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applicable) in Square Feet” (2015), International Building
Code, copyright © 2015. Washington, DC: International
Code Council. Reproduced with permission. All rights
reserved. www.iccsafe.org).
Chapter 5
Figure 5.1 Means of egress components.
Figure 5.2 Means of egress in a typical building.
Figure 5.3 Typical clearances at doors.
Figure 5.4 Typical clearances at doorways.
Figure 5.5 Typical stair requirements: Treads and risers.
Figure 5.6 Typical stairway requirements: Clearances.
Figure 5.7 Typical handrail (Type I) and guard sections.
Figure 5.8 Typical handrail and guard requirements.
Figure 5.9 Typical ramp requirements.
Figure 5.10 International Building Code Table 1020.2,
“Minimum Corridor” (2015 International Building Code,
copyright © 2015. Washington, DC: International Code
Council. Reproduced with permission. All rights reserved.
www.iccsafe.org).
Figure 5.11 Typical corridor requirements.
Figure 5.12 Typical aisle and aisle accessway requirements:
Tables and chairs.
Figure 5.13 Horizontal exit examples.
Figure 5.14 Exit passageway examples.
Figure 5.15 Area of refuge examples.
Figure 5.16 International Building Code Table 1006.3.1,
“Minimum Number of Exits or Access to Exits per Story”
(2015 International Building Code, copyright © 2015.
Washington, DC: International Code Council, Washington,
DC: International Code Council. Reproduced with
permission. All rights reserved. www.iccsafe.org).
Figure 5.17 International Building Code, Table 1006.2.1,
8
“Spaces with One Exit or Exit Access Doorway” and Table
1006.3.2(2), “Stories with One Exit or Access to One Exit for
Other Occupancies” (2015 International Building Code,
copyright © 2015. Washington, DC: International Code
Council. Reproduced with permission. All rights reserved.
www.iccsafe.org).
Figure 5.18 Number of exits: example (multi story
building).
Figure 5.19 Life Safety Code Table 7.3.3.1, “Capacity Factors”
(Reprinted with permission from NFPA 101®, Life Safety
Code®, Copyright © 2015, National Fire Protection
Association, Quincy, MA. This reprinted material is not the
complete and official position of the NFPA on the referenced
subject, which is represented only by the standard in its
entirety.)
Figure 5.20 Egress width for a mixed occupancy building
(nonsprinklered building).
Figure 5.21 Egress and aisle widths for movable tables and
chairs (sprinklered building, occupant load [OL] = 100).
Figure 5.22 Half diagonal rule example: Building.
Figure 5.23 Half diagonal rule example: Tenant and floor.
Figure 5.24 International Building Code Table 1017.2, “Exit
Access Travel Distancea” (2015 International Building Code,
copyright © 2015. Washington, DC: International Code
Council. Reproduced with permission. All rights reserved.
www.iccsafe.org).
Figure 5.25 Travel distance example: Tenant space
(sprinklered building).
Figure 5.26 Travel distance example: Building (hotel)
(sprinklered building).
Figure 5.27 Exit sign location example.
Chapter 6
Figure 6.2 International Building Code Table 706.4, “Fire
Wall Fire Resistance Ratings” (2015 International Building
9
Code, copyright © 2015. Washington, DC: International
Code Council. Reproduced with permission. All rights
reserved. www.iccsafe.org).
Figure 6.3 Fire barriers, horizontal assemblies, and fire
partitions.
Figure 6.4 Fire areas: Single floor and multiple floors.
Figure 6.5 International Building Code Table 707.3.10,
“Fire Resistance Rating Requirements for Fire Barrier
Assemblies or Horizontal Assemblies Between Fire Areas”
(2015 International Building Code, copyright © 2015.
Washington, DC: International Code Council. Reproduced
with permission. All rights reserved. www.iccsafe.org).
Figure 6.6 International Building Code Table 508.4,
“Required Separation of Occupancies (Hours)” (2015
International Building Code, copyright © 2015. Washington,
DC: International Code Council. Reproduced with
permission. All rights reserved. www.iccsafe.org).
Figure 6.7 Occupancy and dwelling unit separation
(nonsprinklered building).
Figure 6.8 International Building Code Table 509,
“Incidental Uses” (2015 International Building Code,
copyright © 2015. Washington, DC: International Code
Council. Reproduced with permission. All rights reserved.
www.iccsafe.org).
Figure 6.9 Rated building components (nonsprinklered
building).
Figure 6.10 Rated means of egress components
(nonsprinklered building).
Figure 6.11 International Building Code Table 1020.1,
“Corridor Fire Resistance Rating” (2015 International
Building Code, copyright © 2015. Washington, DC:
International Code Council. Reproduced with permission. All
rights reserved. www.iccsafe.org)
Figure 6.12 International Building Code Table 716.5,
“Opening Fire Protection Assemblies, Ratings and Markings”
(2015 International Building Code, copyright © 2015.
10
Washington, DC: International Code Council. Reproduced
with permission. All rights reserved. www.iccsafe.org).
Figure 6.14 Typical label for a fire rated door assembly.
Reprinted with permission from Ceco Door Products.
Figure 6.15 International Building Code Table 716.6, “Fire
Window Assembly Fire Protection Ratings” (2015
International Building Code, copyright © 2015. Washington,
DC: International Code Council. Reproduced with
permission. All rights reserved. www.iccsafe.org).
Figure 6.16 International Building Code Table 717.3.2.1, “Fire
Damper Rating” (2015 International Building Code,
copyright © 2015. Washington, DC: International Code
Council. Reproduced with permission. All rights reserved.
www.iccsafe.org).
Figure 6.18 UL fire resistant assembly example (Reprinted
from the 2013 Fire Resistance Directory, Volume 1, with
permission from Underwriters Laboratories Inc. Copyright ©
2013 Underwriters Laboratories Inc.®).
Chapter 7
Figure 7.2 Typical manual fire alarm box mounting
requirements.
Figure 7.3 Example of travel distance to fire extinguishers.
Figure 7.4 Typical fire extinguisher and cabinet mounting
requirements.
Figure 7.5 Orientation of sprinkler heads (Line drawings
reprinted with permission from Viking Group.
www.vikingcorp.com).
Chapter 8
Figure 8.1 International Plumbing Code® (IPC®) Table
403.1, “Minimum Number of Required Plumbing Fixtures”
(2015 International Plumbing Code, copyright © 2015.
Washington, DC: International Code Council. Reproduced
with permission. All rights reserved. www.iccsafe.org).
Figure 8.2 Typical accessible plumbing fixture dimensions:
11
Water closets and urinals.
Figure 8.3 Typical accessible plumbing fixture dimensions:
Lavatories, sinks, and drinking fountains.
Figure 8.4 Typical accessible plumbing fixture dimensions:
Bathtubs and showers.
Figure 8.5 Accessible single toilet facility: Out swinging
door example. (See also Figures 8.2, 8.3, 8.8, 8.9, and 8.10
for accessible fixture and accessory heights and Figure 8.2 for
vertical grab bar location.)
Figure 8.6 Accessible single toilet facility: In swinging
door examples. (See also Figures 8.2, 8.3, 8.8, 8.9, and 8.10
for accessible fixture and accessory heights and Figure 8.2 for
vertical grab bar location.)
Figure 8.7 Accessible multi toilet facility example. (See also
Figures 8.2, 8.3, and 8.10 for accessible fixture and accessory
heights and Figure 8.2 for vertical grab bar location.)
Figure 8.8 Accessible bathing facility examples: Bathtubs.
(See also Figures 8.2–8.4, and 8.10 for accessible fixture and
accessory heights and vertical grab bar locations. See Figure
8.5 for additional information on water closets and
lavatories.)
Figure 8.9 Accessible bathing facility examples: Showers.
(See also Figures 8.2–8.4, and 8.10 for accessible fixture and
accessory heights and vertical grab bar locations. See Figure
8.5 for additional information on water closets and
lavatories.)
Figure 8.10 Typical accessible toilet accessory heights.
Figure 8.11 Types of accessible signs for toilet and bathing
facilities. (Illustrations by APCO Graphics, Inc.
www.apcosigns.com).
Figure 8.12 Typical accessible tactile sign locations.
Figure 8.13 Mechanical/plumbing penetrations in a rated
wall assembly.
Chapter 9
12
Figure 9.2 Electrical penetrations in a fire resistance rated
wall assembly.
Figure 9.3 Dwelling unit receptacle outlet location example.
Figure 9.4 Typical accessible electrical device and fixture
locations.
Figure 9.5 Required GFCI outlet location examples.
Figure 9.6 Typical lighting restrictions at bathtubs and
showers.
Figure 9.7 International Energy Conservation Code® Table
C405.5.2, “Interior Lighting Power Allowances” (2015
International Energy Conservation Code, copyright © 2015.
Washington, DC: International Code Council. Reproduced
with permission. All rights reserved. www.iccsafe.org).
Figure 9.10 Typical accessible communication device
locations.
Chapter 10
Figure 10.4 Steiner Tunnel Test apparatus.
Figure 10.5 Typical flame spread of common materials (2013
International Building Code, copyright © 2013. Washington,
DC: International Code Council. Reproduced with
permission. All rights reserved. www.iccsafe.org).
Figure 10.6 Radiant Panel Test apparatus.
Figure 10.7 Pill Test apparatus.
Figure 10.8 Vertical Flame Test apparatus.
Figure 10.9 Room Corner Test apparatus—Method A.
Figure 10.10 Smolder Resistance Test: Tester options.
Figure 10.11 Toxicity Test apparatus.
Figure 10.12 Upholstered seating test apparatus: Full scale.
Figure 10.13 Life Safety Code Table A.10.2.2, “Interior Finish
Classification Limitations” (Reprinted with permission from
NFPA 101®, Life Safety Code®, Copyright © 2017, National
Fire Protection Association, Quincy, MA. This reprinted
13
material is not the complete and official position of the NFPA
on the referenced subject, which is represented only by the
standard in its entirety).
Figure 10.14 Finish selection example: High school,
nonsprinklered building.
Figure 10.15 Typical specifications for an upholstery finish
sample.
Figure 10.17 Accessible floor level change examples.
Figure 10.18 Accessible worksurface and furniture examples.
Chapter 11
Figure 11.1 Typical steps in the code process.
Figure 11.2 Summary interior project checklist.
14
THE CODES GUIDEBOOK FOR
INTERIORS
Seventh Edition
Katherine E. Kennon
Sharon K. Harmon
15
Copyright © 2018 by John Wiley & Sons, Inc. All rights reserved
Published by John Wiley & Sons, Inc., Hoboken, New Jersey
Published simultaneously in Canada
No part of this publication may be reproduced, stored in a retrieval system, or
transmitted in any form or by any means, electronic, mechanical, photocopying,
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the 1976 United States Copyright Act, without either the prior written permission of
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(201) 748 6008, or online at www.wiley.com/go/permissions.
Limit of Liability/Disclaimer of Warranty: While the publisher and author have used
their best efforts in preparing this book, they make no representations or warranties
with respect to the accuracy or completeness of the contents of this book and
specifically disclaim any implied warranties of merchantability or fitness for a
particular purpose. No warranty may be created or extended by sales representatives
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Neither the publisher nor the author shall be liable for damages arising herefrom.
For general information about our other products and services, please contact our
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Wiley publishes in a variety of print and electronic formats and by print on
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products, visit www.wiley.com.
Library of Congress Cataloging in Publication Data:
Names: Kennon, Katherine E., author. | Harmon, Sharon K., author.
Title: The codes guidebook for interiors / by Katherine E. Kennon and Sharon K.
Harmon.
Description: Seventh edition. | Hoboken, New Jersey : John Wiley & Sons, Inc.,
[2018] | Includes index. |
Identifiers: LCCN 2017030433 (print) | LCCN 2017035571 (ebook) | ISBN
9781119451105 (pdf) | ISBN 9781119451136 (epub) | ISBN 9781119343196 (cloth)
Subjects: LCSH: Building laws—United States. | Buildings—Specifications—United
States. | Interior architecture—Specifications—United States.
Classification: LCC KF5701 (ebook) | LCC KF5701 .H37 2018 (print) | DDC
343.7307/8624—dc23
LC record available at https://lccn.loc.gov/2017030433
Cover Design: Wiley
16
Cover Image: © Kennon | Calhoun Workshop
17
This book is dedicated to the special men in my life who have
encouraged and supported me in this continued endeavor:
James, Drake, and Noel. And not forgetting, Caleb and Toby.
18
INSET INDEX
Code and Standards Changes
ICC Evaluation Service
Codes and Standards in Other Countries
Testing Agencies and Certification
UL Labels
ADA ABA Accessibility Guidelines Development
Risk Factors and Hazards in Occupancies
Custodial Care versus Medical Care
Rooms and Spaces
Design Loads
Combustible Materials
Atriums and Mezzanines
Protected or Unprotected
High Rise Buildings
Elevators
Special Egress Strategies
Travel Distance Factors
Smoke and How It Travels
Carbon Monoxide Detection
Fire Technology
Integrated Alarms
Plumbing Systems
Mechanical Systems
Power and Electrical Systems
Low Voltage Cabling Systems
19
Building Automation Systems
Fire Development Stages
Industry Standards
CAL 133–Tested Products
Flame Retardant Treatments
Plastic Finishes
Administration Chapter
Knowing What Is New in the Code
Options in Codes
Performance Codes
ISO Standards for Sustainability
Federal Sustainability Certifications
The Red List
20
PREFACE
Codes and standards continue to change and evolve. Even federal
regulations are amended and updated. Why does this seem like a
never ending process? Because the many organizations and
individuals that develop the codes, standards, and federal
regulations strive to make the built environment as safe as possible:
we learn from recent events and apply this knowledge to our future
buildings and spaces.
A wide variety of factors are taken into consideration. Recent
building fires, natural disasters, and even acts of terrorism shed
light on how building safety can be improved. Industry trends, new
building products, and improved technology provide additional
options for addressing building safety. Instantaneous sharing of
information worldwide affects every aspect of our lives including
building safety. Changing concerns for safety and health in our
buildings and for our environment have catapulted sustainability,
energy efficiency, and green practices into the codes, standards, and
federal regulations—at a much faster rate than ever anticipated. All
of these influences continue to lead to new opportunities for
collaboration between various organizations and future changes to
the codes and standards. These ongoing changes challenge design
professionals to stay up to date.
This book concentrates on the interior of a building because the
codes, standards, and federal regulations affect projects on the
interior of a building as much as the building shell. And most
projects, whether new construction, renovation, or interior build
out, will have to consider the codes directed to the interior of a
building. The goal is to make the codes user friendly and to
provide a good overall understanding of the various codes,
standards, and federal regulations.
What sets this book apart is that it does more than just repeat the
code requirements; it explains how various requirements and
concepts work together to create building safety. This book
considers the requirements from more than one specific code. It
discusses the relationship of the various code publications and other
related documents and indicates how different requirements may
21
correlate in a project. Understanding the overall code process
creates safer buildings. When the objective of code research is clear,
the process can be more efficient, saving time and energy and
allowing more time to be spent on the design process. This seventh
edition of The Codes Guidebook for Interiors includes the most
recent changes and updates to the codes, standards, and federal
regulations. The following previews what is included.
Focuses on the most current and widely used building code, the
2015 International Building Code (IBC), as well as other related
International Code Council (ICC) codes, such as the 2015
International Fire Code.
Discusses how to use the NFPA's 2015 Life Safety Code (LSC) in
conjunction with the IBC regarding the various code topics
presented, ranging from selecting occupancy classifications to
determining means of egress and fire resistant assemblies.
Incorporates information on the many standards referenced by
the codes or used by the building and interior industry.
Discusses the relationship of the ICC accessibility standard (ICC
A117.1) and the 2010 ADA Standards and how to use them in
conjunction with the codes. The differences between the original
1991 Americans with Disabilities Act Accessibility Guidelines
(ADAAG) and the new 2010 ADA Standards are also explained.
Explains sustainability practices as they relate to the existing
codes and newly developed green codes and standards, including
the International Green Construction Code (IgCC) and the
ASHRAE/USGBC/IES 189.1, Standard for the Design of High
Performance Green Buildings Except Low Rise Residential
Buildings.
Describes the relationship between the energy codes, such as the
2015 International Energy Conservation Code (IECC),
sustainability codes, and federal energy regulations, and the IBC.
Includes interior related electrical code requirements based on
the 2014 and 2017 National Electrical Code (NEC).
Explains plumbing codes (and plumbing fixtures), using the
2015 International Plumbing Code, and mechanical codes as
they pertain to interior projects.
22
Discusses the newest information on finish and furniture
standards and testing, including the most current sustainability
and life safety issues.
Presents the role of alternative materials and methods and
performance codes to allow creative options for meeting
prescriptive code requirements.
Explains the terms, concepts, and requirements of the codes,
standards, and federal regulations in a simple, organized format
—explaining the differences, which codes to use, and how to use
them together.
Includes multiple examples and sample floor plans covering a
wide variety of building types and occupancy classifications.
Includes many diagrams combining code and accessibility
related requirements for items such as means of egress, toilet
and bathing rooms, and finish and furniture related items.
Includes the latest information on working with code officials
and documenting your projects using prescriptive, performance,
and/or sustainability codes.
Addresses a variety of building and project types, both large and
small, and includes information on existing buildings, historic
buildings, and single family homes.
In past editions, individual checklists were included at the end of
the chapter. New to this edition, access to a comprehensive code
checklist in digital format is provided with the purchase of this
book. This interactive checklist can be downloaded and used to
assist you in code research and documentation for projects.
If you are an instructor, student, or new professional, additional
information is available for the use of this book. For instructors,
PowerPoint presentations and suggestions for classroom
activities are available in the Instructor's Manual. If you are a
design student or new professional, flash cards and similar study
materials are available. These are available online with the
purchase of this book.
Supplementing the information in this book, a Study Guide is
also available. It is a valuable resource to test your
understanding of the terms, concepts, and requirements
23
presented in the Guidebook.
I hope that this book is helpful to you.
24
ACKNOWLEDGMENTS
I am often asked how I became interested and subsequently so
involved with building codes and accessibility issues. I always relate
it back to an event early in my professional career. It began with a
sign up sheet circulating around the office with an offer to attend a
code seminar compliments of the firm. At the time, not knowing a
whole lot about codes from the brief introduction in design school
and wanting to take advantage of the free education, I signed up.
Days later, my boss, Richard Butcosk, called me into his office. He
was wondering why I wanted to go to a code seminar, considering
that I had been hired to be part of the design team, not particularly
because of such pragmatic interests. My response was that if not
being familiar with code requirements could negatively affect my
designs, then I viewed them as critical design information. I was
allowed to attend, the first of many. Shortly after that, the
Americans with Disability Act was passed and again another series
of seminars. And so began an interest intertwined in my design
career.
Later, I taught a design studio class that integrated the teaching of
codes and accessibility as related to a commercial project. This led
to me meeting Sharon K. Harmon, who was the author of the
assigned text book. That book was the first edition of what was to
become this book. Beginning with the second edition, Sharon and I
became co authors of the book. She has now moved onto a
different emphasis in her career, and starting with the sixth edition,
the book has been my opportunity to continue to present codes and
accessibility issues to design students and designers (architects and
interior designers). The common thread continues to be the
importance of knowing code and accessibility requirements as we
design buildings, particularly their interior layout and components.
For the book to continue to be relevant and accurate, having
industry professionals give perspective on the content is essential. I
luckily find people willing to take the time to read, comment, and
make suggestions on sections and chapters within their professional
purview. For this edition, I want to thank David Garrett for his
contribution to the content of this edition. I appreciate your time
25
Exploring the Variety of Random
Documents with Different Content
corner of the state, crossing the line into California in
Modoc county, and leaving a string of samples clear across
the Madeline plains.
Eight miles below Belmont, in Nye county, Nevada, an
immense rock which at some time has fallen into the
canyon from the porphyry ledge above it has a patch of
marks nearly 20 feet square. It is so high that a man on
horseback can not reach the top.
A number at Reveillé, in the same county, are also
marked. On the road to Tybo every large rock is marked,
one of the figures being a semicircle with a short vertical
spoke within the curve. At Reno a heavy black rock a
couple of feet across is beautifully engraved to represent a
bull’s eye of 4 rings, an arrow with a very large feather,
and one which may mean a man. In a steep canyon 15
miles northeast of Reno, in Spanish Spring mountains,
several cliffs are well marked, and an exposed ledge,
where the Carson river has cut off the point of a hill below
Big Bend, is covered with rings and snakes by the
hundred. Several triangles, a well-formed square and
compass, a woman with outstretched arms holding an
olive branch, etc., are there.
Humboldt county has its share, the best being on a bluff
below the old Sheba mine. Ten miles south of Pioche are
about 50 figures cut into the rock, many of them designed
to represent mountain sheep. Eighty miles farther south,
near Kane’s Spring, the most numerous and perfect
specimens of this prehistoric art are found. Men on
horseback engaged in the pursuit of animals are among
the most numerous, best preserved, and carefully
executed.
The region I have gone over is of immense size, and must
impress everyone with the importance of a set of symbols
which extends in broken lines from Arizona far into
Oregon.
Fig. 55 exhibits engravings at Reveillé, Nevada. Great numbers of
incised characters of various kinds are also reported from the walls
of rocks flanking Walker river, near Walker lake, Nevada. Waving
lines, rings, and what appear to be vegetable forms are of frequent
occurrence. The human form and footprints are also depicted.
NEW MEXICO.
The characters are very like others from several localities in the
territory and in the adjacent region. The type is that of the Pueblos
generally.
Mr. Bandelier, in conversation, reported having seen and sketched a
petroglyph at Nambe, in a canyon about 2 miles east of the pueblo,
also another at Cueva Pintada, about 17 miles by the trail northwest
of Cochiti.
NEW YORK.
The following is extracted from Schoolcraft (c):
There is a pictographic Indian inscription [now obliterated]
in the valley of the Hudson, above the Highlands, which
from its antiquity and character appears to denote the era
of the introduction of firearms and gunpowder among the
aboriginal tribes of that valley. This era, from the well-
known historical events of the contemporaneous
settlement of New Netherlands and New France, may be
with general accuracy placed between the years 1609, the
date of Hudson’s ascent of that stream above the
Highlands, and the opening of the Indian trade with the
Iroquois at the present site of Albany, by the erection of
Fort Orange, in 1614. * * *
In a map published at Amsterdam, in Holland, in 1659,
the country, for some distance both above and below
Esopus creek, is delineated as inhabited by the
Waranawankongs, who were a totemic division or
enlarged family clan of the Mohikinder. They spoke a well-
characterized dialect of the Mohigan, and have left
numerous geographical names on the streams and
physical peculiarities of that part of the river coast quite to
and above Coxsackie. The language is Algonquin.
Esopus itself appears to be a word derived from Seepu,
the Minsi-Algonquin name for a river.
* * * The inscription may be supposed, if the era is
properly conjectured, to have been made with metallic
tools. The lines are deeply and plainly impressed. It is in
double lines. The plumes from the head denote a chief or
man skilled in the Indian medico-magical art. The gun is
held at rest in the right hand; the left appears to support
a wand. [The position of the arm may be merely a
gesture.]
The reproduction here as Fig. 60 is from a rock on the western bank
of the Hudson, at Esopus landing. It is presented mainly on account
of the frequent allusions to it in literature.
NORTH CAROLINA.
The rude cuts of the human faces, part of the human feet, the rings,
stars, serpents, and some others, are evidently works of art, as in
the best of them the marks of the engraving instrument are to be
seen. In all cases, whether single or in groups, the relative
dimensions of the figures are preserved. The surface of this block is
8 by 11 feet.
At the south end of the petroglyphs occurs a figure of several
concentric rings, a design by no means confined to Ohio. The third
figure right of this resembles others in the same group, and
evidently indicates the footprints of the buffalo. Human footprints
are generally indicated by the pronounced toe marks, either
detached as slight depressions or attached to the foot, and are thus
recognized as different from bear tracks, which frequently have but
slight indications of toes or perhaps claw marks, and in which also
the foot is shorter or rounder. The arrow-shaped figures are no
doubt intended for turkey tracks, characters common to many
petroglyphs of the middle and eastern Algonquian area.
Fig. 66 gives several of the above characters enlarged from the
preceding figure.
Fig. 68, from p. 105 of the same volume, gives copies of sketches
from the rocks near Wellsville, Ohio, with remarks as follows:
OREGON.
Many bowlders and rock escarpments at and near the Dalles of the
Columbia river, Oregon, are covered with incised or pecked glyphs.
Some of them are representations of human figures, but characters
of other forms predominate.
Mr. Albert S. Gatschet, of the Bureau of Ethnology, reports the
discovery by him, in 1878, of rock etchings 4 miles from Gaston,
Oregon, and 2½ miles from the ancient settlement of the Tuálati (or
Atfálati) Indians. These etchings are about 100 feet above the valley
bottom on six rocks of soft sandstone, projecting from the grassy
hillside of Patten’s valley, opposite Darling Smith’s farm, and are
surrounded with timber on two sides.
This sandstone ledge extends for one-eighth of a mile horizontally
along the hillside, upon the projecting portions of which the
inscriptions are found. These rocks differ greatly in size, and slant
forward so that the inscribed portions are exposed to the frequent
rains of that region. The first rock, or that one nearest the mouth of
the canyon, consists of horizontal zigzag lines and a detached
straight line, also horizontal. On another side of the same rock is a
series of oblique parallel lines. Some of the most striking characters
found upon other exposed portions of the rock appear to be human
figures, i. e., circles to which radiating lines are attached, and bear
indications of eyes and mouth, long vertical lines running downward
as if to represent the body, and terminating in a furcation, as if
intended for legs, toes, etc. To the right of one figure is an arm and
three-fingered hand (similar to some of the Moki characters), bent
downward from the elbow, the humerus extending at a right angle
from the body. Horizontal rows of short vertical lines are placed
below and between some of the figures, probably numerical marks
of some kind.
Other characters occur of various forms, the most striking being an
arrow pointing upward, with two horizontal lines drawn across the
shaft, and with vertical lines having short oblique lines attached
thereto.
Mr. Gatschet remarks that the Tuálati tell a trivial story to explain the
origin of these pictures, the substance of which is as follows: The
Tillamuk warriors living on the Pacific coast were often at variance
with the several Kalapuya tribes. One day, passing through Patten’s
valley to invade the country of the Tuálati, they inquired of a woman
how far they were from their camp. The woman, desirous not to
betray her own countrymen, said they were yet at a distance of one
(or two?) days’ travel. This made them reflect over the intended
invasion, and, holding a council, they decided to withdraw. In
commemoration of this the inscription, with its numeration marks,
was incised by the Tuálati.
Dr. Charles Rau received from Dr. James S. Denison, physician at the
Klamath agency, Lake county, Oregon, a communication relative to
the practice of painting figures on rocks in the territory of the
Klamath Indians in Oregon. There are in that neighborhood many
rocks bearing painted figures; but Dr. Rau’s (b) description refers
specially to a single rock, called Ktá-i Tupákshi (standing rock),
situated about 50 yards north of Sprague river and 150 yards from
the junction of Sprague and Williamson rivers. It is about 10 feet
high, 14 feet long, and 12 or 14 feet deep. Fig. 69, drawn one-
twelfth of the natural size, illustrates the character of the paintings
seen on the smooth southern surface of this rock. The most frequent
designs are single or concentric circles, like Fig. 69, a, which consists
of a dark red circle surrounded by a white one, the center being
formed by a round red spot. Fig. 69, b, painted in dark red and
white colors, exhibits a somewhat Mahadeo-like shape; the straight
appendage of the circle is provided on each side with short
projecting lines, alternately red and white, and almost producing the
effect of the so-called herring-bone ornament.
PENNSYLVANIA.
Prof. Persifor Frazer, jr., (b) remarks upon the gradual obliteration of
these pictographs, and adds:
In addition to these causes of obliteration it is a pity to
have to record another, which is the vandalism of some
visitors to the locality who have thought it an excellent
practical joke to cut spurious figures alongside of and
sometimes over those made by the Indians. It is not
unlikely, too, that the “fish pots” here, as in the case of
the Bald Friar’s inscriptions, a few miles below the
Maryland line, may have been constructed in great part
out of fragments of rock containing these hieroglyphics, so
that the parts of the connected story which they relate are
separated and the record thus destroyed.
Others have cut their initials or full names in these rocks,
thus for an obscure record whose unriddling would award
the antiquarian, substituting one, the correct deciphering
of which leads to obscurity itself.
At McCalls ferry, on the Susquehanna river, in Lancaster county, and
on the right shore near the water’s edge, is a gray gneissoid flat
rock, bearing petroglyphs that have been pecked upon the surface.
It is irregular in shape, measuring about 3½ by 4 feet in superficial
area, upon which is a circle covering nearly the entire surface, in the
middle of which is a smaller circle with a central point. On one side
of the inner space, between the outer and inner circles, are a
number of characters resembling human figures and others of
unintelligible form. The petroglyph is represented in Fig. 72.
RHODE ISLAND.
SOUTH DAKOTA.
TENNESSEE.
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