Home
Page Discussion
Salon du Tapis d'Orient
The Salon du Tapis d'Orient is a moderated discussion group in the manner
of the 19th century salon devoted to oriental rugs and textiles
and all aspects of their appreciation. Please include your
full name and e-mail address in your posting.
Mini-Salon
32: Pinner and Franses Revisited: Animal Tree Ensi Research in the Age of the
Internet
by
Chuck Wagner
INTRODUCTION
Within Pinners and Franses'
volume Turkoman Studies I, in the section entitled: The Animal Tree Ensi (part
III of chapter 12), the authors present an analytical method and statistics
describing and differentiating Tekke animal tree ensis. They note that only 13
animal tree ensis were known to them at that time, and that these ensis appear
to be a quite distinct and rather small subset of the much larger universe of
Tekke ensis. This article will revisit their statistics in light of newly
available information.
BACKGROUND
At the time that Pinner and
Franses were preparing Turkoman Studies I, written and oral communications with
colleagues, museums, dealers and collectors of Turkoman weavings, and direct
observation of material, were the only practical means available for researchers
to identify and gather information.
The book was first published in 1980
and the preparatory work was done during the 1970's. At that time, personal
computers and advanced software were unavailable, and the internet did not yet
exist. The first personal computers came to the market in the middle of 1970's,
in the form of kits such as the Altair 8800. During the 1980's, personal
computer technology advanced rapidly and by 1990 more sophisticated devices and
software, such as that found on the Apple Macintosh, came to the market.
The first publically available internet providers did not emerge until the late
1980's. Doing good research is still a time consuming and painstaking
process, but the access to, and availability of, vast amounts of information via
today's internet can augment research in ways that Pinner and Franses could have
only dreamed of. Validating this information remains a serious challenge, for a
variety of reasons.
Thankfully, the analytical approach used by the
Pinner and Franses is based on classification and organization of design
elements, a purely visual exercise. Images (with sufficient clarity) can be used
to perform identical work today, and are the source of the revised statistics
presented here. Even using the advanced search tools currently available
on the internet, the effort required to find as many images of animal tree ensis
as possible, turned out to be significant. But the timeframe was reduced
to days or weeks, instead of weeks or months. Because a large quantity of books
are also cataloged electronically and publically available, the number of web
page elements to be reviewed for this exercise was substantial. An open-minded
and multi-faceted approach to crafting search terms was also necessary.
The motivation for this current work was the acquisition by the author of an
animal tree ensi, which will be shown and discussed to a limited extent later in
this article. The rest of the images contained this article are sourced
from Turkoman Studies I, several internet websites including auction house
sites, photo catalog sites, and a couple very informative rug blogs. Their
use is intended to augment this discussion, and not to further any commercial
purpose. A credible explanation of the revised statistics requires
their use.
ANALYSIS AND
RESULTS
The updated count for known animal tree ensis now stands at
36, three times the population available to Pinner and Franses. After locating
and capturing the available images, a process of classification and subsequent
elimination of duplicate images was undertaken. The same classification
methodology used by Pinner and Franses was used. In order to reduce
the effort required to eliminate duplication, an additional sorting criteria
(number of white trees in the animal tree panel) was employed. Figure 1 is
a subset of an illustration used by Pinner and Franses as the basis for their
design analysis, as well as for this updated work. It breaks down the ensi
design into discrete sections (labelled A through O), each of which contains a
small and well defined set of component motifs which are described and discussed
in detail in their article.
Figure 1: Reference drawing for animal
tree ensi design analysis
Figure 2 is a brutally crude
representative rendering of the images used in Pinner and Franses to
differentiate grouping of motifs appearing within each of the major design
components and is referenced to the Figure 1 design component labels. Options
are listed, or drawn. The options (some are numbered) are also referred to
in Pinner and Franses' tables.
Figure 2: Motifs referenced to Figure 1.
Note that in D, Sainak is the name of the drawn figure, not a separate
option.
The resultant changes to the original Pinner and Franses
statistics and classifications are shown below. Significant shifts in
certain elements of the design populations can be observed, particularly:
* the number of non-rosette base panels
*
the number of main borders with tree elements
* the number
of curled leaf center panels
* the number of candelabra
field ornaments
* the distribution of field rows
Values have been rounded to integers for consistency. The actual numbers
are shown in Figure 4. The images used for the analysis (in greatly reduced
form) are shown in Figure 5.
Figure 3: Design population
tables. The original unedited population table is shown at right. The updated
table is shown at
left, with new values in red. Numbers are rounded to
integers for consistency.
Figure
4: Actual statistics for 36 animal tree ensis
Figure
5: Animal tree ensi images (now 36) used for analysis and classification
(various sources)
AN ANIMAL TREE ENSI
As mentioned above, the
motivation of this new analysis was the acquisition of an animal tree ensi by
the author, now presented along with some updated diagnostic charts, also from
Pinner and Franses.
Figure 6: Design component chart (left),
ensi under discussion (right)
Figure 7: Updated Table 4 from Pinner and
Franses reflecting the characteristics of the ensi under
discussion
Figure 8 Size and knot count characteristics of
ensi under discussion (red) added to Pinner and Franses figures 265 a &
b
Here are a few images of the recently acquired animal
tree ensi with comments as applicable.
Figure 9: Full image of
ensi.
Figure 10: Note the unusual skirt motif, a combination of rosettes and complex
trees (which the author believes may represent palm trees)
Figure 11: Unusual center panel motif combination, with bovrek
interior
Figure 12: Closeup of back
Figure 13: No meaningful
alteration of color compared to back other than very slight tip fading on
orange
Figure 14: Closeup of pile
CONCLUSION
The proliferation of
e-commerce based textile markets and dealerships, and internet based display and
discussion facilities, provide a rich resource set for researchers, within
limits. There is still no replacement for direct observation and handling.
Images can be enhanced unprofessionally, altering colors and increasing contrast
beyond that which is natural to the piece displayed.
In this case,
because comparative analysis was based almost solely on design content,
reliability of resultant statistics is high. An unresolved question is: How many
more animal-tree ensis might be out there but are unknown, other than to the
owner. Unlike Jaff Kurd bagfaces, I think it unlikely that the numbers are in
the hundreds, or thousands. A few more dozen, perhaps. As Pinner and Franses
observed, the relative rarity of these pieces implies some special use or
significance to animal-tree ensis.
It has been quite a while since there
has been a Salon dedicated to Turkmen pieces, so I invite members to add
material on their own animal-tree ensis, and, to expand the discussion to other
Turkmen pieces or topics – particularly if you have examples with unusual design
elements or other interesting qualities.
Home
Page
Discussion: An Ersari (?) Ensi with some interesting motifs
Discussion: A Tekke torba, with recent radiocarbon date