Archive for the ‘Rainier’ Category
The crew of NOAA Ship Rainier (S-221) hosted a change of command on January 12 while moored in its homeport of Newport, Oregon.
Cmdr. John Lomnicky accepted command of Rainer, replacing Capt. Edward Van Den Ameele in a ceremony with crew and guests in attendance, including Rear Adm. Shepard Smith, director of NOAA’s Office of Coast Survey; Capt. Todd Bridgeman, director of Marine Operations, OMAO; Mayor Sandra Roumagoux, Newport, Oregon; and Cmdr. Brian Parker, commanding officer of Pacific Marine Operations Center.
The official party (from left to right): Cdmr. John Lomnicky, Capt. Edward Van Den Ameele, Cdmr. Brian Parker, Mayor Sandra Roumagoux, Rear Adm. Shepard Smith, and Capt. Todd Bridgeman
Cmdr. Lomnicky follows nearly two dozen officers commanding Rainier in her 49-year history. He started his NOAA Corps career as a junior officer onboard Rainier and served as the ship’s executive officer for the past two years.
The commanding officer of a NOAA survey ship is not only a mariner. The CO is also the ship’s chief scientist and senior program representative. This means that, in addition to being responsible for the safe management of the vessel, the ship’s CO is also solely and ultimately responsible for the completion of the science mission: delivering quality hydrographic surveys.
Cmdr. John Lomnicky (left) accepts command of NOAA Ship Rainier, replacing Capt. Edward Van Den Ameele (right) as Cmdr. Brian Parker (center), commanding officer of the Pacific Marine Operations Center, facilitates the exchange.
Capt. Van Den Ameele has been the commanding officer of Rainer since June 2014. During 2015, Van Den Ameele led the ship on a trip into the Arctic Circle, surveying over 137 square nautical miles around Kotzebue Sound, Alaska. Surveying in Alaska is no easy task, and often presents a wealth of challenges — both hydrographically and operationally — that Van Den Ameele met and overcame.
Van Den Ameele’s dedication to the mariner was demonstrated during his pursuit of dangers to navigation on his projects around Kodiak Island, Alaska. Following meetings with the fishing community, the officers and crew of Rainier identified a considerable number of dangers to navigation, submitted those for charting, and followed through to ensure these made it to the chart.
During the last three field seasons of Van Den Ameele’s command, Rainier mapped nearly 1,000 square nautical miles and surveyed over 11,700 linear nautical miles -– enough miles to have sailed halfway around the world, if the miles were put end to end!
“The efforts of Capt. Van Den Ameele and the crew of Rainier have improved the products we provide to the world’s mariners and helped increase the safety and efficiency of American maritime commerce in those areas,” said Rear Adm. Smith. “On behalf of the Office of Coast Survey, I want to congratulate you on completing a successful sea tour and job well done.”
The 231-foot Rainier is one of the most modern and productive hydrographic survey platforms of its type in the world. The ship is named for Mount Rainier in the state of Washington. Rainier’s officers, technicians, and scientists acquire and process the hydrographic data that NOAA cartographers use to create and update the nation’s nautical charts with ever-increasing data richness and precision.
By Ensign Michelle Levano
NOAA Ship Rainier recently arrived in Uganik Bay, off of northwest Kodiak Island, to complete hydrographic survey operations in Uganik Passage and Uganik Bay, including the Northeast Arm, North Arm, and South Arm. Rainier has spent 2013 through 2016 surveying areas around North Kodiak Island, including Kizhuyak Bay, Whale and Afognak Passes, Kupreanof Strait, and Viekoda and Terror Bays. The ship will remain in Uganik Bay until the end of October.
Rainier completed project areas H12916, H12919, and H12848 in the spring. They are now surveying H12693 south through H12849 and H12918.
Rainier is using multibeam sonar technology to acquire high-resolution seafloor mapping data to provide modern chart updates that support Kodiak’s large fishing fleet and higher volumes of passenger vessel traffic. Some of the data appearing on NOAA’s charts in this area are from surveys conducted between 1900 and 1939. (See the source diagram in the bottom left corner of NOAA chart 16597.) However, this is not Rainier’s first visit to Uganik Bay. In the early 1970s, Rainier was in the same vicinity performing survey operations and installing survey stations at Broken Point, Uganik Bay, and Shelikhof Strait.
Rainier crew at Broken Point, Uganik Bay, in the 1970s
Commissioned in 1968, NOAA Ship Rainier has a 48-year history in NOAA’s fleet of research ships and aircraft. Homeported at NOAA’s Marine Operations Center-Pacific in Newport, Oregon, she is operated and managed by NOAA’s Office of Marine and Aviation Operations. The 231-foot Rainier is one of four hydrographic survey ships in the NOAA fleet that support the nautical charting mission of NOAA’s Office of Coast Survey to keep mariners safe and maritime commerce flowing. The ship, her four aluminum survey launches, and other small boats collect data that is used to update nautical charts and inform decisions on coastal science and management.
NOAA Ship Rainier at anchor, in Uganik. Photo by Ensign Dylan Kosten
One of Rainier‘s four launches at work in Uganik Bay.
Each of Rainier’s small boat launches has modern sonar systems that gather data nearshore as well as offshore. Additionally, the ship itself has a sonar system mounted to her hull for offshore operations. This information can provide bottom seafloor habitat characterization for sustainable fisheries initiatives, and provide data for ocean tourism and recreational fishing.
If you happen to be in the area, and see a white hull with S-221 painted on her bow, please do not hesitate to contact the ship to acquire more information regarding the ship and her mission. Rainier monitors VHF channels 13 and 16. Or, email Rainier’s public affairs officer at email@example.com.
Coastal planners, fishery managers, and oceanographic researchers will soon reap important seafloor and water column data from the coast of Washington, when NOAA Ship Rainier undertakes a special project in the waters within and near the Olympic Coast National Marine Sanctuary in May.
The blue lines indicate NOAA Ship Rainier’s survey project areas. From north to south, the project encompasses Juan De Fuca Canyon (65 square nautical miles), Quinault Canyon (378 square nautical miles), and Willapa Canyon (189 square nautical miles). The teal dots in Quinault and Willapa canyons are the locations of deep underwater natural methane gas seeps being investigated in a University of Washington research project. The green shaded area is the extent of the Olympic Coast National Marine Sanctuary.
The project, which is being managed by NOAA’s Integrated Ocean and Coast Mapping program, grew from NOAA’s National Centers for Coastal Ocean Science seafloor mapping prioritization exercise among coastal stakeholders from federal and state (Oregon and Washington) agencies, tribes, and academia. The group determined that one of the biggest needs by most of the organizations was a better understanding of canyon depths, seafloor, and habitat.
A scientific team of experts from the College of Charleston, University of Washington, and Oregon State University will contribute to the NOAA-led multi-disciplinary survey project, gathering data for a host of research projects and ocean management activities. In general, the data will collect swath bathymetry, acoustic backscatter, and water column data to:
- inform regulatory decisions on coastal development;
- provide benthic habitat mapping and seafloor characterization for sustainable fisheries initiatives, and to help assess fishery stocks and critical spawning aggregation locations;
- better understand and manage shelf and canyon resources;
- aid in resolving multiple-use conflicts;
- advance research in determining chemical and biological contamination levels; and
- provide a data repository for the development of ocean tourism and recreational fishing.
Some specific research projects are also planned.
- A University of Washington scientist will analyze the water column plumes over natural methane gas seeps in the planned survey areas. The university is a leader in the study of methane hydrates.
- Because Rainier heads to Alaska after the survey in the sanctuary, the ship will also conduct an exploratory survey to obtain seafloor imagery and data over a newly discovered mud volcano in the upper continental slope offshore of Dixon Entrance, just off the Inside Passage near Ketchikan, Alaska. California State researchers will use the data from this 40 square nautical mile survey to analyze the seafloor shape, assess the area for effects on potential tsunamis, and identify unique biological communities.
As part of her regular mission, Rainier will acquire depth measurements and other hydrographic data throughout the entire project to update NOAA nautical charts 18480 and 18500 off the coast of Washington, and chart 17400 in Alaskan waters. The corresponding electronic navigational charts (NOAA ENC®) are US3WA03M, US3AK40M, and US3AK40M.
Chris Stubbs, from the College of Charleston, will serve as the project’s chief scientist. Cmdr. Edward J. Van Den Ameele is Rainier’s commanding officer.
NOAA ship Rainier, a 48-year-old survey vessel, is part of the NOAA fleet of ships operated, managed and maintained by NOAA’s Office of Marine and Aviation Operations, which includes commissioned officers of the NOAA Corps, one of the seven uniformed services of the United States, and civilian wage mariners.
A NOAA ship plying the waters off the coast often inspires public curiosity. This is especially true when boaters and others see the ship or her launches just go back and forth, back and forth, all day. It’s not a surprise, then, that NOAA Ship Rainier’s latest project is generating questions from the areas around Protection Island and Lopez Island, Washington.
Don’t worry, there is no problem! NOAA’s Office of Coast Survey is collecting bathymetric data to update nautical charts that are currently displaying depth measurements acquired from surveys conducted from 1940 to 1969. Survey vessels go back and forth, in a maneuver that is similar to mowing the lawn, as they use multibeam echo sounders to measure the depths and to “see” the ocean floor. If any of the vessels discover a danger to navigation – an uncharted wreck or other obstruction, for instance – Coast Survey will immediately inform the U.S. Coast Guard and the information will be relayed to ships and boaters through a Local Notice to Mariners.
NOAA Ship Rainer with her launches aboard
Rainier is one of the NOAA ships dedicated to hydrographic surveys for updating the nation’s nautical charts and other uses. During this project, the ship is using her survey launches to conduct the majority of the survey. Rainier has four 29-foot aluminum boats – each equipped with a high-resolution multibeam echo sounder – that they carry aboard ship. Rainier deploys the launches in the morning to survey, and retrieves them in the evening.
Data acquired by Rainier and her launches will be used to update charts 18465, 18434, 18471, and others, as well as the corresponding electronic navigational charts. (See the full array of charts covering this and other areas, here.) This particular hydrographic survey project, which covers approximately 22 square nautical miles in the Strait of Juan de Fuca, is part of a multi-year project to conduct modern hydrographic surveys and completely update the nautical charts of the waters from Port Angeles to Port Townsend and north to Bellingham, including the San Juan Islands.
This survey project area is a critical priority for updating the charts, since it is near three high-density traffic lanes separated by shoal areas and is frequently transited by large commercial vessels traveling both north to Cherry Point and Vancouver, British Columbia and south to Tacoma and Seattle. The waterways of Puget Sound and the Strait of Juan de Fuca, which have pristine environments, are important for marine transportation, recreation, and national security and defense.
Rainier, with her 50-person crew, commanded by NOAA Commander Edward J. Van Den Ameele, is expected to wrap up the project by late November.
by Ensign Sarah Chappel, NOAA Ship Rainier
NOAA Ship Rainier recently surveyed Whale Passage, which separates Whale Island from Kodiak Island, Alaska. The area has never been surveyed with modern full bottom coverage methods, and some project areas were last surveyed by lead lines around a hundred years ago. The area frequently experiences 7 knot currents, making rocky or shoal areas particularly treacherous. Whale Passage is a high traffic area for fishing vessels, U.S. Coast Guard cutters, barges, ferries, and small boats, which is why updating the area’s nautical charts is so important.
Strong currents push around Ilkognak Rock daymark at the entrance of Whale Passage. (Photo by LTJG Damian Manda)
The dynamics of the passage and surrounding area create several challenges for the hydrographic survey teams. The local tidal and current models are not well-known. To resolve this, Rainier was instructed to install four tide gauges in the greater project area, compared to a typical requirement for one gauge. Two of these gauges are a mere 4.5 nautical miles apart, in and just outside of Whale Passage itself. Some areas are so narrow and experience such high currents that it is only possible to survey in one direction in order to maintain control of the launch. The coxswain must plan each turn carefully, to avoid being pushed into dangerous areas. Ideally, these areas would be surveyed at or near slack tide. However, the slack in this survey area is incredibly brief and the predicted slack periods did not match what survey crews saw in the field.
The bathymetry is so dynamic that, even in relatively deep water, boat crews must remain alert for rocks and shoals. The survey teams found several large rocks in locations significantly different from where they were charted. Furthermore, the presence of large kelp beds increases the difficulty of surveying: they can foul the propellers on the launches, add noise to the sonar data, and can also obscure the presence of rocks.
While the work within Whale Passage, and the neighboring Afognak Strait on the north side of Whale Island, is challenging, it is also high-value. In addition to correcting the positions of known rocks and hazards, Rainier and her crew found a sunken vessel. Most importantly, though, they found areas that were charted twice as deep as they actually are. When the chart reads 8 fathoms (48 feet) and the actual depth is only 4 fathoms (24 feet), commercial traffic utilizing the passage could be in serious danger of running aground. Thus far, Rainier has submitted two DTON (danger to navigation) reports for depths significantly shoaler than charted. These new depths are already published on the latest version of chart 16594.
Rainier‘s multibeam sonar data shows a sunken fishing vessel in the vicinity of Whale Passage.
NOAA Ship Rainier will continue to survey the vicinity of Whale Passage, as well as the waters near Cold Bay out in the Alaskan Peninsula, for the remainder of the survey season before heading home to Newport, Oregon.
NOAA Ship Rainier recovers a survey launch after a morning of surveying and data collection. (Photo by LTJG Damian Manda)
NOAA Ship Rainier had the wonderful fortune of cool, clear weather on March 13 as they fueled at the Navy Fuel Depot in Manchester, WA. This provided a clear view of Mount Rainier. However, it is even more rare that you would have three “Rainiers” all in view at once! At the pier you can see USNS RAINIER (on the left side of the pier), NOAA Ship Rainier (on the right side of the pier), and the iconic Mount Rainier in the background. Absolutely beautiful.
USNS RAINIER and NOAA Ship Rainier, with Mount Rainier in the background. March 13, 2014, photo courtesy of NAVSUP-FLC Puget Sound.