1871-1900 Yaquina Head Lighthouse Letter books

Cape Foulweather

Purchase of a cook stove authorized

September 29th 7

Sir:

Your letter of September 18th asking authority to purchase a cook stove for the use of the principal Keeper at the Cape Foulweather Light Station, Oregon, has been received.

In reply I have to say that you are authorized to purchase a cook stove for the purpose named and that you may refer to this letter by date on your vouchers as authority for paying therefor.

Very respectfully, ??? Naval Secretary

Comd'r E. C. Merriman, U.S.N. Insp'r 13th L.H. District Astoria, Oregon

A monitor station was established at North Head Radio Station which checked the performance of all District Radio Beacons, and outlying stations were notified daily of all failures or defects in the radio beacons' operation. These reports were a District innovation and were not required by Headquarters but were merely another measure adopted by the District Coast Guard Office for increased efficiency in the District system. In March, 1944, Radio Station Meadowdale was ??? as a Monitoring Station for radio beacons, as the activities at that station had been considerably reduced. Although Headquarters' instructions ordered that each radio beacon in the United States be monitored at least once every four hours, it became possible in the 13th Naval District, to monitor each radio beacon every hour after the new monitor station had been added.

AIDS TO NAVIGATION IN UPPER COLUMBIA RIVER

In 1932 navigation in the Upper Columbia was revived for the transportation of wheat, but the servies between the Upper and Lower Ports was intermittent. This renewal of navigation was more or less on a trial basis to determine if sufficient commerce could be developed to support water carrier operation. Sufficient traffic was realized and, after the construction of the Bonneville Dam which was completed in 1938, river traffic expanded into the movement of great steel barges designed to carry liquid petroleum in the hull and package or bulk cargo on deck. With this increased traffic from Astoria, Oregon, beyond The Dalles, Oregon, the necessity of navigational aids to insure the mariner's safety became most apparent. As a result, the Aids to Navigation Section centered the majority of its activities in the promotion of safe navigation along the river. Here was the proving grounds for experimental light structures and buoys to determine those most suitable for the area. Due to the rapid current, range marking channels had to be so perfected as to enable the mariners to ascertain their course in a matter of seconds.

It was also necessary to experiment with range markings, and in this connection the Nautical Scientist in the Aide to Navigation Section, 13th Naval District, invented and constructed a system of laterally restricted range markings. This newly devised "Channel Limiting Group" was necessary because of the impossible terrain which made the establishment of the conventional markings impracticable if not impossible. With Headquarters' approval an experimental range was established on the Columbia River near Arlington, Oregon, which proved to be successful. Other experiments were concerned principally with surface riding buoys and fast water buoys.

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UPPER COLUMBIA RIVER

One of the most remarkable advances in inland marine navigation was that which tranferred the swirling waters of the Columbia river into 300 miles of navigable waterway. In 1805, when Lewis and Clark concluded their amazing trek to the Northwest Coast, vast portions of the Columbia River defied the explorers' attempts to transport their party and supplies on its broad expanse. Almost 140 years later, great ocean-going vessels were able to ply their way into Oregon and Washington river ports.

The wildness of the river lay in the swiftness of the water forming treacherous whirlpools and rapids over the shallow, jagged bottom. To eliminate this danger, two great projects were undertaken: The Bonneville Dam and the Celilo Canal. Although the canal was finished before World War I, river traffic to The Dalles, Oregon, and beyond, had ceased around 1916. In 1932, navigation in this section was revived for the transportation of wheat, but the service between the Upper and Lower ports was intermittent. This renewal of navigation was more or less on a trial basis to determine if sufficient commerce could be developed to support water carrier operation.

Sufficient traffic was realized and, after the construction of the Bonneville Dam which was completed in 1938, river traffic expanded into the movement of great steel barges designed to carry liquid petroleum in the hull and package or bulk cargo on deck. With this increase of traffic from Astoria, Oregon, beyond The Dalles, Oregon, the necessity of navigational aids to insure the mariner's safety became most apparent. As a result, the Seattle District centered the majority of its activities in the promotion of safe navigation along the river. Here was the proving grounds for experimental light structures and buoys to determine those most suitable for the area. Due to the rapid current, ranges marking channels had to be so perfected as to enable the mariners to ascertain his course in split-second timing.

The sheer steep cliffs of this area presented problems in erecting shore structures and the swift waters made the mooring of buoys almost impossible. Even before the consolidation of the Lighthouse Service and the Coast Guard, the problems of marking the river had been of primary importance to the Lighthouse Service and basic markings had been established along the banks. The last allotment made to the Service in 1939 was for the establishment of additional lights in the Columbia, Umpqua and Yaquina Bay. River traffic

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channel five feet deep from the mouth of the Snake to Lewiston, Idaho, 139 miles upstream. However, this portion of the river presented additional problems in that the rise in elevation to Lewiston from the mouth was 400 feet and the waters swift and shallow. Army Engineers had surveyed this section in 1934 at a cost of $150,000.00 but by 1940 the survey marks were missing and existing maps of the river were unreliable. Althought railway lines paralleled the Snake River on either side to Lewiston, most of the shipping in the area was done by barge as the freight charges for rail transportation was excessive. In anticipation of the Army's proposed dredging, wheat elevators had been constructed along the banks of the Snake, in spite of the fact that river traffic had been discontinued for some time prior to the Army's proposed project. Improvement of the Snake River was calculated to reduce the price of waterborne gasoline about 1 cent at Lewiston and 3/4 cent at Spokane and to insure navigation at least nine months of the year. On the strength of the Army's proposal, Headquarters allotted $33,000.00 for the establishment of aids along the Snake to Lewiston but this was later diverted to other projects as so little progress was made by the Army in the dredging of the proposed channel by 1945.

Ranges were not established even though there was a minimum of river traffic near Lewiston as the Board felt that the establishment of any aids implied responsibility for the safety of the courses over which soundings and chart data were incompleted. By the end of World War II, river traffic on the Columbia had reached a peak. Day and night, winter and summer, through fog or clear weather, tugs and barges, fishing boats and other commercial marine craft plied the river from Astoria, Oregon to Pasco, Washington. The Upper Columbia had been thoroughly marked with additional aids to insure safe navigation; Army Engineers had dredged channels to promote commerce; and inland navigation companies had increased their tonnage so that by 1945 the Columbia River had taken its place amongst the top ranking commercial waterways of the world. But, at Pasco, extensive river traffic ceased for beyond this point the conditions of the river made through traffic impossible. Although the Columbia reached for hundreds of miles beyond Pasco, Washington, all commerce was localized in small areas along its length.

AIDS IN ROOSEVELT LAKE

The building of the Grand Coulee Dam on the far reaches of the Columbia, to provide water for irrigation and water power for this great Northwest section, brought about additional activities for the Aids to Navigation Section. The building of the dam created a lake which extended almost 200

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be blacked out by the unit having charge of that area. Commanding Officers were instructed to exercise their best judgement in the assignment of trucks, tenders, or small boats and these assignments were determined in advance.

Commanding Officers were further directed to familiarize themselves with the aids in their area, securing keys necessary for entrance to equipment and to properly instruct personnel under their command, in order that the blackout could be carried out smoothly and expeditiously. Sound buoys were silenced by securely lashing bell clappers or air intakes and whistles were wrapped with canvas and securely lashed. The District Coast Guard Office was to be notified by dispatch when the blackout had been effected or aids had been relighted, in accordance with District orders.

In October, 1941, a conference was held at Tongue Point Depot, Astoria, Oregon, to instruct personnel from that area in the operations required of the various types of aids to navigation to effect the Blackout Plan. A blackout drill of all units under command of the Astoria Base was held on October 22, 1941. Each aid was visited and examined by the personnel assigned thereto to ascertain type of equipment, the correct way to make the aid inoperative and the tools and materials required. During the practice, only an examination was made and the operation of the aids was not stopped. This was the only test of its kind in the 13th Naval District prior to the outbreak of the war.

On 9 December, 1941, a blackout was effected in the entire District on instructions from the District Commandant. Three officers, together with a small staff of enlisted personnel, issued instructions to the various Commands from the Aids to Navigation Office. Orders for the blackout were received at 1400 and, by 2200, the blackout was completely effected. Tremendous obstacles were encountered, there having been no previous test of the Plan as set by the Board in September. Bridges throughout the District were blacked out, although no plan had incorporated such procedure and railroad officials as well as highway superintendents offered little cooperation. No word was received from the blacked areas as to the time their aids were extinguished nor was word received that they had been relighted following the blackout. This was due to the inability of telephone and radio facilities to handle such heavy traffic. No report was required concerning the results of the operation and a general blackout, other than tests in various areas, was every made in the District.

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