
Start of the Kennebec at Moosehead Lake- Bob Hamer
River driving was a part of Maine for years. Some say it began due to the British Mast Trade. In the 1600’s King Charles II issued a proclamation to prohibit colonists from cutting wood of a certain measurement. This was in response to the depletion of timber in Europe. The timber along the Kennebec proved desirable to the King because it was perfect for masts for the ships of the Royal Navy. Colonists revolted against the proclamation, claiming that the King should not be allowed to take wood on their land. This revolt lasted 100 or so years, leading to the Revolutionary War. After the war, numerous towns appeared along the Kennebec. Lumbering became quite popular. It was then that the labor intensive river driving industry came into play. From 1834 to the last river drive in 1976, lumber flowed the Kennebec to mills in Southern Maine such as those in Madison, Skowhegan and Augusta. The Kennebec log driving Company conducted these drives from beginning to end. The drives began in the spring at ice out; however, laborers began preparing for the upcoming drive much before that, working in snow and ice.
In the beginning of the river driving days, teams of oxen were used to transport lumber to the river. Only timber easily transported to the water was used. Around 600,000 feet of timber could be cut in a season. Trees were topped off to leave as much of the trunk as possible. Bark was then removed from one end and the tree was then dragged by a bobsled to a landing. Oxen were stronger than horses and could be fed wild hay instead of good quality hay and grain. They proved useful in the start of the drives. In the 19th century, spruce became more popular and was more abundant. Horses were then used and roadwork became lengthier. Logging roads for horses needed to be level or down grade. Drives were limited to spruce, fir, cedar and pine because they floated. Different types of logs float at different levels, therefore, not mixing well in river drives. Limitations on wood use left acres of untouched wood because it couldn’t float.
At first larger logs were sent down the river to the mills. This posed problems for the drivers when much too common log jam occurred. Jams were often caused by Jill-pokes. This is a log that shifts its position or gets stuck so that it prevents logs behind it from moving forward, forming a jam. Before 1900 and the creation of modern dams, jams were quite frequent and often formed around falls in the river, especially Caratunk Falls. This location was the cause of many log jams. Eventually in 1925 logs were cut into 4’ sections to maneuver more easily and efficiently and to fit modernized machinery. Jams were broken one of two ways. Either dynamite was used in extreme conditions or cant dogs, or peaveys, were used. When drivers couldn’t release a jam, dynamite was used to break it up and get the logs flowing again. Cant dogs, also known as peaveys, were tools used by laborers to poke and pull logs in order to loosen them up. Injuries often occurred when trying to release logs, as well as with the entire process of river driving.
Logs were loaded into Moosehead Lake or directly into the Kennebec river, where they would flow south through sluiceways to get to the mills in southern Maine. Logs could either be loaded into the water by manual labor or by a middle shoot that allowed logs to be trucked to. It was similar to a slide and the logs would travel down it and shoot off into the river. Some of you may have noticed I mentioned a sluiceway and you may be wondering “what is that?” It is an artificial channel logs were directed through to move them down the river more efficiently. Sluice gates were opened to flood stream beds to allow the logs to flow downriver.
The equipment used during the drives wasn’t too technical. Wooden bateauxs were used to float down the river to direct and herd logs where they should go. Other equipment included the cant dog, or peavey, as mentioned above. These tools had a long wooden handle with a spike and hook on the other end, which was driven into the log to get a grip on it and move it about. Log booms were used as well to haul logs across lakes. The booms consisted of several long logs hooked together to form a net that would catch the other logs. In later years machinery was used to cut logs and to transport them, but I’ll get into that further on in the blog.
Before larger dams were created, flooding was common. In 1927, 12,500 cords of wood were lost in a series of 2 floods. Companies such as Hollingsworth & Whitney Company organized emergency booms to catch wood in Waterville. The first flood caused the industry to divide the drive into 2 parts: from Madison to Waterville and from Waterville to Five Mile Island. After new logistical plans were worked out, another flood hit, causing drivers to redo work that had already been started. After the second flood the drive was further divided into 3 parts: from Madison to Skowhegan, Skowhegan to Waterville, and from Waterville to Five Mile Island. Each section started at the same time. Losses were not as great as expected, however, due to help from countless companies along the river.
The drive began as soon as settlements occurred along the river. From then on until industrialization and modernization came into play, everything depended on the river drive. If the drive was not as successful one year, the mills would not operate full time, people would not buy as many things from local stores, and so on. The drives ran the area and the businesses there. Newspapers often published information and updates about the drives. In 1887 there were 150,000,000 logs in the Kennebec, the largest drive yet. With the decision to cut lumber into smaller logs came the use of more machinery. The machines cut up to 500 cords in 20 hours. After many years of operating on the Kennebec, thoughts of transporting wood from the Penobscot to the Kennebec began to pop up. A few plans were rejected or never started, but one plan to use a sluiceway and conveyor belt system was successful. With the use of this system 13 million feet of lumber was transported in just 1 year. In the previous 8 years, only 10 million feet of lumber had be transported. In 1928, however, the sluiceway was taken down. Many feared that flooding would prove to be disastrous with the sluiceway, causing greater losses.
In 1931 to 1941 no wood was cut due to the depression. In 1942, though, 30,000 cords were harvested. It was this year that Hollingsworth & Whitney Company, commonly known as H&W, bought the Katahdin steamship from Coburn Steamship Company. With the decline of passenger business and also the fall of the large hotel and railroad business, the Katahdin was perfect for the river drives. She was able to transport supplies to and from logging camps and boom logs across Moosehead Lake to East Outlet. The Katahdin steamship was built in 1914 by Bath Iron Works. To date it is BIW’s oldest floating vessel. The Katahdin was built after its predecessor burnt down in 1912. She carried livestock, supplies, and passengers across Moosehead Lake during the river driving days. Today she still carries passengers, offering tours across Moosehead Lake during the summer. She is currently operated by the Moosehead Marine Museum here in Greenville.
H&W built the Aroostook mill in Gardiner in 1884, the Taconnet mill in Winslow in 1893 and the Abenaquis mill at lower falls in Madison in 1909. They started purchasing timberlands in the Moosehead Lake region as soon as the mills were built. They started their purchases with 22,900 acres in Misery Township in 1895. Many of H&W’s employees contributed to the Greenville area. Our local hospital is named after H&W’s office manager, E.L. Dean and our school was built by Louis Oaks, the superintendent of operations for H&W. Austin Cary studied regeneration and spruce budworm in the Misery, Frenchtown, and Lily Bay areas. He also wrote a handbook for the northern woodsman, which was still in use in 1986. In 1954, H&W came to an end when they merged with Scott Paper Company.
The year Scott Paper merged with H&W was their beginning in Maine. They originated from Pennsylvania and decided to extend their operations north due to our extensive lumber supplies. According to some river drivers, the company wasn’t knowledgeable of river driving. Scott wanted to let the wood go in Bingham in May, which is when the river is high after the ice melts. With the river levels high, this left a lot of high rear, which required more men to take the high rear and throw it into the river, slowing the process down.
In the 1890’s the internal combustion engine was developed, leading to the first successful log hauler invented and built by Alvin Lombord of Waterville in the 1900’s. This replaced tired horses. Different models were tested including the steam hauler. This hauler could haul 12 loaded sleds, while the gas hauler could only haul 5. A steam hauler also required two men to operate it, while the gas hauler required just one. In 1934 a diesel machine was made. It reduced cost and increase power. However, modern trucking had improved a lot more in the past few years and therefore making this diesel hauler the first and last. Trucks had an advantage because they were larger, stronger, and had modernized engines and tires.
Between transitions from hauler to truck, the bull dozer entered the picture. It could push its way through the dense trees, uprooting them, and moving them to the side. This led to better roads. Trucking helped make the river driving operations obsolete. River driving had to wait till ice out, preventing logs from reaching mills until July or sometimes August. Trucks could pick up logs in the morning and deliver by evening.
River driving was dwindling as a result of the trucking industry. River after river ended their drives, but the Kennebec stuck with it. Many believe the river drives began in Maine. One thing is for sure, the drives lasted in Maine longer than any other state in the U.S. Finally in 1971 Scott Paper, now the only paper company still operating the river drives, decided to end their drives. There was much debate about the drives in its last few years. Many environmentalists complained that the drives polluted the waters and clogged feeder streams. Scott Paper backed up its decision to stop drives by informing the press and public that 2% of logs sank each year. Trucking is more efficient and can transport all types of wood, according to Scott. Loyal drivers were saddened to see the drives end. Some of them had been on the river their whole life and were now forced to find new jobs. Older laborers went into logging because it was similar and connected with the drives. Much of the same equipment was used. Younger generations continued to work on the rivers as rafting guides. One concern of the drivers was that the new trucking methods would tie up popular roadways used to travel to the Moosehead area and further up towards Canada. These roadways would now be congested with traffic due to the added trucks. Scott argued that trucking wasn’t new. Hard wood can’t be used on the river because it can’t float. About 30% of lumber was not transported through the river drives. Instead, it was transported by truck, like it had been for years before this decision. Laborers bounced back by adding in the new costs associated with the switch. More equipment would be needed to operate this new plan, which, in turn, would require more fuel to operate that equipment. Cords of wood would also increase from 15 cents to $6 per cord. According to the paper company, costs would be expected to stay the same. Longer wood would now be transported instead of the 4’ logs, making the process more efficient. More wood could be cut too, now that they wouldn’t have to wait for ice out. Ideas of using rail came about. However, because of the track positions, it was not economically feasible. They would have to cover longer distances instead of the straight shot that the roadways offered.
In 1976 the last river drive took place. The drive brought in a measly 75,000 cords of wood. On Moosehead Lake the Katahdin’s key job was to help with cleanup efforts. The last drive was overall more of a cleanup effort, rather than a full on drive. Most of the wood traveling downriver was stray logs picked up along the shores. With the river drive over, environmentalist rejoiced. Many opinions were voiced about what to do with the river after 76’. Today the river is used for fishing, camping, and rafting. Its beautiful waters are now clearly visible, unlike the days of the log drives when there was a blanket of brown logs covering the surface.