WHITE PINE LOGGING, PART I

Let's discuss white pine logging in logical fashion.  First, how were the trees cut?
Answer: by hand, with cross-cut saws or axes. 
ChoppingTreeTwoMen.jpeg (134445 bytes)

Source:  Unknown

After the timber cruisers found the best stands of pine, the crew would come in and build a camp, which consisted of a bunkhouse, cook shanty which had a dining room and kitchen, the most important part of camp. There was a blacksmith and a carpenter as well as a granary and barn for the animals. The camp store would have the basic supplies need by the men, such as clothes and tobacco. These buildings were not very well built, as they were often meant to be temporary, to be moved when the trees were gone. Each camp typically had two foremen, about seventy men, twenty teams of horses and seven yoke of oxen. The men came to the camp in late fall or early winter, as logging was a cold weather job. The food was plentiful, if boring. The usual meal would be bread, potatoes, tea, beans and pork. The crews worked from about 4 a.m. until dusk, even eating the noon meal in the woods. The horses and oxen, on the other hand, were very well treated and rarely overworked.

loggers.jpg (82762 bytes)

Source:  Unknown

Evidence of loggers still remains in the woods of early 21st century Michigan, as evidenced by this white pine monolith in the woods near Otsego Lake.  For some reason, the tree was "notched" but not felled.  Later, fire scorched the stump.
wpine-partially.jpg (138773 bytes)

Source:  Photograph by Randy Schaetzl, Professor of Geography - Michigan State University

Next, how were the logs transported to the river?  Usually, in winter, the logs were transported via sleds, pulled by horses. 
BigWheel2.jpeg (52277 bytes)
Source:  Unknown


The logs were far too big and heavy to take from the woods by dragging, so the loggers made ice-covered roads, where the logs could be pulled on sleds.
getting water from lake for ice roads.gif (48512 bytes)

Source:  Unknown

icesled.gif (86516 bytes)

Source:  Unknown

The loads were often extremely big and contests were held between rival camps to see which could stack a load the highest. The logs were taken to the banks of rivers, where they were piled twenty to thirty feet high, awaiting the spring thaw. When rivers melted, the logs were pushed into the swollen rivers and floated to the mills. At the mills, the logs were sorted in the boom area, each identified by a log mark on the end of the logs. They were then sorted in the boom area, each company’s logs together.
     When the winter season was well advanced the log hauling began. The roads were plowed of snow and sprinkled with water; they then froze into smooth, glassy ways. Over these the logs were hauled on sleds from the skidways to the rollways. The cutting went on through the winter season until the trees were all felled, or the spring thaws ruined the roads. By spring the last log was in place, the melting snow flooded the creek, the rollways were "broken out" and the drive was on.

traverse city-logging.JPEG (64710 bytes)

Source:  Unknown
The sled tracks had to be iced down, so that they would slide easily.  Thus, it was the job of some men to, every day, go to the river, load up on water, and take the water to the logging roads.  These roads were then "iced down", so that the next day logging could proceed easily.  Below is an image or two of just such an ice sled, filling up with water (see the barrel of water being pulled out of the iced-over river?).

Source:  Unknown

Nicely iced logging roads allowed lumberjacks to load up and haul tremendously large loads of logs.  Images below illustrate this point well.

Source:  Unknown

Click for full size
Click here for full size image (290 kb)

Source:  Unknown

Be aware that most of the time, the sleds were never loaded this high--it took too much time and was too dangerous.  These images were set up and posed, for show.

woodc077.jpg (22487 bytes)

Source:  Unknown


The image below illustrates not only how full these logging sleds could get, but also what intensive logging did to the previously-forested landscape!
logsleds-1892.jpg (26721 bytes)

Source:  Unknown


Many people wonder and ask, "How did the loggers ever get the logs up so high onto a sled?"  The image below may give you a hint.

woodc045.jpg (27311 bytes)

Source:  Unknown

The increased lumber production during the final decades of the 19th century was due in part to changes in machinery and techniques which brought greater efficiency to the industry. Throughout the first half of the 19th century lumbering had been a weather-dependent and seasonally limited enterprise. Cutting was done during the winter when timber could be pulled on large sleds, if there was snow, from where the tree had been felled to banking grounds (rollways) along a river.
    The river drive was also dependent on a good winter snowfall for it was the spring runoff, which enabled the rivers to carry the huge pine logs to the sawmills at the mouths of the rivers. Log drivers were usually men who had spent the winter in the woods cutting timber. It was their job to control the flow of the river by building and breaking dams and to break up log jams they could not prevent.
    Sawmills were most often located at the mouths of the driving rivers. Associations were formed to cooperate in the sorting of logs into a pond or bay where floating "booms" of logs separated the property of one company from that of another. From the booms logs were floated to the mills to be sawed.
    Greater mill capacity coupled with a continuing demand for wood also put pressure on the loggers to cut as much as possible each season. A number of small changes improved the efficiency of woods operations somewhat. These included the substitution of the cross-cut saw for the axe in felling timber and the replacement of oxen with horses as sled teams.

Some of the images and text on this page were taken from various issues of Michigan History magazine.

This material has been compiled for educational use only, and may not be reproduced without permission.  One copy may be printed for personal use.  Please contact Randall Schaetzl (soils@msu.edu) for more information or permissions.