Pieplant: A Taylor Park Mining Camp

 By Steven W. Veatch

The story of the Pieplant mining camp, in Taylor Park, begins with the Ute people who hunted and roamed this land of dense forests, rushing streams, and imposing mountains. During the summer of 1860, a prospector by the name of Jim Taylor was rounding up stray horses when he rode into this remote region. The area soon became known as Jim Taylor's Park, then as Taylor Park. With the discovery of gold in 1867, placer mining began to appear (Parker, 1992). 

Figure 1. Taylor Park Reservoir is a 2000 surface acre reservoir located 29 miles northeast of Gunnison. Photo date 7/2020 by S. Veatch.

The directions to Pieplant are easy: from the north end of Taylor Park Reservoir, head north several miles on road 742. Watch for a forest road on the right-hand side. There is a sign pointing to the town/mill site. Turn right and follow this dirt road for about four miles to a clearing where several old log cabins mark the little settlement of Pieplant. 

Miners built the town beside a wide meadow near Pieplant Creek, below the summit of Jenkins Mountain (13,432 feet). Both the town and creek were named for the clumps of rhubarb (pieplant) growing wild along the banks of the creek. Pieplant Creek flows southwest from Jenkins Mountain and ranges from less than one foot to seven feet across.

Prospectors worked gold placers along Pieplant Creek as early as the 1890s. These placers did not produce much gold. Miners later established the mining camp of  Pieplant around the turn of the 20th century (Vandenbusche, 1980). Over forty men worked at the Pieplant mine, which was about a mile away from the settlement (Vandenbusche, 1980). 

By 1903, Pieplant had 100 residents, a post office, and a stamp mill (Vandenbusche, 1980). Four-horse teams hauled ore in wagons down a steep road on Jenkins Mountain to the mill (Wolle, 1962). The mill, built by Wood's Mining and Milling Company of Kansas, handled 200 tons of ore each day from the Pieplant and other area mines (Pieplant, n.d., Eberhart,1969). The mill was 280 feet long and 110 feet wide, and employed 50 men (Vandenbusche, 1980). Day (1906) mentions that gold bullion was shipped from Pieplant’s “cyanide plant” in 1905.

 

A newspaper article from the Turret Gold Belt (1905) describes some of the excitement of the mining camp:

"Just a year ago (1904) the Burton brothers of Virginia sold to John Lynch of this city [Turret] and J. W. Harrison, a capitalist of St. Louis, a group of four claims known as the Clinton group and which adjoins the property of the Woods Gold Mining company at Pieplant. The consideration of the sale was $16,000, and the claims are practically undeveloped. That the judgement of the purchasers was good has now been proven, as their tunnel a few days ago cut a lead [vein] which is fourteen feet between walls and from which highly satisfactory assays have been had. The average of the entire lead is good, and a portion of the vein carries gold and copper to the value of $120 per ton, while picked samples run way up into the hundreds. As soon as the assay certificates were received Mr. Lynch started at once for the East, where a plan of development will be decided upon. . . .While this district is rich in minerals lack of transportation has held it back for a number of years."

According to the Twin Lakes Miner (1906), J.W. and M.H. Woods had driven a 1,700-foot tunnel that ran along a gold vein for 1,300 feet. The best gold values, according to the article, were ahead of the tunnel where the “ore shoot widened to 4 to 7 feet in width.”

The town began to decline after 1908 as the veins thinned out and transportation costs exceeded profits from mining (Pieplant Mill, nd). Soon after 1910, Pieplant was abandoned and cows grazed there. A few of the log cabins (figures 2 and 3), the collapsed ruins of the Pieplant mine, and part of the mill building (figure 4) remain today—reminders of the early mining operations that occurred there.

Figure 2. In 2006, the Forest Service and Passport in Time put a new roof on this Pieplant cabin in their preservation efforts. Photo date 7/2020 by S. Veatch.

Figure 3. A Pieplant miner’s cabin along a meadow. The long poles supported a porch roof. Photo date 7/2020 by S. Veatch.

Figure 4. View of Pieplant mill ruins. The Pieplant mine is located about one mile north of the mill on Jenkins Mountain. Photo date 7/2020 by S. Veatch.

Pieplant is located on the western flank of the Sawatch Mountains, below Jenkins Mountain. Grizzly Peak (13,281 feet) is to the east. Locally, Paleozoic sediments mask folded and faulted Precambrian rocks. The area experienced uplift, folding, and thrust faulting during the Laramide Orogeny. Sometime in the Miocene Epoch crustal movement began again, resulting in a series of faults. 

During the Pleistocene Epoch, ice was the last major geologic agent to shape the area. Alpine glaciers moved down the mountains—carving preexisting fluvial erosional valleys into distinctive U-shapes or filling them with unsorted glacial till. 

Gravity and alluvial processes concentrated native gold in local placer deposits (Parker, 1974). The gold, hosted in Quaternary alluvium, appears as wires, small flakes, and as sporadic small nuggets (Parker, 1992). Early miners in the area worked Pieplant Creek gold placers below 9,850 feet in elevation (Parker, 1992). Despite careful prospecting, the source of the placer gold has never been discovered.

However, other minerals besides gold and black sand (magnetite) are found in the area. Pan concentrates yield columbite-tantalite, the ore of tantalum (Parker, 1992). This black mineral is not magnetic and is the principal ore of tantalum (Ta), a rare metallic element discovered in 1802 by a Swedish chemist, A.G. Ekeberg. The hard, malleable blue-gray metal has several industrial uses. 

Monazite, a slightly radioactive mineral, shows up as blackish to greenish grains in gold pans (Parker, 1992). Monazite is the primary ore of the rare earth metals cerium and lanthanum. These metals have multiple industrial uses. Because of monazite’s high density (specific gravity is 4.6 to 5.7), monazite grains, along with the gold, collected into placer deposits. Other heavy minerals that appear in pan concentrates are zircon and garnets (Parker, 1992). The sources of the heavy minerals are local granites and pegmatites (Parker, 1992).

Today Pieplant is a quiet place where a few cabins and structures remain near the edge of an open meadow. Pieplant Creek, which flows nearby, is still a good place to search for flakes of gold, especially in ravines and outwash terraces, on slopes, and in gulches.

References and Further Reading:

Day, D. T., 1906, Mineral Resources of the United States Calendar Year 1905: Washington, Department of the Interior, United States Geological Survey.

Eberhart, P., 1969, Guide to the Colorado Ghost Towns and Mining Camps: Chicago, Sage Books.

Parker, B. H., Jr. 1974, Gold placers of Colorado: Colorado School of Mines Quarterly, Vol. 69, No. 3.

Parker, B.H. Jr., 1992, Gold Panning and Placering in Colorado: Denver, CO Information Series 33. Colorado Geological Survey.

Pieplant Mill. Retrieved from https://www.fs.usda.gov/detail/gmug/landmanagement/resourcemanagement/?cid=stelprdb5432060/ on July 12, 2020.

Turrett Gold Belt, 1905, Taylor Park Producers: Turrett Gold Belt, November 1, 1905, p.1, c. 3.

Twin Lakes Miner, 1906, Good News for Pieplant Gulch: Twin Lakes Miner, Aug. 11, 1906, p. 1, c. 3.

Vandenbusche, D. 1980, The Gunnison Country: Gunnison, B&B Printers.

Wolle, M.S., 1962, Stampede to Timberline: The Ghost Towns and Mining Camps of Colorado: Denver, Sage Books.