Chapter Seven: An Overview of the Artifact Assemblage by J. David McMahan and Daniel R. Thompson
The Castle Hill artifact assemblage
is comprised of approximately 300,000 pieces, including both durable
and organic materials (Appendices 4.1 and 7.1). A portion of this
material relates to post-1867 disturbance, including modern intrusive
materials. The vast majority of the collection, however, relates
to Russian activities on the site between 1804 and 1867. Of particular
interest is that portion of the collection which relates to in
situ workshop deposits dating primarily from the 1820s-30s
period (Strata II and III). Excluding materials from disturbed
levels (Stratum I), the artifacts from ten one-meter-square excavation
units in this area were selected for complete classification and
functional analysis. Spatially, these ten units (of 172 total)
comprise an approximate seven percent sample of the total excavated
area. From the remaining 93% of the site, only artifacts from
select diagnostic groups (i.e., those judged to hold the
most interpretive value) were set aside for detailed classification.
For the overwhelming majority of the collection, artifacts were
simply assigned to a basic raw material category during cataloging
(i.e., iron, glass, ceramics, etc.). The justification
and necessity for this sampling strategy is explained in Chapter
5. Consequently, some artifact classes (e.g., fauna, textiles,
etc.) were quantified and described only for a ten-unit sample
while other class descriptions (e.g., tobacco pipes, beads,
buttons, etc.) were derived from the entire site assemblage. The
level of analysis for each of these artifact classes also varied,
as the perceived interpretative value of the artifact class was
weighed against remaining time and funding.
Quantitative data from the ten-unit sample allowed for limited
functional analysis of the collection. Functional groupings are
generally regarded more meaningful than simple typological groupings
in that they allow for the interpretation of behavioral patterns.
Of particular interest to historical archaeologists are the functional
classification schemes of Stanley South (1977) and Roderick Sprague
(1980). Souths scheme, which has been widely used, was devised
to discern behavioral patterning on colonial sites in the Carolinas.
His categories include: kitchen artifact group, architectural
group, furniture group, arms group, clothing group, personal group,
tobacco pipe group, and activities group. Spragues system
is somewhat more complex, expanding on some of Souths original
categories, and may be more adaptable to the range of sites found
in the western United States. The Castle Hill sample was classified
according to the simpler South scheme. The data presented in Figure
7.1 and Table 7.1 appear to reflect a unique pattern, that does
not easily fit within any of the patterns described by South for
the eastern frontier.
Kitchen Group: This group, comprised of 1,444 items, makes up approximately 50% of the overall sample. In this regard, the Castle Hill assemblage is somewhat similar to Souths (1977) 18th century Carolina pattern, which includes 63% from the kitchen group. These types of percentage data are useful for intra-site comparisons, but do not necessarily reflect the actual percentage of specific group activities at the site. For example, there is archival and archaeological evidence that the Castle Hill artisans were living and cooking at their work location (Wrangell 1832, in Arndt 2001:96; Tebenkov 1846, in Arndt 2001:243). The data do not imply that 63% of the activities in the workshop area were kitchen-related. Rather, the large percentage of kitchen group artifacts are partially a function of sampling, as the bulk of the group is attributable to friable (albeit durable) ceramic sherds (n = 784) and glass fragments (n = 654). The few remaining items include two iron kettle fragments, 3 knives, and a salt spoon.
Figure 7.1. Graphic depiction of major functional groups at Castle Hill, based on a 7 percent (by area) subsample.
Architecture Group: This group, which contains the second largest number of specimens
and represents 26% of the total sample, includes pane glass (n
= 336), iron and copper nails (n = 314), plaster molding (n =
1), construction hardware (n = 5), roofing (n = 77), and furniture
hardware (n = 3). As reflected in Figure 7.2, highly friable pane
glass makes up the bulk of the material. Not reflected in the
architecture group sample are the many thousands of axe-cut wood
chips that were a hallmark of the workshop area sediments. During
the 1820s, many of Sitkas older, dilapidated buildings were
replaced (Khlebnikov 1994:138-139). With the ongoing construction
of new buildings, the repair of old buildings, and the activities
of the craftsmen, it is not surprising that a large number of
artifacts are attributable to the architecture group.
Table 7.1. Functional Typology: Castle Hill 10-unit subsample
Functional Group Artifact Class Frequency
Kitchen Group Ceramic Tableware (food serving) 772
Ceramic Storage (ceramic bottle, crock, jar) 12
Architecture Group Pane Glass 336
nails (all types) 314
hardware, hinge 1
Copper hardware, hinge" 1
1748 kopec 1
Iron tool, axe 1
Iron strap, barrel hoop 102
Copper spill 41
bar stock (mongered scrap) 6
Ivory birds 2
Lithic, ground slate tablet 4
Activities Group: the third most abundant artifact category (n = 538) in the
ten-unit sample is made up of items attributable to activities
such as woodworking (n = 2), bulk storage (n = 102), coppersmithing
(n = 314), ironsmithing (n = 7), general metalworking (n = 103),
games and amusements (n = 2), and writing (n = 4) (Figure 7.3).
The most abundant category is comprised of materials related to
coppersmithing. This includes copper spill or slag, crucible fragments,
bar stock, castings, sheet copper scraps, and a kettle lug "blank."
It is likely that most of items assigned to general metalworking
were also related to the copper industry. The 102 items assigned
to bulk storage consist mostly of sheet iron strips believed to
be fragments of barrel hoops. One of the activities performed
by craftsmen, and reported for the 1830 period, was the repair
Coopers have the permanent occupation of repairing barrels for the ships and making new barrels, and tanks and other ship equipment. Barrels are used extensively to ship grain to the colonies. Therefore the main task of the coopers is to repair old ones which become damaged in shipping. New barrels are rarely made [Khlebnikov 1994:141].
Ironworking residues are less common than those of copperworking,
but the industry is clearly evidenced by the presence of a bottom
swage (anvil accoutrement), bar stock, and iron-based slag. Writing,
perhaps tallying by the craftsmen, is evidenced by the presence
of slate tablet fragments. Games and amusements are indicated
by the presence of two ivory birds (of 8 found in the total assemblage)
in the sample (Figure 7.4). These type birds, once common among
Natives of the arctic regions of Siberia and North America, are
believed to have been used for gaming (Hughes 1984a:249; Hughes
1984b:268; Nelson 1899:342). The Castle Hill specimens are probably
attributable to the Alaska Native or Creole craftsmen and artisans
that used the workshop area. The specimens in question appear
to have been related to Building 1, which has been interpreted
as a possible living quarters.
Unidentified Group: this group, which makes up around 4% of the sample, is comprised almost entirely of metal artifacts and residues that could not be confidently assigned to other functional groups. These include nondescript lead and copper scraps, iron washers, and highly corroded iron scraps of various shapes.
Arms/Hunting Group: The Arms/Hunting group, which makes up less than 1% of the
sample, includes both Euro-American and Native Alaskan materials.
These are comprised of lead shot (n = 2), iron grapeshot or canister
shot (n = 1), gunflints (n = 4), gunflint debitage (n = 1), a
wooden composite dart shaft (n = 1), a ground slate projectile
point (n = 1), lithic debitage (n = 1), an obsidian nodule (n
= 1), and a bola weight (n = 1). Some of these materials are believed
to have been associated with the Alaska Natives and Creoles who
worked in the employment of the Russian-American Company. The
range of Native materials from the assemblage as a whole, in addition
to Euro-American items, reflect the material cultures of the Aleutians,
Western and Northwestern Alaska, Southeast Alaska, and possibly
the Kodiak Archipelago.
Clothing Group: This group, comprised of beads (n = 7) and buttons (n = 4), makes up less than 1% of the sample. Because the site is not considered a primary distribution center for trade beads, it is likely that both the beads and buttons in the sample were associated with clothing worn by the workers. A more complete discussion of the beads and buttons, along with shoes and textiles, has been undertaken by Margan Grover in Chapter 9.
Personal Group: The sampled personal group consists of a Russian coin, two mirror fragments, and two copper rings. The rings are believed to have been made by the coppersmiths on-site, possibly for trade. Outside the sample units, a substantial number of these were recovered, along with other locally made sheet copper items and residue. The coin from the sample is a 1748 denga (1/2 kopek), minted in copper. Outside the sample units, two other coins, with markings and dates identical to the one above, were recovered. In the field, these coins appeared to have been associated with the base of the Building 3 floor deposit. Coins from the site, in general, were in poor condition due to acid soils. Those described above were the only examples of Russian coins with legible dates. The few Russian coins recovered from the workshop area were all of small denomination, consisting primarily of copper denga (1/2 kopek) and copper polushka (1/4 kopek) pieces (Figure 7.5).
Figure 7.5. Examples of Russian coins from the workshop area. The three on the left are denga (1/2 kopek pieces); the one on the right is a polushka (1/4 kopek piece).
Tobacco Group: The tobacco group in the ten-unit sample consists of 4 clay
pipe fragments, presumed to have been associated with smoking
activities of the shop workers. A more complete discussion of
the Castle Hill pipes by Renee Petruzelli is presented in Chapter
Of the approximately 300,000 artifacts recovered at Castle
Hill, several selected classes were totally analyzed and described
(i.e., tobacco pipes, beads, buttons, marked ceramics,
arms and munitions, and lead seals). Other artifact classes underwent
partial analysis, based on large representative samples (i.e.,
textiles, fauna, and unmarked ceramics). Discussions of other
classes (such as nails and fasteners, iron implements and residues,
flat glass, and domestic container glass), due to the size of
these categories, could not be accomplished within the scope of
this study. Nevertheless, some particularly diagnostic items warrant
mention. For example, kitchen group items from the general inventory
include a large quantity of domestic container glass. This includes
bottle glass and glass tableware (decanters, tumblers, stemware,
etc.). Of particular note are three glass bottle seals with the
date "1815" and the name of the Russian factory/town
of manufacture (Figure 7.6). The tableware includes a quantity
of leaded and hand-etched glass that may reflect discard by the
elite class (i.e., company management)(Figure 7.7).
Some items exhibit evidence of re-use, possibly by the shop workers after discard by the RAC managers or other elite. Examples include a flaked decanter stopper (not the one pictured) and drilled/mended ceramics. Also included within the kitchen group classification are samovar parts. These include items identified as spigot handles, an ash door, and decorative trim (Figure 7.8). A number of eating utensils (forks, knives, spoons) were also recovered.
The assemblage includes a large, diverse collection of personal
items (Figure 7.9). Some of these are described in the context
functional categories, such as personal adornment. For example,
a number of chandelier crystals from the workshop area undoubtedly
originated from the Chief Managers residence on top of the
hill (Figure 7.9, a-f). Their context suggests re-use by the workers,
probably as pendants or clothing adornment.
Other personal items included Russian naval uniform accoutrements, such as a figured belt ornament (Figure 7.9, g) and two rare hat cockades (refer Chapter 9). Some of these items are rare even in Russia, and until now unreported from Russian-American sites (John Middleton, personal communication). Examples of jewelry (Figure 7.9, h-k) were also recovered. Oblong colored glass jewels (Figure 7.9, h) have been observed (by McMahan) as settings in early 19th century earrings.
Childrens toys and luxury items include porcelain doll appendages, a carved wooden musket (Figure 7.10), miniature cannons from model ships (Figure 7.11), and watch parts (Figure 7.12). The Castle Hill assemblage includes a wide range of preserved organic artifacts from the workshop area and associated trash deposit. The textiles and shoes are reported in Chapter 9. Other categories include cordage, matting, basketry, leather goods, botanical materials, human and animal hair, and assorted wooden artifacts. Two complete spruce root baskets were recovered. The better preserved of the two, presently at the Alaska State Museum, is similar to tightly woven stone cooking baskets from 19th century Tlingit context. The other example (Figure 7.13) is typical of 19th century Tlingit berry baskets. Numerous fragments of both spruce root basketry and woven grass basketry were recovered. A collapsed woven grass basket contained a large mass of salmonberry seeds (both the grass and seeds were identified microscopically). Numerous examples of cordage and rope, mostly in poor condition, were also recovered. Most of these have not undergone specific fiber identification through microscopic examination, but appear to include cedar bark, spruce root, and bast fiber (i.e., hemp, sisal, etc.) examples (Figure 7.14). Both animal and human hairs were common inclusions of the soil matrix (Figure 7.15). A preliminary examination of some categories suggest that systematic microscopic examination, which is beyond the scope of this study, may reveal quantitative patterns not reflected in the macroscopic database. For example, isotope analyses of the human hairs may contribute to our understanding of diet and disease.
Durable Native Alaskan artifacts from the workshop area include two obsidian projectile points, ivory carvings such as those pictured above, sections of arrow shafts, and slate projectile point fragments (Figure 7.16). The Native artifacts from Castle Hill, with the exception of a small piece of sharpened bone from the prehistoric midden, were all from historic Russian period context. They are believed to represent the range of ethnic groups which comprised the work force (from the Aleutians, western Alaska, and possibly Kodiak), along with local trade relationships (Sitka Tlingit). More specific studies are needed, such as source analysis for the obsidian and stylistic studies of the woven materials (basketry, matting, and cordage).
The cursory artifact descriptions in this chapter, and the
more intensive analyses which follow, are viewed as a prelude
to scholarly research which will focus on the collection in years
to come. The 300,000 artifacts from Castle Hill are already providing
insights on architecture, trade, industry, food preference, and
The Castle Hill Artifacts: Trade Relations on the Frontier
During the early 19th century, the Sitka settlement was the
largest and most cosmopolitan port in the North Pacific. Shortly
after its founding in 1804, the settlement became a stopover for
traders who also visited Europe, Asia, the Sandwich Islands (Hawaii),
and settlements along the west coast of North America. Collections
from Russian-American archaeological sites have typically been
interpreted in the context of archival records for supply, location,
and social organization. For example, prior to 1799, supplies
for the Russian settlements were shipped directly from Okhotsk
after a long, arduous overland haul. During the early years, the
Sitka settlement is reported to have received very infrequent
and sporadic supply shipments from Russia. This shortage would
have been more profound if foreign ships had not began to frequent
Sitka in 1805.
Between 1799 and 1839, the Russian colonies increasingly traded with American vessels, shipped cattle and grain from California, and acquired food and durable goods from Russia via the port of Kronstadt (Gibson 1976; Crowell 1997:26). Following an 1839 trade agreement with the Hudsons Bay Company, the Russian settlements received large quantities of British goods via the Columbia River region. After 1849, the settlements purchased goods directly from suppliers in England, Germany, and Russia (ibid).
The Castle Hill artifact assemblage has caused us to reconsider some of the preconceived ideas regarding trade relations and life in early 19th century Sitka (refer to the Forward by John Middleton). The archaeological record suggests that the material culture of working class employees of the RAC in Sitka was much more abundant and diverse than previously considered. This is illustrated by the recovery of childrens toys and luxury items. The collection includes a broad spectrum of ceramics, including English earthenware, Chinese porcelain, and European delft, along with Russian earthenware and porcelain (as described by Thompson in Chapter 8).
The collection also has much more of a Russian flavor than indicated from other early Russian-American assemblages. Researchers have stressed the dependence of the colonies on goods obtained from British and American traders during the early 19th century, believing the quantity of Russian goods to be diminished due to poor supply routes. While the importance of British and American items are not dismissed, there are many distinctly Russian items in the Castle Hill collection. These include bottle seals, uniform accoutrements, Russian coins, and religious items. Surprisingly, a large percentage of the Castle Hill ceramics were of Russian manufacture, including examples from many well-known factories. Thompson (Chapter 8) found that Russian ceramics comprised 20.6% of the sampled ceramic assemblage. Of 272 manufacturers marks identified in the collection, he found that 39% were Russian.
The Castle Hill archaeological data document Sitkas multi-national and multi-ethnic trade relations. For example, the assemblage includes coconuts and husk fibers that may have originated from the Sandwich Islands. Coir, the stiff coarse fiber from the coconut, is still used to produce rope, mats, and nets. Bamboo has also been identified in the collection. The collection includes six British manufactured "Phoenix" buttons that may have derived from trade with the Columbia River region (refer Grover, Chapter 9). They bear the military logo of King Christophe of Haiti, who committed suicide during an 1820 coup. These buttons entered the Pacific Coast fur trade, probably through a trade deal with the manufacturer, and are now found at archaeological sites from the 1820s-1830s period. The Phoenix buttons from Castle Hill are the only known examples from Alaska. The site also produced hazelnuts (tentatively identified) that may have derived from trade along the west coast of the United States, mid-19th century U.S. coins, tobacco pipes from England and the Ottoman Empire (refer Petruzelli, Chapter 10), French gun parts, and a broad array of other European items.
Of particular interest are three Japanese coins (Kan-ei Tsuho) which date to the Edo Period (1638-1868)(Figure 7.17). All three are from undisturbed Russian deposits. They include two partial coins from the trash deposit, and a complete coin from along the west wall of Building 1. The edge of one of the coins is perforated. Similar coins with small perforations (attributed to Chinese origin) have been found at other Alaskan sites, where they are believed to have been sewn onto garments used by the Tlingit as body armor. The route through which the coins came to Sitka is unclear. An interesting possibility is that they were brought by Jirokichi, a Japanese sailor who was found adrift (hyoryu) and taken to Sitka with his comrades in 1842 (Plummer 1991). His story (hyoryu monogatari) and drawings provide details of life in Sitka in 1842-43. The Castle Hill coins are believed to predate Jirokichis visit. Additionally, several ceramic sherds are of Asian, possibly Japanese, origin (Prof. Kazuyoshi Ohtsuka, personal communication). Most recently, Hideo Akanuma (2001) from the Prefecture Museum of Anthropology in Osaka determined an iron spike from the Castle Hill collection to be of probable Japanese origin based on electron probe microanalysis (EPMA) and a statistical comparison with specimens from Sakhalin and Hokkaido Islands.
Figure 7.17. Japanese coins (Kan-ei Tsuho) from the workshop area,Edo Period (1638-1868).
The RAC tried unsuccessfully for more than 50 years to establish
trade with Japan. In 1806-1807, and again in 1811, RAC ships raided
settlements on Sakhalin Island, after which they were forbidden
by the Japanese government to approach the coast of Japan (Tikhmenev
1978:72, 101-105, 299). It wasnt until the mid-1850s that
Russia and Japan negotiated a trade treaty (Tikhmenev 1978:343).
Despite the forbidden trade with Japan during the 18th and early
19th centuries, the Russians probably obtained a few Japanese
items through the company settlement on Urup Island in the Kuriles,
from unsanctioned trade with the Ainu, or from the Dutch who legally
traded with Japan.
Another Edo Period coin (Kan-ei Tsuho) was recently discovered at a site on Unimak Island in the Aleutian chain (Brian W. Hoffman, personal communication). This coin was discovered in a Native house that was attacked and burned by the Russians in the early 1760s. Bits of iron were also recovered from the house, and may provide insights if analyzed. Early historic trade relations around the Pacific Rim remain poorly understood, but the ability of Western researchers to recognize Asian materials and vice versa is improving with advancements in technology.