– Canadian Business unveils 30th annual list of Canada’s Fastest-Growing Companies – Ottawa (September 17, 2018) Canadian Business and Maclean’s today released the 30th annual Growth 500, the definitive ranking of Canada’s Fastest-Growing Companies – and RBR made the list again. Produced by Canada’s premier business and current affairs media brands, the Growth 500 ranks Canadian businesses on five-year revenue … Read More
抹香鲸捕食海洋环境观测研究
Kaikoura海底峡谷毗邻新西兰海岸，其深水环境吸引大批抹香鲸常年聚居于此。海洋生物学家Dr. Marta Guerra已经在Kaikoura海沟附近收集了三年的抹香鲸数据，并使用RBRconcerto多参数温盐深水质仪收集了长达三年的抹香鲸生存/捕食海洋环境数据。
BC’s Earthquake Early Warning Offshore Sensor Deployments Completed
There are currently no known means to predict earthquakes reliably; however, seismic instruments can rapidly detect an earthquake as it begins to unfold and communicate a warning before shaking arrives. Earlier this month, Ocean Networks Canada (ONC) completed the installation of the last offshore earthquake early warning sensors on Canada’s largest fault. Over the last three summers, ONC has installed … Read More
NCOSM & RBR Collaboration
July 17, 2018 – Haikou, China RBR, a leading manufacturer of CTDs and other high-precision oceanographic instrumentation, has signed a Letter of Intent to develop a collaboration with the Chinese National Centre of Ocean Standards and Metrology (NCOSM) in a ceremony held in Haikou, China. These documents mark the start of an official relationship to certify NCOSM as an RBR-authorized calibration facility … Read More
New RBRquartz³ BPR (Bottom Pressure Recorder) Enables Tsunami Monitoring Programs
July 2018 – Ottawa, ON, Canada Accurate and long-term measurements of sea level, tidal harmonics, and tsunami activity are a growing requirement to address global coastal developments and risk mitigation programs. Real-time tsunami monitoring and warning systems are being developed to save lives, model wave propagation, and quantify coastal hazards. At the heart of these measurements is the new RBRquartz³ … Read More
Wirewalker™波浪动力剖面观测系统
Scripps海洋研究所在南加州La Jolla海底峡谷区域布放一台以波浪能为动力的Wirewalker™剖面观测系统，获取La Jolla海底峡谷的高垂向分辨率物理/生物参数观测剖面。该观测项目持续长达9个月。