COASTAL FORECAST SYSTEM -- CALIFORNIA REGION
ISSUE
Daily operational activities, management decisions, long-range planning,
and regulation in the coastal zone typically require knowledge of a myriad
of environmental conditions, including weather, water levels, waves, currents,
water temperature, chemical composition, and biology. Over the past 30 years
major strides have been made in weather observing and prediction, yet we do
not have an equivalent forecast system in place for the unique variations
in weather or corresponding responses in the coastal ocean. On the California
coast, physical processes have a major impact on environmental, chemical and
biological processes, influencing activities such as water supply management,
waste water management, commercial shipping, commercial fishing, recreational
boating and fishing and shoreline erosion. Planners and managers of California's
coastal resources, such as commercial developers and state coastal zone managers,
need more information and better predictions of these physical processes.
APPROACH
COP will develop a Coastal Forecast System demonstration for the West Coast
region (beginning in California) that, based on user requirements, will improve
the regional observation suite, establish a three-dimensional coupled atmospheric-ocean
prediction model for operational testing and validation, and initiate assimilation
of real-time data into the model system. A regional network of sensors to
provide real-time information on vertical current structure, water level,
temperature, salinity, and surface weather will be developed. Both the modeling
and observation network will build on the extensive experience and investment
already made by NOAA, the Navy, other Federal agencies, the state of California,
academia and private industry. Development of improved technologies to provide
direct measurements of the heat, moisture, and momentum exchanged between
the oceans and atmosphere will be started to improve sensing of the lower
atmosphere for use in coupled ocean-atmosphere models. Other research efforts
will focus on algorithm development for short-term forecasts of water level,
temperature, salinity and currents using real-time information.
This effort, typical of COP's projects, will be funded over a 4-6 year project
life cycle. Actual funding and investigators for this project will be determined
by completion and approval of the project design and competitive peer-review.
Last Updated: August 22, 2001