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The history of remarkable engineering construction feats is as old as man’s records. Subsurface mining for copper ore on the Sinai Peninsula began at least 15,000 years ago (Stone Age), and tunneling (adit) was started about 3500 B.C. As civilization and commerce advanced and people congregated in cities, the problem of water-supply protection agianst the attacks of enemies became increasingly acute, and new methods, such as construction of aqueducts and reservoirs, had to be devised. Use of “geologists” to assist in evaluating natural sites for engineering works and related legal implications has a long history if we include the lore of our forefathers regarding natural conditions and their meaning. In North America, early assistance and insight on geological reasoning for engineering purposes was fostered by a group of pioneers whose endeavors are described in this chapter; geological input for litigation and forensic purposes is discussed in Chapters 24 and 25 of this volume. However, any review of the early efforts in application of geology to engineering works in North America must recognize the fund of knowledge that had been acquired by earlier pioneers in Europe and Asia, and parts of Central and South America. The numerous remnants and intact examples of remarkable construction feats built in past centuries represent a legacy to the early “engineer’s” skills. It is not difficult to imagine a relation and interdependence between the “architect-engineer” and the “geologist,” which began far back in ancient times. Obviously, even then, some individuals had an awareness of rock and soil conditions and offered counsel on excavations and the properties of natural materials for siting and construction of castles, canals, water tunnels, and aqueducts.
The history of remarkable engineering construction feats is as old as man’s records. Subsurface mining for copper ore on the Sinai Peninsula began at least 15,000 years ago (Stone Age), and tunneling (adit) was started about 3500 B.C. As civilization and commerce advanced and people congregated in cities, the problem of water-supply protection agianst the attacks of enemies became increasingly acute, and new methods, such as construction of aqueducts and reservoirs, had to be devised. Use of “geologists” to assist in evaluating natural sites for engineering works and related legal implications has a long history if we include the lore of our forefathers regarding natural conditions and their meaning. In North America, early assistance and insight on geological reasoning for engineering purposes was fostered by a group of pioneers whose endeavors are described in this chapter; geological input for litigation and forensic purposes is discussed in Chapters 24 and 25 of this volume. However, any review of the early efforts in application of geology to engineering works in North America must recognize the fund of knowledge that had been acquired by earlier pioneers in Europe and Asia, and parts of Central and South America. The numerous remnants and intact examples of remarkable construction feats built in past centuries represent a legacy to the early “engineer’s” skills. It is not difficult to imagine a relation and interdependence between the “architect-engineer” and the “geologist,” which began far back in ancient times. Obviously, even then, some individuals had an awareness of rock and soil conditions and offered counsel on excavations and the properties of natural materials for siting and construction of castles, canals, water tunnels, and aqueducts.
Most of the historic milestones in engineering geology resulted from the construction of important, large-scale projects, as described in Kiersch (this volume, Chapter 1). The construction phase of a project follows final design and precedes operation and maintenance. Careful documentation of geologic conditions exposed in significant excavations and modification of designs to cope with “changed conditions” are routine elements of major construction projects such as dams, tunnels, power plants, and highways. Unless required by a local ordinance, as-built geological mapping on smaller projects, such as industrial developments and residential subdivisions, usually is not requested by a project owner. However, the increasing attention to economic considerations and the contemporary legal atmosphere are contributing to the expanded use of geological documentation during construction on smaller projects. Roberts (1973, p. 145) analyzed more than a thousand project reports and case histories and concluded that “the comparatively small investment required to obtain a foundation ‘as-built’ report provides a very substantial return.” He notes that preparation of foundation “as-built” reports assures: (1) the owner received what was paid for; (2) the design engineer that construction was in accordance with design assumptions, or any modifications necessary were made in a timely and economical manner; and (3) a record is provided to guide any subsequent structural modifications, remedial treatment of failures, or design of nearby new construction. The initial involvement of geologists on construction projects most likely occurred in response to problems or failures caused by an inability of the engineer’s conservatism or “factor of safety” to compensate for the geologic conditions, which at most sites are unique and cannot necessarily be treated as a random variable with some average value.
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