Yaquina Head National Park, Newport, Oregon

"Yaquina Head's light is 81'2" (25 m) above the ground and 162' (49 m) above mean sea level;
“Yaquina Head’s light is 81’2” (25 m) above the ground and 162′ (49 m) above mean sea level; the top of the tower is 10′ (3 m) higher still.

Yaquina Head
Newport, Oregon

One of my favorite highlights of Newport, this great area of Natural Beauty is preserved by the Bureau of Land Management as part of the National Landscape Conservation System/Lands and a tourist hotspot on the Oregon Coast. Yaquina Head is a headland that extends into the Pacific Ocean with a pristine historic Light House at its head known as the Yaquina Head Light. The protected area is just north of Newport along U.S. Route 101. Consisting of 95 acres, it has been preserved since 1980. The head stands at 108 feet above sea level.

The area depicts a violent volcanic past with basalts that changed the coastline during volcanic eruptions millions of years ago. It is home to 5 hiking trails, all of which are less than a half mile in length paralleling the ocean or through the forest lines. It is a popular place for sightseeing, whale watching, bird watching, history, and the light house.

"Creating Cobbles; Cobbles, pebbles and sand are the result of boiling lava meeting the cold ocean, followed by 14 millin years of weather and erosion.  Fragments of ancient lava - hot basalt exploded upon contact with cold sea water and intermixed with quickly chilled volcanic glass to form a breccia. The cobbles on this beach are weathered remains of these exploded fragments. Sea water alters the glass surrounding the basalt fragments into a mineral called palagonite which is easily washed away. The water then attacks the fragment causing its corners to become more and more rounded. The cobbles are further rounded and made smaller by beach wave action. In the summer there is some sand on these beaches, but winter waves wash most of the sand out to sea leaving almost all cobbles on the beach. Between the tides: Tidal forces shape the shoreline and bring life to the intertidal area. Tides are caused by the gravitational pull of the sun and moon. Here and elsewhere in the coastal Pacific Northwest there are almost always two high and two low tides daily. The pull of the moon and sun causes the oceans to bulge and the earth rotates under them. These bulges come and go as high tides. The tides would be easy to predict if they occurred exactly every six hours. However because the tides follow a cycle that is slightly more than six hours long, the whole sequence is repeated later each day. Mean (average) lowest low tide is used as the base level for most coastal charts and tide tables. When ships enter or leave harbor, the depth of water at mean low tide is more important to them than mean sea level." ~ information sign at Yaquina Head National Park, Newport, Oregon. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan
“Creating Cobbles; Cobbles, pebbles and sand are the result of boiling lava meeting the cold ocean, followed by 14 million years of weather and erosion. Fragments of ancient lava – hot basalt exploded upon contact with cold sea water and intermixed with quickly chilled volcanic glass to form a breccia. The cobbles on this beach are weathered remains of these exploded fragments. Sea water alters the glass surrounding the basalt fragments into a mineral called palagonite which is easily washed away. The water then attacks the fragment causing its corners to become more and more rounded. The cobbles are further rounded and made smaller by beach wave action. In the summer there is some sand on these beaches, but winter waves wash most of the sand out to sea leaving almost all cobbles on the beach. Between the tides: Tidal forces shape the shoreline and bring life to the intertidal area. Tides are caused by the gravitational pull of the sun and moon. Here and elsewhere in the coastal Pacific Northwest there are almost always two high and two low tides daily. The pull of the moon and sun causes the oceans to bulge and the earth rotates under them. These bulges come and go as high tides. The tides would be easy to predict if they occurred exactly every six hours. However because the tides follow a cycle that is slightly more than six hours long, the whole sequence is repeated later each day. Mean (average) lowest low tide is used as the base level for most coastal charts and tide tables. When ships enter or leave harbor, the depth of water at mean low tide is more important to them than mean sea level.” ~ information sign at Yaquina Head National Park, Newport, Oregon. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan

“An Ancient Lava Flow – Fourteen million years ago, lava gushed from huge fissures in Eastern Oregon and Washington and flowed 300 miles (500 km) to the sea. Rugged and eroded – Yaquina Head is a western-most toe of the Ginkgo Basalt flow of the Columbia River Basalts. Erosion and faulitng have shaped this lava delta into its present rugged form. Fossiles remain – Clams, snails, marine mammals and other animals are fossilized in the buff-colored sandstone cliffs known as the Astoria Formation (located behind the sandy beaches). The forests beyond – From here on a clear day you can see perhaps 15,000 acres (6,000 ha) of coastal forests. The Bureau of Land Management manages forest watersheds, wildlife, cultural sites, and recreational opportunities on 2.2 million acres (880,000 ha) in western Oregon. Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
lighthouse – Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Lady Etain and the Prince – Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Lighthouse at Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Lighthouse at Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Lighthouse at Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
“Bird sounds at sea – While seabirds lack the beautiful songs of the thrushes and wrens, all can vocalize – sometimes loudly and at great length! Birds use their oices to attract mates, to establish territory, and to indentify their offspring, as well as to register alarm, contentment and the location of food sources. Listen to the sounds these birds make. The surf scoter is a duck: the others are seabirds”. “Protecting Seabirds – to encourage nesting sites, BLM and US Fish and Wildlife Service biologists want to keep this area natural. Your role? just stay behind the fences and enjoy watching the birds. ” “Seabirds are here year round – seven species of seabirds nest here on the cliffs or rocky offshore islets. Many more seabirds feed and rest here during their migrations to and from their northern breeding sites.” “Common mures – are the most abundant nesting seabird at Yaquina Head. Over 25,000 common murres breed on Colony Rock. Each pair of murres lays a single, pear-shaped egg on this rocky island.” “Tuffed puffins – arrive in April and nest in burrows (up to 5 feet deep) or in crevics in May. Because there is so little soil on the cliffs at Yaquina Head, only a few pairs have found nest crevices – mostly on the ocean side of Colony Rock, in front of this deck.” “Pigeon guillemots – return to mid to late March and build their nests 10-40 feet above the water. Pairs normally use the same nesting site from year to year.” “Pelagic cormorants – cement their nests of seaweed and grass to the cliffsides with excrement. Compared to many other breeding seabirds, their nests are spaced widely apart.” “Brandt’s cormorants – are highly sociable and breed in large colonies. Their nests are close together – usually only pecking distance apart.” “Glaucous winged gulls and western gulls – both build bowl-shaped nests lined with local vegetation. At Yaquina Head their eggs begin hatching in June”. Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coa
Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Lighthouse at Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Lighthouse at Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
“Whales on the move – While a small number of gray whales remain in the waters off Yaquina Head for most of the year, the entire population swims by twice on their annual migration.” “Migrating gray whales – Yaquina Head is one of the best places along the coast of western North America to view gray whales. These 45 foot (14 m long) whales migrate annually between their breeding lagoons in Baja California, and their summer feeding grounds in the Bering and Chukchi Seas. The migration north can be seen from Yaquina Head from March through May. Whales heading south pass by here from December to early February. How do I find Whales? The best way to spot gray whales here is to locate other people who have already found them! Or, you can scan out toward the horizon for “spouts:” wisps of exhaled air which are usually more vertical and mist-like than are the white-caps of waves. Migrating whales can be anywhere from about 1/2 mile to two miles or more away which makes them hard to find. Good luck!” “Watch for spy hopping – gray whales coming straight up from the surface of the water, then slipping back into the sea. No one knows the reason for this behaviour which is seen here once in a great while. Perhaps spy hopping is used to communicate with other whales.” “Other travelers – other species of sea mammals pass by or spend time feeding in the area but they are rarely seen from Yaquina Head. Very lucky visitors might catch sight of California and Northern sea lions, harbor porpoises, or orcas (killer whales)”. Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Lighthouse at Yaquina Head Outstanding Natural Area, NPS, Newport, Oregon. Oregon Coastline 2013: Oregon Coast, Oregon, USA. Friday, August 3, 2013. (c) 2013: Photo by Leaf McGowan, Thomas Baurley, Technogypsie Productions. More information, copy of photo, to purchase, or to obtain permission to reprint visit http://www.technogypsie.com/photography/. To follow the adventures, go to http://www.technogypsie.com/chronicles/ or travel tales http://www.technogypsie.com/reviews/
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley   / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley /   Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775).
 Yaquina Head  light is 81'2" (25 m) above the ground and 162' (49 m) above mean sea level; the top of the tower is 10' (3 m) higher still. Higher is better - On America's rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn't be seen far enough away to be useful.  The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head's light can be seen about 19 miles (32 km) out to sea. Late nights at the office - Imagine spending all of a long winter's night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the 'oil room and office' however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck - you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. 'last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower ...' keeper's log, Yaquina head, Oct 18 1920.  By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throughout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ' ... sea quite smooth.
“Yaquina Head’s light is 81’2” (25 m) above the ground and 162′ (49 m) above mean sea level; the top of the tower is 10′ (3 m) higher still. Higher is better – On America’s rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn’t be seen far enough away to be useful. The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head’s light can be seen about 19 miles (32 km) out to sea. Late nights at the office – Imagine spending all of a long winter’s night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the ‘oil room and office’ however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck – you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. ‘last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower …’ keeper’s log, Yaquina head, Oct 18 1920. By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throughout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ‘ … sea quite smooth.
"Yaquina Head's light is 81'2" (25 m) above the ground and 162' (49 m) above mean sea level; the top of the tower is 10' (3 m) higher still. Higher is better - On America's rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn't be seen far enough away to be useful.  The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head's light can be seen about 19 miles (32 km) out to sea. Late nights at the office - Imagine spending all of a long winter's night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the 'oil room and office' however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck - you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. 'last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower ...' keeper's log, Yaquina head, Oct 18 1920.  By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throughout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ' ... sea quite smooth.
“Yaquina Head’s light is 81’2” (25 m) above the ground and 162′ (49 m) above mean sea level; the top of the tower is 10′ (3 m) higher still. Higher is better – On America’s rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn’t be seen far enough away to be useful. The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head’s light can be seen about 19 miles (32 km) out to sea. Late nights at the office – Imagine spending all of a long winter’s night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the ‘oil room and office’ however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck – you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. ‘last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower …’ keeper’s log, Yaquina head, Oct 18 1920. By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throughout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ‘ … sea quite smooth.
Sea birds. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley   / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Sea birds. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775).
Sea birds. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan  of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Sea birds. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan  of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan  of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan  of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727
"Yaquina Head's light is 81'2" (25 m) above the ground and 162' (49 m) above mean sea level; the top of the tower is 10' (3 m) higher still. Higher is better - On America's rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn't be seen far enough away to be useful.  The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head's light can be seen about 19 miles (32 km) out to sea. Late nights at the office - Imagine spending all of a long winter's night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the 'oil room and office' however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck - you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. 'last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower ...' keeper's log, Yaquina head, Oct 18 1920.  By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throuhout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ' ... sea quite smooth. keepers painting the watchroom and worki
“Yaquina Head’s light is 81’2” (25 m) above the ground and 162′ (49 m) above mean sea level; the top of the tower is 10′ (3 m) higher still. Higher is better – On America’s rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn’t be seen far enough away to be useful. The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head’s light can be seen about 19 miles (32 km) out to sea. Late nights at the office – Imagine spending all of a long winter’s night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the ‘oil room and office’ however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck – you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. ‘last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower …’ keeper’s log, Yaquina head, Oct 18 1920. By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throuhout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ‘ … sea quite smooth. keepers painting the watchroom and worki
"Yaquina Head's light is 81'2" (25 m) above the ground and 162' (49 m) above mean sea level; the top of the tower is 10' (3 m) higher still. Higher is better - On America's rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn't be seen far enough away to be useful.  The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head's light can be seen about 19 miles (32 km) out to sea. Late nights at the office - Imagine spending all of a long winter's night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the 'oil room and office' however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck - you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. 'last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower ...' keeper's log, Yaquina head, Oct 18 1920.  By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throuhout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ' ... sea quite smooth. keepers painting the watchroom and worki
“Yaquina Head’s light is 81’2” (25 m) above the ground and 162′ (49 m) above mean sea level; the top of the tower is 10′ (3 m) higher still. Higher is better – On America’s rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn’t be seen far enough away to be useful. The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head’s light can be seen about 19 miles (32 km) out to sea. Late nights at the office – Imagine spending all of a long winter’s night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the ‘oil room and office’ however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck – you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. ‘last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower …’ keeper’s log, Yaquina head, Oct 18 1920. By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throuhout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ‘ … sea quite smooth. keepers painting the watchroom and worki
Gray Whales:  http://www.technogypsie.com/science/?p=3235. "While a small number of gray whales remain in the wates off Yaquina Head for most of the year, the entire population swims by twice on their annual migration.  Migrating gray whales - yaquina Head is one of the best places along the coast of western North America to view gray whales. These 45 foot (14 m ) long whales migrate annually between their breeding lagoons in Baja California and their sumer feeding grounds in the berring and Chukchi Seas.  The migration north can be seen from yaquina Head from March through May. Whales heading south pass by here from December to early February. How do I find whales? The best way to spot gray whales here is to locate other people who have already found them! Or you can scan out toward the horizon for spouts - wisps of exhaled air which are usually more vetical and mist-like than are the white-caps of waves. Migrating whales can be anywhere from about 1/2 mile to two miles or more away which makes them hard to find. "~ information sign at Yaquina Head National Park, Newport, Oregon. http://www.technogypsie.com/reviews/?p=25775. 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Gray Whales: http://www.technogypsie.com/science/?p=3235. “While a small number of gray whales remain in the wates off Yaquina Head for most of the year, the entire population swims by twice on their annual migration. Migrating gray whales – yaquina Head is one of the best places along the coast of western North America to view gray whales. These 45 foot (14 m ) long whales migrate annually between their breeding lagoons in Baja California and their sumer feeding grounds in the berring and Chukchi Seas. The migration north can be seen from yaquina Head from March through May. Whales heading south pass by here from December to early February. How do I find whales? The best way to spot gray whales here is to locate other people who have already found them! Or you can scan out toward the horizon for spouts – wisps of exhaled air which are usually more vetical and mist-like than are the white-caps of waves. Migrating whales can be anywhere from about 1/2 mile to two miles or more away which makes them hard to find. “~ information sign at Yaquina Head National Park, Newport, Oregon. http://www.technogypsie.com/reviews/?p=25775. 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
"Yaquina Head's light is 81'2" (25 m) above the ground and 162' (49 m) above mean sea level; the top of the tower is 10' (3 m) higher still. Higher is better - On America's rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn't be seen far enough away to be useful.  The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head's light can be seen about 19 miles (32 km) out to sea. Late nights at the office - Imagine spending all of a long winter's night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the 'oil room and office' however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck - you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. 'last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower ...' keeper's log, Yaquina head, Oct 18 1920.  By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throuhout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ' ... sea quite smooth. keepers painting the watchroom and worki
“Yaquina Head’s light is 81’2” (25 m) above the ground and 162′ (49 m) above mean sea level; the top of the tower is 10′ (3 m) higher still. Higher is better – On America’s rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn’t be seen far enough away to be useful. The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head’s light can be seen about 19 miles (32 km) out to sea. Late nights at the office – Imagine spending all of a long winter’s night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the ‘oil room and office’ however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck – you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. ‘last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower …’ keeper’s log, Yaquina head, Oct 18 1920. By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throuhout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ‘ … sea quite smooth. keepers painting the watchroom and worki
"Yaquina Head's light is 81'2" (25 m) above the ground and 162' (49 m) above mean sea level; the top of the tower is 10' (3 m) higher still. Higher is better - On America's rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn't be seen far enough away to be useful.  The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head's light can be seen about 19 miles (32 km) out to sea. Late nights at the office - Imagine spending all of a long winter's night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the 'oil room and office' however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck - you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. 'last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower ...' keeper's log, Yaquina head, Oct 18 1920.  By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throuhout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ' ... sea quite smooth. keepers painting the watchroom and worki
“Yaquina Head’s light is 81’2” (25 m) above the ground and 162′ (49 m) above mean sea level; the top of the tower is 10′ (3 m) higher still. Higher is better – On America’s rugged west coast, keeping lights low enough to be seen under the fog was often a problem. However if they were placed too low, they couldn’t be seen far enough away to be useful. The higher a light is, the further it can be seen at sea. At 162 feet (49 m) above sea level, Yaquina Head’s light can be seen about 19 miles (32 km) out to sea. Late nights at the office – Imagine spending all of a long winter’s night sitting on a stiff chair 70 feet (21 m) up in the tower watching the light. Now try to imagine doing it in the years before there was radio, tv, or even electricity! The buildings attached to the light tower has two rooms which once served as the ‘oil room and office’ however the keepers stood nightly watch in the tower itself. Still lighting the way: Many ships and boats continue to depend on lighthouses for navigational aid. Equipment in the small building attached to the light tower keeps a light on in case the electricity fails. A small battery-powered back up light is attached to the railing surrounding the lantern deck – you can see it from the observation deck at the base of the tower. By modern standards, the regular routine of a lighthouse keeper was monotonous. It was however sometimes interrupted by unexpected moments of drama. ‘last night lightning struck the office and storeroom building. it tore off the copper, lead, and shingles where the root joins on to the tower …’ keeper’s log, Yaquina head, Oct 18 1920. By 10 am every day the lighthouse lamp was refueled and its five wicks trimmed. Throuhout the day, the lens and windows were cleaned and repairs made to keep everything shipshape. At dusk the lamp was lit and then watched from the watchroom until sunrise. What else did keepers do? they greeted tourists ‘ … sea quite smooth. keepers painting the watchroom and worki
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
"Agate Beach and Nye Beach grew up along the shore north of Yaquina Bay when recreation seekers came to the coast by rail and automobile. The Agate beach development company laid out a town in the 1920's and the golf course opened in 1931.""Newport Harbor: founded in 1865, Newport has become the largest town on the central Oregon coast. Its railroad, maritime, and highway connections have nurtured its development. Today Newport harbor serves mostly commercial and recreational fishing boats. The harbor once exported agricultural products hauled by railroad from the Willamette Valley as well as lumber from sawmills on Yaquina Bay." Yaquina Bay Lighthouse: http://www.technogypsie.com/reviews/?p=25783&  "The Yaquina Bay Lighthouse was built in 1871, this lighthouse is the oldest building in Newport. It operated for only three years - until the lighthouse here was built. The restored lighthouse is a popular attraction in Yaquina Bay State Park" ~ information sign at Yaquina Head National Park, Newport, Oregon. http://www.technogypsie.com/reviews/?p=25775.  1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
“Agate Beach and Nye Beach grew up along the shore north of Yaquina Bay when recreation seekers came to the coast by rail and automobile. The Agate beach development company laid out a town in the 1920’s and the golf course opened in 1931.””Newport Harbor: founded in 1865, Newport has become the largest town on the central Oregon coast. Its railroad, maritime, and highway connections have nurtured its development. Today Newport harbor serves mostly commercial and recreational fishing boats. The harbor once exported agricultural products hauled by railroad from the Willamette Valley as well as lumber from sawmills on Yaquina Bay.” Yaquina Bay Lighthouse: http://www.technogypsie.com/reviews/?p=25783& “The Yaquina Bay Lighthouse was built in 1871, this lighthouse is the oldest building in Newport. It operated for only three years – until the lighthouse here was built. The restored lighthouse is a popular attraction in Yaquina Bay State Park” ~ information sign at Yaquina Head National Park, Newport, Oregon. http://www.technogypsie.com/reviews/?p=25775. 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Harbor Seals: http://www.technogypsie.com/science/?p=264. "The only resident marine mammals at Yaquina Head are harbor seals - the most widespread seal in the North Pacific. Harbor seals are strictly carnivorous. They eat small bottom fish, rock fish, herring, squid, octopus, and many other fish. Large fish like salmon usually make up only a small portion of their diet. Most prey is eaten underwater but large fish are sometimes brought to the surface. Although seals can dive to depths of almost 600 feet (200 m), they need not test these limits in the relatively shallow, rich waters off Yaquina Head. Bottling and crawling - When storm waves and daily high tides wash over their haul-out areas, seals spend most of their time in the water. Look for them bottling with their bodies vertically submerged and only their face and nose peeking out. Bottling is a resting posture for seals. On land, harbor seals move by heaving their bodies forward caterpillar style. Here most seals haul out and rest on Seal Island at low tide, and re-enter the water to feed during the incoming tide. A single pup is born: Once a year, the female gives birth to a single pup, usually from April through June. Even though the pups can swim from birth, those born in rough water sometimes drown in spite of their mother's efforst to help them. Seal pups are weaned at about 4-6 weeks but they may remain with mother for several months.  "  ~ information sign at Yaquina Head National Park, Newport, Oregon. http://www.technogypsie.com/reviews/?p=25775 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Harbor Seals: http://www.technogypsie.com/science/?p=264. “The only resident marine mammals at Yaquina Head are harbor seals – the most widespread seal in the North Pacific. Harbor seals are strictly carnivorous. They eat small bottom fish, rock fish, herring, squid, octopus, and many other fish. Large fish like salmon usually make up only a small portion of their diet. Most prey is eaten underwater but large fish are sometimes brought to the surface. Although seals can dive to depths of almost 600 feet (200 m), they need not test these limits in the relatively shallow, rich waters off Yaquina Head. Bottling and crawling – When storm waves and daily high tides wash over their haul-out areas, seals spend most of their time in the water. Look for them bottling with their bodies vertically submerged and only their face and nose peeking out. Bottling is a resting posture for seals. On land, harbor seals move by heaving their bodies forward caterpillar style. Here most seals haul out and rest on Seal Island at low tide, and re-enter the water to feed during the incoming tide. A single pup is born: Once a year, the female gives birth to a single pup, usually from April through June. Even though the pups can swim from birth, those born in rough water sometimes drown in spite of their mother’s efforst to help them. Seal pups are weaned at about 4-6 weeks but they may remain with mother for several months. ” ~ information sign at Yaquina Head National Park, Newport, Oregon. http://www.technogypsie.com/reviews/?p=25775 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
"In the Pacific Northwest the rock intertidal can be divided into four general zones depending upon how long each zone is covered by the tide. OOver 250 species have been found competing for life in Yaquina Head's intertidal. Many animals move between zones. Common sea stars for example are more tolerant of the higher tide zones than are other sea stars but they are most common in the low tide zones. The Spray Zone is dry much of the time. Only the hardiest species can tolerate the dryness and salinity changes of the spray zone. Look for black lichen, finger limpets, sea hair and rock lice in this zone. The High Tide Zone is only covered with water at high tide. Hardy species like sea lettuce, acorn barnacles, rockweed, purple shore crabs, and black turban snails are successful here.More species live and compete here than in the spray zone because of the regular supply of water. The mid-tide zone is covered half of the time: the consistency in temperature and salinity supports lots of seaweeds. California mussels, black leather chitons, leaf (goose) barnacles, hermit crabs, sea cabbage, and rockweed also can be found here. The Low Tide Zone is only exposed at the lowest tides: Some pools are only exposed a few times a year so conditions are relatively stable for the intertidal. As a result, this zone is extremely crowded with life. There are many species of sea stars, sea anemones, sea urchins, and a myriad of other organisms."  ~ information sign at Yaquina Head National Park, Newport, Oregon. http://www.technogypsie.com/reviews/?p=25775. 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
“In the Pacific Northwest the rock intertidal can be divided into four general zones depending upon how long each zone is covered by the tide. OOver 250 species have been found competing for life in Yaquina Head’s intertidal. Many animals move between zones. Common sea stars for example are more tolerant of the higher tide zones than are other sea stars but they are most common in the low tide zones. The Spray Zone is dry much of the time. Only the hardiest species can tolerate the dryness and salinity changes of the spray zone. Look for black lichen, finger limpets, sea hair and rock lice in this zone. The High Tide Zone is only covered with water at high tide. Hardy species like sea lettuce, acorn barnacles, rockweed, purple shore crabs, and black turban snails are successful here.More species live and compete here than in the spray zone because of the regular supply of water. The mid-tide zone is covered half of the time: the consistency in temperature and salinity supports lots of seaweeds. California mussels, black leather chitons, leaf (goose) barnacles, hermit crabs, sea cabbage, and rockweed also can be found here. The Low Tide Zone is only exposed at the lowest tides: Some pools are only exposed a few times a year so conditions are relatively stable for the intertidal. As a result, this zone is extremely crowded with life. There are many species of sea stars, sea anemones, sea urchins, and a myriad of other organisms.” ~ information sign at Yaquina Head National Park, Newport, Oregon. http://www.technogypsie.com/reviews/?p=25775. 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
"Creating Cobbles; Cobbles, pebbles and sand are the result of boiling lava meeting the cold ocean, followed by 14 millin years of weather and erosion.  Fragments of ancient lava - hot basalt exploed upon contact with cold sea water and intermixed with quickly chilled volcanic glass to form a breccia. The cobbles on this beach are weathered remains of these exploded fragments. Sea water alters the glass surrounding the basalt fragments into a mineral called palagonite which is easily washed away. The water then attacks the fragment causing its corners to become more ane more rounded. The cobbles are further rounded and made smaller by beach wave action. In the summer there is some sand on these beaches, but winter waves wash most of the sand out to sea leaving almost all cobbles on the beach. Between the tides: Tidal forces shape the shoreline and bring life to the intertidal area. Tides are caused by the gravitational pull of the sun and moon. Here and elsewhere in the coasta Pacific Northwest there are almost always two high and two low tides daily. The pull of the moon and sun causes the oceans to bulge and the earth rotates under them. These bulges come and go as high tides. The tides would be easy to predict if they occured exactly every six hours. However because the tides follow a cycle that is slightly more than six hours long, the whole sequence is repeated later each day. Mean (average) lowest low tide is used as the base level for most coastal charts and tide tables. When ships enter or leave harbor, the depth of water at mean low tide is more important to them than mean sea level." ~ information sign at Yaquina Head National Park, Newport, Oregon. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan an
“Creating Cobbles; Cobbles, pebbles and sand are the result of boiling lava meeting the cold ocean, followed by 14 millin years of weather and erosion. Fragments of ancient lava – hot basalt exploed upon contact with cold sea water and intermixed with quickly chilled volcanic glass to form a breccia. The cobbles on this beach are weathered remains of these exploded fragments. Sea water alters the glass surrounding the basalt fragments into a mineral called palagonite which is easily washed away. The water then attacks the fragment causing its corners to become more ane more rounded. The cobbles are further rounded and made smaller by beach wave action. In the summer there is some sand on these beaches, but winter waves wash most of the sand out to sea leaving almost all cobbles on the beach. Between the tides: Tidal forces shape the shoreline and bring life to the intertidal area. Tides are caused by the gravitational pull of the sun and moon. Here and elsewhere in the coasta Pacific Northwest there are almost always two high and two low tides daily. The pull of the moon and sun causes the oceans to bulge and the earth rotates under them. These bulges come and go as high tides. The tides would be easy to predict if they occured exactly every six hours. However because the tides follow a cycle that is slightly more than six hours long, the whole sequence is repeated later each day. Mean (average) lowest low tide is used as the base level for most coastal charts and tide tables. When ships enter or leave harbor, the depth of water at mean low tide is more important to them than mean sea level.” ~ information sign at Yaquina Head National Park, Newport, Oregon. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan an
"Creating Cobbles; Cobbles, pebbles and sand are the result of boiling lava meeting the cold ocean, followed by 14 millin years of weather and erosion.  Fragments of ancient lava - hot basalt exploed upon contact with cold sea water and intermixed with quickly chilled volcanic glass to form a breccia. The cobbles on this beach are weathered remains of these exploded fragments. Sea water alters the glass surrounding the basalt fragments into a mineral called palagonite which is easily washed away. The water then attacks the fragment causing its corners to become more ane more rounded. The cobbles are further rounded and made smaller by beach wave action. In the summer there is some sand on these beaches, but winter waves wash most of the sand out to sea leaving almost all cobbles on the beach. Between the tides: Tidal forces shape the shoreline and bring life to the intertidal area. Tides are caused by the gravitational pull of the sun and moon. Here and elsewhere in the coasta Pacific Northwest there are almost always two high and two low tides daily. The pull of the moon and sun causes the oceans to bulge and the earth rotates under them. These bulges come and go as high tides. The tides would be easy to predict if they occured exactly every six hours. However because the tides follow a cycle that is slightly more than six hours long, the whole sequence is repeated later each day. Mean (average) lowest low tide is used as the base level for most coastal charts and tide tables. When ships enter or leave harbor, the depth of water at mean low tide is more important to them than mean sea level." ~ information sign at Yaquina Head National Park, Newport, Oregon. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan an
“Creating Cobbles; Cobbles, pebbles and sand are the result of boiling lava meeting the cold ocean, followed by 14 millin years of weather and erosion. Fragments of ancient lava – hot basalt exploed upon contact with cold sea water and intermixed with quickly chilled volcanic glass to form a breccia. The cobbles on this beach are weathered remains of these exploded fragments. Sea water alters the glass surrounding the basalt fragments into a mineral called palagonite which is easily washed away. The water then attacks the fragment causing its corners to become more ane more rounded. The cobbles are further rounded and made smaller by beach wave action. In the summer there is some sand on these beaches, but winter waves wash most of the sand out to sea leaving almost all cobbles on the beach. Between the tides: Tidal forces shape the shoreline and bring life to the intertidal area. Tides are caused by the gravitational pull of the sun and moon. Here and elsewhere in the coasta Pacific Northwest there are almost always two high and two low tides daily. The pull of the moon and sun causes the oceans to bulge and the earth rotates under them. These bulges come and go as high tides. The tides would be easy to predict if they occured exactly every six hours. However because the tides follow a cycle that is slightly more than six hours long, the whole sequence is repeated later each day. Mean (average) lowest low tide is used as the base level for most coastal charts and tide tables. When ships enter or leave harbor, the depth of water at mean low tide is more important to them than mean sea level.” ~ information sign at Yaquina Head National Park, Newport, Oregon. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan an
"Creating Cobbles; Cobbles, pebbles and sand are the result of boiling lava meeting the cold ocean, followed by 14 millin years of weather and erosion.  Fragments of ancient lava - hot basalt exploed upon contact with cold sea water and intermixed with quickly chilled volcanic glass to form a breccia. The cobbles on this beach are weathered remains of these exploded fragments. Sea water alters the glass surrounding the basalt fragments into a mineral called palagonite which is easily washed away. The water then attacks the fragment causing its corners to become more ane more rounded. The cobbles are further rounded and made smaller by beach wave action. In the summer there is some sand on these beaches, but winter waves wash most of the sand out to sea leaving almost all cobbles on the beach. Between the tides: Tidal forces shape the shoreline and bring life to the intertidal area. Tides are caused by the gravitational pull of the sun and moon. Here and elsewhere in the coasta Pacific Northwest there are almost always two high and two low tides daily. The pull of the moon and sun causes the oceans to bulge and the earth rotates under them. These bulges come and go as high tides. The tides would be easy to predict if they occured exactly every six hours. However because the tides follow a cycle that is slightly more than six hours long, the whole sequence is repeated later each day. Mean (average) lowest low tide is used as the base level for most coastal charts and tide tables. When ships enter or leave harbor, the depth of water at mean low tide is more important to them than mean sea level." ~ information sign at Yaquina Head National Park, Newport, Oregon. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan an
“Creating Cobbles; Cobbles, pebbles and sand are the result of boiling lava meeting the cold ocean, followed by 14 millin years of weather and erosion. Fragments of ancient lava – hot basalt exploed upon contact with cold sea water and intermixed with quickly chilled volcanic glass to form a breccia. The cobbles on this beach are weathered remains of these exploded fragments. Sea water alters the glass surrounding the basalt fragments into a mineral called palagonite which is easily washed away. The water then attacks the fragment causing its corners to become more ane more rounded. The cobbles are further rounded and made smaller by beach wave action. In the summer there is some sand on these beaches, but winter waves wash most of the sand out to sea leaving almost all cobbles on the beach. Between the tides: Tidal forces shape the shoreline and bring life to the intertidal area. Tides are caused by the gravitational pull of the sun and moon. Here and elsewhere in the coasta Pacific Northwest there are almost always two high and two low tides daily. The pull of the moon and sun causes the oceans to bulge and the earth rotates under them. These bulges come and go as high tides. The tides would be easy to predict if they occured exactly every six hours. However because the tides follow a cycle that is slightly more than six hours long, the whole sequence is repeated later each day. Mean (average) lowest low tide is used as the base level for most coastal charts and tide tables. When ships enter or leave harbor, the depth of water at mean low tide is more important to them than mean sea level.” ~ information sign at Yaquina Head National Park, Newport, Oregon. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan an
"Creating Cobbles; Cobbles, pebbles and sand are the result of boiling lava meeting the cold ocean, followed by 14 millin years of weather and erosion.  Fragments of ancient lava - hot basalt exploed upon contact with cold sea water and intermixed with quickly chilled volcanic glass to form a breccia. The cobbles on this beach are weathered remains of these exploded fragments. Sea water alters the glass surrounding the basalt fragments into a mineral called palagonite which is easily washed away. The water then attacks the fragment causing its corners to become more ane more rounded. The cobbles are further rounded and made smaller by beach wave action. In the summer there is some sand on these beaches, but winter waves wash most of the sand out to sea leaving almost all cobbles on the beach. Between the tides: Tidal forces shape the shoreline and bring life to the intertidal area. Tides are caused by the gravitational pull of the sun and moon. Here and elsewhere in the coasta Pacific Northwest there are almost always two high and two low tides daily. The pull of the moon and sun causes the oceans to bulge and the earth rotates under them. These bulges come and go as high tides. The tides would be easy to predict if they occured exactly every six hours. However because the tides follow a cycle that is slightly more than six hours long, the whole sequence is repeated later each day. Mean (average) lowest low tide is used as the base level for most coastal charts and tide tables. When ships enter or leave harbor, the depth of water at mean low tide is more important to them than mean sea level." ~ information sign at Yaquina Head National Park, Newport, Oregon. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan an
“Creating Cobbles; Cobbles, pebbles and sand are the result of boiling lava meeting the cold ocean, followed by 14 millin years of weather and erosion. Fragments of ancient lava – hot basalt exploed upon contact with cold sea water and intermixed with quickly chilled volcanic glass to form a breccia. The cobbles on this beach are weathered remains of these exploded fragments. Sea water alters the glass surrounding the basalt fragments into a mineral called palagonite which is easily washed away. The water then attacks the fragment causing its corners to become more ane more rounded. The cobbles are further rounded and made smaller by beach wave action. In the summer there is some sand on these beaches, but winter waves wash most of the sand out to sea leaving almost all cobbles on the beach. Between the tides: Tidal forces shape the shoreline and bring life to the intertidal area. Tides are caused by the gravitational pull of the sun and moon. Here and elsewhere in the coasta Pacific Northwest there are almost always two high and two low tides daily. The pull of the moon and sun causes the oceans to bulge and the earth rotates under them. These bulges come and go as high tides. The tides would be easy to predict if they occured exactly every six hours. However because the tides follow a cycle that is slightly more than six hours long, the whole sequence is repeated later each day. Mean (average) lowest low tide is used as the base level for most coastal charts and tide tables. When ships enter or leave harbor, the depth of water at mean low tide is more important to them than mean sea level.” ~ information sign at Yaquina Head National Park, Newport, Oregon. Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan an
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).

Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley:  http://www.technogypsie.com/chronicles/?p=19727 -   Photos from  February 2016 . (c) 2016 - photo by Photographers Thomas Baurley  / Leaf McGowan   of Technogypsie Productions Photography: (www.technogypsie.com/photography/).
Yaquina Head National Park (http://www.technogypsie.com/reviews/?p=25775). 1/27/16: Chronicles 23: Delving the Oregon Coast and Willamette Valley: http://www.technogypsie.com/chronicles/?p=19727 – Photos from February 2016 . (c) 2016 – photo by Photographers Thomas Baurley / Leaf McGowan of Technogypsie Productions Photography: (www.technogypsie.com/photography/).

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