LiveOcean is a daily forecast model of ocean conditions for the coastal waters of Washington, Oregon, and Vancouver Island, as well as the Salish Sea. It is forced with realistic tides, winds, rivers, and ocean conditions. The model simulates biogeochemical properties including phytoplankton, nitrate, dissolved oxygen, dissolved inorganic carbon, and alkalinity, up to 3 days in the future. It is used for the prediction of ocean acidification events in coastal estuaries, and for harmful algal bloom events on coastal beaches. I will describe the model construction, comparisons with observations, uses, and future developments
The Washington Ocean Acidification Center is working with NOAA and other partners to increase unders...
Climate change is a pressing environmental concern, and understanding how abiotic variation contribu...
The Chesapeake Bay Ecological Prediction System (CBEPS) automatically generates daily nowcasts and t...
There are serious concerns about ecological, social, and economic impacts in the Pacific Northwest d...
Coastal and estuarine waters of the northern California Current Ecosystem and southern Salish Sea be...
The Salish Sea Model explicitly evaluates the dynamics of carbonate chemistry parameters (pH, DIC, A...
International audienceMany coastal areas host rich marine ecosystems and are also centers of economi...
Graduation date: 2017Phytoplankton are a sentinel class of organisms in the marine environment. Thro...
An improved version of a diagnostic hydrodynamic and biogeochemical model (nutrients, phytoplankton,...
While ocean acidification was first investigated as a global phenomenon, coastal acidification has r...
Daily real-time nowcasts (current conditions) and 2-day forecasts of environmental conditions in the...
Several monitoring programs indicate the presence of lower pH and related changes in carbonate syste...
Salish Sea includes a network of coastal waterways spanning the southwest British Columbia (Canada) ...
Over the past 250 years, atmospheric levels of carbon dioxide (CO₂) have increased at an unprecedent...
Although the chemistry of ocean acidification (OA) is well understood, observing pH declines in the ...
The Washington Ocean Acidification Center is working with NOAA and other partners to increase unders...
Climate change is a pressing environmental concern, and understanding how abiotic variation contribu...
The Chesapeake Bay Ecological Prediction System (CBEPS) automatically generates daily nowcasts and t...
There are serious concerns about ecological, social, and economic impacts in the Pacific Northwest d...
Coastal and estuarine waters of the northern California Current Ecosystem and southern Salish Sea be...
The Salish Sea Model explicitly evaluates the dynamics of carbonate chemistry parameters (pH, DIC, A...
International audienceMany coastal areas host rich marine ecosystems and are also centers of economi...
Graduation date: 2017Phytoplankton are a sentinel class of organisms in the marine environment. Thro...
An improved version of a diagnostic hydrodynamic and biogeochemical model (nutrients, phytoplankton,...
While ocean acidification was first investigated as a global phenomenon, coastal acidification has r...
Daily real-time nowcasts (current conditions) and 2-day forecasts of environmental conditions in the...
Several monitoring programs indicate the presence of lower pH and related changes in carbonate syste...
Salish Sea includes a network of coastal waterways spanning the southwest British Columbia (Canada) ...
Over the past 250 years, atmospheric levels of carbon dioxide (CO₂) have increased at an unprecedent...
Although the chemistry of ocean acidification (OA) is well understood, observing pH declines in the ...
The Washington Ocean Acidification Center is working with NOAA and other partners to increase unders...
Climate change is a pressing environmental concern, and understanding how abiotic variation contribu...
The Chesapeake Bay Ecological Prediction System (CBEPS) automatically generates daily nowcasts and t...