Where are the whales off the West Coast?

FREE Webinar - Wednesday, February 22, 2017

Learn how WhaleWatch estimates the location and density of blue whales off California, Oregon and Washington

A free webinar for the shipping industry, fishing community and others interested in a new system that reveals where ships are most likely to encounter high densities of blue whales off the West Coast. The project funded by NASA and NOAA produces monthly maps of anticipated blue whale densities based on ocean conditions, which are regularly posted on NOAA Fisheries' West Coast Region website. The information is designed to help vessel crews and fishermen reduce the risk of ship strikes and entanglements. Read more here about the development and operation of WhaleWatch.

WHAT: Webinar on WhaleWatch tool for estimating blue whale locations and densities

WHEN: Wednesday, February 22, 10 - 11AM Pacific Time

WHO: Helen Bailey of the University of Maryland and Elliott Hazen of NOAA Fisheries

To Attend the Webinar

Join the webinar by visiting this link: http://www.gotomeeting.com/online/webinar/join-webinar

Enter the Webinar ID: 595-952-443

Please enter your name and email address (required)

You must use your telephone for the audio portion of the meeting by dialing this TOLL number (1-415-655-0060)

Enter the Attendee phone audio access code (389-211-147)

Enter your audio phone pin (shown after joining the webinar). 

Technical Information

System Requirements

PC-based attendees: Required: Windows® 7, Vista, or XP

Mac®-based attendees: Required: Mac OS® X 10.5 or newer

Mobile attendees: Required: iPhone®, iPad®, Android™ phone or Android tablet (See the GoToMeeting Webinar Apps)

Questions?

Contact Michael Milstein, NOAA Fisheries West Coast Region, michael.milstein@noaa.gov, 503-231-6268.

WhaleWatch is a NASA-funded project to help reduce human impacts on whales by providing near real-time information on where they occur and hence where whales may be most at risk from threats, such as ship strikes, entanglements and loud underwater sounds. These model estimates were developed from habitat-based models of whale occurrence that combine satellite tracking of whales with information on the environment.

WhaleWatch is an automated tool that uses advanced technologies to predict where blue whales are likely to be in near real-time. Whales were tagged with Argos satellite transmitters and tracked as they moved from the eastern central Pacific breeding grounds to their feeding grounds off the U.S. West Coast. The whale locations were combined with environmental data collected via satellites, including water temperature, chlorophyll concentrations, and other ocean features. The relationship between whales and the environment was then used to predict the chance of blue whale occurrence and likely densities across the modeled areas. This is calculated based on current ocean conditions to provide the near real-time maps.

This research has been conducted by a multi-institutional team of academic groups and governmental organizations led by Helen Bailey (University of Maryland Center for Environmental Science) and in collaboration with the NOAA/NMFS West Coast Regional Office. The satellite telemetry data on whales were collected by Bruce Mate and colleagues (Oregon State University), geo-spatial distribution by Ladd Irvine (OSU), habitat modeling by Daniel Palacios (OSU), Elliott Hazen, Steven Bograd, Karin Forney (NOAA/NMFS Southwest Fisheries Science Center), and the web tool created by Evan Howell and Aimee Hoover (NOAA/NMFS Pacific Islands Fisheries Science Center).

Funding for this project was provided under the interagency NASA, USGS, National Park Service, US Fish and Wildlife Service, Smithsonian Institution Climate and Biological Response program, Grant Number NNX11AP71G. Funding for whale tagging was provided by the Office of Naval Research, the Marine Mammal Institute at OSU, and the Sloan, Packard and Moore Foundations to the Tagging of Pacific Predators Program.

For more information on WhaleWatch please contact Helen Bailey.