
![]() Qualifications for 2nd Class Fog Alarm Engineer Qualifications for Radio Beacon operator ![]() Report for duty notice at Quatsino Lighthouse ![]() HAM radio cards ![]() Quatsino Lightstation ![]() Eveready 1-1/2 volt batteries ![]() Eveready radio batteries |
1. Before the Manuals - Applying for the Job c. 1930s The Civil Service Commission (CSC) of Canada was a very imposing body of bureaucrats who controlled the hiring and firing of government employees. It was a bit intimidating when I applied in 1969, and from the evidence on the documents that have been given to me, it was equally, if not more so, in 1933. Clarence Edgar Carver applied for temporary employment as a lighthouse keeper on Quatsino In those days the equipment on a lighthouse required an engineering certificate for the operation of the Fog Alarm and a lot of beforehand experience. There was also a requirement for proficiency in Radiotelegraphy to operate the station's Radio Beacon. Most of the photos and information here I received from Roy Carver, son of C. E. Carver and Roy's daughter, Sandra Vigna. Roy would have been 9 years old when he left Kains. After I wrote the paragraph above I received another email from Roy. In it he said "Clarence Edgar Carver was well qualified I'm sure for the position of a light keeper. He was one of the first Ham radio operators in Victoria; his call sign was VE5EL in Victoria, and later on Kains Island VE5RN. He had also worked on the Empress cruise ships as a radio operator going to the Orient in the 1920s. His hobby was building radios of all types." "Also he and his father built a couple of houses in the Victoria area.(his father, a master carpenter, worked at Yarrows Shipyards in Victoria for years building the state rooms etc. on the CPR ships, as the ships came from Great Britain with no interior work done). He was also very handy in fixing electric motors and gasoline engines. On nice days some times a fisherman would bring his boat and anchor off the island (Kains) and father would row out and make the needed repairs and would receive a nice salmon or a few crabs for his trouble." The engines to operate the Fog Alarm compressors were monstrous (and dangerous) and the ability of the applicant very important. More important than present day because it could take weeks to repair or replace equipment because of the long distances to travel and the mode of transportation - no helicopters in those days. The engines in the photos below are most probably Fairbanks Morse single-cylinder gas engines type "N". According to Wikipedia they "evolved by burning kerosene in 1893, coal gas in 1905, then to semi-diesel engines in 1913 and to full diesel engines in 1924." Roy Carver backs this up by stating "I'm pretty sure the engines ran on gasoline." "I may be wrong but I seem to remember the 45 gal. drums of gasoline had a red band around the middle of the drums, kerosene had a white band and the lube oil had a blue band. I'm pretty sure there were more red drums around than the others. The drums were built much heavier than to-day and were galvanized on the outside." On average there would have been at least two engines per station for the Fog Alarm (add on two more with generators if electricity was available). Roy said "I don't ever remember any generators for electricity at Kains Island! We had no electricity except in dry cell batteries* to run the radios." Equipment was driven by the large leather drive belts that can be seen in the photos. These engines were probably similar to the ones described on this Fairbanks Morse page. The engine in the Youtube video below is a Type "Y" Fairbanks Morse engine, a later version than the ones pictured above. Turn up the volume, and imagine being in an engine room with two or more of these running! I doubt they had good hearing protection in those days. There are many more videos on Youtube showing Fairbanks Morse engines running, mostly farm equipment or generators. A lot of the keeper's time was taken up by cleaning these engines. Most were kept shiny and spotless. Brass and bronze kept polished and paintwork cleaned of oil. The polished engine room was the pride of many a lighthouse keeper. Roy Carver's comment was "The mention of cleaning brass reminds me that when I and later my sister were old enough, one of our Saturday chores was to polish engine room brass! Father was very fussy about keeping things clean and organized everywhere, not only the engine room, so we learned the fine art of cleaning very early!" As a closing note, C. E. Carver became permanent keeper on Quatsino Lighthouse and stayed there for eleven years, from his appointment on November 29, 1933 to July 26, 1944 when he was transferred to Active Pass For more information and photos on the Fairbanks Morse engines please click here. Footnote #1*Dry Cell Batteries - "In those years isn't wasn't uncommon to run radios completely off dry cell batteries. Companies that made flashlight cells also combined the cells in series to give 90 volts or so, then stuck them into a tar filled cardboard box with connectors on the top for selling. Another battery would be required for the tube filaments, typically 1 1/2 volts. Since they were dry cells, they were not rechargeable and so were discarded as they wore out. Some companies combined the two required voltages into one package. These batteries were very common at that time, especially on farms--often called farm batteries." - Frank Statham - see his Rough Radio website - a history of wireless along the British Columbia coast. In a later email Roy Carver mentioned that "dry cell batteries are the same as todays regular flash light batteries; you use them 'till they are dead then chuck them! They are not rechargeable! The dry cell batteries that ran the radios were about 2-1/2 ins. (6.35 cms) in diameter and about 8 ins. (20.3 cms) high with a blue cardboard wrapping with Eveready in red lettering. They were sealed with black tar on the ends and at one end had two brass clips ( plus (+) and minus (-) ) that one squeezed with two fingers, a small loop would appear, put the bare end of a wire through the loop, release the clip and the wire is connected to the battery. I'm guessing but I would say they were 1-1/2 volts each. One could bundle them up to produce the needed voltage. I remember the large wood AM receiver in the living room ran on a dry cell battery in a cardboard case. It could have been multiple dry cell batteries inside or one large dry cell, I never new. It was a sealed box with two connections on top. As I remember it looked like it was manufactured as one power pack, and they did last a long time. Mind you the radio was only on for two or three hours an evening. I remember in the early 1950's one would see a bundle of the same batteries under the main floor in the basement of a house with a phone." For more information on early radio batteries there are some excellent photos of Eveready batteries on this Antique Radio page. - John Coldwell (Assistant & Principal Keeper on numerous lighthouses 1969 - 2001 |
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2. Manual - Rules and Instructions for Lightkeepers . . . c. 1875 Click on the cover to get an index of pages, or
download the complete book here in zipped format (13 MBs) If you wish to print the book the published size was 6.5" x 9.25" (16.5 x 23.25 cms.) - John Coldwell (Keeper on Pulteney, Kains, Pachena, Green, McInnes 1969 - 2001) | |
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3. Manual - Rules and Instructions for Lightkeepers . . . c. 1912 Click on the cover to get an index of pages, or
download the complete book here in zipped format (4.5 MBs) If you wish to print the book the published size was 6.5" x 9.25" (16.5 x 23.25 cms.) - John Coldwell (Keeper on Pulteney, Kains, Pachena, Green, McInnes 1969 - 2001) | |
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4. Manual - Rules and Instructions for Lightkeepers . . . c. 1953 Click on the cover to get an index of pages, or
download the complete book here in zipped format (14 MBs) If you wish to print the book the published size was 6.5" x 9.25" (16.5 x 23.25 cms.) - John Coldwell (Keeper on Pulteney, Kains, Pachena, Green, McInnes 1969 - 2001) | |
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![]() Pulteney Point |
5. Graveyard Shift on Pulteney Point On a three man station we worked 24 hour days of three 8 hour shifts - midnight to 8, 8 'till 4, and 4 to midnight. On Pulteney Point the Senior Keeper at the time, Walt Tansky, had arranged that the relief usually called across about one hour earlier to say that he was up and ready. This didn't change the hours of the shifts but made it seem like one was getting off shift earlier. The shift change was always done by battery-operated, hand-cranked inter-house telephones. One night, early in my days as a lightkeeper I was going on the graveyard shift (midnight 'till 8) and phoned Walt about 11 pm to let him know I was up and awake. The telephone was in the entrance hallway with a window giving me a view down the channel towards Alert Bay Suddenly it dimmed, changed direction and then I saw the red outboard light on the wing of a plane. I had been watching the bright landing light on a seaplane as it approached Port McNeil harbour late at night. This was unusual as they did not usually fly at night so to my mind at first glance it was an unknown flying object (UFO). I was sure glad I had not raised an alarm. It would have been a bit embarrassing. - John Coldwell (assistant Keeper on Pulteney Point 1969 - 1972 |
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![]() Bell 47 helicopter MBB-105 helicopter Sikorsky S-61N helicopter ![]() Bell 212 helicopter |
6. Day of Departure on Leavec. 1970s In the days before portable radios and instant communications, we were always apprehensive about the day we headed out for holidays. First there was the weather which as everone knows on the West Coast of Canada is always unpredictable even with modern weather forecasting. We observed the weather but rarely got any weather forecasts. Next came the Coast Guard. Our long-awaited flight could be diverted for search and rescue, maintenance, or any of a hundred other reasons. In those days too, to save money, the assistant and his family had to go off station on leave in coordination with the senior keeper. By this I mean, when the senior decided to go off station for his annual leave we, as assistants. had to either go before him or after him so that the helicopter was not flying empty too many times which kept the costs down. It also meant that the relief keeper was not being transported randomly all over the countryside but could count on at least two months or more residence and pay at one station. Before the days of numerous Coast Guard helicopters*, the flights were usually arranged by private helicopter companies such as Vancouver Island Helicopters (VIH) in Port Hardy The day of departure! Suitcases packed, kids ready, house all sorted out for the relief keeper to move in, notes left on plant watering, animal feeding, fuel tanks filled, drinking water checked. Also a meal left for the relief keeper if this was his primary arrival at the station. The relief keeper was usually well known to us but at times we had to leave our house in charge of unknown keepers that Coast Guard had hired on the spot to fill the position because no one else was available. The relief keeper lived in whichever keeper's house was vacant at the time. I always had the best of rapport with the many relief keepers we had. In fact, we used to say "the house was cleaner when we came back that when we left" with most of them. Get the tractor and trailer out and load all the bags for the expected arrival. This arrival time was usually relayed from the local Coast Guard radio station when we gave the last weather report. Now all we had to do was wait! And wait! And wait! If the weather was good then we waited by the helo pad, searching the sky in the direction we knew it must come. "There it is", shouted one of the kids. "There! There!" with his finger pointing excitedly in the required direction. We searched the sky until our eyes watered. The kids always had better eyes. "THere it is! I shouted, pointing in the same direction. About 10 miles out!" "That's a seagull", said Karen who had better eyes than myself. "Nah, it's the chopper." "Nope, a seagull" and sure enough, it wheeled and dove and disappeared from sight. This sometimes happened so many times your eyes got sore. Finally, one of the seagulls stayed steady on course and grew steadily larger. Depending on circumstances we greeted either the relief keeper and all his gear or the returning senior keeper. Quickly unloading, loading, and up and away. We were going out on leave, unbelievably on the scheduled day! Footnote #2* In the early years (pre-helicopter) most keepers and their families were transported on holidays via the Coast Guard supply ships. Here is Reg Gunn's excellent article as mate on one of the work boats used to bring the passengers to the ship. - John Coldwell (assistant Keeper on Pulteney, Kains, Pachena 1969 - 1975) |
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![]() Extreme Tendency ![]() Weather Extremes ![]() Extreme Tendency |
7. Weather Observing - a Large Part of the Job One of our duties on most of the stations was the reporting of our local weather (weather visible in the immediate area of the station) to Environment Canada (EC) (earlier Atmospheric Environment Service (AES)) for re-broadcast to fishermen, pilots and climatologists. This became even more important after the Tropical Storm of October 1984 hit the British Columbia Coastline. Every three hours during the day, starting at around three o'clock in the morning we would collect the information on sky condition, visibilty, wind speed and direction, rain/snowfall, wet and dry bulb temperatures plus maximum and minimum temperatures, station pressure and tendency (whether pressure was rising or falling and how rapidly), and sea and swell height. This was then recorded on AES forms or in a notebook depending on the station. Not all stations reported or had the instruments for all observations. These records were forwarded to AES every month along with a "Climate Summary" for the month. When the observation was completed and written down we then waited by the radio starting at 03:30 for our station name to be called. We would transmit weather(s) to our local Coast Guard Radio station. These were located in Prince Rupert This transmission time could take up to one-half hour if the station was sending out the total of three weathers. I must say though that those CG operators were tops in receiving our transmissions! It was almost a game to see how fast we could go with an experienced operator. They could type as fast as we could speak! With a newcomer we were warned to "go slow"! From certain selected stations we also reported a "Sea Water Temperature" which was collected once a day for the Department of Fisheries and Oceans (DFO) (later renamed to F&O) This was the start of our daily routine every day for seven days a week, all year round. Starting, as I have stated above at 3AM, the next report was started three hours later at 6AM, then 9AM, Noon, 3PM, 6PM and 9PM. After October 1984 we had to also record and report any "Special Weathers" which could include increases in wind speed, lowering of cloud height, weather obscuring the station (both starting and clearing and this included fog, rain, snowfall and smoke), increases in intensity of precipitation (rainfall, snowfall, etc.), waterspouts (small tornadoes on water) and thunderstorms with its associated lightning. All these had to be observed, recorded and transmitted to the local CG station whenever they occured and/or ended as in the case of fog. To help us, we had a comprehensive "Manual of Observations (MANOBS)* from AES, a one week course in Aviation Weathers and on-station training. Our training was not as good as the official AES "Surface Weather Observer" course which was 4 months long but with the help of AES personnel and the manual we managed to get out pretty reliable weathers, and of course, we were on station and "on call" 24/7/365. (24 hours a day, seven days a week, 365 days a year). Even though we only were supposedly paid for a sixteen hour day (2 keepers x 8 hours each) we were on call by pilots, boaters, fishermen, Coast Guard radio operators, and Royal Canadian Mounted Police (RCMP), private airline pilots, commerial coastal airlines and helicopter companies. Many the time we were awakened in the dead of night for a weather report. Contrary to Coast Guard "rules", we were on duty 24 hours a day. Thank heavens for the support of our wives! Most of them had learned the weather observing and reporting procedures (learned on their free time without benefit of a course or any other training) and could help out in emergencies. On some stations even some of the older teenage children could handle the weather reports and the radios and could help out with the weather reporting. We were in some instances a full-fledged weather observing station with all the equipment, designated call sign and recording books, but were paid a pittance as it was "an extra duty" over and above our job description as a "Lighthouse Keeper". The maximum for a fully-equipped "Synoptic Weather" station was approximately $1500.00 CDN per quarter (every three months) split between two keepers ($750.00 apiece) whereas the fully trained "Surface weather Observer" working only for AES could be earning more than $3000.00 a month plus Isolation Pay (I will grouch on that in a later article) plus a tax deduction on his rental housing. We loved the job but they could have paid us better and given us better benefits. We were doing the job of three, sometimes four or five government departments and getting paid pittance. I fought for our rights many times but hit the "brick wall" most of the time! At least we were appreciated by the people that used our observations. Sometimes that was pay enough! Personal note: Before becoming a lighthouse keeper I had been officially trained by AES as a "Surface Weather Observer" (which included "Synoptic Weathers") and as an "Upper Air Technician" (Radiosonde ballons), serving a year in the Canadian sub-Arctic. Combined, this was a course of nine months and I grew to love weather observing. On McInnes Island lightstation Footnote #3*Later reduced to Prince Rupert, Tofino, Victoria and Vancouver British Columbia. Footnote #4*Acronym for METeorological Aerodrome/Airport Report which replaced the former Aviation Weather (SA). It is now the main observation code used in Canada to satisfy requirements for reporting surface meteorological data. Minimum reporting requirments include wind, visibility, present weather, sky condition, temperature, dew point, and altimeter setting. Footnote #5*Acronym for MANual of OBServations. An online version is available here. - John Coldwell (Keeper on Pulteney, Kains, Pachena, Green, McInnes during the years 1969 - 2001) |
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![]() Average Seawater Temperature Kains Island 1935 - 2007 ![]() Anemometer cups |
8. The Wind Speed Indicator Episode c.1935 One of the daily duties of a light house keeper was to estimate the wind speed during each day and record it, along with other metrological observations and measurements, which also included sea water temperature, and a sample of sea water which was taken at a depth bellow the surface, weather permitting of course. The small glass bottles with cork stoppers of sea water were stored in wooden boxes with many little squares, one for each bottle. These boxes would be shipped out when the supply ship re-supplied the station once a year, usually in July. As far as I know Father never did find out what happened to the bottles of sea water after they left the station.* For an individual to estimate wind speed is a pretty tall order, especially on the edge of an island. If the wind is blowing in your face one would judge the wind speed higher than if it was blowing from behind you (behind the island), so wind speed estimating was not very accurate, even with the crude wind speed indicating instruments supplied at the station. When I was very young the supply ship on it’s yearly stop delivered a wind speed indicator. The unit came complete with instructions - to be mounted on a pole as high as possible and the pole to be supported by wires. There was a meter on the wall in the kitchen that was wired to the unit on the pole. All worked splendidly until our first major winter storm hit. During the storm the unit on the pole flew apart and after the storm passed all had gone - the unit, along with the pole and support wires. So Father of course notified headquarters (Victoria) and that was that. On the next re-supply another wind speed indicator arrived, this one guaranteed to withstand 100 MPH winds. So Father put up the new unit again with a heaver pole and stronger support wires. Again, all went well until one of the bigger winter storms hit us. I still remember Father excitedly saying the meter in the kitchen was indicating way past 100 MPH. Some time during the night the unit blew apart and was beyond repair. Again Father notified headquarters and that was that, we never saw another wind speed indicator. So Father decided to build his own. On our yearly holiday trip "Down South" Father purchased two copper toilet tank floats and some 1/8" brass piping, along with an auto generator and a meter. He cut the copper floats in half, then having four cups which he soldered onto four brass pipes all connected to the generator. It was mounted as before on a pole. This unit measured wind speed well in access of 100 MPH a few times, and was still in use years later when we left the station. Footnote #6*The samples were delivered to the Department of Fisheries and Oceans in Victoria, BC (now called Department of Fisheries and Oceans - DFO), where the salinity (amount of disolved salts) was measured in each sample. Here is the monthly average collected from Kains Island from 1935 to 2007 (please note, the columns do not line up exactly under the month names, and all temperatures have been converted to degrees Celsius, even though Celsius was not used officially in Canada until 1970). - Roy Carver (son of C. E. Carver on Kains Island 1933 - 1944) |
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9. Moving Day One of the problems with moving to another lighthouse was that everything had to be crated and or well-packed to withstand the dangers of the transportation and handling. It also had to survive unexpected falls and/or water damage, both fresh and salt. When my wife Karen and I first moved on the lighthouses we had no material for crating so we had to get professionals from a moving company to do the work for us. They did a very good job but were very expensive. When we got the bill we did not have the money to pay it, so we told the man we would leave half the furnishings there in the warehouse and get them shipped out next month when we got paid. He was having nothing of that and eventually dropped the price to something we could afford. I will give them credit - some of those cedar-framed crates are probably still circulating on the lights after thirty years of use. I know I used some of them to move off McInnes when I left. We loaned out a lot of them too for others to use. Most of the transportation was by Coast Guard ships which meant moving the furnishings from the house to a tractor and trailer (if available) and then over hundreds of feet of rough boardwalk to the highline platform where it was unloaded and the tractor and driver were off again for another load. This heavy manual labour was performed by the two keepers and numerous personnel off the ships. It was hard work and involved buying many cases of beer from the ship's canteen to keep all happy. Once unloaded from the tractor onto the ground, the items were selected according to size and/or weight to fit into a bonnet sling. These were large round tarpaulins with loops around the sides, or square open nets through which snotters* were fitted. The winch operator then dragged the slings across the deck so they were centred under the highline carriage. Many slings were being loaded at a time so they could not all be directly under the carriage. Also, many was the time when we were unloading and loading at the same time - either another keeper's belongings or groceries and or supplies. Loads would come up from the workboat and land on the deck until the workboat was empty. The bonnets were unloaded and the materials were stacked, stored or moved, and the next bonnet in line was attached and sent back to the boat. This continued until the workboat was again full and returned to the main Coast Guard supply ship. The supply ship then hoisted the cartons, crates and other materials from the workboat and over the gunwale and dropped them into the forward hold where they were then unloaded from the slings and stored on shelves in the hold. Earlier - 1950s - there were no coolers or freezers on the ships so all went into the hold. Later, the cartons containing perishables were stored in the appropriate storage area. Once all had been moved and good-byes said, we all climbed into the again empty workboat along with all the crew and headed off to our new lightstation. This could be one day or one week away. The crew made us welcome and we ate with the officers. This meant that they had to make room for, in our case, four new people for eating and sleeping. Also pets travelled with us as well. Most of the animals were kept in the forward chain locker area although we were sometimes allowed to bring the cats to our cabins. In the case of dogs they were usually well-looked after by the ship's crew who would take them out tidbits of food from the galley. On arriving at the new station the whole procedure was repeated in reverse - all six steps. Another alternative to this scenario was to move the cartons and crates and furnishings to the helicopter pad where they would be slung out to the ship in the same type of net bonnet sling, or loaded on the helicopter for transport to a Coast Guard base or even to the appointed lighthouse if it was relatively close by. The helicopter was also used to carry some of the more unpackable or fragile items such as lamps, aquariums, mirrors, etc. This all depended on good weather and the ship arriving on time. Living out of crates was done a few times and many a time we moved in the rain. I must say, that the only thing I ever remember getting broken was a parchment lampshade that I had packed wrongly. There were many variations on this standard move. One time at Pachena Point Actually that move was a very different one. After going through all of the above, we met the supply ship from Prince Rupert Footnote #7*snotter - a length of rope or braided steel with a loop braided or fixed in either end. - John Coldwell (BC Lighthouse Keeper 1969 - 2001 |
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![]() #1 McInnes Island ![]() #3 Loading under the highline ![]() #5 Work crew helping ![]() #7 A crate down the highline ![]() #9 Down goes my personal boat ![]() #11 That's hard work running the winch |
![]() #2 McInnes Island ![]() #4 Bonnet slings ![]() #6 Work crew place snotters on the crates ![]() #8 Almost into the workboat ![]() #10 His boat tied up behind the workboat ![]() #12 Workboat heading back to the ship |
10. You Just Thought Moving Was a Pain! Let’s face it, nobody likes moving. All the packing, loading, carrying, lifting, unpacking. There’s probably nothing more unpleasant to go through, even when you’re moving to a better place and looking forward to moving in. But try compounding that with the almost insurmountable obstacle of living on an island. Not just any island, but a remote island with no ship docking facilities, and no aircraft facilities beyond a helicopter pad. That’s exactly what a friend of mine was doing here. Glenn is a member of the Canadian Coast Guard, and was at the time the principal lighthouse keeper at McInnes Island Lightstation, but had received orders for a change of station. Check out these aerial views of the island he lived on. (photos #1 & #2) Yeah, you just thought moving was a pain. Glenn provided me with a little photo-essay to show us what he went through, and I decided to share it with you. The thoughts and sentiments are his, and the photos illustrate the story well. This is the method. It’s called a "highline", (photo #3) and it’s a lifting device to get items either down to a work boat, or up to the island. This was the largest of the crates he built, (photo #6) and it contains his leather couch. He left nothing to chance when he moved. The couch was first blanketed, then cardboard was applied, then plastic shrink wrap, then two layers of blue tarps (your typical camping tarps), then it was inserted in the plywood crate. Glenn said "That puppy was going to arrive in good shape if I had ANYTHING to say about it." This is where it gets tricky. (photos #7 & #8) He had to lower the crate down into the workboat, without killing the deck hand whose job it was to get it into the boat. Remember, this is open ocean, and the swells are not cooperative for sure. This was his beloved boat, (photo #9) which had been sold, and was also headed down the highline. This boat was his primary method of local transportation while on McInnes Island, and sending it down the highline was the only method of launching it. Once launched, he had to row out to it in a tiny wooden dinghy. It was towed behind the workboat out to the ship for transportation to its new owner. Getting it ready for towing out to the ship, (photo #10) where it will be lifted aboard by crane, along with a load of crates. Another load ready for transport to the ship. (photo #12) So, there you have it. A day in the life of a lighthouse keeper who is moving to another station. It’s definitely NOT your usual "city move". - All uncredited photos and the text courtesy of Glenn Borgens (BC Lighthouse Keeper 1995 - Present) |
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11. The Lightkeepers by Graham Chandler
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| John Coldwell (retired BC lighthouse keeper) Galvanistrasse 8 A-4040 Linz, Austria Tel: +43 (732) 750515 |