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The core educational objective of our approach is to use connections between deployed science teams and our target audiences with real-time data to increase awareness and understanding of the Antarctic ecosystem as it responds to global climate change. In 2010–2011 we completed a rigorous field campaign to examine the impact of upwelled Modified Circumpolar Deep Water (MCDW) on the Ross Sea ecosystem...
The global need for sustainable development has never been greater. Solutions to provide food, water, energy and economic security to a growing global population that is increasingly coastal will necessarily involve the ocean. Every coastal country should be able to monitor their own waters, share their data as appropriate, and respond to actionable forecasts and information that supports a sustainable...
A paper was presented at OCEANS '15 on a new way of increasing the resiliency of a High Frequency radar network through the use of bistatic measurements. This was modeled on the Mid Atlantic Regional Association Coastal Ocean Observing System (MARACOOS) High Frequency Radar network. The bistatic operating system is a recent feature of the SeaSonde HF radar. The bistatic capability is a viable way...
The proliferation of HF radar networks around the globe has made them a vital component of the ocean observing endeavor. There are approximately thirty-four nations with oceanographic HF radar networks, eight of which have over 10 radar stations in their network. Providing high quality measurements for sustained periods of time is of the utmost importance. The global HF radar network has been established...
There are approximately 300 High Frequency (HF) radars deployed around the globe making real time measurements of the surface currents in the coastal ocean. In the United States, the HF radar network within the Mid Atlantic Regional Association Coastal Ocean Observing System (MARACOOS) became operational with the United States Coast Guard in May 2009. This model was expanded nationally and the Integrated...
The Lagrangian Transport and Transformation Experiment (LaTTE) study of the Hudson River Plume has now completed 2 of its 3 field seasons. The interdisciplinary study is being conducted in a sustained coastal research observatory that provides a spatial and temporal context for adaptive shipboard sampling. Observations from the second LaTTE field season are used here to describe the processes responsible...
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