriculture technology.

    By Handheld Group AB based in Lidköping, SWEDEN.

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    Meteorological sensors for agricultural meteorology sector

    Agro-meteorological application (AgMet) are becoming more and more important. With a rising world population, agricultural production has to become more efficient. Water is precious and scarce, pesticides are expensive and harmful to the environment if they get into the soil.

    By OTT HydroMet based in Kempten, GERMANY.

  • Agricultural Drones for Crop Protection Monitoring

    Prevent birds from eating high value crops Keep birds away from crude oil ponds and other restricted areas Prevent birds that cause disease to crops Detect and track plant disease Identify wildlife that may consume crops

    By PrecisionHawk based in Noblesville, INDIANA (USA).

  • Agricultural Drones for Crop Production Monitoring

    Crop status monitoring (growing stage, yield estimates, etc.) Precision agriculture monitoring for prescription data Tiling/drainage evaluation and survey Time-saving pre-assessment for field tasks Oblique shots for de-tassel timing Drainage estimates and topography Planting evaluation and replanting requirements Plant pathogen introduction and tracking + Weed levels

    By PrecisionHawk based in Noblesville, INDIANA (USA).

  • FT-NIR Analysis of Feed and Feed Ingredients

    With Galaxy Scientific's FT-NIR feed analyzer, technicians with no prior knowledge of spectroscopy can quickly and easily load and analyze samples of feed and feed ingredients. With just a mouse click, proximate and other important parameters will be analyzed with one measurement and in less than a minute.

    By Galaxy Scientific based in Nashua, NEW HAMPSHIRE (USA).

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    Gas analyzers and monitoring systems for Greenhouse gases from ruminants

    Ruminant livestock generate a significant proportion of anthropogenic GHG emissions, and thereby contribute to Climate Change. Ruminants such as cattle. sheep, goats and buffalo produce meat and milk through enteric fermentation – a digestive process in which microbes decompose and ferment food in the digestive tract or rumen. This process produces methane which is emitted via belching. The amount of methane produced is directly related to the type of food consumed and the level of intake, in addition to...

    By Gasmet Technologies Oy based in Vantaa, FINLAND.

  • Grain Analyzer for Soy sampling and grading

    Sample weight-up to 80 grams (~450 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 . 6,000 color pixels per grain. High resolution industrial grade camera. No minimum sample size.

    By Vibe Imaging Analytics Ltd. based in Capitola, CALIFORNIA (USA).

  • Aquaculture Monitoring

    Our custom multi-ion calibration solutions are made to match the matrix of your samples, thereby providing the grower with the most accurate data.

    By CleanGrow based in Vacaville, CALIFORNIA (USA).

  • Grain Analyzer for Blendingsrice and grains mixtures

    Vibe QM3 provides the % of each grain type in the sample. For grain blending and quality control.

    By Vibe Imaging Analytics Ltd. based in Capitola, CALIFORNIA (USA).

  • Grain Analyzer for Detection of Wheat Phenotypingand Grading

    Sample weight- up to 25 grams (^600 grains). 30 seconds analysis time. 25 micron measurement accuracy. 240 X 170 mm (9.5" X 6.7") Inspection area. Advanced algorithm for high density sample. 3,000 color pixels per grain. High resolution industrial grade camera. No minimum sample size.

    By Vibe Imaging Analytics Ltd. based in Capitola, CALIFORNIA (USA).

  • 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 size

    By Vibe Imaging Analytics Ltd. based in Capitola, CALIFORNIA (USA).

  • Determination of synthetic amino acids (methionine, threonine, tryptophan) in fodder additives

    Introduction The method is used for the determination of the mass fraction of free methionine, threonine, and tryptophan in fodder additives.

    By Lumex Instruments Group based in Mission, BRITISH COLUMBIA (CANADA).

  • Grain Analyzer for Detection of Black Fungus in Wheat

    Black Tip is caused by fungus that attacks wheat or barley kernels. In the early development stage the mold results in a decreased yields. In later stages attacks it results in discolored kernels that carry unwanted odors which results in a decrease in the commercial market value of the grain. According to USDA FGIS1, “kernels of wheat are considered damaged for inspection and grading purposes only when the damage is distinctly apparent”. In the U.S. wheat standard, blackened kernels are considered as...

    By Vibe Imaging Analytics Ltd. based in Capitola, CALIFORNIA (USA).

  • Nitric Oxide Instruments for Agriculture

    Zysense Nitric Oxide instruments are widely used in agricultural applications. It is used by leading scientists at USDA, and most agricultural research institutions, plant biology testing, and evaluate the role of Nitric oxide on plant growth and development. New research has shown the role of nitric oxide releasing molecules like Sodium Nitroprusside and its role in saline soils. NOA 280i is also used in natural juice research and its role on blood pressure reduction. Several studies have been done beet and...

    By Zysense based in Weddington, NORTH CAROLINA (USA).

  • Water Data Management Solution for Agricultural Monitoring

    Use KISTERS solutions for gathering of meteorological, soil, and other timely crop data from the field. Easily remove the difficulties in comparing statistics and validating information collected for the monitoring and measuring of agricultural production.

    By KISTERS AG based in Aachen, GERMANY.

  • LIBS for Macronutrient and Micronutrient Analysis in Soil

    Laser-induced breakdown spectroscopy (LIBS) offers the ability to analyze soil samples with little sample preparation, provides detection of all elements in the periodic table, and has a large dynamic range (ppm to wt. %).

    By Applied Spectra, Inc. (ASI) based in Fremont, CALIFORNIA (USA).

  • Industrial solutions for agriculture monitoring

    Using wireless sensor networks within the agricultural industry is increasingly common, as it provides many benefits to the farmer, impacting both the quality of the crops and the overall operating costs. WSN address the traditional monitoring problems related to oudoor areas, by removing the need of cables and of power sources in locations where no infrastructure is available. WSN are also specially suitable for temporary or problem-solving deployments, and to gather more numerous and more consistent data.

    By Advantic Sistemas y Servicios S.L based in Alcobendas, SPAIN.

  • Grain Analyzer for Tri-Color Quinoa Quality Control

    Sample weight-up to 12 grams (~3,000 grains). 40 seconds analysis time. 25 micron measurement accuracy. 240 X 170 mm (9.5” X 6.7”) Inspection area . Advanced algorithm for high density sample . 1,500 color pixels per grain. High resolution industrial grade camera. No minimum sample size.

    By Vibe Imaging Analytics Ltd. based in Capitola, CALIFORNIA (USA).

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    Analytical instruments for food and agricultural analysis

    Globalization puts ever-increasing demands on the food and agriculture industry. Highly sensitive analytical instrumentation is key for reliable monitoring of food products along the food chain starting from agricultural production over food processing and packaging to distribution and consumption. Analytik Jena analytical solutions help you meet industry standards during both development of new products or quality control assessment.

    By Analytik Jena - an Endress+Hauser Company based in Jena, GERMANY.

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