Multi-model ensemble forecasting and glider path planning in the Mid-Atlantic Bight-Reference-Cited by-同舟云学术

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Multi-model ensemble forecasting and glider path planning in the Mid-Atlantic Bight

Published:2013-07 Issue: Volume:63 Page:S223-S234
ISSN:0278-4343
Container-title:Continental Shelf Research
language:en
Short-container-title:Continental Shelf Research

Author:

Wang Xiaochun,Chao Yi,Thompson David R.,Chien Steve A.,Farrara John,Li Peggy,Vu Quoc,Zhang Hongchun,Levin Julia C.,Gangopadhyay Avijit

Publisher

Elsevier BV

Subject

Geology,Aquatic Science,Oceanography

Reference44 articles.

1. An oceanic general circulation model framed in hybrid isopycnic–Cartesian coordinates;Bleck;Ocean Modeling,2002

2. An operational circulation modeling system for the Gulf of Maine/Georges Bank region, part 1;Brown;IEEE Journal of Oceanic Engineering,2007

3. An operational circulation modeling system for the Gulf of Maine/Georges Bank region, part 2: applications;Brown;IEEE Journal of Oceanic Engineering,2007

4. Blending sea surface temperatures from multiple satellites and in situobservations for coastal oceans;Chao;Journal of Atmospheric and Oceanic Technology,2009

5. Development, implementation and evaluation of a data-assimilative ocean forecasting system off the central California coast;Chao;Deep-Sea Research II,2009

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1. Recent advances in path planning for underwater gliders: A comprehensive review;Ocean Engineering;2024-05

2. Tracking moving mesoscale eddies with underwater gliders under autonomous prediction and control;Control Engineering Practice;2021-08

3. Annual and Seasonal Surface Circulation Over the Mid‐Atlantic Bight Continental Shelf Derived From a Decade of High Frequency Radar Observations;Journal of Geophysical Research: Oceans;2020-11

4. Autonomous control of marine floats in the presence of dynamic, uncertain ocean currents;Robotics and Autonomous Systems;2018-10

5. Modeling pathogens for oceanic contact recreation advisories in the New York City area using total event simulations;Ecological Modelling;2017-12

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