Appendix: Field Trip Guidebook: Geology and Hydrocarbon Deposits of the Santa Maria, Cuyama, Taft-McKittrick, and Edna Oil Districts, Coast Ranges, California1

Prepared by field trip committee:

Thomas W. Dibblee, Jr. Robert L. Johnston James W. Earley Richard F. Meyer

INTRODUCTION: GEOLOGIC SETTING OF THE of this series are shown on Figure 5, and the regional COAST RANGE PROVINCE OF CALIFORNIA stratigraphy is discussed in later paragraphs. In the Coast Range province, the sedimentary series The field trip area is in the southeasternmost part of overlies both oceanic and continental basement com­ the Coast Range province of California (Figs. 1,2) plexes (Fig. 5). The Coast Range ophiolite complex is between the Santa Maria Valley on the coast and the composed of mafic igneous rocks (mostly basalt, dia­ southernmost part of the Great Valley province. base, pyioxenite, and serpentinite) of late Mesozoic The Coast Range province is a segment of the struc­ age. Thi: mafic complex is thought to be part of the turally very complex borderland mobile belt that oceanic crust, and where present it forms the oceanic passes through western California (Fig. 3). This seg­ basement platform of the sedimentary series. ment is an unstable "pliant zone" in which the base­ The ophiolite complex is underlain structurally by ment complexes of California and the overlying sedi­ the Fran:iscan assemblage (Fig. 5), an enormously mentary series are severely deformed (Dibblee, 1977). thick series of eugeosynclinal sedimentary and some This zone is essentially a fold belt formed along a mafic voicanic rocks of late Mesozoic age. The Francis­ former, complex subduction zone on which the Pacific can was deposited in the oceanic trench, subducted oceanic plate was subducted eastward under North eastward in an imbrication of shear zones (Fig. 4) America during late Mesozoic time (Fig. 4). The mobile under the ophiolite complex, submetamorphosed belt developed during the Cenozoic era when the under high pressure-low temperature conditions, and Pacific plate was shifting northward with respect to injected fault and related parallel faults with has dismembered much of the Franciscan assemblage right-lateral movement evolved within this mobile into a plastic melange, the subduction complex (Figs. 4, belt. The severe deformation of the rock units and 5). Grav ty studies suggest that this in turn is under­ complex stratigraphy within this belt are in marked lain by high-density mafic igneous rocks that make up contrast to conditions that prevailed in the Great Val­ the ocea tic crust. ley province to the east, in which the sedimentary ser­ The continental basement is composed of granitic ies is generally undeformed. intrusive rocks of Mesozoic age that include pendants The sedimentary series of the Coast Range and of severely deformed metamorphic rocks of Mesozoic Great Valley provinces is composed of marine and ter­ age and older. The continental basement forms the restrial formations of Cretaceous and Cenozoic ages, present Sierra Nevada and Klamath mountains and deposited offshore and onshore near the Pacific Ocean underlie > the sedimentary series of the eastern and shoreline of North America. The major regional units central parts of the Great Valley. The granitic intrusive belt of this basement complex forms the magmatic arc (Fig. 4) cf western North America, and is of low den­ sity witf respect to the high-density oceanic crust. Adapted from Field Trip Guidebook prepared for the AAPG Research Conference Exploration for Heavy Crude Oil and Bitumen, The California mobile belt through the Coast Range October 29-November 2, 1984, Santa Maria, CA. province may have formed in Eocene time but probably

6 8 5 Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 686 Dibblee, Johnston, Earley, Meyer

Geomorphic Provinces OF CALIFORNIA

Generalized Geologic Units

Cretoceous sedimentary rocks

Mesozoic Franciscan-Knosvllle group

Mesozoic-Paleozoic metomorphic ond granitic rocks

Precombrion to Recent rock + ' + 1 compiei of the BASIN-RANGE 6 MOJAVE DESERT

iure& ZA & 2B

Figure 1— Geomorphic provinces and generalized geologic map of California. Location of some cities: 1, San Francisco; 2, Sacramento; 3, Santa Maria; 4, Bakersfield; 5, Los Angeles (from California Geology, v. 35, n. 10, October 1982).

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 687

Figure 2A—Western portion. Road map showing route of field trip from Santa Maria to Getty oil shale mill at McKittrick and route to Edna Oil field and tar sands.

in Oligocene, when subduction became converted to The Salinian block is a strip of continental granitic right-lateral shear diastrophism. This segment of the and metamorphic basement overlain by unmetamor­ mobile belt seems to have formed along the belt of the phosed Ute Cretaceous and Cenozoic sedimentary Franciscan subduction complex (Fig. 4). Because this rocks within the Coast Range province of the Califor­ complex is so severely sheared, it reacted to subse­ nia mobile belt (Fig. 3). This block is bounded by the quent right-lateral compressive shear stress as a plastic San Andreas fault on the northeast and by the Naci- mass, in contrast to the comparatively rigid basement miento-southern Rinconada fault on the southwest platform to the east. Much of the lateral shear move­ (Figs. 1, 3). The adjacent blocks are areas within this ment took place along the San Andreas fault, which mobile belt in which the Franciscan subduction com­ has been active since Oligocene or even Eocene time. plex and ophiolitic complex form the basement core This great fault started from the northern extremity (Fig. 1). of the East Pacific spreading ridge under the Gulf of In the segment within the field trip areas of Figures California-Salton trough area, in continental basement 6-10, th ? Salinian block is composed of Mesozoic gra­ terrane. Northwestward from the intersection with nitic basement unconformably overlain by an enor­ the Garlock fault, the San Andreas fault extends more mously hick lower Tertiary-uppermost Cretaceous or less diagonally into the mobile belt of the Coast marine turbidite series, in turn unconformably over- Range province (Fig. 3). About 500 km (300 mi) of lain by middle and late Cenozoic sedimentary cumulative right slip on the San Andreas fault during formations. the Cenozoic Era displaced a strip of continental gra­ In summary, it may be said that the Coast Ranges nitic basement into this segment of the mobile belt to formed rom the mobile belt along the continental form the Salinian block (Fig. 3). border. The ranges emerged from the sea and evolved

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 688 Dibblee, Johnston, Earley, Meyer

from compression associated with right-lateral shear merge into the east-trending Transverse Range. In the movements along major faults of the San Andreas Transverse Range province the San Andreas fault is fault system during Quaternary time. These move­ bent eastward, presumably by left-lateral drag effects ments were preceded in Tertiary time by development on the Garlock fault zone. Southeast of the intersec­ of localized, deeply subsided, marine sedimentary ba­ tion of these master faults the mobile belt is largely sins such as the Santa Maria, Salinas-Caliente, and southwest of the San Andreas fault (Fig. 3). southern San Joaquin basins, separated by ancestral compressive uplifts within this evolving mobile belt. In contrast, the Great Valley and Sierra Nevada prov­ STRATIGRAPHY OF THE SEDIMENTARY SERIES inces (Fig. 1) together evolved in late Mesozoic- AND ITS HYDROCARBON DEPOSITS Cenozoic time as a great westward-tilting block of rigid basement rocks that resisted deformation. The The late Mesozoic-Cenozoic sedimentary series (Fig. Sierra Nevada is the elevated eastern part, and the 5) overlying the basement complexes in California is a Great Valley is the depressed western part, filled with thick, uniform sequence in the Great Valley province a westward-thickening, continuously deposited, nearly and is exposed by uplift and erosion in a more highly undeformed sedimentary series derived largely from deformed state in the Coast Range province. The stra­ the rising Sierra Nevada. tigraphy of the six areas of the field trip route is As strikingly shown on Figure 1, the Great Valley shown on Figure 11. Of these areas, the Cuyama dis­ and Sierra Nevada provinces are terminated on the trict is in the Salinian block of granitic basement, here south by the Garlock fault, but west of the intersec­ bounded by the Rinconada and San Andreas faults of tion with the San Andreas fault the Coast Ranges Figures 6 and 9. Adjacent areas to the southwest and

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 689

Figure 3— San Andreas fault system of northwest-trending right-slip faults within borderland mobile belt (dotted pattern) of western and southern California. Heavy line denotes San Andreas fault. Salinian block outlined by stippled pattern (after Dibblee, 1977).

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 690 Dibblee, Johnston, Earley, Meyer

FRANCISCAN SIERRAN-KLAMATH - — SUBDUCTION----- ► (ARC-TRENCH GAP) MAGMA IIC ARC COMPLEX

Lonaiiudinol Trench Coos! Coost Gr«ot Volley Eroded

Figure 4— Schematic profile of a typical transect across the California Coast Ranges, Great Valley, and Sierra Nevada, showing general structural relationships of the Franciscan assemblage and Great Valley sequence in their inferred tectonic setting during the late Mesozoic (after Dickinson and Seeley, 1979, fig. 11).

southeast of the Salinian block have Franciscan and which the lowest part is of latest Cretaceous age ophiolite basement. northwest of Cuyama Valley, consists of as much as Throughout California, this sedimentary series is 7000 m (25,000 ft) of coarse marine clastic sediments composed of two major divisions (Fig. 5). The lower that directly overlie granitic basement (Fig. 11). division, of Cretaceous, Paleocene, and Eocene age, is The upper division of the sedimentary series (Fig. 5) composed of marine clastic turbidites deposited in a ranges in age from Oligocene to Pleistocene and is forearc basin (Fig. 4) and derived from granitic-meta- marine and terrestrial, with local volcanic rocks. It morphic rocks of the rising Sierran-Klamath magmatic probably was deposited continuously in the forearc arc (Fig. 4). basin that is now the Great Valley province but discon- The lower division is made up of two sedimentary tinuously in what is now the Coast Range province, as sequences (Fig. 5). In the blocks southwest and north­ this area was affected by lateral shear diastrophism. east of the Salinian block (Figs. 1, 3), the lower Thus, the upper division is unconformable on the sequence is on top of the ophiolitic and subducted lower division and on the basement complexes Franciscan rocks and is primarily of Cretaceous age. throughout most of the Coast Range province and the Northeast of the Salinian block, it is enormously thick stratigraphy is extremely complex. Here, the upper and is commonly called the Great Valley sequence. The division is made up of three sedimentary sequences, lower sequence is largely absent on the Salinian block. each separated by an unconformity along basin mar­ Southwest of this block only erosional remnants gins. These comprise the middle Tertiary, upper Ter­ remain. On the field trip route this sequence includes a tiary, and Quaternary Valley sequences (Fig. 5). thin lower shale unit of latest Jurassic-Early Cretace­ Of these, the middle Tertiary (Fig. 5) is the most var­ ous age locally called Knoxville, Jollo, and Gravelly Flat ied. Where marine, it is a complete sedimentary cycle formations (Figs. 7, 8,11) and a very thick shale and of transgression, abyssal deposition, and regression. sandstone unit of Late Cretaceous age sometimes Southwest of the Salinian block it is nearly all marine, called the Panoche Formation northeast of the Salinian but in the Salinian block all but a small lower part block (Fig. 11). becomes terrestrial southward, toward the San Northeast of the Salinian block the Great Valley Andreas fault. Northeast of the San Andreas fault, it is sequence is overlain by lower Tertiary marine turbi­ all marine in the vicinity of the Temblor Range. dites that form the upper unit of the lower division. In In the Salinian block, the lowest unit of the middle the Taft-M cKittrick oil district these rocks are repre­ Tertiary sequence is composed of terrestrial Oligocene sented largely by the Eocene Tejon and Point of Rocks Simmler Red Beds (Fig. 11), as thick as 1000 m (3200 formations (Fig. 11). Upper sands of the latter produce ft). This unit is conformably overlain by a marine light oil in the McKittrick area. Southwest of the Sali­ transgressive clastic unit of early Miocene age. In the nian block the lower Tertiary sequence is missing. Caliente Range this unit, Vaqueros Formation (Fig. 11), In the Salinian block the lower Tertiary sequence, of is as thick as 2100 m (7000 ft). Southwestward, it thins

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 691

z SURFICIAL SEDIMENTS o co 03 UJ > QUATERNARY VALLEY SEDIMENTS O z Q UJ cr UJ UPPER TERTIARY MARINE & TERRESTRIAL SE DIMENTARY & VOLCANIC ROCKS D o. o a. UJ C/3 D MIDDLE TERTIARY MARINE & TERESTRIAL SEDIMENTARY & VOLCANIC ROCKS > cr < O co LOWER TERTIARY MARINE SEDIMENTARY ROCKS UJ 2 > Q Q Ul cr CO UJ 5 CRETACEOUS MARINE SEDIMENTARY ROCKS INCLUDING GREAT VALLEY SEQUENCE o

PACIFIC OCEANIC BASEMENT ROCKS, NORTH AMERICAN CONTINENTAL BASEMENT PRIMARILY MESOZOIC ROCKS, MESOZOIC OR OLDER

OPHIOLITIC IGNEOUS ROCKS CRYSTALLINE PLUTONIC & METAMORPHIC ROCKS FRANCISCAN EUGEOSYNCLINAL SEDIMENTARY & VOLCANIC ROCKS

Figure 5— Major sedimentary sequences and basement rocks of the Coast Range and Great Valley provinces of California.

up-dip under Cuyama Valley, where sands within the In the Salinian block the Monterey Shale, up to 850 unit produce nearly all the oil in the Cuyama oil fields. m (2800 ft) thick, is moderately siliceous but grades Southwest of the Salinian block the basal red beds are laterally eastward through sands into terrestrial red very thin and present only locally, and the lower Mio­ beds (Fig. 11) in the Caliente Range. cene transgressive unit is represented in most places Northeast of the Salinian block the Monterey silice­ only by a thin sandstone bed. It is barren of oil to date. ous shale is as thick as 700 m (2100 ft) in the south­ Northeast of the Salinian block the lower Miocene eastern Temblor Range (Fig. 11). In the adjacent Taft- marine transgressive unit (Temblor Formation of Fig. McKitt 'ick oil district it contains several sands in the 11) is as thick as 2000 m (6800 ft) in the southeastern upper part that produce large amounts of medium to Temblor Range. Where it thins northward its sand­ heavy cil. Near McKittrick the Belridge diatomite and stone members produce light oil in the deep oil fields uppermost Monterey Shale are petroliferous. Oil is of the McKittrick district. being extracted from it at the Getty Oil Co. shale plant The transgressive lower Miocene marine clastic (Figs. 1 6 ,1 9 ). formation is overlain by the Monterey Shale of middle The uppermost part of the middle Tertiary sequence and late Miocene age, which is the marine abyssal part is represented in the Cuyama and Huasna areas by the of the middle Tertiary sequence. The Monterey Shale upper Miocene Santa Margarita Sandstone and in the is very widespread and is most unusual in that it is Edna-Pismo area by the Pismo Formation (Fig. 11). largely siliceous, highly organic, and petroliferous. It is These locks were deposited when the Miocene sea probably the major source of hydrocarbons in Califor­ became shallow as it withdrew. In the Cuyama area, nia. Southwest of the Salinian block it contains a local the Sarta Margarita Sandstone grades eastward into volcanic formation, the Obispo Tuff (Fig. 11), at the red beds of the Caliente Formation (Fig. 11). In the base. In and near the Santa Maria basin much of the Edna aiea many of the exposed sands of the Pismo Monterey Shale is brittle and cherty, and, where Formation are tar-impregnated (Fig. 21), and unex­ highly fractured, it contains large quantities of gener­ posed lower sands produce heavy oil in the Edna oil ally heavy oil and is very productive. In these areas the field. Ir the Santa Maria and southern San Joaquin ba­ siliceous shale is as thick as 500 m (1600 ft) and is sins, where the sea remained moderately deep, the nearly devoid of sandstone. latest Miocene is represented by diatomaceous deposits

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 692 Dibblee, Johnston, Earley, Meyer

i9n°nn' i?n° 1 1 9°3 0 '

Figure 6— Major geologic features of the southern Coast Ranges east of the Santa Maria-San Luis Obispo coastal area.

of the Sisquoc Formation and Belridge Diatomite, these shallow sands. The oil and gas from the Etche­ respectively. Sparse sands in these units produce heavy goin sands presumably was derived from the underly­ oil. ing Monterey Shale. The upper Tertiary sequence (Fig. 5) is made up of The Quaternary valley sequence (Fig. 5) overlies the clastic sediments primarily of Pliocene age. In the upper Tertiary, is as thick as 900 m (3000 ft), and is Santa Maria basin (Fig. 12) this sequence is composed composed of terrestrial gravels, sands, and clays. It is of the uppermost Sisquoc and Foxen marine claystones known as the Paso Robles Formation in the Santa overlain by the Careaga sand (Fig. 11), which was de­ Maria basin northeast of Cuyama Valley and as the posited when the sea finally regressed from this area. Tulare Formation in the Taft-M cKittrick oil district In some places on the basin margins where the (Fig. 11). The basal part of the Tulare Formation con­ Careaga is unconformable on the Sisquoc or Monterey tains brea deposits near Maricopa (Fig. 15) and in the Formation, it is tar-impregnated. subsurface in some oil fields. In the Caliente basin (Fig. 13) of the Cuyama Oil dis­ trict, the upper Tertiary sequence is terrestrial (Fig. 11). In the southern San Joaquin basin, the upper Ter­ FIELD TRIP ROUTES tiary sequence is represented by marine clays and sands of the Etchegoin and San Joaquin formations The buses will leave the Santa Maria Inn at 7 A.M. deposited in the San Joaquin embayment. This sharp. Please be on time, for we will have a long and sequence is as thick as 700 m (2100 ft) in the subsur­ busy day. face but thins westward in the Temblor Range. The The field trip is divided into two parts. The first and major part of the medium and heavy-oil production of longest part leads east across the Coast Ranges to the the Taft oil district is from sands within the Etchegoin Getty Oil Company pilot plant in the northeastern Formation, at generally shallow depths. Oil and gas foothills of the Temblor Range adjacent to the San Joa­ from the Lakeview gusher (Fig. 18) was from one of quin Valley. After returning to the outskirts of Santa

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 693

Figure 7— Geologic map of the southern Coast Range region in vicinity of lower Cuyama River-lower Sisquoc River drain­ age area. Major faults as follows: 1, West Huasna; 2, East Huasna; 3, Rinconada; 4, South Cuyama; 5, La Panza. Geology by T. W. Dibblee, Jr., modified from Hall and Corbato (1967) and Hall (1973)

Maria, the second part of the field trip will take us to The western block, traversed by the first 8 km (5 mi) the tar sands in the Edna oil field. Figures 2A and 2B of the field trip, includes Santa Maria Valley and show the field trip routes. Figure 6 gives the regional Nipomo Hills (Figs. 6, 7). geology of the field trip area. The area below the Quaternary alluvium cover in the valley consists of Franciscan basement platform unconfc rmably overlain by the Miocene Obispo Tuff FIELD TRIP ROAD LOGS and Monterey Shale and, to the south, upper Cenozoic PART I. SANTA MARIA TO McKITTRICK formations in subsurface. The Santa Maria Valley heavy-oil field south of Santa Maria (Fig. 12) is in Figures 6 and 7 (geologic maps) and 8 (cross-section) south-d pping Monterey Shale where the shale is show the geologic structure of the first part of the unconfc rmably overlain by impervious shale of the field trip, from Santa Maria to Cuyama Valley. Sisquoc Formation. The first 37 km (23 mi) are in the Coast Ranges The c;ntral block, traversed for 13 km (8 mi) of the between the Santa Maria Valley and the Rinconada field tri]>, lies between the West and East Huasna faults fault in the Sierra Madre Range. This is the strip of (Fig. 6). It is an area of severely folded Miocene forma­ severely deformed Miocene to Cretaceous sedimentary tions, primarily in the Monterey Shale, which aggre­ formations on top of the Franciscan and ophiolitic gate an estimated 2800 m (8400 ft) in thickness. South basement platform. Here, the strip is divided into three of the Cuyama River the Miocene sequence is com­ well-defined structural blocks, separated by the West pressed into numerous tight folds with axes trending and East Huasna right-slip faults (Figs. 6, 7). somewhat more westerly than the Huasna faults (Fig.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 694 Dibblee, Johnston, Earley, Meyer

Figure 8— Geologic cross section of western Coast Ranges in vicinity of Cuyama Gorge.

6). North of the river this series is deformed into a can basement. The sedimentary sequence was com­ structural basin, the Huasna syncline. Small amounts pressed in late Quaternary time into broad, open folds of heavy oil were once produced from Monterey Shale with west-northwest-trending axes. Folding may be in small anticlines within this basin, and in places there related in part to right-lateral movement on a major are tar seeps. fault zone in the Coast Ranges northeast of this basin, The eastern block, traversed by 16 km (10 mi), lies similar to the relation postulated between folds in between the East Huasna and Rinconada faults (Fig. 6). Caliente and San Joaquin basin strata and the San This block is an area of Cretaceous marine turbidite Andreas fault. Most of the oil occurs in fractured sediments anticlinally folded over a core of Franciscan cherty shale in the upper part of the Miocene Monte­ and ophiolitic basement rocks. These rocks are uncon- rey Shale. The petroleum accumulated in large closed formably overlain to the south and northwest by the anticlines on both flanks of the basin and also where Miocene sequence. the shale unit is overlapped unconformably on the The area northeast of the Rinconada fault (Figs. 9, northeast flank of the basin. 14) is within the Salinian block. This comprises terres­ trial Oligocene rocks and an enormously thick lower 0.5 Dissected Pleistocene alluvium unconformable Tertiary-Upper Cretaceous marine turbidite series rest­ on Jurassic (?) Franciscan and middle Miocene ing on Mesozoic granitic basement. Obispo tuff forms the broad slopes of the foot­ Road Log hills ahead. Nipomo Hills in distance on left (Figs. 6, 7).

Mileage 1.0 At 1 to 2 o'clock in distance, the rugged San Rafael Mountains. The prominent linear out­ 0 Start of the field trip at the intersection of U.S. crops of Obispo tuffs at 10 o'clock. Highway 101 and State Highway 166, 5.5 km (3.5 mi) north of the Santa Maria Inn. 2.4 Outcrops of Obispo tuffs on both sides of highway. Sanla Maria Basin The Santa Maria basin, which includes the Santa 3.6 Suey Creek turnoff. Maria oil district, forms a large lowland wedge between the Coast and Transverse ranges. The basin 4.0 Roadcuts expose typical sequence in the Obispo contains a Neogene marine sequence as thick as 4500 tuff formation: bedded tuffs, basalt flows, and m (13,600 ft), with Oligocene (?) red beds present some interbedded shales. locally at the base and a nonmarine Pleistocene unit at the top. The sequence lies unconformably on Francis­ 4.5 Obispo tuffs.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 695

STOP 4

120*00 119*45' 119*30' H 9 *i5 ‘

Figure 9— Generalized geologic map of the Caliente Range region illustrating distribution of composite rock units, selected anticlines, and large faults. Structure section A-A' is shown in Figure 8 (from Vedder, 1973).

5.2 Crossing West Huasna fault (Fig. 7), now in 8.6 Alamo Canyon turnoff on left. Monterey middle Miocene Monterey Shale. shales at 10 to 11 o'clock, dipping northeast.

5.6 Monterey Shale on Obispo tuff near top of 9.1 Alamo Creek bridge. grade. 10.9 Axis of anticline in Monterey Shale in large 6.0 Red beds of Oligocene Sespe Formation dipping roadcut on left. northeast in roadcut, overlain by Vaqueros marine sandstone (lower Miocene). Twitchell 11.3 Axis of major Huasna syncline in Monterey reservoir and dam site down valley to right. Shale at top of grade. Syncline plunges northw est. 7.2 Monterey Shale exposed for next 8 km (5 mi). This upper portion of the Monterey is very 12.0 In high hill to left, Monterey Shale is folded siliceous and porcelaneous, with uniform platy into a prominent anticline and syncline. bedding. 12.7 Sharp synclinal fold in Monterey Shale on 7.7 Bridge over Huasna Creek, here part of Twit­ extreme left. Massive sandstones to right of chell Reservoir. syncline are Vaqueros formation (lower Mio-

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 696 Dibblee, Johnston, Earley, Meyer

sw

m i l e s

NE

Figure 10— Geologic cross section through Sierra Madre Mountains, Cuyama Valley, Caliente Range, and Temblor Range. Formations as follows, marine unless indicated otherwise: QT, alluvium, Paso Robles and Tulare nonmarine, Plio- Pleistocene; Tmo, Morales, and Tq, Quatal nonmarine, Pliocene; Tbw, Bitterwater Creek Shale, Tsm, Santa Margarita Sand, Tc, Caliente nonmarine, Tb, basalt, Tbc, Branch Canyon Sandstone, Tm, Monterey Shale, Tv, Vaqueros, and Tt, Temblor Miocene; Ts, Simmler nonmarine, Oligocene, Tep, clastic turbidites, Eocene-Paleocene; Ku, clastic turbidites, Upper Cre­ taceous (modified from Vedder, 1973, p. 51; line of section shown on Fig. 9).

cene), resting unconformably on Cretaceous the Franciscan formation for the next 8 km (5 Sandstone. mi) (Figs. 7, 13).

13.2 Crossing approximate location of East Huasna 17.8 Excellent exposure of serpentine across the fault (Fig. 7). river on left.

14.0 Sespe conglomerate unconformable on Upper 18.2 Stop No. 1 Franciscan Formation (Fig. 13). Cretaceous marine sandstones. Prominent outcrop of massive graywacke sur­ rounded by highly sheared shale of the Francis­ 14.4 Cuyama River bridge. Upper Cretaceous sand­ can Formation. The Franciscan Formation of stone exposed on north bank of river to left. Jurassic-Cretaceous age is a complex of varying rock types that presents a perplexing problem 15.3 Upper Cretaceous shale and sand on left. for California geologists. It consists of a melange of rock units, including intact lenticu­ 15.6 Tepusquet Canyon Road turnoff on right. lar blocks measuring from centimeters to tens Franciscan rocks exposed in roadcuts as of meters in length. Many blocks are massive severely sheared micaceous shale and gray- graywacke sandstone, some are basaltic green­ wacke sandstone. The highway cuts through stone, radiolarian chert, or serpentinite, and a

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 697

HUASNA-CUY- CUYAMA TAFT MCKITTRICK AGE SANTA MARIA EDNA-PISMO DISTRICT DISTRICT AMA CYN AREA DISTRICT DISTRICT DISTRICT vPaso Robles Fm Pleistocene Paso Robles Fm.(N) JN) Tulare Fm. (N) ______uUUU______Careaga Sandstone Morales Fm. San Joaquin Claystone ------— MW (N) Pliocene Foxen Claystone Quatal E tchegoin j Fm. ss & sh Claystone (N) Pismo Fm. JJ*| S Santa Margarita eg < Belridge Diatomite Member"®^ D S isquoc Fm. Santa diatomaceous shale s s & sh Sandstone ss -M Margarita McLure siceous shale Sandstone Siceous Shale Monterey ^ Shale Member Monterey Shale siceous sh^»t £ semi-siliceous shale Devitwater Shale Member TSa MontereyVp 3 E Point Sal Member Obispo Tuff \ Shale Gould Siliceous Shale Member ...... ss ss , Rncon | sh S Claystone ss Vaqueros Fm. ss a- .ospe Fm s h s s * -- . Tem blor Fm. *Sespe ss & sh sh Oligocene M Vaqueros Simmler redbeds Sandstone redbeds

Figure 1 1 —Correlation of stratigraphic units of oil districts in southernmost Coast Ranges. Symbols as follows: black, oil- producing zones; stipple, exposed tar sands; wavy line, unconformity; jagged line, interfingering; (N), nonmarine (all other units marine); Miocene stages: D, Delmontian; M, Mohnian; L, Luisian; S, Saucesian; Z, Zemorrian (simplified in part from Woodring and Bramlette, 1950; Dibblee, 1973b; Vedder, 1973).

was supposedly subducted under the ophiolite few are conglomerate, soda-amphibole blue- (Fig. 13). schist, and amphibole. All are enveloped in a pervasively sheared argillaceous matrix, the 19.9 Ophiolite, mostly fine-grained diabase, exposed unit being considered by many geologists to be in river to left and in roadcuts for 0.5 mile. the effect of subduction (Fig. 4). 20.5 Top of ophiolite complex on roadcut to right 18.6 Good exposure of Franciscan graywacke sand­ with some overlying dark Lower Cretaceous stone and greenstone (metabasalt breccia) in shale, in turn overlain by Upper Cretaceous roadcut to right. sandstone (Fig. 13).

20.9 Upper Cretaceous shale and sandstone on right, Intensively sheared and veined Franciscan shale 19.0 dipping northeast. and graywacke, possibly a subduction zone. 21.5 Syncline in Upper Cretaceous rocks to left in 19.2 A t 11 o'clock and straight ahead, high ridge river bed. exposes dark brown Upper Jurassic ophiolite complex of mafic igneous rocks that structur­ 22.0 On right, Upper Cretaceous sandstone and ally overlie the Franciscan Formation, which shale with 25° southw est dip.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 698 Dibblee, Johnston, Earley, Meyer

Figure 12— Generalized geologic map of Santa Maria oil district and basin. Oil fields are as follows: 1, Guadalupe; 2, Santa Maria Valley; 3, Casmalia; 4, Orcutt; 5, Cat Canyon group; 6, Los Alamos; 7, Zaca; 8, Lompoc. From Blake et al., 1978, p. 355.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook N15

Figure 13— Geology of part of Cuyama Gorge, showing inferred structural relations of pervasively sheared Franciscan (subduction) assemblage and adjacent formations (Stop 1). Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 70 0 Dibblee, Johnston, Earley, Meyer

22.5 Bridge middle and upper Tertiary marine and terrestrial for­ mations exposed extensively in the Caliente Range and 23.0 Hills straight ahead across river are lower Ter­ southeastern Cuyama Valley (Figs. 6, 7). Cuyama Val­ tiary conglomerate and sandstone dipping ley is mostly underlain in the subsurface by the Plio- north into hills. This section lies nortrh of and Pleistocene terrestrial Morales Formation and Quater­ across the big Rinconada fault. nary alluvium. Cuyama Valley is diagonally transected by the San 23.6 Approximate position of Rinconada fault (Figs. Juan-Russell fault zone that extends southeastward 7,13). The Rinconada fault is part of the San between the La Panza and Caliente Ranges (Fig. 6). Andreas fault system with predominant right This fault zone is parallel to and nearly midway lateral movement. In this area, the Rinconada between the Rinconada and San Andreas faults and is fault at depth separates basement rocks of likewise characterized by right-slip. In the La Panza entirely contrasting types. West of the fault, Mountains and Cuyama Valley, in the block southwest basement consists of the Mesozoic Franciscan of this fault zone, the middle and upper Tertiary sec­ and ophiolitic complex while on the east base­ tion is very thin. However, in the Caliente Range and ment consists of Mesozoic granitic rocks. The Cuyama Valley, in the block northeast of the fault Franciscan and ophiolitic rocks are the oceanic zone, the middle and upper Tertiary sequence thickens basement. enormously in a northeastward direction to a maxi­ mum of 6 km (3.6 mi) (Fig. 10). This fault zone thereby 24.0 On right is an exposure of black fault gouge divides Cuyama Valley into two structural blocks. The with marine Paleocene-Eocene conglomerates eastern block, Caliente Range and Carrizo Plain, are on the southwest and reddish Oligocene con­ part of the Neogene formations of the Caliente basin glomerates to the northeast. This is a branch of (Blake et al., 1978, p. 350). the Rinconada fault. In the Caliente Range the northeast-thickening Mio­ cene sequence has been compressed into a series of 24.5 Prominent outcrops of southwest-dipping southward-tilting asymmetric anticlines and was Oligocene nonmarine Simmler red conglomer­ thrust southwestward along the Morales fault (Figs. 6, ate and sandstone in road cuts and hills north­ 10) in Quaternary time. The Oligocene and Pliocene eastward from the exposed fault gouge. formations are terrestrial, but the Miocene section is marine in the west and terrestrial in the east. The 24.9 Rugged exposures of the Simmler conglomer­ interfingering of marine and terrestrial strata exposed ate on right forming a southwest-dipping basal in this range and the multifaunal facies in these strata contact on lower Tertiary marine sandstones are superbly exposed. and conglomerate exposed in roadcut beyond. The Cuyama oil district is in the central part of Cuyama Valley and along the west margin of the 26.1 Rock Front Ranch on left marks the location of Caliente Range, northeast of and adjacent to the San the South Cuyama fault (Fig. 6). Southwest- Juan-Russell fault zone. In Cuyama Valley the fault is dipping Oligocene Simmler Formation again known as the Russell fault (Figs. 6 ,1 4 ). The hydrocar­ exposed northeast of this fault. bon deposits, discovered in 1948-1949, consist of two major oil fields in Cuyama Valley and several minor 26.6 Bridge over Cuyama River. ones to the northwest. The hydrocarbons (20°-38° gravity API) accumulated in sands of the lower Mio­ cene Vaqueros Formation, where it thins southwest­ Cuyama Valley and Cuyama Oil Dislricl ward updip and is truncated by the Russell fault. At Cuyama Valley is part of the Salinian block. Like the the South Cuyama field the Miocene formations are Carrizo Plain (Fig. 6) and Salinas Valley to the north­ anticlinally folded (Fig. 10). Minor amounts of heavier west, it has resisted uplift in Quaternary time. This oil were obtained from upper Miocene sands above the valley has been overridden on the southwest by uplift Monterey shale. In both fields most of the oil has now of the Sierra Madre range along the South Cuyama been depleted. Numerous exploratory holes were and Ozena faults (Fig. 6); it is separated on the north drilled in other parts of the valley and Caliente Range, from the Carrizo Plain by the Caliente Range, which some as deep as 5 km (15,000 ft), but no other hydro­ was thrust southwest along the Morales fault. carbon deposits were found. This part of the Salinian block is composed of an enormous thickness of Upper Cretaceous-lower Tertiary marine turbidites exposed extensively in the 27.0 Sierra Madre Range to the right bounded by La Panza and Sierra Madre mountains (Figs. 6-10). the South Cuyama fault. Simmler Formation These rocks dip regionally southward from the under­ (Fig. 11) exposed in road cuts overlies Paleo­ lying Mesozoic granitic basement exposed in the cene-Eocene conglomerate and sandstone northern La Panza Mountains (Fig. 6). Both these units exposed in mountains to north on left skyline. are overlain with great angular discordance by the The Oligocene Simmler Formation in this local

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 701

B „Tm Tu Tm Tu Oo B‘ SL- njJ J - -■ 7\T ' j - > , . y ; V : ^ . V \ K • ' 'Tm V 4 Km" KT .-.'Vi. A " KT

Figure 14— Generalized geologic map of Cuyama oil district, Caliente basin. Oil fields are 1, South Cuyama; 2, Russell Ranch; 3, Morales and Taylor Canyon. From Blake et al., 1978, p. 353.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 702 Dibblee, Johnston, Earley, Meyer

area is a much finer grained facies, consisting upper Miocene Santa Margarita marine white of sandstone and interbedded red shale. sandstone.

28.6 Bridge over Carrizo Creek 45.2 The Morales fault, dipping to the northeast into the range, can be seen along the base of 29.4 Upper Miocene Santa Margarita white sand- the Caliente Range along which anticlinally stone exposed in low hills to left, overlain by folded Miocene formations are thrust south- poorly exposed nonmarine Pliocene Morales west over the Morales Formation (Fig. 15). Formation. Stop No. 2. Discussion of Caliente Range, Mon­ 31.6 Morales Formation exposed in low hills and terey Formation, and Russell Ranch field (Fig. roadcuts on left, consisting of light brown 15). sands and pebble-gravel conglomerate dipping northeast, partly overlain by Quaternary ter­ 46.1 Caliente Range comprises the high mountains race gravel. across the valley to the north on the left, Mon­ terey shales exposed in the road cuts on the 32.0 Sierra Madre Mountains in right distance right, Russell Ranch oil field on the left in the uplifted along South Cuyama fault as evidenced river bottom (Fig. 13). by prominent dissected alluvial fans adjacent The Monterey Formation is the most impor­ and north of the mountains. The Sierra Madres tant source of oil in California. This formation are composed entirely of Paleocene-Eocene is unusual in coastal California because it is sandstone with shale and conglomerate as composed largely of siliceous sediments in the much as 6200 m (2000 ft) in total thickness form of thin-bedded platy siliceous shale, com­ (Figs. 6, 9-10). monly porcelaneous, brittle, and cherty; soft diatomite or diatomaceous shale; fissile organic 34.8 Caliente Mountain Range can be seen far shale, calcareous shale, and some thin carbo­ ahead, composed of a thick series of Miocene nate beds, mostly dolomite. The shale is gener­ sediments. ally dark and petroliferous where fresh, but bleaches white or cream-white on weathering. 35.7 Bright red conglomerate of Simmler formation It probably was deposited in open sea condi­ exposed up Red Rock Canyon to left. tions near the eastern Pacific shoreline. The enormous amount of silica is believed to be vol­ 36.6 On left outcrop of Eocene-Paleocene sandstone canic in origin, precipitated from sea water dipping southwest, unconformably overlain by chemically, by microorganisms such as diatoms, Simmler red beds, lower Miocene Vaqueros or by both. Marine organic life such as diatoms, sandstone, and Lower Monterey shale. foraminifera, and fish flourished profusely dur­ ing deposition of these sediments, as indicated 38.2 Miocene shales overlain by the Pliocene by their astoundingly abundant remains. The Morales Formation. hydrocarbons in these sediments presumably were generated from debris of these organisms 39.1 In hills across the river to right (south) are flat- after burial under oxygen-poor low-energy lying lake-bed clays of lower part of the conditions. Morales Formation. Small landslides are The Russell Ranch (North Cuyama) field was common. discovered by Richfield Oil Corporation in 1948. Production is from three Miocene zones. 39.8 Bridge across Cuyama River. Eocene-Paleocene The main producing zone, the Dibblee of the sandstone on left. Vaqueros Formation, ranges in depth from 820 to 975 m (2700-3200 ft). The field is located on 40.5 Range of hills on left is composed of Monterey a northeast-dipping homocline that is cut on Shale, dipping northeast into Morales syncline. the southwest by a large normal fault. There The Monterey Shale is moderately siliceous are approximately 72 producing wells in the here and has been thrust southwest over the field with total cumulative production of 67 light gray Morales Formation in the lower million barrels of oil as of 1983 (California foothills along the Russell Ranch branch of the Department of Conservation, 1982,1983). San Juan fault. 53.6 Town of New Cuyama 42.6 Morales Canyon emerges from hills on left. South Cuyama oil field (not visible) is at south Good exposures of northeast-dipping Monterey edge of the valley about 5 km (3 mi) due south white-weathering siliceous shale, along the of here. Richfield followed up its discovery of steep-sided cliff of Whiterock bluff east of the Russell Ranch field with an even larger Morales Canyon. Monterey Shale is overlain by field. South Cuyama, in 1949. The field is at

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 703

N50°E

Morales Foimation

T sm Santa Margarita Fm. Nonmarine strata 25 Strike and dip of strata 0 1 Mi Marine sandstone i . K 5E 2 == Marine shale • O il w ell Tm Monterey Shale 0 1 2 Km •>0VXT Granite? -if- D ry hole

Figure 15— Geology of North Cuyama (Russell Ranch) oil field and part of the Caliente Range (Stop 2).

the south margin of the valley, about 6.5 km (4 59.3 Bridge. At 9 o'clock to left is better view of the mi) southeast of the Russell Ranch field. Pro­ dark red Simmler beds overlain by light brown duction is from equivalent zones as in the Rus­ Vaqueros sandstone and shale. sell Ranch field, but the oil sands have much higher permeability. The field, on an egg- ^ q At 1-2 o'clock on right are the low rolling hills shaped, highly faulted dome on the east side of of the Cuyama Badlands, where mostly nonma­ the Russell Ranch fault, has 142 producing rine Miocene sediments (Caliente and Quatal wells and a cumulative production of 215 mil­ Formations) are exposed. lion barrels of oil (California Department of Conservation, Division of Oil and Gas, 1982, 1983). 64 1 Intersection on right with State Highway 33 from Ojai. 54.0 At 10 o'clock can be seen the eastern Caliente Range where nonmarine Simmler dark red beds 69.2 Natural trench along the San Andreas fault are overlain by light brown sand/shale beds of near top of Grocer Grade. Recent movement of lower Miocene marine Vaqueros Formation. fault is evidenced by numerous natural The whole series is anticlinally folded and trenches, sag ponds, and offset stream chan­ uplifted along the Morales Thrust at the base nels. In Carrizo Plain to the northwest many of of the Range (Figs. 9,10). In this part of the stream channels that cross the fault Cuyama Valley the alluvium is underlain by as southwestward from the Temblor Range are much as 2200 m (6600 ft) of Morales Formation displaced or deflected to the northwest. Road to south of the Morales fault. left follows narrow rift valley along this fault

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 70 4 Dibblee, Johnston, Earley, Meyer

zone and Soda Lake, a dry lake bed in Carrizo basin to the east, however, continued to subside dur­ Plain. ing Pliocene time, with deposition of the marine Etchegoin Formation (Figs. 10, 11). It is about 2200 m 70.0 Pleistocene alluvial gravels of Tulare Formation (6600 ft) thick and unconformably abuts the eroded consisting of Monterey shale detritus, in and folded Miocene sequence of the Temblor Range on roadcuts. the west. The Etchegoin Formation in turn is uncon­ formably overlapped along the range front by the 71.0 Good exposures of upper Miocene Bitter Creek Pleistocene Tulare Formation of alluvial detritus Shale. This shale is siliceous with common silt­ derived from the rising Temblor Range. In the San Joa­ stone interbeds similar to the Monterey Shale quin basin, however, the Etchegoin and Tulare forma­ but is unconformable on the Monterey Shale. tions are conformable and the latter is about 900 m (2700 ft) thick. 72.4 Temblor Range lies in distance at 10 o'clock on The structural pattern of the Temblor Range and left, composed of folded white-weathering Taft oil district (Figs. 6, 9,10) is attributed to right- Monterey siliceous shale. lateral drag effects of movement on the San Andreas fault. Unconformities as well as updip thinning and buttressing indicate that local tilting and folding devel­ Geology of the Taft Oil District (Fig. 16) oped at intervals during sedimentation in the Cenozoic Maricopa is in the southern part of the Taft oil dis­ Era. An unconformity at the base of the lower Tertiary trict, which, with the Midway-Sunset oil field as its sequence in the northwestern Temblor Range indicates biggest producer, is in the southwestern and deepest that deposition of that sequence was preceded by nor­ part of the Neogene San Joaquin sedimentary basin. theastward tilting of Cretaceous strata. Local uncon­ This district is perhaps the largest and most productive formities at the base of the Miocene Temblor and in California as well as in the western United States. It Monterey formations in that part of the range indicate is located in and east of the Temblor Range, directly local folding preceded their disposition. The angular east of the San Andreas fault (Figs. 6 ,1 6 ). unconformity at the base of the upper Miocene Bit­ The sedimentary sequence in this district ranges in terwater Creek Shale in the southwestern Temblor age from Cretaceous to Quaternary and is inferred to Range near the San Andreas fault and coarse granitic overlie Franciscan and ultramafic basement rocks. All detritus in that unit suggests northeastward tilt of the the formations are marine except the Quaternary allu­ Monterey and Temblor formations there and uplift of vium and the Tulare Formation. In the southeastern granitic rocks west of the San Andreas fault. Temblor Range to the west, the Miocene Temblor and The greatly intensified northeastward tilting and Monterey formations aggregate about 4300 m (13,000 folding of the Miocene and older formations of the ft) in thickness. They were deposited when this part of Temblor Range and the resulting emergence and uplift the San Joaquin basin subsided at a greatly accelerated adjacent to the San Andreas fault in Pliocene and Pleis­ rate in Miocene time. To the north and east the Mio­ tocene time prior to and during deposition of the cene sequence is much thinner. All the formations of Etchegoin and Tulare formations climaxed these dia- this basin, as exposed in the Temblor Range, were strophic movements. Movement in late Quaternary defined, described, and mapped by Dibblee (1973b, time, after deposition of the Tulare Formation, flexed 1973c). the folds in the Temblor Range and formed new ones The uppermost part of the Miocene sequence in the basinward in these late Cenozoic formations. Examples San Joaquin basin is composed of diatomite (Belridge of such folds are the Buena Vista and Elk Hills Diatomite Member of Monterey Shale) or diatoma­ anticlines. ceous shale with several sand bodies that lens out All these diastrophic movements are believed to be southwestward. In the southeastern Temblor Range correctable with the time of strike-slip movements on equivalent strata make up the Bitterwater Creek the San Andreas fault (Harding, 1976, p. 371). Flexing Shale, which includes coarse elastics of granitic detri­ of early-formed folds and formation of new ones tus and is unconformable on the older Monterey and basinward has been continuous since early Miocene Temblor formations. This major unconformity is the time. As a consequence, the structures of the Taft oil first indication of emergence of what is now the district are increasingly complex with depth and prox­ southeastern Temblor Range. imity to the fault. The coarse granitic detritus, including granitic land­ The southeastern Temblor Range, west of the Taft slide breccia, was apparently derived from uplift of a oil district, is composed entirely of Miocene formations granitic mass within the Salinian block west of the San at the surface. These are unconformably overlain on Andreas fault. the flanks of the range by the Tulare Formation or its In early Pliocene time, the thick accumulation of equivalent. Folds in the Miocene sequence are progres­ Miocene and older sedimentary deposits throughout sively more numerous and more tightly squeezed the area that is now the Temblor Range was com­ southwestward toward the San Andreas fault. On the pressed into a pattern of folds with axial trends northeast flank they tilt northeastward. Several slightly more westerly than that of the adjacent San southwest-dipping thrust faults transect this range Andreas fault. This movement was so intense that it (Figs. 6, 9,10,16). The new folds in the Tulare and caused emergence and uplift of these sedimentary de­ Etchegoin formations of the San Joaquin Valley are posits to form the Temblor Range. The San Joaquin broad and open.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 705

Qa Quaternary alluvium « --■ . Qn I Quaternary nonmarine

/T l . y . j o | Tu ) U. Tertiary marine and nonmorine

| Tm | M. Tertiary marine

| Tl ) L. Tertiary marine

| K 1 Cretoceous marine — f— Syncline — J— Anticline • Plunge

Figure 16—Generalized geologic map of Taft oil district, San Joaquin basin. Oil fields are as follows: 1, Midway-Sunset; 2, Buena Vista; 3, Elk Hills; 4, Cymric; 5, Asphalto; 6, McKittrick; 7, Belgian Anticline; 8, South Belridge; 9, North Belridge; 10, Chico-Martinez; 11, Antelope Hills; 13, North Antelope Hills. From Blake et al., 1978, p. 351.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 706 Dibblee, Johnston, Earley, Meyer

In the Taft-McKittrick district hydrocarbons have trillion ft3 of gas from nearly 10,000 wells (California accumulated in sands of the marine Tertiary sequence Department of Conservation, Division of Oil and Gas, in anticlinal or fault closures or where sands pinch out 1982,1983). For many years the field was a forest of or are overlapped updip along the Temblor Range front wooden derricks, with noisy diesel fly-wheel rocking- or in the adjacent San Joaquin Valley. These accumula­ beam pumps, before the advent of portable steel rigs tions are so numerous as to make this district the larg­ and electric pumps. est and most productive in California. Most of the hydrocarbons are produced from sands Most of the hydrocarbon accumulations are in sands in the Pliocene Etchegoin Formation that lens out of the Pliocene Etchegoin Formation and Miocene southwestward and updip as this formation pinches Monterey and Temblor formations, with some in the out against folded Monterey Shale of the Temblor Oligocene and Eocene formations. The oil from the Range, at shallow to moderate depths. Sands in the younger or Pliocene sands is generally of lower API upper part of the Monterey Shale, in closed anticlines gravity than that from the older and deeper sands. or as updip pinchouts in the Temblor Range foothills, In the southern fields, such as Midway-Sunset and are also highly productive. Buena Vista (Fig. 16), all the hydrocarbons are pro­ The Buena Vista and Elk Hills fields of the Taft dis­ duced from sands in the Etchegoin and upper Monter­ trict are also giant oil fields, which produce oil from ey formations. Those in the Temblor and older forma­ sands in the Etchegoin and Upper Monterey forma­ tions are too deeply buried and too tight to be tions on broad, closed anticlinal uplifts (Figs. 6 ,1 6 ). productive due to the enormous thickness of the over­ lying Monterey Shale. In the northern fields of the McKittrick area, where the Monterey Shale is thinner, 79.6 Turn right on Petroleum Club Road. much of the oil comes from sands of the Temblor For­ mation, and some from those of the Oligocene and 80.0 Site of Lakeview gusher on left (see Fig. 18). Eocene formations. With the exception of its north­ Low rolling hills off to right are the geomor­ eastern foothills, no oil has been produced from the phic expression of the anticlinal uplift of the Temblor Range, despite numerous exploratory test Buena Vista Hills oil field, exposing the Pleisto­ wells on its numerous folds. The sands below the cene Tulare Formation. Monterey Shale are very hard and tight, although oil shows are found. 84.2 Turn right onto Highway 33, outskirts of the town of Taft. Pioneer Oil Museum can be seen 73.5 Hills straight ahead expose Lower Monterey just off to left. Shale dipping northeast. 88.8 Turn left on Midway Road, crossing the north end of the Buena Vista Hills oil field. 76.3 Monterey Shale (lower part) crops out on left.

89.0 Chevron steam plant and refinery on left. 78.4 Intersection of State Highways 33 and 166 in town of Maricopa. Go straight ahead on High­ Series of low hills on right extends northwest way 33. 90.5 from the Buena Vista Hills giving expression of several anticlinal uplifts of the Tulare Forma­ Midway-Sunset Oil Field tion. The more extensive, elevated area beyond The Midway-Sunset oil field (Fig. 16) extends these hills is the Elk Hills anticline, site of the northwestward from just south of Maricopa some 34 giant Elk Hills oil field. km (22 mi) along the southwest margin of the San Joa­ quin Valley, nearly to McKittrick. It is one of the oldest 93.1 Turn right at intersection with State Highway oil fields in California, for which the tar seeps and 33. Midway-Sunset oil field on left. asphalt deposits near Maricopa (Fig. 17) led to its dis­ covery. As early as the 1880s pits were hand dug at or 96.9 Aluminum pipelines, like the one on left with near various tar seeps. Despite the lack of water, long­ expansion-contraction loops, carry steam from distance transportation, and extremely hot summer heat generators to injection wells. temperatures, pioneer oil men distilled kerosene and hauled the products to markets. Later, hand-operated 98.2 Steam generating plant on left. water-well equipment was used but not until March 4, 1910, was significant production obtained. On this memorable date the Lakeview well (Fig. 18), about 1.5 McKittrick Oil Field miles north of Maricopa, blew in with a spectacular The McKittrick (old) oil field is west of McKittrick in initial flow of 18,000 barrels of oil a day, flowing an a low range of hills that extends southeastward from estimated 8 million barrels over the following 18 the northwestern Temblor Range. These hills are com­ months. posed of shattered Monterey Shale that is thrust north­ Midway-Sunset is a giant oil field, second largest in eastward along the McKittrick thrust (or detachment?) California. From 1910 to 1983 it produced about 1601 fault over steeply northeast-dipping Tulare, Etchegoin, million barrels of 8°-26° gravity API oil and over 36 and uppermost Monterey Shale (Belridge Diatomite

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 707

EXPLANATION

Qa Holocene alluvium

UNCONFORMITY

Pleistocene Q T t T u la re Fm. (nonmarine)

UNCONFORMITY M io ce n e - Monterey T m , (m arine siliceous shale) Tm M c L u re Shale Member T m g G ould Shale Member

M iocene Temblor Fm. Tt (marine clay- s to n e ) Tts sandstone

Brea deposit

conglomerate in basal QTt

Figure 17— Geology of the brea deposits south of Maricopa.

Member) just southwest of McKittrick (Fig. 19). West Etchegoin above and the Monterey Shale below, in a of McKittrick is an enormous deposit of brea or northeast-dipping section below the McKittrick thrust asphalt in the shattered shale above this fault (Figs. 19, fault. Some oil is produced from a lower sand (Stevens 20), from which tar actively seeps. The shattered shale Sand) that pinches out southwestward (updip) in the throughout much of this area is impregnated with oil. upper Monterey Shale. The field is now largely The McKittrick asphalt deposit was quarried as early depleted. as 1872, and is probably the earliest worked hydrocar­ The oil-impregnated and shattered Monterey Shale bon deposit in California. In 1893 the building of the of the McKittrick oil field area (Fig. 19) now is being Southern Pacific branch rail line from Bakersfield to quarried and milled for its oil by the Getty Oil Com­ Asphalto, near what is now McKittrick, greatly stimu­ pany, which has erected a pilot mill. This is a long­ lated mining of the deposit, as the railroad provided a term research to determine the feasibility of recover­ means of shipping it to markets. The railroad also ing the oil from the mined rock. stimulated exploratory drilling for oil, leading to devel­ In the low hills that expose anticlinally folded Tulare opment of the McKittrick oil field. Formation northwest of McKittrick another oil field, Following the discovery, the McKittrick oil field was known as the new or northeast McKittrick oil field, intensively developed between 1900-1915, when about was developed following its discovery in 1944. This 500 shallow wells were drilled, establishing a produc­ field produces minor amounts of oil from the same tive area of about 1500 acres. Cumulative production zones as the old McKittrick field, but the greater to 1983 was over 249 million barrels of 12°-19° gravity am ount is 22°-40° gravity API oil from deep sands API oil. A little heavy oil was produced from the basal (6000-8000 ft) in the lower Miocene, Oligocene, and Tulare Formation in some wells, but most of the oil is Eocene formations. obtained from the Olig sand between the Pliocene Stop No. 3. McKittrick Tar Sands (Figs. 19, 20).

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 708 Dibblee, Johnston, Earley, Meyer

Figure 18— The famous Lakeview gusher that blew in out of control in March 1910, near Maricopa and Taft, Kern County. The well flowed for 18 months before it finally quit after producing over 8 million barrels of oil.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 709

Figure 19— Geology of the brea, tar sand, and oil shale deposits near McKittrick.

103.1 Entering southeast end of McKittrick oil field. PART II. SANTA MARIA TO EDNA Tar sands exposed on each side of road. Tarry oil here is in marine sands of the Pliocene On completion of the tour of the Getty plant the Etchegoin Formation, which are unconformable buses will return to Maricopa for lunch at Buck's Steak on soft Monterey diatomaceous shale and over- House and then will return via State Highway 166 lain by Pleistocene nonmarine Tulare gravel- through Cuyama Valley and Cuyama Canyon to U.S. sand. Many now extinct species of birds and Highway 101 north of Santa Maria to begin the second animals have been excavated from the tar sands portion of the field trip. by research groups in past years. Indians who lived in this area used the tarry material for a variety of purposes but mainly to make water­ Road Log proof baskets. Such baskets were an important article of trade, especially with the desert M ileage Indian tribes. Starting point same as for first portion of field trip: the intersection of U.S. Highway 101 and 104.0 Town of McKittrick. Turn left onto Reward State Highway 166 (Figs. 2A, 7) Road. 1.1 To the right is the long, low ridge of the 106.2 Stop No. 4. Getty pilot plant. Nipomo Hills (Figs. 6, 7) composed of the mid-

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 710 Dibblee, Johnston, Earley, Meyer

A’ N 40 E Belridge Anticline McKittrick oil field oil field

i I I L l I I I I I I 11 ______

Figure 20— Geologic cross-sections of McKittrick oil field area (interpretations based on data from Hewitt, 1952, and Cali­

Downloadedfornia from Divisionhttp://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf of Oil and Gas, California Oil and Gas Fields, v. 1, 1974). by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 711

die Miocene Obispo Formation, a sequence of terey Shale, which in turn overlies the Obispo tuff and thick tuffs with common interbeds of basalt a thin basal lower Miocene shale and sandstone. This flows, silty shales, and sandstones. The Obispo sequence rests on the Franciscan and serpentinite Formation dips to the northeast to form the basem ent. southwest flank of the Huasna syncline. The bituminous sandstone deposits are exposed in a number of areas within the sandstone facies on the 4.0 Town of Nipomo on right (Fig. 2A). north flank of the Pismo syncline. They were mapped in detail by Page et al. (1944). Some of the exposures 8.2 At 1 o'clock, the prominent hill consists of an form prominent, resistant, bluff-forming outcrops in exposure of the Obispo Formation, there com­ otherwise weakly resistant, friable, nonbituminous posed of light tan dacitic tuff, dipping sandstone. northeast. The bituminous sandstone is impregnated with heavy black petroleum. At the surface this bituminous 11.7 Turnoff to Arroyo Grande. Go straight ahead sandstone appears to be dry with only residual oil, but to second stop sign. a few feet below the surface it is saturated. The degree of saturation varies locally. Tar seeps issue from the 12.3 Right turn through city of Arroyo Grande. bituminous sandstone in places. The source of the pet­ roleum presumably is the underlying Monterey Shale, 13.0 Left turn onto State Highway 227. For the next which may be very thick under the Pismo syncline. 4 mi the low rolling hills on each side are The tar sand reserve is estimated to be about formed by the soft sandstones of the Pliocene 166,400,000 cu yards or 282,000,000 short tons, much Pismo Formation. of which contains about 11 wt % petroleum. This cor­ responds to about 26 gallons of petroleum per ton 15.5 Roadcuts in Pismo sandstone. (Page et al., 1944), or about 1700 barrels per acre-foot. The Edna (Arroyo Grande) oil field (Fig. 21) was 17.2 At 11 o'clock the steep-faced hills are south- reportedly discovered in 1906. About 145 wells were dipping, well-indurated Pismo sandstones. drilled, of which 96 were small producers, but only 53 wells were productive in 1983. It is a small oil field 18.0 Left turn on Corbett Road. with a productive area of about 480 acres, on both sides of Pismo Canyon 3 km (2 mi) south of Edna (Fig. 18.7 Santa Lucia Range (Fig. 2A) in distant right, 21). The field is on a small southeast-plunging anticline composed of Jurassic(?) Franciscan rocks and and syncline on the north flank of the Pismo syncline. serpentinite on lower slopes, overlain by Mio­ The oil is produced from two of several oil sand zones cene Obispo tuff and Monterey Shale in higher in the lower part of the Pismo Formation, at depths parts of range. betw een 630 m (2000 ft) and 1000 m (3200 ft). There is no structural closure, but the producing sands 19.0 Turn left on Price Canyon Road. apparently become impermeable up dip to the north­ west or are tar-sealed. As of 1983 the field had pro­ 19.6 Exposures of Pismo tar sands on roadsides and duced about 6 million barrels of low gravity, tarry oil. in roadcuts. (California Department of Conservation, Division of Oil and Gas, 1982, 1983). The oil is so tarry that it has 21.0 Right turn into entrance to Grace Petroleum to be heated by steam-injection to liquefy it. field headquarters. Keep to right. The source of the petroleum in this field is presuma­ bly the Monterey Shale that underlies the Pismo For­ 21.4 Stop No. 5. Tar sands, Grace Petroleum Rock mation, although no productive zones were found in Lease #82. Good exposures of massive tar this siliceous shale in deep test holes. The Monterey sands of the Pismo Formation. Shale is thin in the outcrop to the north but is appar­ ently very thick under this part of the Pismo syncline (Fig. 21); one test hole (C. W. Colgrove Elberta 5-1) entered the Monterey Shale below 3000 ft and reached total depth at 10,142 ft, still in that formation. Edna (Arroyo Grande) Oil Field (Fig. 21). The Edna (Arroyo Grande) tar sand deposits and oil 21.8 Return to Price Canyon Road and turn right. field are in Pismo Canyon between Edna and Pismo Beach, in a low range of hills adjacent to the sea coast. 22.4 Approximate axis of Pismo syncline. Hills The bituminous sandstones are in the Pismo Forma­ straight ahead are beds on the south flank dip­ tion of late Miocene or early Pliocene(?) age (Fig. 11) ping towards us. on the north flank of the Pismo syncline (Fig. 21). Minor tar sands are exposed on the south flank, includ­ 23.2 Stop No. 6. Monterey Shale (Fig. 21). ing one at the base of the Pismo Formation, near Steeply north-dipping Monterey Shales. These Pismo Beach. The Pismo Formation, about 1000 m siliceous shales are considered to be the source (3000 ft) thick, is unconformable on the Miocene Mon­ of the oil in the overlying Pismo sands.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 712 Dibblee, Johnston, Earley, Meyer

EXPLANATION

sealev^J — [~*1 Oil well

|~i] Quarry \ \ tar sandstone -1Km sandstone of Tp and Tpu

2Km \ Q Alluvium }|l \ _ Upper Pismo Fm. (sandstone) Pismo Fm. (marine p sandstone and shale) r" Tl j m Monterey Shale (marine siliceous shale) To Obispo Tuff Tl Marine shale and sandstone - Franciscan Assemblage

1 \ * \ EDNA

T p u /; .■ 7 P V s. \ J

'^N30r ’ 42 X JP .30 . / / Q > V °\ \ i i i \3o ^ Tx I o . ^ s h \ \ y \ A \ sf t , 35 ■ Tpu * ’/ I y. Q\'-./l / ,, v_ ,20 ^ 2 0 J 20N \ \ V j n '~a— s

X>\J!L-Ash C^X^^siv.-^Tx -t - .sh . _ _ Vv. / : > St \X£p5}x v_ • • i Q ==^~ T p ____ - V -£° -d? -ii* ,30 sh sh

Tm N = ——Ff - _ —— L - - 6 0 e. 30 JZfiP- -~sp~ / i Tm J r r T ? Jo) ,45

Tpu 3 Km Pismo Beach

Figure 21— Geology of the Edna-Pismo tar sand and oil district (modified from Fairbanks, 1904; Page et al., 1944; Hall, Downloaded107 mfrom http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 APPENDIX. Field Trip Guidebook 713

23.5 Contact of Pliocene Pismo sands and Miocene structure of forearc regions: Bulletin of the American Monterey Shale. Association of Petroleum Geologists, v. 63 , p. 2 -3 1 . Dickinson, W. R., R. V. Ingersoll, D. S. Cowan, K. P. Hel- 24.8 Turn left (south) onto U.S. Highway 101 and mold, and C. A. Suczek, 1 9 8 2 , Provenance of Franciscan graywackes in coastal California: Geological Society of return to Santa Maria Inn (Fig. 2A). America Bulletin, v. 93, p. 9 5 -1 0 7 . Fairbanks, H. W., 1 9 0 4 , the San Luis quadrangle, California, folio 101 of Geologic Atlas of the United States: U.S. REFERENCES CITED IN TEXT AND Geological Survey. ILLUSTRATIONS Hall, C. A., Jr., 19 7 3 , Geology of the Arroyo Grande quad­ rangle, California: California Division of Mines & Geol­ ogy, Geologic Map Sheet 24, scale 1 :4 8 0 0 0 . Blake, M. C., R. H. Campbell, T. W. Dibblee, D. G . H ow ell, Hall, C. A., Jr., and C. E. Corbato, 1967, Stratigraphy and T. H. Nilsen, W. R. Normack, J. C. Vedder, and E. A. structure of Mesozoic and Cenozoic rocks, Nipomo Silver, 1978, Neogene basin formation in relation to quadrangle, southern Coast Ranges, California: Geologi­ plate-tectonic evolution of San Andreas fault system, cal Society of America Bulletin, v. 78, p. 5 5 9 -5 8 2 . California: Bulletin of the American Association of Pet­ Harding, T. P., 1 9 7 6 , Tectonic significance and hydrocarbon roleum Geologists, v. 62, n. 3, p. 344-372. trapping consequences of sequential folding synchro­ California Department of Conservation, Division of Oil and nous with San Andreas faulting, San Joaquin Valley, Gas, 1982, 68th Annual Report of the State Oil and Gas California: Bulletin of the American Association of Pet­ Supervisor; 1983, California oil and gas production sta­ roleum Geologists, v. 60, p. 3 5 6 -3 7 8 . tistics and new well operations. Jennings, C. W., compiler, 1954, 1958, Geologic map of Cali­ Dibblee, T. W., Jr., 1971a, Geologic map of the Branch fornia, scale 1 :2 5 0 0 0 , San Luis Obispo and Santa Maria Canyon quadrangle, California: U.S. Geological Survey sheets: California Division of Mines & Geology. Open-File Map, scale 1:62500. Jennings, C. W., compiler, 19 7 7 , Geologic map of California, D ibblee, T. W., Jr., 1971b, Geologic map of the Caliente scale 1 :7 5 0 0 0 0 ; California Division of Mines & Geology, Mountain quadrangle, California: U.S. Geological Survey Geological Data Map m. 2. Open-File Map, scale 1:62500. Page, B. M., M. D. Williams, E. L. Hendrickson, C. N. Dibblee, T. W., Jr., 1973a, Geologic map of the McPherson Holmes, and W. J. Mapel, 1 9 4 4 , Geology of the bitumi­ Peak quadrangle, California: U.S. Geological Survey nous sandstone deposits near Edna, San Luis Obispo Open-File map, scale 1:62500. County, California, Fig. 1, scale 1:21000: U.S. Geological Dibblee, T. W., Jr., 1973b, Stratigraphy of the Southern Survey Oil and Gas Investigations, Preliminary Map 16. Coast Ranges near the San Andreas Fault from Cholame Page, B. M., E. L. Hendrickson, M. D. Williams, and T. G. to Maricopa, California: U.S. Geological Survey Profes­ M o ra n , 1 9 4 5 , Bituminous sandstone deposits in the sional Paper 764, 45 p. M cKittrick district, Kern County, California: U.S. Geo­ Dibblee, T. W., Jr., 1973c, Regional geologic map of San logical Survey Oil and Gas Investigations Preliminary Andreas and related faults in Carrizo Plain, Temblor, M ap 35. Caliente and La Panza Ranges and vicinity, California: Vedder, J. G., 19 7 3 , Geologic framework and correlation of U.S. Geological Survey Miscellaneous Geological Investi­ Miocene rocks in the Caliente Range, in Sedimentary gations Map 1-757, scale 1:125000. facies changes in Tertiary rocks, California Transverse Dibblee, T. W., Jr., 1977, Strike-slip tectonics of the San and southern Coast Ranges: SEPM field trip 2, 1973 Andreas fault and its role in Cenozoic basin evolvement Annual Meeting AAPG-SEPM -SEG, p. 4 2 -5 7 . in T. H. Nilsen, ed., Late Mesozoic and Cenozoic sedi­ Woodring, W. P., and M. N. Bramlette, 1 9 5 0 , Geology and mentation and tectonics in California: San Joaquin Geo­ paleontology of the Santa Maria District, California: U.S. logical Society short course guide, p. 26-38. Geological Survey Professional Paper 2 2 2 , 185 p., m ap Dickinson, W. R., and D. R. Seeley, 1979, Stratigraphy and scale 1 :2 4 ,0 0 0 .

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index

A reference is indexed according to its important, or “ key” words. Three columns are to the left of a keyword entry. The first column, a letter entry, represents the AAPG book series from which the reference originated. In this case, ST stands for Studies in Geology Series. Every five years, AAPG will merge all its indexes together, and the letters ST will differentiate this reference from those of the AAPG Memoir Series (ME) or from the AAPG Bulletin (B). The following number is the series number. In this case, 25 represents a reference from Studies in Geology Series 25. The third column lists the page number of this volume on which the reference can be found. Index entries without page numbers represent the title or compilation editors of this volume.

t = titles * = authors

ST 25 9 AB TEYMUR OIL FLD., IRAN, CRET. ST 25 40 AMU DAR'YA, USSR, BITUMEN, PALEOCENE ST 25 476 ABERFELDY REGION, CANADA. STRUCTURE CROSS SECTION ST 25 55 AMU-DAR VA TROUGH, CENTRAL ASiA. BITUMEN ST 25 40 ABINO-UKRAINA FIELD, USSR, BITUMEN ST 25 55 AMU-DAR'YA TROUGH, CENTRAL AS,A. HEAVY OIL ST 25 9 ABQAIQ OIL FLD., SAUDI ARABIA, JUR. ST 25 44 ANABAR ARCH, USSR, BITUMEN, CAMBRIAN ST 25 9 ABU DHABI, ASAB OIL FLD., CRET. ST 25 44 ANABAR ARCH, USSR, BITUMEN, PRECAMBRIAN ST 25 9 ABU DHABI, BAB OIL FLD., CRET. ST 25 625 ANACACHO FM., TEXAS, TAR SANDS ST 25 10 ABU DHABI, BUHASA OIL FLD , CRET. ST 25 243 ANAEROBIC BACTERIA, ROLE IN BIODEGRADATION ST 25 12 ABU DHABI, MUBARRAS OIL FLD., CRET. ST 25 663 t ANALYTICAL TECHNIQUES AND TOOLS FOR ROCK PROPERTY ANC ST 25 13 ABU DHABI, SAHIL OIL FLD., CRET. OIL GRAVITY EVALUATION IN HEAVY-OIL AND TAR-SAND ST 25 13 ABU DHABI, SATH AL RAAZBOOT OIL FLT.. JUR. RESERVOIRS ST 25 13 ABU DHABI, SHAH OIL FLD., CRET. ST 25 137 ’ ANDRIANASOLO-RALAIMIZA, H„-HEAVY-OIL AND BITUMEN ST 25 13 ABU DHABI, UMM AD DAIKH OIL FLD., CRET. ST 25 603 ’ ANGINO, E.E.,-UNCONVENTIONAL RECOVERY OF HEAVY OIL AND ST 25 13 ABU DHABI, UMM SHAIF OIL FLD., JUR. ST 25 11 ANGOLA, MALONGO N & S OIL FLD . CRET. ST 25 14 ABU DHABI, ZAKUM OIL FLD . CRET. ST 25 11 ANGOLA, MALONGO WEST OIL FLD . CRET. ST 25 9 ABU GHIRAB/DEHLURAN OIL FLD., IRAQ/IRAN, OLIG/MIO/CRET ST 25 41 A N G O T FIE l D, USSR, BITUMEN ST 25 9 ABU HADRIYA OIL FLD., SAUDI ARABIA, JUR. ST 25 9 ANKLESHWAR OIL FLD., INDIA, EOC. ST 25 9 ABU JIFFAN OIL FLD., SAUDI ARABIA, JUR. ST 25 625 ANSBERRY FM., CALIFORNIA, TAR SANDS ST 25 147 ABU SA’FAH FIELD, SAUDI ARABIA, HEAVY OIL ST 25 151 ANTAKYA DEPOSIT, ASPHALT, TURKEY ST 25 9 ABU SA'FAH OIL FLD., SAUDI ARABIA, JUR. ST 25 147 AODA FIELD, SYRIA, HEAVY OIL ST 25 116 ACU FORMATION, POTIGUAR BASIN, BRAZIL ISOPACH ST 25 456 API GRAVITY, SEE ALSO GRAVITY, API; GRAVITY, OIL ST 25 276 ADRIATIC SEA, HEAVY OIL FIELDS ST 25 456 API GRAVITY. VARIATIONS WITH DEPTH ST 25 243 AEROBIC BACTERIA. ROLE IN BIODEGRADATION ST 25 456 API, AMERICAN PETROLEUM INSTITUTE ST 25 249 AEROBIC BIODEGRADATION ST 25 175 t APPLICATION OF MULTIVARIATE STATISTICS IN CRUDE ST 25 9 AGAN OIL FLD., USSR, CRET. QUALITY CHARACTERIZATION AND REGIONAL DISTRIBUTION IN ST 25 9 AGAVE OIL FLD., MEXICO, CRET. ORINOCO OIL BELT ST 25 9 AGHAJARI OIL FLD., IRAN. OLIG./MIO./CRET. ST 25 150 AR RAMADI DEPOSIT, ASPHALT, IRAQ ST 25 9 AHWAZ OIL FLD., IRAN, OLIG.,MIO.,CRET. ST 25 572 ARBUCKLE MOUNTAINS. GEOLOGIC mSTORY ST 25 221 ' AIZENSHTAT, Z..-LIGHT-OILS TRANSFORMATION TO HEAVY ST 25 9 ARDENSHIR OIL FLD., IRAN, MIO. ST 25 36 AKANSKOYE FIELD, USSR, BITUMEN ST 25 9 ARDJUNA OIL FLD., INDONESIA, MIO./OLIG. ST 25 41 AKBASHADYR FIELD, USSR, BITUMEN ST 25 572 ARDMORE BASIN, GEOLOGIC HISTORY ST 25 40 AKHTYRSK-BUGUNDYR FIELD, USSR, BITUMEN ST 25 9 ARENQUE OIL FLD., MEXICO, JUR. ST 25 36 AKSUBAYEVO FIELD, USSR, BITUMEN ST 25 54 ARGA-SALAAREA, SIBERIA, USSR, BITUMEN ST 25 150 ALHAMMAN DEPOSIT, ASPHALT, IRAQ ST 25 54 ARGA-SALAAREA, SIBERIA, USSR, HEAVY OIL ST 25 126 ALABAMA, HARTSELLE SANDSTONE ST 25 10 ARGENTINA, COMODORO-RIVADIA OIL FLD., CRET. ST 25 551 ALABAMA, HARTSELLE SS., TAR SANDS ST 25 9 ARIAN COMPLEX OIL FLD., USSR, CARB. ST 25 135 ALABAMA, HEAVY OIL, DEPTH DISTRIBUTION ST 25 135 ARKANSAS, HEAVY OIL, DEPTH DISTRIBUTION ST 25 550 ALABAMA, MISSISSIPPIAN NOMENCLATURE ST 25 9 ASAB OIL FLD., ABU DHABI, CRET ST 25 549 ALABAMA, NORTHWEST, BITUMEN DEPOSITS ST 25 150 ASH SHURQUAT DEPOSIT ASPHALT. IRAQ ST 25 549 ALABAMA, NORTHWEST GEOLOGY ST 25 64 ASHAL’Chl ASPHALT DEPOSIT, USSR, CROSS SECTiON ST 25 125 ALABAMA, TAR SAND ST 25 36 ASHAL’CHl FIELD, USSR, BITUMEN ST 25 552 ALABAMA, TAR SANDS, RESERVES ST 25 607 ' ASHFORD, F.E..-PRILIMINARY EVALUATIONS APPLICABLE TO ST 25 128 ALASKA, KUPARUK RIVER, FIELD RICHNESS ST 25 55 ASIA, CENTRAL, AMU-DAR’YA TROUGH, BITUMEN ST 25 347 ALASKA, NORTH SLOPE, IKPIKUPUK BASIN, OIL CHEMISTRY ST 25 55 ASIA, CENTRAL, AMU-DAR’YA TROUGH, HEAVY OIL ST 25 537 ALASKA, NORTH SLOPE, KUPARUK RIVER, HEAVY OIL ST 25 82 ASIA, CENTRAL, BASINS, GEOLOGY ST 25 125 ALASKA, TAR SAN D ST 25 55 ASIA, CENTRAL, FERGANA BASIN, BITUMEN ST 25 507 ALBERTA, CANADA, ATHABASCA, PRIMROSE-KERBY AREA ST 25 55 ASIA, CENTRAL, FERGANA BASIN, HEAVY OIL ST 25 462 ALBERTA, CANADA, HYDROLOGY, POTENTIOMETRIC SURFACE ST 25 55 ASIA, CENTRAL, MANGYSHIAK TROUGH, BITUMEN ST 25 320 ALBERTA, CRET OIL SAND, PALEOZOIC CARBONATES ST 25 55 ASIA, CENTRAL, MANGYSHIAK TROUGH, HEAVY OIL ST 25 320 ALBERTA. GROSMONT FM., REGIONAL GEOLOGY ST 25 55 ASIA, CENTRAL, SOUTH TADZHIK BASIN, BITUMEN ST 25 319 ALBERTA, NORTHERN. CARBONATES, BITUMEN-BEARING ST 25 55 ASIA, CENTRAL, SOUTH TADZHIK BASIN, HEAVY OIL ST 25 9 ALBERTA, WESTERN CANADA, CROSS SECTION ST 25 70 ASIA, CENTRAL, USSR, STRUCTURE ST 25 8 ALBERTA, WESTERN CANADA, SEDIMENT ISOPACH ST 25 55 ASIA, CENTRAL, WESTERN TURKMENIA, BITUMEN ST 25 44 ALDAN ANTECLISE, USSR, BITUMEN, CAMBRIAN ST 25 55 ASIA, CENTRAL, WESTERN TURKMENIA, HEAVY OIL ST 25 44 ALDAN ANTECLISE, USSR, BITUMEN, PRECAMBRIAN ST 25 55 ASIA, NORTH SAKHALIN ISLAND, BITUMEN ST 25 54 ALDAN AREA, SIBERIA, USSR, BITUMEN ST 25 55 ASIA, NORTH SAKHALIN ISLAND, HEAVY OIL ST 25 54 ALDAN AREA, SIBERIA, USSR, HEAVY OIL ST 25 145 ASJOL FIELD, INDIA, HEAVY OIL ST 25 10 ALGERIA/TUNIS A, EL BORMA OIL FLD., TR. ST 25 144 ASPHALT DEPOSITS, MIDDLE AND FAR EAST, OCEANIA ST 25 10 ALGERIA, GASSITOUIL OIL FLD., TR. ST 25 150 ASPHALT DEPOSITS, OIL SEEPS, FAR EAST ST 25 11 ALGERIA, HASSIMESSAOUD OIL FLD., CAMB. ST 25 150 ASPHALT DEPOSITS, OIL SEEPS, MIDDLE EAST ST 25 12 ALGERIA, RHOURDE EL BAGUEL OIL FLD., CAMB./ORD. ST 25 150 ASPHALT DEPOSITS, OIL SEEPS, OCEANIA ST 25 14 ALGERIA, ZARZAITINE OIL FLD., DEV. ST 25 451 ASPHALT LAYER, WELL LOG RESPONSE ST 25 147 ALIAN FIELD, SYRIA, HEAVY OIL ST 25 624 ASPHALT RIDGE DEPOSIT, UTAH, TAR SANDS ST 25 222 ALTERATION, OIL, DEAD SEA AREA ST 25 9 ASPHALT RIDGE TAR SAND, USA. EOC. ST 25 115 ALTO DO RODRIGUES FIELD, BRAZIL, POTIGUAR BASIN ST 25 150 ASPHALT, AUSTRALIA, ELCHO ISLAND DEPOSIT ST 25 117 ALTO DO RODRIGUES FIELD, POTIGUAR BASIN, STRUCTURE ST 25 150 ASPHALT, AUSTRALIA, ORD/NEGRI RIVERS DEPOSIT ST 25 118 ALTO DO RODRIGUES, POTIGUAR BASIN, BRAZIL, RESERVOIR ST 25 150 ASPHALT, AUSTRALIA, ROPER RIVER DEPOSIT ST 25 9 ALWYN OIL FLD., NORWAY, JUR./TR. ST 25 150 ASPHALT BAHREIN ST 25 146 AMAL FIELD, OMAN, HEAVY OIL ST 25 150 ASPHALT, INDIA, BOMBAY ISLAND DEPOSIT ST 25 9 AMAL OIL FLD., LIBYA, CRET./CAMB./ORD. ST 25 150 ASPHALT, IRAN, BUSHEHR DEPOSIT ST 25 456 AMERICAN PETROLEUM INSTITUTE, API ST 25 150 ASPHALT, IRAN, RAMHORMOZ DEPOSIT ST 25 151 AMMAN DEPOSIT, ASPHALT, JORDAN ST 25 150 ASPHALT, IRAQ, AL HAMMAN DEPOSIT ST 25 383 AMPLITUDE ANOMALIES, ORINOCO OIL BELT, VENEZUELA ST 25 150 ASPHALT, IRAQ, AR RAMADI DEPOSIT ST 25 147 AMPUR FANG FIELD, THAILAND, HEAVY OIL ST 25 150 ASPHALT, IRAQ, ASH SHURQUAT DEPOSIT ST 25 41 AMU DAR'YA FIELD, USSR, BITUMEN ST 25 150 ASPHALT, IRAQ, EL LEKATA DEPOSIT ST 25 40 AMU DAR'YA, USSR, BITUMEN, JURASSIC ST 25 150 ASPHALT. IRAQ, HIT DEPOSIT

714

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index 715

ST 25 150 ASPHALT, IRAQ, KIFRI DEPOSIT ST 25 9 BARRACOUTA OIL FLD.. AUSTRALIA, MIO. ST 25 150 ASPHALT IRAQ, KIRKUK DEPOSIT ST 25 9 BARRACOUTA OIL FLD., AUSTRALIA, MIO. ST 25 150 ASPHALT IRAQ, NINEVEH DEPOSIT ST 25 115 * BARROCAS, S.L.S.,-HEAVY OIL PRODUCTION OPERATIONS IN ST 25 150 ASPHALT, IRAQ, QAYYARAH DEPOSIT ST 25 36 BARZI-OMGINSKOYE FIELD, USSR, BITUMEN ST 25 150 ASPHALT, IRAQ, TEL KlYARA DEPOSIT ST 25 560 BASALT, RESERVOIR. WEST ROZEL FIELD. UTAH ST 25 150 ASPHALT, IRAQ, TUZ KHUMATLI DEPOSIT ST 25 46 BASHKIRIA, USSR. HEAVY OIL ST 25 150 ASPHALT. IRAQ, UR OF THE CHALDEES DEPOSIT ST 25 9 BASSEIN NORTH OIL FLD., INDIA, EOC./OLIG ST 25 150 ASPhALT, IRAQ, ZALCHO DEPOSIT ST 25 9 BASSEIN NORTH OIL FLD.. INDIA, EOC./OLIG ST 25 150 ASPHALT, ISRAEL, MEZADA DEPOSIT ST 25 301 * BATE, M.A.,-SIGNIFICANCE OF RESERVOIR STRATIGRAPHY IN ST 25 150 ASPHALT, ISRAEL, TIBERIAS DEPOSIT ST 25 147 BATI RAMAN FIELD, TURKEY, HEAVY OIL ST 25 150 ASPHALT, ISRAEL, YARMUK RIVER DEPOSIT ST 25 26 BATI RAMAN, TURKEY, EOR PROJECT ST 25 150 ASPHALT, JAPAN, MASUDA, SHUMAN DEPOSITS ST 25 38 BATRAKOVSK FIELD, USSR, BITUMEN ST 25 150 ASPHALT, JAPAN, TOKYOKAWA DEPOSIT ST 25 9 BAY MARCHAND BK 2 OIL FLD., USA, MIO. ST 25 151 ASPHALT, JORDAN, AMMAN DEPOSIT ST 25 9 BAY MARCHAND BK. 2 OIL FLD., USA, MIO. ST 25 151 ASPHALT, JORDAN, JERICHO DEPOSIT ST 25 39 BAYCHUNASSKAYA FIELD, USSR, BITUMEN ST 25 151 ASPHALT, JORDAN, NABI MUSA DEPOSIT ST 25 40 BAYDIS-KHEVI FIELD, USSR, BITUMEN ST 25 151 ASPHALT, JORDAN, NEAR WADI DARGET DEPOSIT ST 25 54 BAYKAL AREA, SIBERIA, USSR, BITUMEN ST 25 151 ASPHALT, PAKISTAN, GANDAVA DEPOSIT ST 25 54 BAYKAL AREA, SIBERIA, USSR, HEAVY OIL ST 25 151 ASPHALT, PAKISTAN, GUNDA DEPOSIT ST 25 145 BEDARPUR FIELD, INDIA, HEAVY OIL ST 25 151 ASPHALT PAKISTAN, ISAKHEL DEPOSIT ST 25 9 BEKASAP OIL FLD,, INDONEISA, MIO. ST 25 151 ASPHALT, PAKISTAN, KHARAN DEPOSIT ST 25 9 BEKASAP OIL FLD., INDONESIA, MIO. ST 25 151 ASPHALT, PAPUA NEW GUINEA, VAILA RIVER DEPOSIT ST 25 9 BELAYIM OIL FLD., EGYPT, MIO. ST 25 151 ASPHALT, PAPUA NEW GUINEA, YULE ISLAND DEPOSIT ST 25 9 BELAYIN (MARINE) OIL FLD., EGYPT, MIO. ST 25 151 ASPHALT, PHILIPPINES, LEYTE DEPOSIT ST 25 663 ’ BELL, B.A.,-ANALYTICAL TECHNIQUES AND TOOLS FOR ROCK ST 25 151 ASPHALT, SYRIA, BABENNA DEPOSIT ST 25 137 BELMOLANGA TAR SAND, MADAGASCAR ST 25 151 ASPHALT, SYRIA, HOMS DEPOSIT ST 25 9 BELRIDGE DIATOMITE TAR SAND, USA, MIO. ST 25 151 ASPHALT, SYRIA, JERUD DEPOSIT ST 25 9 BELRIDGE DIATOMITE TAR SAND, USA. MIO. ST 25 151 ASPHALT, SYRIA, LATAKIA ST 25 9 BELRIDGE, S. OIL FLD., USA, PLIO./MIO. ST 25 151 ASPHALT, SYRIA, MAGARIN DEPOSIT ST 25 9 BELRIDGE, S., OIL FLD., USA, PLIO./MIO. ST 25 151 ASPHALT, THAILAND, FANG BASIN DEPOSIT ST 25 9 BEMOLANGA TAR SAND, MADAGASCAR, TR./JUR. ST 25 151 ASPHALT, TURKEY, ANTAKYA DEPOSIT ST 25 9 BEMOLANGA TAR SAND, MADAGASCAR, TR./JUR. ST 25 151 ASPHALT, TURKEY, HARBOL DEPOSIT ST 25 10 BERMUDEZ COMPLEX OIL FLD., MEXICO, CRET./JUR /PLIO ST 25 151 ASPt-iALT, TURKEY, ISKENDERUN DEPOSIT ST 25 10 BERRI OIL FLD., SAUDI ARABIA, JUR./PERM. ST 25 64 ASPHALT, USSR, ASHAL'CHI DEPOSIT, CROSS SECTION ST 25 10 BERYL OIL FLD., UK, JUR./TR. ST 25 226 ASPHALTENES, CONTENT VS. DEPTH, ISRAEL ST 25 395 ’ BEYER, L.A.,-POROSITY OF UNCONSOLIDATED SAND, ST 25 189 ASPHALTENES, ORINOCO OIL BELT ST 25 10 BIBI EYBAT OIL FLD., USSR, PLIO. ST 25 226 ASPHALTS, COMPOSITION, DEAD SEA, ISRAEL ST 25 10 BIBI HAKIMEH OIL FLD,, IRAN, OLIG./MIO./CRET. ST 25 223 ASPHALTS, DEAD SEA ST 25 626 BIG CLIFTY FM,, KENTUCKY, TAR SANDS ST 25 221 ASPHALTS, TRANSFORMATION FROM LIGHT TO HEAVY ST 25 10 BINAK OIL FLD., IRAN, OLIG./MIO./CRET. ST 25 461 ATHABASCA FIELD, CANADA, GEOLOGY ST 25 249 BIODEGRADATION, AEROBIC ST 25 465 ATHABASCAOIL SANDS AREA, PALEODRAINAGE SURFACES ST 25 250 BIODEGRADATION, ANAEROBIC ST 25 469 ATHABASCA OIL SANDS, CANADA, SALT FEATURES ST 25 250 BIODEGRADATION, AT OIL/WATER INTERFACE ST 25 466 ATHABASCAOIL SANDS, POTENTIOMETRIC SURFACE ST 25 233 BIODEGRADATION, EFFECTS ON CRUDE OILS ST 25 468 ATHABASCAOIL SANDS, THERMAL CROSS SECTION ST 25 268 BIODEGRADATION, GAS CHROMATOGRAMS. EMERAUDE FIELD ST 25 9 ATHABASCA TAR SAND, CANADA, CRET. ST 25 243 BIODEGRADATION. INFLUENCE ON HEAVY OIL AND BITUMEN ST 25 507 ATHABASCA, ALBERTA, PRIMROSE-KIRBY AREA, GEOLOGY ST 25 257 BIODEGRADATION. OIL, SUMMARY ST 25 9 ATTAKA OIL FLD., INDONESIA, MIO. ST 25 263 BIODEGRADATION, TIMING IMPLICATIONS ST 25 9 AUCA OIL FLD., ECUADOR, CRET ST 25 241 BIODEGRADED TAR SAND BITUMEN, DISTERANE PATTERNS ST 25 9 AUSTRALIA, BARRACOUTA OIL FLD,, MIO. ST 25 605 BIOLOGICAL METHODS, USE IN HEAVY OIL RECOVERY ST 25 9 AUSTRALIA, BARRACOUTA OIL FLD., MIO. ST 25 251 BIOTECHNOLOGY, POTENTIAL USES ST 25 150 AUSTRALIA, ELCHO ISLAND DEPOSIT, ASPHALT ST 25 54 BITMEN, SIBERIA, CENTRAL OLENEK AREA, USSR ST 25 11 AUSTRALIA, HALIBUT OIL FLD., EOC./PALEOCENE ST 25 549 f BITUMEN DEPOSITS OF NORTHWEST ALABAMA ST 25 148 AUSTRALIA, HEAVY OIL, PRODUCTION, RESERVES ST 25 143 BITUMEN DEPOSITS, MIDDLE AND FAR EAST, OCEANIA ST 25 11 AUSTRALIA, KINGFISH OIL FLD., EOC. ST 25 319 t BITUMEN-BEARING PALEOZOIC CARBONATE TREND OF NORTHERN ST 25 145 AUSTRALIA, LAKES ENTRANCE FIELD, HEAVY OIL ALBERTA, THE ST 25 145 AUSTRALIA, NOVARA FIELD, HEAVY OIL ST 25 55 BITUMEN, ASIA, NORTH SAKHALIN ISLAND ST 25 150 AUSTRALIA, ORD/NEGRI RIVERS DEPOSIT, ASPHALT ST 25 54 BITUMEN, BALTIC SYNECLISE, BALTIC SHIELD, USSR ST 25 150 AUSTRALIA, ROPER RIVER DEPOSIT, ASPHALT ST 25 54 BITUMEN, BALTIC SYNECLISE, PRIPYAT GRABEN, USSR ST 25 11 AUSTRIA, GREATER MATZEN OIL FLD., MIO./PLIO. ST 25 54 BITUMEN, CAUCASUS COMPLEX, BAKU AREA, USSR ST 25 9 AWALI OIL FLD,, BAHREIN, CRET./JUR. ST 25 54 BITUMEN, CAUCASUS COMPLEX, CAUCASUS RANGE. USSR ST 25 146 AWASIL FIELD, IRAQ, HEAVY OIL ST 25 54 BITUMEN. CAUCASUS COMPLEX, KURA AREA, USSR ST 25 69 AY-YANSK, WEST SIBERIA, USSR, HEAVY OIL ST 25 54 BITUMEN, CAUCASUS COMPLEX, NO. CAUCASUS BASIN, USSR ST 25 69 AY-YAUN, WEST SIBERIA, USSR, HEAVY OIL ST 25 54 BITUMEN, CAUCASUS COMPLEX, RIONI AREA, USSR ST 25 39 AY-YUAN FIELD, USSR, BITUMEN ST 25 55 BITUMEN, CENTRAL ASIA. AMU-DAR’YA TROUGH ST 25 54 AYKHALAREA, SIBERIA, USSR, BITUMEN ST 25 55 BITUMEN, CENTRAL ASIA, MANGYSHIAK TROUGH ST 25 54 AYKHAL AREA, SIBERIA, USSR, HEAVY OIL ST 25 55 BITUMEN, CENTRAL ASIA, SOUTH TADZHIK BASIN ST 25 40 AZOV FIELD, USSR, BITUMEN ST 25 55 BITUMEN, CENTRAL ASIA, WESTERN TURKMENIA ST 25 145 B SAR FIELD, IRAN, HEAVY OIL ST 25 42 BITUMEN, CHINA, BAISE GRABEN. EOCENE ST 25 9 BAB OIL FLD., ABU DHABI, CRET. ST 25 42 BITUMEN, CHINA, BAISE GRABEN, OLIGOCENE ST 25 243 BACTERIA, ROLE IN BIODEGRADATION ST 25 55 BITUMEN, CHINA, DAGANAAREA ST 25 250 BACTERIAL ACTIVITY, AT OIL/WATER INTERFACE ST 25 42 BITUMEN, CHINA, DAGANG AREA, OLIGOCENE ST 25 147 BADRAN FIELD, SYRIA, HEAVY OIL ST 25 42 BITUMEN, CHINA, JIANGHAN GRABEN, OLIGOCENE ST 25 9 BAHI OIL FLD, LIBYA, CAM./ORD./CRET./PAL. ST 25 55 BITUMEN, CHINA, JUNGGAR BASIN ST 25 146 BAHRAH FIELD, KUWAIT, HEAVY OIL ST 25 41 BITUMEN, CHINA, JUNGGAR BASIN, JURASSIC ST 25 9 BAHRAH OIL FLD., KUWAIT, CRET./MIO. ST 25 55 BITUMEN, CHINA, LIAOHE GRABEN COMPLEX ST 25 150 BAHREIN, ASPHALT. OIL SEEPS ST 25 42 BITUMEN, CHINA, LIAOHE GRABNES, OLIGOCENE ST 25 9 BAHREIN, AWALI OIL FLD., CRET./JUR. ST 25 42 BITUMEN, CHINA, LUNPOLA BASIN, MIOCENE ST 25 9 BAI HASSAN OIL FLD., IRAQ, OLIG./CRET. ST 25 41 BITUMEN, CHINA. QAIDAM BASIN, PLIOCENE ST 25 42 BAiSE GRABEN, CHINA, BITUMEN, EOCENE ST 25 54 BITUMEN, CHINA, RESERVES. PRODUCTION ST 25 42 BAiSE GRABEN, CHINA, BITUMEN, OLIGOCENE ST 25 55 BITUMEN, CHINA, SHEGLI AREA ST 25 38 BAK h MET'YEV FIELD, USSR. BITUMEN ST 25 42 BITUMEN. CHINA, SHENGLI AREA, NEOGENE ST 25 9 BAKU ARCHIPELAGO OIL FLD., USSR, PLIO. ST 25 42 BITUMEN, CHINA, SHENGLI AREA, OLIGOCENE ST 25 54 BAKU AREA, CAUCASUS COMPLEX, USSR, BITUMEN ST 25 42 BITUMEN, CHINA. SHENGLI AREA, PALEOGENE ST 25 54 BAKU AREA, CAUCASUS COMPLEX, USSR, HEAVY OIL ST 25 42 BITUMEN, CHINA, SHENGLI AREA, PROTEROZOIC ST 25 9 BALAKHANY/SABUNCHI/ROMANI OIL FLD., USSR, PLIO. ST 25 55 BITUMEN, CHINA, SONGLIAO BASIN ST 25 145 BALAM FIELD, INDONESIA, HEAVY OIL ST 25 42 BITUMEN, CHINA, SONGLIAO BASIN. CRETACEOUS ST 25 145 BALOL-SANTHAL FIELD, INDIA, HEAVY OIL ST 25 55 BITUMEN, CHINA, SOUTHEAST ST 25 54 BALTIC SHIELD, BALTIC SYNECLISE, USSR, BITUMEN ST 25 55 BITUMEN. CHINA, YANGZI PLATFORM ST 25 54 BALTIC SHIELD, BALTIC SYNECLISE, USSR, HEAVY OIL ST 25 165 BITUMEN, CLASSIFICATION, CHEMICAL AND PHYSICAL ST 25 54 BALTIC SYNECLISE, BALTIC SHIELD, USSR, BITUMEN ST 25 169 BITUMEN, CLASSIFICATION, VOLATILES. REFLECTIVITY ST 25 54 BALTIC SYNECLISE, BALTIC SHIELD, USSR, HEAVY OIL ST 25 54 BITUMEN, DNEPR-DONETS GRABEN, USSR ST 25 54 BALTIC SYNECLISE, PRIPYAT GRABEN, USSR, BITUMEN ST 25 215 BITUMEN, EVOLUTION PATHWAY ST 25 54 BALTIC SYNECLISE, PRIPYAT GRABEN, USSR, HEAVY OIL ST 25 139 BITUMEN, EXTRACTION, HOT WATER PROCESS ST 25 48 BALTIC SYNECLISE, USSR, GEOLOGY ST 25 55 BITUMEN, FERGANA BASIN. CENTRAL ASIA ST 25 9 BANGKO OIL FLD., INDONESIA, MIO. ST 25 236 BITUMEN, GAS CHROMATOGRAM ST 25 9 BARONIA OIL FLD,, MALAYSIA. MIO. ST 25 166 BITUMEN. HEAVY OIL. DEFINITIONS, DIAGRAM

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 716 Index

ST 25 211 BITUMEN, HEAVY OIL. METAL CONCENTRATION ST 25 116 BRAZIL, POTIGUAR BASIN, ACU ISOPACH ST 25 207 BITUMEN. HEAVY OILS, METALS IN ST 25 115 BRAZIL. POTIGUAR BASIN, ALTO DO RODRIGUES FIELD ST 25 54 BITUMEN. KAZAKHSTAN AREA, WEST SIBERIA, USSR ST 25 118 BRAZIL, POTIGUAR BASIN, ALTO DO RODRIGUES, RESERVOIR ST 25 55 BITUMEN, MONGOLIA. RESERVES ST 25 116 BRAZIL, POTIGUAR BASIN, CROSS SECTION ST 25 173 BITUMEN. OIL, CLASSIFICATION, TERNARY DIAGRAM ST 25 115 BRAZIL, POTIGUAR BASIN, ESTREITO FIELD ST 25 167 BITUMEN, OIL, CLASSIFICATION, VISCOSITY, DENSITY ST 25 115 BRAZIL. POTIGUAR BASIN, FAZENDA BELEM FIELD ST 25 54 BITUMEN. PRICASPIAN BASIN, USSR ST 25 118 BRAZIL. POTIGUAR BASIN, FAZENDA BELEM. RESERVOIR LOGS ST 25 137 BITUMEN, PROJECTS. MADAGASCAR ST 25 115 BRAZIL, POTIGUAR BASIN. HEAVY OIL PRODUCTION ST 25 35 BITUMEN, RESERVOIR POROSITY ST 25 119 BRAZIL, POTIGUAR BASIN, STEAM INJECTION ST 25 54 BITUMEN, SIBERIA, ALDAN AREA, USSR ST 25 10 BREA OIL FLD., UK, JUR. ST 25 54 BITUMEN, SIBERIA. ARGA-SALA AREA, USSR ST 25 10 BRENT OIL FLD., UK, JUR. ST 25 54 BITUMEN. SIBERIA. AYKHAL AREA, USSR ST 25 36 BRIGADIROV FIELD, USSR, BITUMEN ST 25 54 BITUMEN, SIBERIA, AYKHAL AREA, USSR ST 25 489 * BRITTON, M.W.,-PROBLEMS FREQUENTLY ENCOUNTERED IN ST 25 54 BITUMEN, SIBERIA, BAYKAL AREA, USSR ST 25 293 ' BROADHEAD, R.F.,-GEOLOGY AND GEOCHEMISTRY OF SANTA ST 25 54 BITUMEN. SIBERIA, NORDVIK AREA, USSR ST 25 625 BROOKS FM., CALIFORNIA, TAR SANDS ST 25 54 BITUMEN, SIBERIA, OLENEK AREA, USSR ST 25 148 BRUNEI. HEAVY OIL, PRODUCTION, RESERVES ST 25 54 BITUMEN. SIBERIA, VOSTOCHNO-ANABAR AREA. USSR ST 25 149 BRUNEI, HEAVY OIL, UNDISCOVERED RESERVES ST 25 42 BITUMEN, TAIWAN, MIOCENE ST 25 145 BRUNEI. SERIA FIELD. HEAVY OIL ST 25 54 BITUMEN. TIMAN-PECHORA BASIN, UKHTA TREND. USSR ST 25 13 BRUNEI, SERIA OIL FLD., MIO. ST 25 54 BITUMEN, TIMAN-PECHORA BASIN, USA FIELD, USSR ST 25 10 BU ATTIFEL OIL FLD.. LIBYA, CRET ST 25 54 BITUMEN, TIMAN-PECHORA BASIN, YAREGA TREND, USSR ST 25 10 BU HASA OIL FLD., ABU DHABI, CRET. ST 25 54 BITUMEN, TURGAY AREA, WEST SIBERIA, USSR ST 25 293 BUDDING, A.J.,-GEOLOGY AND GEOCHEMISTRY OF SANTA ROSA ST 25 54 BITUMEN, URALS AREA. WEST SIBERIA, USSR ST 25 10 BUENA VISTA OIL FLD., USA, PLIO./MIO. ST 25 44 BITUMEN, USSR, ALDAN ANTECLISE. CAMBRIAN ST 25 10 BUFFALO HEAD HILLS TAR SAND. CANADA, CRET. ST 25 44 BITUMEN. USSR, ALDAN ANTECLISE. PRECAMBRIAN ST 25 36 BUGUL’MA FIELD, USSR, BITUMEN ST 25 40 BITUM EN. USSR, AM U DAR’YA. PALEOCENE ST 25 38 BUGURUSLAN’ FIELD, USSR, BITUMEN ST 25 40 BITUMEN, USSR. AMY DAR’YA, JURASSIC ST 25 10 BUL HANINE OIL FLD., QATAR, JUR. ST 25 44 BITUMEN. USSR, ANABAR ARCH, CAMBRIAN ST 25 10 BURBANK OIL FLD., USA. PENN. ST 25 44 BITUMEN, USSR, ANABAR ARCH, PRECAMBRIAN ST 25 571 * BURCHFIELD, M.R.,-RESOURCE EVALUATION OF SELECTED ST 25 39 BITUMEN, USSR, CARPATHIAN GEOSYNCLINE, JURASSIC ST 25 10 BURGAN COMPLEX OIL FLD., KUWAIT. CRET. ST 25 39 BITUMEN, USSR, CARPATHIAN GEOSYNCLINE, MIOCENE ST 25 148 BURMA, HEAVY OIL, PRODUCTION, RESERVES ST 25 40 BITUMEN, USSR, CAUCASUS COMPLEX, CRETACEOUS ST 25 149 BURMA, HEAVY OIL, UNDISCOVERED RESERVES ST 25 40 BITUMEN, USSR, CAUCASUS COMPLEX, MIOCENE ST 25 145 BURMA, MINBU FIELD, HEAVY OIL ST 25 36 BITUMEN. USSR, DNEPR-DONETS GRABEN, JURASSIC ST 25 13 BURNEI, SOUTHWEST/AMPA OIL FLD., MIO. ST 25 41 BITUMEN, USSR. FERGANA, EOCENE ST 25 623 BURNT HOLLOW DEPOSIT. WYOMING, TAR SANDS ST 25 41 BITUMEN. USSR, KAMCHATKA MOBILE BELT, OLIGOCENE ST 25 38 BURUNOVSKOYE FIELD, USSR, BITUMEN ST 25 40 BITUMEN, USSR, MANGYSHLAK TROUGH, CRETACEOUS ST 25 150 BUSHEHR DEPOSIT, ASPHALT, IRAN ST 25 44 BITUMEN, USSR. MISCELLANEOUS, CRETACEOUS ST 25 146 BUTMAH FIELD, IRAQ, HEAVY OIL ST 25 44 BITUMEN. USSR. MISCELLANEOUS. DEVONIAN ST 25 38 BUZ-BASH FIELD. USSR. BITUMEN ST 25 44 BITUMEN, USSR, MISCELLANEOUS, EOCENE ST 25 10 BUZURGAN OIL FLD., IRAQ, OLIG./MIO./CRET. ST 25 44 BITUMEN, USSR, MISCELLANEOUS, PLEISTOCENE ST 25 10 CACION/LOBO/LEONA OIL FLD., VENEZUELA. MIO ST 25 44 BITUMEN, USSR, MISCELLANEOUS, PLIOCENE ST 25 10 CACTUS-NISPERO OIL FLD., MEXICO, JUR./CRET ST 25 31 BITUMEN, USSR. MONGOLIA AND CHINA ST 25 208 CADMIUM IN HEAVY OILS ST 25 44 BITUMEN, USSR, NORTHEASTERN, CHARACTERISTICS ST 25 10 CAILLOU ISLAND OIL FLD., USA, MIO. ST 25 44 BITUMEN, USSR, OLENEK AREA, CAMBRIAN ST 25 651 • CALA, G.C..-OXYGEN FIREFLOODING-THE STATE OF THE ART ST 25 44 BITUMEN, USSR, OLENEK AREA. PRECAMBRIAN ST 25 312 CALIFORNIA BORDERLAND, MOBILE BELT ST 25 44 BITUMEN, USSR, OLENEK DEPOSIT, PERMIAN ST 25 351 t CALIFORNIA PLIO-MIOCENE OILS EVIDENCE OF EARLY ST 25 39 BITUMEN, USSR, PRICASPAIN BASIN, DEVONIAN GENERATION ST 25 39 BITUMEN, USSR, PRICASPAIN BASIN, JURASSIC ST 25 623 CALIFORNIA. BRADLY CANYON FIELD, TAR SANDS ST 25 39 BITUMEN, USSR, PRICASPIAN BASIN, CRETACEOUS ST 25 623 CALIFORNIA, CAT CANYON FIELD, TAR SANDS ST 25 39 BITUMEN, USSR, PRICASPIAN BASIN, TRIASSIC ST 25 405 CALIFORNIA, CAT CANYON OIL FIELD ST 25 36 BITUMEN, USSR, PRIPYATGRABEN, DEVONIAN ST 25 303 CALIFORNIA. COALINGA ANTICLINE. STRUCTURE ST 25 54 BITUMEN, USSR, RESERVES. PRODUCTION ST 25 301 CALIFORNIA. COALINGA FIELD, HEAVY OIL ST 25 41 BITUMEN, USSR, SAKHALIV MOBILE BELT, MIOCENE ST 25 314 CALIFORNIA. COAST RANGE PROVINCE. STRATIGRAPHY ST 25 39 BITUMEN, USSR, SIBERIA, WEST, CRETACEOUS ST 25 311 CALIFORNIA. COAST RANGE, GENESIS, OIL DEPOSITS ST 25 39 BITUMEN. USSR, SIBERIAN PLATFORM, JURASSIC ST 25 685 CALIFORNIA, COAST RANGE, GEOLOGIC SETTING ST 25 39 BITUMEN, USSR, SIBERIAN PLATFORM, PERMIAN ST 25 691 CALIFORNIA, COAST RANGE, GREAT VALLEY, STRATIGRAPHY ST 25 39 BITUMEN, USSR, SIBERIAN PLATFORM, TERTIARY ST 25 685 CALIFORNIA. COAST RANGES, OIL DISTRICTS, GEOLOGY ST 25 39 BITUMEN. USSR, SIBERIAN PLATFORM, TRIASSIC ST 25 353 CALIFORNIA, COASTAL BASINS, CUMULATIVE PRODUCTION ST 25 39 BITUMEN, USSR, SIBERIAN, PLATFORM, QUATERNARY ST 25 193 CALIFORNIA, COASTAL BASINS, MONTEREY FORMATION ST 25 44 BITUMEN. USSR, SILIGIR-MARKHA RIVER DIVIDE, CAMBRIAN ST 25 690 CALIFORNIA, CROSS SECTION ST 25 44 BITUMEN, USSR, SILIGIR-MARKHA RIVER DIVIDE, ORDOVICIAN ST 25 316 CALIFORNIA, CUYAMA OIL DISTRICT ST 25 41 BITUMEN, USSR, SOUTH TADZHIK, PALEOCENE ST 25 623 CALIFORNIA, CYMRIC FIELD, TAR SANDS ST 25 36 BITUMEN, USSR, TIMAN-PECHORA BASIN, CARBONIFEROUS ST 25 302 CALIFORNIA, DIABLO RANGE. GEOLOGIC MAP ST 25 36 BITUMEN, USSR, TIMAN-PECHORA BASIN, DEVONIAN ST 25 316 CALIFORNIA, EDNA OIL DISTRICT ST 25 36 BITUMEN, USSR, TIMAN-PECHORA BASIN, PERMIAN ST 25 447 CALIFORNIA, EOR, STEAMFLOOD PERFORMANCE ST 25 44 BITUMEN, USSR, TUNGUSSKA SYNECLISE, CAMBRIAN ST 25 317 CALIFORNIA, FOXEN CANYON TAR SANDS, GEOLOGIC MAP ST 25 36 BITUMEN, USSR, VOLGA-URALS BASIN, CARBONIFEROUS ST 25 686 CALIFORNIA, GEOMORPHIC PROVINCES ST 25 36 BITUMEN. USSR, VOLGA-URALS BASIN, DEVONIAN ST 25 135 CALIFORNIA, HEAVY OIL, DEPTH DISTRIBUTION ST 25 36 BITUMEN, USSR, VOLGA-URALS BASIN, PERMIAN ST 25 272 CALIFORNIA, HEAVY OIL, NORTH POSO CREEK ST 25 40 BITUMEN, USSR, WESTERN TURKMENIA, PLIOCENE ST 25 166 CALIFORNIA, HEAVY OIL, VISCOSITY ST 25 54 BITUMEN, VOLGA-URALS BASIN, USSR ST 25 623 CALIFORNIA, KERN FRONT FIELD, TAR SANDS ST 25 54 BITUMEN. VOLGA-URALS BASIN, USSR ST 25 623 CALIFORNIA, MARPORT AREA, TAR SANDS ST 25 54 BITUMEN, WEST SIBERIAN BASIN, USSR ST 25 623 CALIFORNIA, MCCOOL RANCH FIELD, TAR SANDS ST 25 34 BITUMENS, HEAVY OIL. CHEMICAL EVOLUTION ST 25 623 CALIFORNIA, MCKITTRICK, TAR SANDS ST 25 170 BITUMENS. OIL, VAN KREVELEN DIAGRAM ST 25 623 CALIFORNIA, MIDWAY-SUNSET FIELD, TAR SANDS ST 25 33 BITUMENS, USSR, SIBERIA, COMPOSITION ST 25 196 CALIFORNIA, MONTEREY FORMATION, COMPOSITION ST 25 33 BITUMENS, USSR, SIBERIA, PHYSICOCHEMICAL PROPERTIES ST 25 193 CALIFORNIA, MONTEREY FORMATION, ORGANIC MATTER ST 25 40 BIUTMEN, USSR, CAUCASUS COMPLEX, PALEOCENE ST 25 195 CALIFORNIA, MONTEREY FORMATION, STRATIGRAPHY ST 25 273 BLUEJACKET RESERVOIR, TRI-STATE AREA ST 25 314 CALIFORNIA. NEOGENE BASINS ST 25 330 BLUJACKET SANDSTONE, EASTBURN FIELD, MISSOURI ST 25 194 CALIFORNIA, NEOGENE BASINS, MONTEREY FORMATION ST 25 145 BOELA FIELD, INDONESIA, HEAVY OIL ST 25 163 CALIFO RN IA. O FFSHO RE, OIL, NITRO G EN DATA ST 25 36 BOL'SHAYA MATAKSKAYA FIELD, USSR, BITUMEN ST 25 162 C A LIFO RN IA, O FFSHO RE, OIL, SULFUR DATA ST 25 10 BOLISHOYE/CHERNOGOR OIL FLD., USSR, CRET ST 25 161 CALIFORNIA, OFFSHORE, OILS, ANALYSES ST 25 10 BOLIVAR COASTAL OIL FLD.. VENEZUELA, MIO./CRET ST 25 161 CALIFORNIA, OFFSHORE, OILS, DEHYDRATION ST 25 10 BOMBAY HIGH OIL FLD., INDIA, MIO. ST 25 352 CALIFORNIA, OIL PRODUCING BASINS ST 25 150 BOMBAY ISLAND DEPOSIT, ASPHALT, INDIA ST 25 351 CALIFORNIA, OIL, PLIO-MIOCENE, GENERATION ST 25 10 BOMU OIL FLD., NIGERIA, MIO. ST 25 357 CALIFORNIA, ORCUTT FIELD, GAS CHROMATOGRAM ST 25 10 BONNIE GLEN OIL FLD.. CANADA. DEV./CRET. ST 25 623 CALIFORNIA, OXNARD FIELD. TAR SANDS ST 25 312 B O R DERLAND M O BILE BELT, C A LIFO RN IA ST 25 623 CALIFORNIA, PARIS VALLEY FIELD, TAR SANDS ST 25 555 * BORTZ, L.C.,-HEAVY-OIL DEPOSIT, GREAT SALT LAKE, UTAH ST 25 313 CALIFORNIA, PLATE MOVEMENTS ST 25 10 BOSCAN OIL FLD.. VENEZUELA, EOC. ST 25 354 CALIFORNIA, POINT CONCEPTION, COSTWELL ST 25 10 BRADFORD OIL FLD., USA. DEV./CAMB. ST 25 274 CALIFORNIA. POSO CREEK FIELD, CROSS SECTION ST 25 623 BRADLEY CANYON FIELD, CALIFORNIA, TAR SANDS ST 25 566 CALIFORNIA, REGIONAL GEOLOGY ST 25 10 BRAZIL. CAMPOS COMPLEX OIL FLD., CRET./EOC. ST 25 395 CALIFORNIA, RESERVOIR. POROSITY ST 25 12 BRAZIL. MIRANGA OIL FLD.. CRET ST 25 400 CALIFORNIA, SAN JOAQUIN BASIN. OIL FIELDS

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index

ST 25 365 CALIFORNIA, SANTA BARBARA, GEOCHEMICAL SURVEY ST 25 40 CAUCASUS COMPLEX. USSR, BITUMEN, MIOCENE ST 25 568 CALIFORNIA, SANTA MARIA BASIN, CROSS SECTION ST 25 40 CAUCASUS COMPLEX. USSR, BITUMEN. PALEOCENE ST 25 316 CALIFORNIA. SANTA MARIA OIL DISTRICT ST 25 54 CAUCASUS RANGE, CAUCASUS COMPLEX, USSR, BITUMEN ST 25 353 CALIFORNIA. SOUTHERN, API GRAVITY DISTRIBUTION ST 25 54 CAUCASUS RANGE, CAUCASUS COMPLEX, USSR, HEAVY OIL ST 25 318 CALIFORNIA, SOUTHERN. OIL SHALE DEPOSITS ST 25 430 CEC, CATION EXCHANGE CAPACITY ST 25 353 CALIFORNIA, SOUTHERN. STRATIGRAPHY ST 25 54 CENTRAL OLENEK AREA, SIBERIA. USSR, BITUMEN ST 25 316 CALIFORNIA, TAFT-MCKITTRICK OIL DISTRICT ST 25 54 CENTRAL OLENEK AREA, SIBERIA, USSR, HEAVY OIL ST 25 125 CALIFORNIA, TAR SAND ST 25 10 CENTRO OIL FLD., VENEZUELA, EOC /CRET. ST 25 566 CALIFORNIA, TAR SAND AREAS ST 25 147 CHAI PRAKAY FIELD, THAILAND, HEAVY OIL ST 25 565 CALIFORNIA, TAR SANDS, SURFACE DEPOSITS ST 25 90 CHAIDAMU BASIN, GEOLOGY, CHINA ST 25 313 CALIFORNIA, TECTONIC ELEMENTS, MAP ST 25 625 CHANAC FM.. CALIFORNIA, TAR SANDS ST 25 312 CALIFORNIA, TECTONIC EVOLUTION ST 25 36 CHAZH FIELD, USSR, BITUMEN ST 25 301 CALIFORNIA, TEMBLOR FORMATION, DEPOSITION OF ST 25 10 CHELEKEN OIL FLD., USSR, PALEO./PLIO. ST 25 354 CALIFORNIA, THERMAL HISTORY, MODEL ST 25 165 CHEMICAL AND PHYSICAL CLASSIFICATION, BITUMEN ST 25 357 CALIFORNIA, WILMINGTON FIELD, GAS CHROMATOGRAM ST 25 183 CHEMICAL AND PHYSICAL QUALITIES, ORINOCO OIL BELT ST 25 623 CALIFORNIA, YORBA LINDA FIELD, TAR SANDS ST 25 355 CHEMISTRY, CHARACTERISTICS OF EARLY OIL GENERATION ST 25 44 CAMBRIAN, USSR, ALDAN ANTECLISE, BITUMEN ST 25 243 CHEMISTRY, HEAVY OIL, BITUMEN. BIODEGRADATION ST 25 44 CAMBRIAN, USSR, ANABAR ARCH, BITUMEN ST 25 36 CHEREMSHAN FIELD, USSR, BITUMEN ST 25 44 CAMBRIAN, USSR, OLENEK AREA, BITUMEN ST 25 36 CHEREMUKHOVO FIELD, USSR. BITUMEN ST 25 44 CAMBRIAN, USSR, SILIGAR-MARKHA RIVER DIVIDE, BITUMEN ST 25 331 CHEROKEE GP, WESTERN MISSOURI, STRATIGRAPHY ST 25 44 CAMBRIAN, USSR, TUNGUSSKA SYNECLISE, BITUMEN ST 25 625 CHEROKEE GR, MISSOURI, TAR SANDS ST 25 10 CAMPOS COMPLEX OIL FLD., BRAZIL, CRET./EOC. ST 25 38 CHETYRMANOVSKAYA FIELD, USSR, BITUMEN ST 25 147 CAMURLU FIELD, TURKEY, HEAVY, OIL ST 25 10 CHICONTEPEC AREA OIL FLD., MEXICO, CRET./JUR. ST 25 461 CANADA BASIN, WESTERN, HYDROCARBON DEPOSITS ST 25 42 CHINA, BAISE GRABEN, BITUMEN, EOCENE ST 25 476 CANADA, ABERFELDY REGION, SPARKY FM., STRUCTURE ST 25 42 CHINA, BAISE GRABEN, BITUMEN. OLIGOCENE ST 25 507 CANADA, ALBERTA, ATHABASCA, PRIMROSE-KIRBY AREA ST 25 54 CHINA, BITUMEN, RESERVES, PRODUCTION ST 25 9 CANADA, ATHABASCA TAR SAND, CRET. ST 25 86 CHINA, CENTRAL, GEOLOGY ST 25 463 CANADA, ATHABASCA, GEOLOGY ST 25 94 CHINA, CIRCUM-PACIFIC MOBILE BELT ST 25 10 CANADA, BONNIE GLEN OIL FLD., DEV./CRET. ST 25 55 CHINA, DAGANA AREA. BITUMEN ST 25 10 CANADA, BUFFALO HEAD HILLSTAR SAND, CRET. ST 25 55 CHINA, DAGANA AREA, HEAVY OIL ST 25 10 CANADA, COLD LAKE TAR SAND, CRET. ST 25 42 CHINA, DAGANG AREA, BITUMEN. OLIGOCENE ST 25 673 CANADA, EOR, MINE-ASSISTED IN SITU PROJECT ST 25 91 CHINA, EASTERN, GEOLOGY ST 25 11 CANADA, HIBERNIA OIL FLD., CRET. ST 25 48 CHINA, EURASIA, TECTONIC SUBDIVISIONS ST 25 11 CANADA, JUDY CREEK OIL FLD., DEV./CRET. ST 25 54 CHINA, HEAVY CRUDE, RESERVES, PRODUCTION ST 25 465 CANADA, LLOYDMINSTER DEPOSIT, CROSS SECTION ST 25 42 CHINA, JIANGHAN GRABEN, BITUMEN, OLIGOCENE ST 25 11 CANADA, LLOYDMINSTER TAR SAND, CRET. ST 25 55 CHINA, JUNGGAR BASIN, BITUMEN ST 25 464 CANADA, MANFILLE SANDS, STRUCTURE ST 25 41 CHINA, JUNGGAR BASIN, BITUMEN, JURASSIC ST 25 509 CANADA, MANVILLE FORMATION, DEPOSITIONAL FRAMEWORK ST 25 55 CHINA, JUNGGAR BASIN, HEAVY OIL ST 25 462 CANADA, PEACE RIVER ARCH, CROSS SECTION ST 25 11 CHINA, KARAMAI OIL FLD., TR./JUR. ST 25 12 CANADA, PEACE RIVER TAR SAND, CRET. ST 25 28 CHINA. KARAMAY PROJECT, EOR ST 25 12 CANADA, PEMBINA OIL FLD., CRET./DEV. ST 25 11 CHINA, LENG-HU OIL FLD.. MIO./OLIG. ST 25 12 CANADA. RAINBOW COMPLEX OIL FLD., DEV./CRET. ST 25 55 CHINA, LIAOHE GRABEN COMPLEX, BITUMEN ST 25 12 CANADA. REDWATER OIL FLD., DEV./CRET. ST 25 55 CHINA, LIAOHE GRABEN COMPLEX, HEAVY OIL ST 25 12 CANADA, S. SWAN HILLS OIL FLD.. DEV. ST 25 42 CHINA, LIAOHE GRABENS, BITUMEN, OLIGOCENE ST 25 13 CANADA, SWAN HILLS OIL FLD.. DEV./CRET. ST 25 11 CHINA, LUNG-NU OIL FLD., JUR. ST 25 13 CANADA, WABASCA TAR SAND, CRET ST 25 42 CHINA, LUNPOLA BASIN, BITUMEN, MIOCENE ST 25 508 CANADA, WESTERN, CRETACEOUS OIL SANDS ST 25 92 CHINA, NEOCATHAYSIAN BASINS ST 25 508 CANADA, WESTERN, GENERAL GEOLOGY ST 25 87 CHINA, PETROLEUM BASINS, LOCATION ST 25 473 CANADA, WESTERN, LLOYDMINSTER, HEAVY OIL ST 25 91 CHINA, PLATFORM-LINEAGE DEPOSITS, HEAVY OIL ST 25 510 CANADA, WESTERN, PRE-CRET. STRUCTURE ST 25 41 CHINA, QAIDAM BASIN, BITUMEN, PLIOCENE ST 25 508 CANADA, WESTERN, STRATIGRAPHIC CORRELATION ST 25 55 CHINA, SHEGLI AREA, BITUMEN ST 25 10 CANTARELL COMPLEX OIL FLD., MEXICO, CRET./JUR./PALE. ST 25 55 CHINA. SHEGLI AREA, HEAVY OIL ST 25 566 CANTUASS., VALLECITOS AREA, CALIFORNIA ST 25 42 CHINA, SHENGLI AREA, BITUMEN. NEOGENE ST 25 39 CAPE TOLSTOY FIELD, USSR. BITUMEN ST 25 42 CHINA. SHENGLI AREA, BITUMEN. OLIGOCENE ST 25 262 CAPILLARY PRESSURE, INFLUENCE ON HEAVY OIL DEPOSITS ST 25 42 CHINA, SHENGLI AREA, BITUMEN. PALEOGENE ST 25 631 CARBON DIOXIDE FLOODING, EOR, RESERVOIR EVALUATION ST 25 42 CHINA, SHENGLI AREA, BITUMEN, PROTEROZOIC ST 25 638 CARBON DIOXIDE PRODUCING AREAS, UNITED STATES ST 25 55 CHINA. SONGLIAO BASIN, BITUMEN ST 25 629 CARBON DIOXIDE-A MOBILIZING AGENT FOR HEAVY-OIL ST 25 42 CHINA, SONGLIAO BASIN, BITUMEN, CRETACEOUS RECOVERY ST 25 55 CHINA, SONGLIAO BASIN, HEAVY OIL ST 25 652 CARBON DIOXIDE-OIL MIXTURES, VISCOSITY ST 25 55 CHINA, SOUTHEAST, BITUMEN ST 25 639 CARBON DIOXIDE, EOR, ECONOMIC FEASIBILITY ST 25 55 CHINA, SOUTHEAST, HEAVY OIL ST 25 631 CARBON DIOXIDE, HEAVY OIL, PHASE BEHAVIOR ST 25 94 CHINA, SOUTHEASTERN, GEOLOGY ST 25 631 CARBON DIOXIDE, SEE ALSO C02 ST 25 13 CHINA, TACH'ING OIL FLD.. CRET. ST 25 633 CARBON DIOXIDE, SOLUBILITY IN HEAVY OIL ST 25 31 CHINA. USSR AND MONGOLIA. HEAVY OIL AND BITUMEN ST 25 636 CARBON DIOXIDE, SOURCES ST 25 13 CHINA. YA-ERH-HSIA OIL FLD.. OLIG./MIO. ST 25 642 CARBON DIOXIDE, STEAM GENERATION ST 25 55 CHINA. YANGZI PLATFORM. BITUMEN ST 25 370 CARBON ISOTOPE RATIOS, IMPLICATIONS ST 25 55 CHINA. YANGZI PLATFORM. HEAVY OIL ST 25 319 CARBONATES, BITUMEN. PALEOZOIC, ALBERTA ST 25 566 CHINO AREA, CALIFORNIA. TAR SANDS ST 25 36 CARBONIFEROUS, USSR, TIMAN-PECHORA BASIN. BITUMEN ST 25 183 * CHIRINOS, M.L.,-PHYSICAL AND CHEMICAL CHARACTERIZATION ST 25 36 CARBONIFEROUS, USSR, VOLGA-URALS BASIN, BITUMEN ST 25 566 CHOLAME CREEK AREA, CALIFORNIA, TAR SANDS ST 25 566 CAREAGASS., CASMALIA AREA, CALIFORNIA ST 25 88 CHOYBALSAN BASIN, MONGOLIA, OIL CHARACTER ST 25 566 CAREAGA SS., RED ROCK MOUNTAIN AREA, CALIFORNIA ST 25 208 CHROMIUM, IN HEAVY OILS ST 25 566 CAREAGA SS., SISQUOC AREA, CALIFORNIA ST 25 36 CHUL’ PANOVSKAYA FIELD, USSR, BITUMEN ST 25 79 CARPATHIAN GEOSYNCLINE, USSR ST 25 10 CIRCLE CLIFFS TAR SAND, USA, PERM. ST 25 39 CARPATHIAN GEOSYNCLINE, USSR, BITUMEN, JURASSIC ST 25 84 CIRCUM-PACIFIC MOBLE BELT, USSR, GEOLOGY ST 25 39 CARPATHIAN GEOSYNCLINE. USSR, BITUMEN. MIOCENE ST 25 94 CIRCU M -PACIFIC M O O BILE BELT, CHINA ST 25 54 CARPATHIAN GEOSYNCLINE, USSR, RESERVES, BITUMEN ST 25 10 CLAIR OIL FLD., UK, CARB. ST 25 54 CARPATHIAN GEOSYNCLINE, USSR, RESERVES, HEAVY OIL ST 25 165 t CLASSIFICATION OF NATURAL BITUMEN: A PHYSICAL AND ST 25 155 '' CARRIGY, M.,-SUMMARY OF REGIONAL RESOURCES CHEMICAL APPROACH ST 25 625 CASEYVILLE FM., KENTUCKY, TAR SANDS ST 25 169 CLASSIFICATION, BITUMEN. VOLATILES, REFLECTIVITY ST 25 566 CASMALIA AREA, CALIFORNIA. TAR SANDS ST 25 167 CLASSIFICATION, OIL, BITUMEN, VISCOSITY, DENSITY ST 25 623 CAT CANYON FIELD, CALIFORNIA, TAR SANDS ST 25 10 CLAYMORE OIL FLD., UK, CRET./JR./PER./CARB. ST 25 405 CAT CANYON OIL FIELD, CALIFORNIA ST 25 303 COALINGA ANTICLINE, CALIFORNIA, STRUCTURE ST 25 430 CATION EXCHANGE CAPACITY, CEC ST 25 301 COALINGA FIELD, CALIFORNIA, HEAVY OIL ST 25 54 CAUCASUS COMPLEX, BAKU AREA, USSR, BITUMEN ST 25 307 COALINGA FIELD, ISOPACH, RESISTIVITY MAPS ST 25 54 CAUCASUS COMPLEX, BAKU AREA, USSR, HEAVY OIL ST 25 10 COALINGA OIL FLD., USA, PLIO. TO CRET. ST 25 54 CAUCASUS COMPLEX, CAUCASUS RANGE, USSR. BITUMEN ST 25 311 COAST RANGE. CALIFORNIA, GENESIS, OIL DEPOSITS ST 25 54 CAUCASUS COMPLEX, CAUCASUS RANGE, USSR. HEAVY OIL ST 25 685 COAST RANGES, CALIFORNIA, OIL DISTRICTS, GEOLOGY ST 25 54 CAUCASUS COMPLEX. KURA AREA, USSR. BITUMEN ST 25 209 COBALT. IN HEAVY OILS ST 25 54 CAUCASUS COMPLEX. KURA AREA, USSR, HEAVY OIL ST 25 147 COBANTEPE FIELD, TURKEY. HEAVY OIL ST 25 54 CAUCASUS COMPLEX, NO. CAUCASUS BASIN, USSR, BITUMEN ST 25 10 COLD LAKE TAR SAND, CANADA, CRET ST 25 54 CAUCASUS COMPLEX, NO. CAUCASUS BASIN, USSR, OIL ST 25 11 COLOMBIA, INFANTAS-LA CIRA OIL FLD., EOC./OLIG./CRET. ST 25 54 CAUCASUS COMPLEX, RIONI AREA, USSR, BITUMEN ST 25 135 COLORADO, HEAVY OIL, DEPTH DISTRIBUTION ST 25 54 CAUCASUS COMPLEX, RIONI AREA, USSR, HEAVY OIL ST 25 681 CO M B U S TIO N , IN SITU, EOR ST 25 80 CAUCASUS COMPLEX, USSR ST 25 27 COMBUSTION. IN SITU, ROMANIA, VIDELE/BALARIA ST 25 40 CAUCASUS COMPLEX, USSR, BITUMEN, CRETACEOUS ST 25 453 t COMMON CONDITIONS FOR HEAVY OILS

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 718 Index

ST 25 10 COMODORO-RIVADIA OIL FLD., ARGENTINA, CRET. ST 25 41 DVUKHLAYERNOYE FIELD, USSR, BITUMEN ST 25 607 COMPACTION, SUBSIDENCE, FLUID REMOVAL, PREDICTION ST 25 38 DYURTYULINSKOY FIELD, USSR, BITUMEN ST 25 473 COMPUTER, DATA BASE, RESERVOIR EVALUATION ST 25 36 DZH’YERSK FIELD, USSR, BITUMEN ST 25 265 CONGO, EMERAUDE FIELD ST 25 41 DZHAR-KURGAN FIELD, USSR, BITUMEN ST 25 10 CONGO, EMERAUDE OIL FLD., TERT. ST 25 40 DZHIGINSKOYE FIELD, USSR. BITUMEN ST 25 267 CONGO, LIKOUALA FIELD, OIL CHARACTERISTICS ST 25 669 * EARLEY, J.W.,-ECONOMIC FACTORS IN NEAR-SURFACE ST 25 11 CONGO, LOANGO OIL FLD., CRET. ST 25 685 * EARLEY, J.W.,-FIELD TRIP GUIDEBOOK. GEOLOGY AND ST 25 261 CONNAN, J.,-INFLUENCE OF THE GEOLOGICAL AND ST 25 10 EAST BAGHAD OIL FLD.. IRAQ. CRET. ST 25 10 CONROE OIL FLD., USA, EOC./OLIG./MIO. ST 25 10 EASTTEXAS OIL FLD., USA, CRET ST 25 209 COPPER, IN HEAVY OILS ST 25 327 ’ EASTBURN FIELD, MISSOURI, HEAVY OIL ST 25 492 CORE ANALYSIS, CONVENTIONAL RETORT TECHNIQUE ST 25 327 EBANKS, W.J.,-SHALLOW HEAVY-OIL DEPOSITS IN A ST 25 493 CORE ANALYSIS, DEAN STARK METHOD ST 25 10 EBANO-PANUCO AREA OIL FLD., MEXICO, CRET./JUR. ST 25 498 CORE ANALYSIS, POST-STEAM ST 25 669 T ECONOMIC FACTORS IN NEAR-SURFACE HEAVY-OIL/TAR-SAND ST 25 437 t CORING AND SAMPLING IN HEAVY-OIL EXPLORATION: MINING DIFFICULTIES AND PROPOSED CURES ST 25 9 ECUADOR, AUCA OIL FLD., CRET. ST 25 442 CORING, FREEZING METHODS ST 25 12 ECUADOR, PUNGARAYACU OIL FLD., CRET. ST 25 437 CORING, HEAVY OIL, EXPLORATION ST 25 13 ECUADOR, SACHA OIL FLD., CRET. ST 25 10 CORMORANT OIL FLD., UK, JUR. ST 25 13 ECUADOR. SHUSHUFINDI OIL FLD.. CRET. ST 25 165 CORNELIUS, C.D.,-CLASSIFICATION OF NATURAL BITUMEN: A ST 25 623 EDMONSON CO., KENTUCKY, TAR SANDS ST 25 261 COUSTAU, H.,-INFLUENCE OF THE GEOLOGICAL AND ST 25 423 ’ EDMUNDSON, H.,-HEAVY-OIL CASE STUDY ON A SINGLE WE l l ST 25 10 COWDEN COMPLEX OIL FLD., USA, PERM./PENN. ST 25 566 EDNA AREA, CALIFORNIA, TAR SANDS ST 25 639 C02, PURIFICATION ST 25 685 EDNA DISTRICT, CALIFORNIA, GEOLOGY, OIL ST 25 42 CRETACEOUS, CHINA, SONGLIAO BASIN, BITUMEN ST 25 316 EDNA OIL DISTRICT, CALIFORNIA ST 25 508 CRETACEOUS, OIL SANDS. WESTERN CANADA ST 25 90 EERDUOS BASIN, GEOLOGY, CHINA ST 25 537 CRETACEOUS, UPPER, HEAVY OIL, KUPARUK, ALASKA ST 25 233 ’ EFFECTS OF BIODEGRADATION ON CRUDE OILS ST 25 40 CRETACEOUS, USSR, CAUCASUS COMPLEX, BITUMEN ST 25 9 EGYPT, BELAYIM OIL FLD., MIO. ST 25 40 CRETACEOUS, USSR, MANGYSHLAK TROUGH, BITUMEN ST 25 9 EGYPT, BELAYIN (MARINE) OIL FLD., MIO. ST 25 44 CRETACEOUS, USSR, MISCELLANEOUS, BITUMEN ST 25 10 EGYPT, EL MORGAN OIL FLD., MIO. ST 25 39 CRETACEOUS, USSR, PRICASPIAN BASIN, BITUMEN ST 25 11 EGYPT, JULY OIL FLD., MIO./PALEOZOIC ST 25 39 CRETACEOUS, USSR, SIBERIA, WEST, BITUMEN ST 25 12 EGYPT, RAMADAN OIL FLD., CRET./CARB. ST 25 207 CURIALE, J.A.,-DISTRIBUTION AND OCCURRENCE OF METALS ST 25 10 EKOFISK OIL FLD., NORWAY, PALEO./CRET. ST 25 685 CUYAMA DISTRICT, CALIFORNIA, GEOLOGY, OIL FIELDS ST 25 10 EL BORMA OIL FLD . ALGERIA/TUN ISA, TR. ST 25 316 CUYAMA OIL DISTRICT, CALIFORNIA ST 25 150 EL LEKATA DEPOSIT, ASPHALT, IRAQ ST 25 623 CYMRIC FIELD, CALIFORNIA, TAR SANDS ST 25 10 EL MORGAN OIL FLD., EGYPT, MIO. ST 25 145 CYRUS FIELD, IRAN, HEAVY OIL ST 25 25 * EL-MEKKAWY, A.S.,-WORLD BANK-ASSISTED HEAVY OIL ST 25 55 DAGANA AREA, CHINA, BITUMEN ST 25 36 EL’SK FIELD, USSR, BITUMEN ST 25 55 DAGANA AREA, CHINA, HEAVY OIL ST 25 417 ELASTIC PARAMETERS, DEFORMATION ANALYSES ST 25 42 DAGANG AREA, CHINA, BITUMEN, OLIGOCENE ST 25 150 ELCHO ISLAND DEPOSIT, ASPHALT, AUSTRALIA ST 25 93 DAGANG AREA, GEOLOGY, CHINA ST 25 10 ELDFISK OIL FLD., NORWAY, PALEO./CRET. ST 25 42 DAGING FIELD, CHINA, BITUMEN ST 25 605 ELECTRICAL METHODS, USE IN HEAVY OIL RECOVERY ST 25 10 DAHRA-HOFRA OIL FLD., LIBYA, PALEOCENE ST 25 10 ELK BASIN OIL FLD., USA, PENN./MISS. ST 25 42 DALING FIELD, CHINA, BITUMEN ST 25 10 ELK HILLS OIL FLD., USA, MIO./PLIO. ST 25 10 DAMMAM OIL FLD., SAUDI ARABIA, JUR./CRET./PERM. ST 25 265 EMERAUDE FIELD, CONGO ST 25 507 DANKERS, P..-PRIMROSE-KIRBY AREA IN THE SOUTHERN ST 25 10 EMERAUDE OIL FLD., CONGO. TERT ST 25 10 DARIUS-KHARG OIL FLD., IRAN, CRET./MIO. ST 25 25 ENHANCED OIL RECOVERY, SEE EOR ST 25 115 DE ANDRADE, P.J.V.,-HEAVY OIL PRODUCTION OPERATIONS IN ST 25 42 EOCENE, CHINA, BAISE GRABEN, BITUMEN ST 25 183 DE AUDEMARD, N„-PHYSICAL AND CHEMICAL ST 25 41 EOCENE, USSR, FERGANA, BITUMEN ST 25 175 DE AUDEMARD, N.M.,-APPLICATION OF MULTIVARIATE ST 25 44 EOCENE, USSR, MISCELLANEOUS, BITUMEN ST 25 565 DE CHADENEDES, J.F.,-SURFACE TAR-SAND DEPOSITS IN ST 25 28 EOR PROJECTS, HUNGARY ST 25 222 DEAD SEA BASIN, GEOLOGY ST 25 447 EOR, CALIFORNIA, STEAMFLOOD PERFORMANCE ST 25 223 DEAD SEA, ASPHALTS ST 25 631 EOR, CARBON DIOXIDE FLOODING, RESERVOIR EVALUATION ST 25 230 DEAD SEA, SALINITY VS. DEPTH ST 25 639 EOR, CARBON DIOXIDE, ECONOMIC FEASIBILITY ST 25 252 DEEMULSIFICATION, USING BACTERIA ST 25 28 EOR, CHINA, KARAMAY PROJECT ST 25 10 DEFA OIL FLD., LIBYA, PALEOCENE/CRET. ST 25 89 EOR, CHINA, PROJECTS ST 25 507 DEKKER, F..-PRIMROSE-KIRBY AREA IN THE SOUTHERN ST 25 677 EOR, DOWNHOLE HYDRAULIC MINING ST 25 377 t DELINEATION OF GAS SANDS BY SEISMIC STRATIGRAPHY IN ST 25 682 EOR, ECONOMIC ANALYSIS, HEAVY OIL THE PER IC OC AL AREA. O RINO CO HEAVY O IL BELT. V EN EZU ELA ST 25 645 EOR, ELECTRIC HEATING, IN SITU ST 25 147 DEREEK FIELD, SYRIA, HEAVY OIL ST 25 25 EOR, ENHANCED OIL RECOVERY ST 25 415 t DETERMINATION OF GEOMECHANICAL PARAMETERS FROM ST 25 448 EOR, FIREFLOOD, TEXAS GEOPHYSICAL LOGS ST 25 603 EOR, FLUID RECOVERY, HEAVY OIL ST 25 645 t DEVELOPMENT OF INSULATOR COMPONENTS FOR ELECTRICAL ST 25 139 EOR, HOT WATER PROCESS, MADAGASCAR HEATING OF OIL SANDS ST 25 680 EOR, IN SITU COMBUSTION, HEAVY OIL ST 25 44 DEVONIAN, USSR, MISCELLANCEOUS, BITUMEN ST 25 679 EOR, METHODS. HEAVY OIL, TAR SAND ST 25 39 DEVONIAN, USSR, PRICASPIAN BASIN, BITUMEN ST 25 673 EOR, MINE-ASSISTED IN SITU PROJECT CANADA ST 25 36 DEVONIAN, USSR, PRIPYAT GRABEN, BITUMEN ST 25 618 EOR, OIL-STEAM RATIO, SENSITIVITY ST 25 36 DEVONIAN, USSR, TIMAN-PECHORA BASIN, BITUMEN ST 25 651 EOR, O XYG EN, FIREFLO O DING ST 25 36 DEVONIAN, USSR, VOLGA-URALS BASIN, BITUMEN ST 25 27 EOR, ROMANIA, VIDELE/BALARIA PROJECT ST 25 302 DIABLO RANGE, CALIFORNIA, GEOLOGIC MAP ST 25 263 EOR, STEAM DRIVE ST 25 241 DIASTERANE PATTERNS, BIODEGRADED TAR SAND BITUMEN ST 25 477 EOR, STEAM FLOOD, ABERFELDY. CANADA ST 25 626 DIATOMACEOUS EARTH, CALIFORNIA, TAR SANDS ST 25 679 EOR, STEAM INJECTION, HEAVY OIL ST 25 395 DIATOMITE, RESERVOIR, POROSITY, CALIFORNIA ST 25 504 EOR, STEAM INJECTION, STREET RANCH, TEXAS ST 25 685 DIBBLEE, T.W..-FIELD TRIP GUIDEBOOK. GEOLOGY AND ST 25 673 EOR, STEAM STIMULATION, CANADA, WESTERN ST 25 311 DIBBLEE, T.W.,-GEOLOGY AND GENESIS OF THE COAST RANGE ST 25 26 EOR, TURKEY, BATI RAMAN, PROJECT ST 25 446 DIELECTRIC LOG, DETERMINATION OF WATER SATURATION ST 25 46 EOR, TYPES USED, USSR ST 25 345 DIFFUSION, AS MIGRATION MECHANISM ST 25 444 EOR, USE OF WELL LOGS IN STEAM INJECTION MONITORING ST 25 145 DIGBOI FIELD, INDIA, HEAVY OIL ST 25 251 EOR, USING M ICROBES ST 25 207 t DISTRIBUTION AND OCCURRENCE OF METALS IN HEAVY CRUDE ST 25 82 EOR, USSR, CAUCASUS COMPLEX OILS AND SOLID BITUMENS-IMPLICATIONS FOR PETROLEUM ST 25 68 EOR, USSR, PRICASPIAN BASIN EXPLORATION ST 25 66 EOR, USSR, VOLGA-URALS BASIN ST 25 155 DISTRIBUTION, HYDROCARBONS, WORLD-WIDE ST 25 58 EOR, YAREGA DEPOSIT, USSR ST 25 54 DNEPR-DONETS GRABEN. USSR, BITUMEN ST 25 90 ERLIAN BASIN, GEOLOGY, CHINA ST 25 36 DNEPR-DONETS GRABEN. USSR, BITUMEN. JURASSIC ST 25 10 ESPOIR Olu FLD., IVORY COAST. CRET. ST 25 54 DNEPR-DONETS GRABEN, USSR, HEAVY OIL ST 25 115 ESTREITO FIELD, BRAZIL, POTIGUAR BASIN ST 25 42 DONGXIN FIELD, CHINA, BITUMEN ST 25 117 ESTREITO FIELD, POTIGUAR BASIN, BRAZIL, ISOPACH ST 25 578 DOUGHERTY TAR SAND, OKLAHOMA ST 25 368 ETHANE, ADSORBED ST 25 677 t DOWNHOLE HYDRAULIC MINING SYSTEM ST 25 10 EUNICE AREAOIL FLD., USA, PERM. ST 25 10 DUBAI, FATEH OIL FLD., CRET. ST 25 48 EURASIA, TECTONIC SUBDIVISIONS ST 25 10 DUBAI, FATEH SW OIL FLD., CRET. ST 25 423 ’ EVERETT, R.,-HEAVY-OIL CASE STUDY ON A SINGLE WELL IN ST 25 146 DUJAILA FIELD, IRAQ, HEAVY OIL ST 25 103 t EXPLORATION AND EVALUATION OF THE ORINOCO OIL BELT ST 25 10 DUKHAN OIL FLD., QATAR, JUR. ST 25 t EXPLORATION FOR HEAVY CRUDE OIL AND NATURAL BITUMEN ST 25 10 DUNLIN OIL FLD., UK, JUR. ST 25 485 EXPLORATION METHODS, HEAVY OIL, SUMMARY ST 25 145 DURI FIELD, INDONESIA, HEAVY OIL ST 25 207 EXPLORATION, BITUMEN, IMPLICATIONS OF METALS ST 25 10 DURI OIL FLD., INDONESIA. MIO. ST 25 207 EXPLORATION, HEAVY OIL, IMPLICATION OF METALS ST 25 437 DUSSEAULT, M.B.,-CORING AND SAMPLING IN HEAVY-OIL ST 25 341 EXPULSION. OF OIL FROM SOURCE ROCKS ST 25 415 DUSSEAULT, M.B.,-DETERMINATION OF GEOMECHANICAL ST 25 145 F SAR FIELD, IRAN, HEAVY OIL ST 25 40 DUZGAT FIELD, USSR, BITUMEN ST 25 10 FADHILI OIL FLD., SAUDI ARABIA, JUR.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index »

ST 25 10 FAHUD OIL FLD., OMAN, CRET. ST 25 188 GRAVITY. API. OIL. ORINOCO OIL BELT, DISTRIBUTION ST 25 151 FANG BASIN DEPOSIT ASPHALT, THAILAND ST 25 397 GRAVITY, BOREHOLE. POROSITY EVALUATION ST 25 144 FAR EAST ASPHALT DEPOSITS ST 25 555 GREAT SALT LAKE, UTAH. HEAVY OIL ST 25 150 FAR EAST, ASPHALT DEPOSITS, OIL SEEPS ST 25 557 GREAT SALT LAKE, UTAH, TERTIARY, CROSS SECTION ST 25 143 FAR EAST, HEAVY OIL FIELDS. BITUMEN DEPOSITS ST 25 11 GREATER MATZEN OIL FLD.. AUSTRIA, MIO./PLIO. ST 25 144 FAR EAST, OIL SEEPS ST 25 11 GREATER SEMINOLE OIL FLD., USA. PERM./DEV/PENN. ST 25 10 FAIEn OIL FLD., DUBAI, CRET ST 25 626 GREEN RIVER FM.. UTArt. TAR SANDS ST 25 10 FATEri SW OIL FLD., DUBAI. CRET. ST 25 1 GRETA-TOM O'CONNOR OIL FLD., USA, OLIG ;MlO. ST 25 10 FAUQI OIL FLD., IRAQ, CRET./OLIG./MIO. ST 25 321 G R O SM O N T FORMATION. ALBERTA ST 25 115 FAZENDA BELEM FIELD, BRAZIL, POTIGUAR BASIN ST 25 1 GUARA-GUICO OIL FLD., VENEZUELA, MIO. ST 25 117 FAZENDA FIELD, POTIGUAR BASIN, BRAZIL, STRUCTURE ST 25 42 GUDAO FIELD, CHINA. BITUMEN ST 25 615 t FEASIBILITY OF HEAVY-OIL RECOVERY ST 25 11 GULLFAKS OIL FLD., NORWAY, JUR. ST 25 37 FEDEROVO FIELD, USSR, BITUMEN ST 25 151 GUNDA DEPOSIT. ASPHALT, PAKISTAN ST 25 10 FEDOROV OIL FLD., USSR, CRET. ST 25 147 GUNEY DINCER FIELD, TURKEY, HEAVY OIL ST 25 10 FEREIDOON-MARJAN OIL FLD., SAUDI ARB./IRAN, CRET./JUR. ST 25 145 GUNUNG CANGKOL FIELD. INDONESIA. HEAVY OIL ST 25 55 FERGANA BASIN, CENTRAL ASIA, BITUMEN ST 25 146 GURIM FIELD, ISRAEL. HEAVY OIL ST 25 55 FERGANA BASIN, CENTRAL ASIA, HEAVY OIL ST 25 146 HABUR FIELD. OMAN. HEAVY OIL ST 25 41 FERGANA, USSR, BITUMEN, EOCENE ST 25 146 HACHIMORI FIELD, JAPAN, HEAVY OIL ST 25 566 FERNANDO SS., UPPER OJAI AREA. CALIFORNIA ST 25 11 HAFT KEL OIL FLD., IRAN OLIG./MIO./CRET ST 25 443 FERTL, W.H -WELL LOG ASSISTED EVALUATION OF HEAVY-OIL ST 25 11 HALIBUT OIL FLD., AUSTRALIA, EOC./PALEOCENE ST 25 685 t FIELD TRIP GUIDEBOOK. GEOLOGY AND ST 25 123 * HAMMERSHAIMB, E.C.,-MAJOR TAR SAND AND HEAVY-OIL HYDROCARBON DEPOSITS OF THE SANTA MARIA, CUYAMA. TAFT- ST 25 11 HAMRIN OIL FLD., IRAQ, JUR. MCKITTRICK, AND EDNA OIL DISTRICTS, COAST RANGES, CA. ST 25 147 HAMZEH FIELD, SYRIA, HEAVY OIL ST 25 103 FIORILLO, G.,-EXPLORATION AND EVALUATION OF THE ST 25 11 HANDIL OIL FLD.. INDONESIA, MIO. ST 25 448 FIREFLOOD, EOR, TEXAS ST 25 151 HARBOL DEPOSIT, ASPHALT, TURKEY ST 25 651 FIREFLO O DING , EOR ST 25 11 HARMALIYAH OIL FLD., SAUDI ARABIA, JUR./PERM. ST 25 656 FIREFLOODING, EOR, FIELD PROJECTS ST 25 319 ’ HARRISON, R.S.,-BITUMEN-BEARING PALEOZOIC CARBONATE ST 25 155 FITZGERALD, T.A.,-SUMMARY OF REGIONAL RESOURCES ST 25 571 ’ HARRISON, W.E.,-RESOURCE EVALUATION OF SELECTED ST 25 607 FLUID REMOVAL, COMPACTION, SUBSIDENCE, PREDICTION ST 25 126 HARTSELLE SANDSTONE, ALABAMA ST 25 369 FLUORESCENCE RATIOS, HEAVY OIL ST 25 11 HASSI MESSAOUD OIL FLD . ALGERIA, CAMB. ST 25 10 FORCADOS/YOKRI OIL FLD.. NIGERIA, TERT ST 25 11 HASTINGS OIL FLD., USA. OLIG. ST 25 281 FOREST ’A RESERVOIR, PARRYLANDS FIELD, TRINIDAD ST 25 11 HAWKINS OIL FLD., USA, CRET ST 25 663 FORMATION ANALYSIS, HEAVY OIL, TAR SAND RESERVOIRS ST 25 143 t HEAVY CRUDE OIL FIELDS AND BITUMEN DEPOSITS OF THE ST 25 10 FORTIES OIL FLD., UK, PALEOCENE MIDDLE AND FAR EAST AND OCEANIA ST 25 317 FOXEN CANYON TAR SANDS, CALIFORNIA, GEOLOGIC MAP ST 25 159 HEAVY CRUDE OIL, CHARACTERIZATION. PROBLEMS ST 25 408 FRACTURE POROSITY, CALCULATION ST 25 453 HEAVY OIL DEPOSITS, DISTRIBUTION ST 25 395 FRACTURED SHALE, RESERVOIR, POROSITY, CALIFORNIA ST 25 492 HEAVY OIL DEPOSITS, VISCOSITY COMPARISON ST 25 442 FREEZE CORING ST 25 348 HEAVY OIL FIELDS, RELATION OF SIZE TO TECTONICS ST 25 604 FREEZING, RECOVERY OF HEAVY OIL, TAR SANDS ST 25 115 t HEAVY OIL PRODUCTION OPERATIONS IN POTIGUAR BASIN. ST 25 146 FUWARIS FIELD, NEUTRALZONE, HEAVY OIL BRAZIL ST 25 10 FYZABAD-FOREST RESERVE OIL FLD., TRINIDAD/TOBAGO, MIO. ST 25 616 HEAVY OIL RESOURCES, IN PLACE ST 25 115 GABRIELLI, M.L.,-HEAVY OIL PRODUCTION OPERATIONS IN ST 25 276 HEAVY OIL. ADRIATIC SEA ST 25 10 GACH SARAN OIL FLD.. IRAN, OIIG./MIO./CRET. ST 25 160 HEAVY OIL. ANALYSIS, METHODS ST 25 415 GAMMA RAY LOG, LIMITATIONS AS SHALE INDICATOR ST 25 667 HEAVY OIL. API GRAVITY, DETERMINATION ST 25 151 GANDAVA DEPOSIT, ASPHALT, PAKISTAN ST 25 210 HEAVY OIL, API GRAVITY, DISTRIBUTION ST 25 42 GAOSHENG FIELD, CHINA, BITUMEN ST 25 262 HEAVY OIL, APPRAISAL OF DEPOSITS ST 25 37 GAR’ FIELD, USSR. BITUMEN ST 25 166 HEAVY OIL, BITUMEN, DEFINITIONS, DIAGRAM ST 25 651 GARON, A.M.,-OXYGEN FIREFLOODING-THE STATE OF THE ART ST 25 243 HEAVY OIL, BITUMEN, EFFECTS OF BIODEGRADATION ST 25 227 GAS CHROMATOGRAMS, ISRAEL, DEAD SEA AREA ST 25 34 HEAVY OIL, BITUMENS, CHEMICAL EVOLUTION ST 25 236 GAS CHROMATOGRAMS, OILS. TAR ST 25 211 HEAVY OIL, BITUMENS, METAL CONCENTRATION ST 25 377 GAS SANDS, ORINOGO HEAVY OIL BELT, VENEZUELA ST 25 301 HEAVY OIL, CALIFORNIA, COALINGA FIELD ST 25 377 GAS SANDS, SEISMIC STRATIGRAPHY, ORINOCO, VENEZUELA ST 25 166 HEAVY OIL, CALIFORNIA, VISCOSITY ST 25 392 GAS, RECOVERABLE RESERVES, ORINOCO OIL BELT ST 25 631 HEAVY OIL, CARBON DIOXIDE, PHASE BEHAVIOR ST 25 346 GAS. VARIATIONS IN AMOUNT WITH DEPTH, LITHOLOGY ST 25 633 HEAVY OIL. CARBON DIOXIDE, SOLUBILITY ST 25 10 GASSI TOUIL OIL FLD., ALGERIA, TR. ST 25 183 HEAVY OIL. CHARACTERIZATION, ORINOCO OIL BELT ST 25 36 GAUSBERGROVSK FIELD, USSR, BITUMEN ST 25 32 HEAVY OIL, CLASSIFICATION, DEFINITION ST 25 566 GAVIOTA AREA, CALIFORNIA, TAR SANDS ST 25 453 HEAVY OIL, COMMON CONDITIONS ST 25 351 GENERATION, EARLY, OIL, CALIFORNIA ST 25 615 HEAVY OIL, DOMESTIC RESOURCE BASE, SUMMARY ST 25 365 t GEOCHEMICAL SURVEY IN THE SANTA BARBARA CHANNEL AND ST 25 327 HEAVY OIL, EASTBURN FIELD. MISSOURI, PENNSYLVANIAN ITS RELATIONSHIP TO SUBSURFACE HEAVY-OIL DEPOSITS, A ST 25 645 HEAVY OIL, ELECTRIC HEATING, IN SITU, DEVELOPMENTS ST 25 365 GEOCHEMICAL SURVEY, SANTA BARBARA, HEAVY OIL ST 25 265 HEAVY OIL, EMERAUDE FIELD, CONGO ST 25 428 GEOCHEMICAL WELL LOGGING ST 25 682 HEAVY OIL, EOR, ECONOMIC ANALYSIS ST 25 371 GEOCHEMISTRY, CRUDE OILS VS. SURFACE SEDIMENTS ST 25 651 HEAVY OIL, EOR, FIREFLOODING ST 25 279 GEOCHEMISTRY, HEAVY OIL, RELATION TO RECOVERY ST 25 680 HEAVY OIL, EOR, IN SITU COMBUSTION ST 25 261 GEOCHEMISTRY, INFLUENCE ON HEAVY OIL RECOVERY ST 25 679 HEAVY OIL, EOR, STEAM INJECTION ST 25 375 GEOCHEMISTRY, SURFACE, RELATION TO STRUCTURE ST 25 443 HEAVY OIL, EVALUATION WITH WELL LOGS ST 25 371 GEOCHEMISTRY, SURFACE, RELATIONSHIP TO SUBSURFACE ST 25 215 HEAVY OIL, EVOLUTION PATHWAY ST 25 473 T GEOLOGICAL ASSESSMENT OF HEAVY-OIL RESERVOIRS IN THE ST 25 485 HEAVY OIL, EXPLORATION METHODS, SUMMARY LLOYDMINSTER AREA, USING A COMPUTERIZED DATA BASE ST 25 437 HEAVY OIL, EXPLORATION, CORING, SAMPLING ST 25 261 GEOLOGICAL INFLUENCE ON HEAVY OIL RECOVERY ST 25 236 HEAVY OIL, GAS CHROMATOGRAMS ST 25 311 t GEOLOGY AND GENESIS OF THE COAST RANGE PROVINCE OF ST 25 365 HEAVY OIL, GEOCHEMICAL SURVEY, SANTA BARBARA CALIFORNIA AND ITS HYDROCARBON DEPOSITS ST 25 279 HEAVY OIL, GEOCHEMISTRY, RELATION TO RECOVERY ST 25 293 t GEOLOGY AND GEOCHEMISTRY OF SANTA ROSA TAR SANDS ST 25 473 HEAVY OIL, GEOLOGICAL ASSESSMENT, WESTERN CANADA ST 25 31 t GEOLOGY OF HEAVY CRUDE OIL AND NATURAL BITUMEN IN THE ST 25 281 HEAVY OIL, GRAVITY SEGREGATION, TRINIDAD USSR, MONGOLIA, AND CHINA ST 25 31 HEAVY OIL, KIR-LINEAGE TYPE ST 25 415 GEOMECHANICAL PARAMETERS, FROM GEOPHYSICAL LOGS ST 25 537 HEAVY OIL. KUPARUK RIVER, ALASKA ST 25 104 G EO P H Y S IC AL EXPLORATION. O R IN O C O OIL BELT. V EN EZU ELA ST 25 4 HEAVY OIL. LARGEST ACCUMULATIONS, LOCATION ST 25 415 GEOPHYSICAL LOGS, FOR GEOMECHANICAL PARAMETERS ST 25 111 HEAVY OIL, LOG EVALUATION TECHNIQUES. VENEZUELA ST 25 605 GEOTHERMAL ENERGY, USE IN HEAVY OIL RECOVERY ST 25 27 HEAVY OIL. MADAGASCAR, TSIMIRORO, EXPLORATION ST 25 147 GERMIK FIELD, TURKEY, HEAVY OIL ST 25 455 HEAVY OIL, MATURATION, PROCESSES IN TRAP ST 25 11 GHAWAR OIL FLD,, SAUDI ARABIA, JUR. ST 25 249 HEAVY OIL, MICROBIAL ASPECTS ST 25 607 GHONIEM, Y..-PRILIMINARY EVALUATIONS APPLICABLE TO ST 25 669 HEAVY OIL, MINING, ECONOMIC FACTORS ST 25 11 GIALO OIL FLD., LIBYA, OUG./EOC./PALEO. ST 25 293 HEAVY OIL, NEW MEXICO, SANTA ROSA ST 25 11 GIRALDAS OIL FLD., MEXICO, CRET. ST 25 272 HEAVY OIL, NORTH POSO CREEK FIELD, CALIFORNIA ST 25 86 GOBI BASIN, EAST, GEOLOGY, MONGOLIA ST 25 342 HEAVY OIL, ORIGIN ST 25 615 GODEC, M.L.,-FEASIBILITY OF HEAVY-OIL RECOVERY ST 25 177 HEAVY OIL, ORINOCO OIL BELT. DISTRIBUTION QUALITY ST 25 625 GOLCONDA FM., KENTUCKY, TAR SANDS ST 25 31 HEAVY OIL, PLATFORM LINEAGE ST 25 11 GOLDEN TREND OIL FLD . USA, MISS./DEV./SIL. ST 25 91 HEAVY OIL, PLATFORM-LINEAGE DEPOSITS, CHINA ST 25 11 GOLDSMITH-ANDECTOR OIL FLD., USA, PERM./DEV./SIL. ST 25 301 HEAVY OIL, PRODUCTION, EFFECTS OF STRATIGRAPHY ST 25 37 GORSKOYE FIELD, USSR, BITUMEN ST 25 25 HEAVY OIL, PROJECTS, WORLD-BANK ASSISTED ST 25 38 GOZHANSKOYE FIELD, USSR, BITUMEN ST 25 187 HEAVY OIL, PROPERTIES, RELATIONSHIPS, VENEZUELA ST 25 301 GRAHAM, S.A.,-SIGNIFICANCE OF RESERVOIR STRATIGRAPHY ST 25 679 HEAVY OIL, RECOVERY METHODS ST 25 281 GRAVITY SEGREGATION, HEAVY OIL, TRINIDAD ST 25 629 HEAVY OIL, RECOVERY, CARBON DIOXIDE ST 25 210 GRAVITY, API, DISTRIBUTION, HEAVY OIL ST 25 615 HEAVY OIL. RECOVERY, FEASIBILITY ST 25 667 GRAVITY, API, HEAVY OIL, DETERMINATION ST 25 261 HEAVY OIL, RECOVERY, GEOLOGY AND GEOCHEMISTRY ST 25 212 GRAVITY, API, METAL CONCENTRATIONS, RELATIONSHIP ST 25 603 HEAVY OIL. RECOVERY, UNCONVENTIONAL

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 720 Index

ST 25 455 HEAVY OIL. RELATIONSHIP TO DEPTH ST 25 145 INDIA, KADI FIELD, HEAVY OIL ST 25 619 HEAVY OIL, RESERVOIR ANALYSIS, METHODOLOGY ST 25 145 INDIA, LANWA FIELD, HEAVY OIL ST 25 663 HEAVY OIL, RESERVOIR EVALUATION, TECHNIQUES ST 25 145 INDIA, MEHSANA FIELD, HEAVY OIL ST 25 663 HEAVY OIL, RESERVOIR FORMATION ANALYSIS ST 25 145 INDIA, SOBHASAN FIELD, HEAVY OIL ST 25 3 HEAVY OIL, SEE ALSO OIL. HEAVY ST 25 145 INDIA, VIRAJ FIELD, HEAVY OIL ST 25 247 HEAVY OIL, SULFUR ST 25 566 INDIAN VALLEY AREA. CALIFORNIA, TAR SANDS ST 25 214 HEAVY OIL, TRANSITION METALS, SOURCES ST 25 145 INDOENSIA, SANGA SANGA FIELD, HEAVY OIL ST 25 267 HEAVY OIL, TRI-STATE AREA, U.S. ST 25 145 INDOENSIA, TARAKAN FIELD, HEAVY OIL ST 25 35 HEAVY OIL, TYPE, RESERVOIR POROSITY ST 25 9 INDONESIA, ARDJUNA OIL FLD., MIO./OLIG. ST 25 123 HEAVY OIL, UNITED STATES, MAJOR DEPOSITS ST 25 9 INDONESIA, ATTAKA OIL FLD., MIO. ST 25 46 HEAVY OIL, USSR, BASHKIRIA ST 25 145 INDONESIA, BALAM FIELD, HEAVY OIL ST 25 46 HEAVY OIL, USSR, KRASNODAR AREA ST 25 9 INDONESIA, BANGKO OIL FLD., MIO. ST 25 46 HEAVY OIL, USSR, KUYBYSHEV ST 25 9 INDONESIA, BEKASAP OIL FLD., MIO. ST 25 31 HEAVY OIL, USSR, MONGOLIA AND CHINA ST 25 9 INDONESIA, BEKASAP OIL FLD., MIO. ST 25 44 HEAVY OIL, USSR, NORTHEASTERN, CHARACTERISTICS ST 25 145 INDONESIA, BOELA FIELD, HEAVY OIL ST 25 46 HEAVY OIL, USSR, NUMBER OF DEPOSITS BY AREA ST 25 145 INDONESIA, DURI FIELD, HEAVY OIL ST 25 46 HEAVY OIL, USSR, ORENBURG ST 25 10 INDONESIA, DURI OIL FLD., MIO. ST 25 46 HEAVY OIL, USSR, PERM ST 25 145 INDONESIA, GUNUNG CANGKOL FIELD, HEAVY OIL ST 25 46 HEAVY OIL, USSR, SAKHALIN ST 25 11 INDONESIA, HANDIL OIL FLD., MIO. ST 25 46 HEAVY OIL, USSR, TATARIA ST 25 148 INDONESIA, HEAVY OIL, PRODUCTION, RESERVES ST 25 46 HEAVY OIL, USSR, TIMAN-PECHORA BASIN, KOMI ST 25 149 INDONESIA, HEAVY OIL, UNDISCOVERED RESERVES ST 25 46 HEAVY OIL, USSR, UDMURTIA ST 25 145 INDONESIA, JUATA FIELD, HEAVY OIL ST 25 46 HEAVY OIL, USSR, UKRAINE ST 25 145 INDONESIA, KARUNGAN FIELD, HEAVY OIL ST 25 60 HEAVY OIL, USSR, USA FIELD, CROSS SECTION ST 25 145 INDONESIA, KITTY FIELD, HEAVY OIL ST 25 46 HEAVY OIL, USSR, VOLGA-URALS BASIN ST 25 145 INDONESIA, KLAMONO FIELD, HEAVY OIL ST 25 46 HEAVY OIL, USSR, VOLGOGRAD ST 25 145 INDONESIA, KULIN FIELD. HEAVY OIL ST 25 69 HEAVY OIL, USSR, WEST SIBERIA, AY-YANSK ST 25 145 INDONESIA, LINDA FIELD, HEAVY OIL ST 25 69 HEAVY OIL, USSR, WEST SIBERIA, AY-YAUN ST 25 145 INDONESIA, MENGGOLA FIELD, HEAVY OIL ST 25 69 HEAVY OIL, USSR, WEST SIBERIA, RUSSKOYE ST 25 12 INDONESIA, MINAS OIL FLD., MIO. ST 25 69 HEAVY OIL, USSR, WEST SIBERIA, TAZ ST 25 145 INDONESIA, MOI FIELD, HEAVY OIL ST 25 69 HEAVY OIL, USSR, WEST SIBERIA, VAN-YEGAN ST 25 145 INDONESIA, PAMUSIAN FIELD, HEAVY OIL ST 25 190 HEAVY OIL, VISCOSITY, ORINOCO OIL BELT ST 25 145 INDONESIA, SELATAN FIELD, HEAVY OIL ST 25 495 HEAVY OIL, WELL LOGGING, PROCEDURES, PROBLEMS ST 25 145 INDONESIA, SESANIP FIELD, HEAVY OIL ST 25 59 HEAVY OIL, YAREGA DEPOSIT. USSR, CROSS SECTION ST 25 145 INDONESIA, SIMTONG FIELD, HEAVY OIL ST 25 207 HEAVY OILS, BITUMEN, METALS IN ST 25 145 INDONESIA, UTARI FIELD, HEAVY OIL ST 25 221 HEAVY OILS, TRANSFORMATION FROM LIGHT TO HEAVY ST 25 145 INDONESIA, YAKIN FIELD, HEAVY OIL ST 25 137 t HEAVY-OIL AND BITUMEN PROJECTS IN MADAGASCAR ST 25 145 INDONESIA, 247-243 FIELD, HEAVY OIL ST 25 423 T HEAVY-OIL CASE STUDY ON A SINGLE WELL IN VENEZUELA, ST 25 11 INFANTAS-LA CIRA OIL FLD., COLOMBIA, EOC./OLIG./CRET. MFM-7S, USING CORES AND LOGS, A ST 25 243 t INFLUENCE OF BIODEGRADATION ON THE CHEMICAL ST 25 555 f HEAVY-OIL DEPOSIT, GREAT SALT LAKE, UTAH COMPOSITION OF HEAVY OIL AND BITUMEN ST 25 361 HEAVY, OIL, MIGRATION, ENVIRONMENTS, SUMMARY ST 25 261 f INFLUENCE OF THE GEOLOGICAL AND GEOCHEMICAL ST 25 423 * HERRON, M,,-HEAVY-OIL CASE STUDY ON A SINGLE WELL IN CHARACTERISTICS OF HEAVY OILS ON THEIR RECOVERY ST 25 11 HIBERNIA OIL FLD,, CANADA, CRET. ST 25 146 INNAI FIELD, JAPAN, HEAVY OIL ST 25 146 HIBIKI FIELD, JAPAN, HEAVY OIL ST 25 11 INTISAR A OIL FLD., LIBYA, PALEOCENE ST 25 473 ' HICKERTY, R.S.,-GEOLOGICAL ASSESSMENT OF HEAVY-OIL ST 25 11 INTISAR B OIL FLD., LIBYA, PALEOCENE ST 25 351 ’ HICKEY, P.J.,-CALIFORNIA PLIO-MIOCENE OILS: EVIDENCE ST 25 435 INVASION ANALYSIS, ORINOCO OIL BELT, VENEZUELA ST 25 645 * HIGUCHI, A.,-DEVELOPMENT OF INSULATOR COMPONENTS FOR ST 25 13 IRAN/ABU DHAVI, SASSAN-ABU AL BUKHOOSH OIL FLD., CRET. ST 25 11 HILL CREEK TAR SAND, USA, EOC. ST 25 9 IRAN, AB TEYMUR OIL FLD., CRET. ST 25 645 ’ HIRABAYASHI, S.,-DEVELOPMENT OF INSULATOR COMPONENTS ST 25 9 IRAN, AGAH JARI OIL FLD., OLIG./MIO./CRET. ST 25 150 HIT DEPOSIT, ASPHALT, IRAQ ST 25 9 IRAN, AHWAZ OIL FLD., OLIG./MIO./CRET. ST 25 677 * HODGES, E.L.,-DOWNHOLE HYDRAULIC MINING SYSTEM ST 25 9 IRAN, ARDENSHIR OIL FLD., MIO. ST 25 629 ' HOFLING, B.,-CARBON DIOXIDE-A MOBILIZING AGENT FOR ST 25 145 IRAN, B SAR FIELD, HEAVY OIL ST 25 233 * HOLBA, A.G.,-EFFECTS OF BIODEGRADATION ON CRUDE OILS ST 25 10 IRAN, BIBI HAKIMAH OIL FLD., OLIG./MIO./CRET. ST 25 243 ' HOLLERBACH, A.,-INFLUENCE OF BIODEGRADATION ON THE ST 25 10 IRAN, BINAK OIL FLD., OLIG./MIO./CRET. ST 25 151 HOMS DEPOSIT, ASPHALT, SYRIA ST 25 150 IRAN, BUSHEHR DEPOSIT, ASPHALT ST 25 11 HONDO OIL FLD,, USA, MIO/OLIG./EOC. ST 25 145 IRAN, CYRUS FIELD, HEAVY OIL ST 25 246 HOPANES, DEMETHYLATED, CRUDE OIL ST 25 10 IRAN, DARIUS-KHARB OIL FLD., CRET./MIO. ST 25 365 * HORVITZ, L.,-GEOCHEMICAL SURVEY IN THE SANTA BARBARA ST 25 145 IRAN, F SAR FIELD, HEAVY OIL ST 25 11 HOUT OIL FLD,, NEUTRAL ZONE, CRET. ST 25 10 IRAN, GACH SARAN OIL FLD., OLIG./MIO./CRET. ST 25 90 HUAHAI-JUNTA BASIN, GEOLOGY, CHINA ST 25 11 IRAN, HAFT KEL OIL FLD., OLIG./MIO./CRET. ST 25 42 HUANSHUANG FIELD, CHINA, BITUMEN ST 25 148 IRAN, HEAVY OIL, PRODUCTION, RESERVES ST 25 233 * HUGHES, W.B.,-EFFECTS OF BIODEGRADATION ON CRUDE OILS ST 25 149 IRAN, HEAVY OIL, UNDISCOVERED RESERVES ST 25 28 HUNGARY, EOR PROJECTS ST 25 11 IRAN, KARANJ OIL FLD., OLIG./MIO. ST 25 345 * HUNT, J.M.,-PRIMARY AND SECONDARY MIGRATION OF OIL ST 25 145 IRAN, KHARG FIELD, HEAVY OIL ST 25 11 HUNTINGTON BEACH OIL FLD., USA, PLIO./MIO. ST 25 145 IRAN, KUH-E-MUND FIELD, HEAVY OIL ST 25 262 HYDRAULIC POTENTIAL, HEAVY OIL ACCUMULATIONS ST 25 11 IRAN, KUPAL OIL FLD., OLIG./MIO./CRET. ST 25 461 HYDROCARBON DEPOSITS. WESTERN CANADA BASIN ST 25 11 IRAN, LAB-EL-SAFID OIL FLD., OLIG./MIO./CRET ST 25 311 HYDROCARBONS, CALIFORNIA, COAST RANGE ST 25 145 IRAN, MANSURI FIELD, HEAVY OIL ST 25 155 HYDROCARBONS, DISTRIBUTION, WORLD-WIDE ST 25 12 IRAN, MANSURI OIL FLD., OLIG./MIO./CRET. ST 25 457 HYDROCARBONS, PROGRESSIVE SATURATION OF PORE ST 25 12 IRAN, MARUN OIL FLD., OLIG./MIO./CRET. ST 25 264 HYD R O D Y N A M IC TILT, OIL/WATER CONTACTS ST 25 12 IRAN, MASJID-EL-SULEIMAN OIL FLD., OLIG./MIO. ST 25 221 HYDROGEOLOGY, TRANSFORMATION OF LIGHT OIL TO HEAVY ST 25 145 IRAN, NOWRUX FIELD, HEAVY OIL ST 25 466 HYDROLOGY, ATHABASCA OIL SANDS, POTENTIOMETRIC SURFACE ST 25 12 IRAN, PARIS OIL FLD., OLIG./MIO. ST 25 458 HYDROLOGY, MANIFOLD WATER MOVEMENT ST 25 12 IRAN, PAZANAN OIL FLD., OLIG./MIO. ST 25 454 HYDROLOGY, PETROLEUM ST 25 12 IRAN, RAG-EL-SAFID OIL FLD., OLIG./MIO./CRET. ST 25 462 HYDROLOGY, POTENTIOMETRIC SURFACE, ALBERTA, CANADA ST 25 150 IRAN, RAMHORMOZ DEPOSIT, ASPHALT ST 25 457 HYDROLOGY, PROPERTIES RELATED TO ST 25 13 IRAN, SARKHAM OIL FLD., CRET. ST 25 469 HYDROLOGY, REGIONAL, ORINOCO OIL BELT, VENEZUELA ST 25 13 IRAN, SHUROM OIL FLD.. CRET. ST 25 11 IDD-EL-SHARQI OIL FLD., QATAR, JUR./CRET. ST 25 145 IRAN, SUSANGERD FIELD, HEAVY OIL ST 25 38 IGROVSKOYE FIELD, USSR, BITUMEN ST 25 9 IRAQ/IRAN, ABU GHIRAB/DEHLURAN OIL FLD., OLIG/MIO/CRET ST 25 147 IKIZTEPE FIELD, TURKEY, HEAVY OIL ST 25 150 IRAQ, AL HAMMAN DEPOSIT, ASPHALT ST 25 135 ILLINOIS, HEAVY OIL, DEPTH DISTRIBUTION ST 25 150 IRAQ, AR RAMADI DEPOSIT, ASPHALT ST 25 11 IMO RIVER OIL FLD., NIGERIA, MIO. ST 25 150 IRAQ, ASH SHURQUAT DEPOSIT, ASPHALT ST 25 27 IN SITU COMBUSTION, ROMANIA, VIDELE/BALARIA ST 25 146 IRAQ, AWASIL FIELD, HEAVY OIL ST 25 9 INDIA, ANKLESHWAR OIL FLD., EOC. ST 25 9 IRAQ, BAI HASSAN OIL FLD., OLIG./CRET. ST 25 145 INDIA, ASJOL FIELD, HEAVY OIL ST 25 146 IRAQ, BUTMAH FIELD, HEAVY OIL ST 25 145 INDIA, BADARPUR FIELD, HEAVY OIL ST 25 10 IRAQ, BUZURGAN OIL FLD., OLIG./MIO./CRET. ST 25 145 INDIA, BALOL-SANTHAL FIELD, HEAVY OIL ST 25 146 IRAQ, DUJAILA FIELD, HEAVY OIL ST 25 9 INDIA, BASSEIN NORTH OIL FLD., EOC./OLIG. ST 25 10 IRAQ, EAST BAGHAD OIL FLD., CRET. ST 25 9 INDIA, BASSEIN NORTH OIL FLD., EOC./OLIG. ST 25 150 IRAQ, EL LEKATA DEPOSIT ASPHALT ST 25 10 INDIA, BOMBAY HIGH OIL FLD., MIO. ST 25 10 IRAQ. FAUQI OIL FLD., CRET./OLIG./MIO. ST 25 150 INDIA, BOMBAY ISLAND DEPOSIT, ASPHALT ST 25 11 IRAQ. HAMRIN OIL FLD., JUR. ST 25 145 INDIA, DIGBOI FIELD. HEAVY OIL ST 25 148 IRAQ, HEAVY OIL, PRODUCTION, RESERVES ST 25 148 INDIA, HEAVY OIL, PRODUCTION, RESERVES ST 25 149 IRAQ, HEAVY OIL, UNDISCOVERED RESERVES ST 25 149 INDIA, HEAVY OIL, UNDISCOVERED RESERVES ST 25 150 IRAQ, HIT DEPOSIT, ASPHALT ST 25 145 INDIA, JHALORA FIELD, HEAVY OIL ST 25 11 IRAQ, JAMBUR OIL FLD., MIO./CRET.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index

ST 25 146 IRAQ, JAWAN FIELD, HEAVY OIL ST 25 41 KARAMAY FIELD, CHINA, BITUMEN ST 25 150 IRAQ, KIFRI DEPOSIT, ASPHALT ST 25 28 KARAMAY PROJECT, CHINA, EOR ST 25 150 IRAQ, KIRKUK DEPOSIT, ASPHALT ST 25 11 KARANJ OIL FLD., IRAN, OLIG./MIO. ST 25 146 IRAQ, KIRKUK FIELD, HEAVY OIL ST 25 37 KARASINSKAYA FIELD, USSR, BITUMEN ST 25 11 IRAQ. KIRKUK OIL FLD., EOC./OLIG./CRET. ST 25 147 KARATCHOK FIELD. SYRIA, HEAVY OIL ST 25 11 IRAQ. LUHAIS OIL FLD., CRET. ST 25 11 KARATCHOUK OIL FLD . SYRIA, CRET./JUR. ST 25 11 IRAQ. MAJOON OIL FLD., CRET. ST 25 39 KARATYUBE FIELD, USSR, BITUMEN ST 25 146 IRAQ. NAHR UMR FIELD, HEAVY OIL ST 25 39 KARAZHANBAS FIELD. USSR, BITUMEN ST 25 12 IRAQ, NAHR UMR OIL FLD., CRET. ST 25 38 KARLINSKOYE FIELD, USSR, BITUMEN ST 25 146 IRAQ, NAJMAH FIELD, HEAVY OIL ST 25 663 * KARNES, K.,-ANALYTICAL TECHNIQUES AND TOOLS FOR ROCK ST 25 150 IRAQ, NINEVEH DEPOSIT ASPHALT ST 25 38 KARPENSKOYE FIELD, USSR, BITUMEN ST 25 12 IRAQ, NORTH RUMAILA OIL FLD., CRET. ST 25 27 KARROO SYSTEM, MADAGASCAR, HEAVY OIL ST 25 146 IRAQ, QAIYARAH FIELD, HEAVY OIL ST 25 38 KARTASHEVO FIELD, USSR, BITUMEN ST 25 146 IRAQ, QASAB FIELD, IRAQ, HEAVY OIL ST 25 145 KARUNGAN FIELD, INDONESIA, HEAVY OIL ST 25 150 IRAQ, QAYYARAH DEPOSIT, ASPHALT ST 25 38 KASAYAS’ FIELD, USSR, BITUMEN ST 25 12 IRAQ, QUAIYARAH OIL FLD., MIO./CRET. ST 25 41 KATANGLI FIELD, USSR, BITUMEN ST 25 146 IRAQ, RATAWI FIELD, HEAVY OIL ST 25 40 KATAV FIELD, USSR, BITUM EN ST 25 12 IRAQ, RUMAILA OIL FLD., CRET. ST 25 54 KAZAKHSTAN AREA, WEST SIBERIA, USSR, BITUMEN ST 25 150 IRAQ, TEL KIYARA DEPOSIT, ASPHALT ST 25 54 KAZAKHSTAN AREA, WEST SIBERIA. USSR, HEAVY OIL ST 25 150 IRAQ, TUZ KHUMATLl DEPOSIT, ASPHALT ST 25 46 KAZAKHSTAN. USSR, HEAVY OIL ST 25 150 IRAQ, UR OF THE CHALDEES DEPOSIT, ASPHALT ST 25 38 KAZANCHINSKOYE FIELD, USSR, BITUMEN ST 25 150 IRAQ, ZALCHO DEPOSIT, ASPHALT ST 25 147 KBEIBEH FIELD, SYRIA, HEAVY OIL ST 25 146 IRAQ, ZUBAIR FIELD, HEAVY OIL ST 25 11 KELLY/SNYDER/DIAMOND OIL FLD., USA, PENN./PERM. ST 25 14 IRAQ, ZUBAIR OIL FLD., CRET./OLIG./MIO. ST 25 39 KENKIYAK FIELD, USSR, BITUMEN ST 25 209 IRON, IN HEAVY OILS ST 25 623 KENTUCKY, EDMONSON CO., TAR SANDS ST 25 193 :• ISAACS, C.M.,-SOURCES AND DEPOSITION OF ORGANIC ST 25 524 KENTUCKY, GOLCONDA FM., ISOPACH, CROSS SECTION ST 25 151 ISAKHEL DEPOSIT, ASPHALT, PAKISTAN ST 25 624 KENTUCKY, LOGAN CO., TAR SANDS ST 25 645 ' ISHII, I.,-DEVELOPMENT OF INSULATOR COMPONENTS FOR ST 25 522 KENTUCKY, REGIONAL TECTONIC FEATURES ST 25 37 ISHLINSKOYE FIELD, USSR, BITUMEN ST 25 523 KENTUCKY, RESOURCE EVALUATION ST 25 151 ISKENDERUN DEPOSIT, ASPHALT, TURKEY ST 25 125 KENTUCKY, TAR SAND ST 25 36 ISKOS’GORA FIELD, USSR, BITUMEN ST 25 521 KENTUCKY. TAR-SAND EXPLORATION ST 25 223 ISRAEL, ASPHATS, DEAD SEA AREA ST 25 523 KENTUCKY. WESTERN. STRATIGRAPHY ST 25 227 ISRAEL, DEAD SEA AREA, GAS CHROMATOGRAMS ST 25 534 KENTUCKY. WESTERN, TAR SAND. RESERVES ST 25 146 ISRAEL, GURIM FIELD, HEAVY OIL ST 25 623 KERN FRONT FIELD, CALIFORNIA. TAR SANDS ST 25 150 ISRAEL, MEZADA DEPOSIT, ASPHALT ST 25 626 KERN RIVER FM.. CALIFORNIA, TAR SANDS ST 25 150 ISRAEL, TIBERIAS DEPOSIT, ASPHALT ST 25 11 KERN RIVER OIL FLD., USA, PLIO. ST 25 150 ISRAEL, YARMUK RIVER DEPOSIT, ASPHALT ST 25 40 KESAMAN FIELD, USSR, BITUMEN ST 25 10 IVORY COAST, ESPOIR OIL FLD., CRET ST 25 40 KESLEROVSKOYE FIELD, USSR, BITUMEN ST 25 39 IZEMBET FIELD, USSR, BITUMEN ST 25 11 KETTLEMAN NORTH DOME OIL FLD., USA, MIO./EOC. ST 25 36 IZH’MA FIELD, USSR, BITUMEN ST 25 40 KEYMIR FIELD, USSR, BITUMEN ST 25 38 IZHEVSKA FIELD, USSR, BITUMEN ST 25 151 KHARAN DEPOSIT ASPHALT, PAKISTAN ST 25 249 '' JACK, T.R.,-MICROBIAL ASPECTS OF HEAVY OIL ST 25 145 KHARG FIELD, IRAN, HEAVY OIL ST 25 11 JAMBUR OIL FLD., IRAQ, MIO./CRET. ST 25 147 KHATA FIELD, TURKEY, HEAVY OIL ST 25 146 JAPAN, HACHIMORI FIELD, HEAVY OIL ST 25 41 KHAUDAG FIELD, USSR. BITUMEN ST 25 148 JAPAN, HEAVY OIL, PRODUCTION, RESERVES ST 25 38 KHLEBNOVSKOYE FIELD, USSR, BITUMEN ST 25 149 JAPAN, HEAVY OIL, UNDISCOVERED RESERVES ST 25 11 KHOLOMGOR OIL FLD.. USSR, CRET. ST 25 146 JAPAN, HIBIKI FIELD. HEAVY OIL ST 25 36 KHUDOIOL’ FIELD, USSR. BITUMEN ST 25 146 JAPAN, INNAI FIELD, HEAVY OIL ST 25 11 KHURAIS OIL FLD., SAUDI ARABIA, JUR./PERM. ST 25 146 JAPAN, KAMIHAMA-KOTAKI FIELD, HEAVY OIL ST 25 11 KHUSANIYAH OIL FLD., SAUDI ARABIA, JUR. ST 25 150 JAPAN, MASUDA, SHUMAN DEPOSITS, ASPHALT ST 25 41 KICHIKBEL FIELD, USSR, BITUMEN ST 25 146 JAPAN, MICHIKAWA-NIGORIKAWA FIELD, HEAVY OIL ST 25 40 KIDURMA FIELD, USSR, BITUMEN ST 25 146 JAPAN, NANOKAICHI FIELD, HEAVY OIL ST 25 150 KIFRI DEPOSIT, ASPHALT, IRAQ ST 25 146 JAPAN, SHONAI FIELD, HEAVY OIL ST 25 40 KILA-KUPRA FIELD, USSR, BITUMEN ST 25 150 JAPAN, TOKYOKAWA DEPOSIT, ASPHALT ST 25 11 KINGFISH OIL FLD., AUSTRALIA, EOC. ST 25 146 JAWAN FIELD, IRAQ, HEAVY OIL ST 25 40 KIPYACHAYA FIELD, USSR, BITUMEN ST 25 147 JBESSEH FIELD, SYRIA, HEAVY OIL ST 25 31 KIR-LINEAGE, HEAVY OIL ST 25 151 JERICHO DEPOSIT, ASPHALT JORDAN ST 25 150 KIRKUK DEPOSIT, ASPHALT, IRAQ ST 25 151 JERUD DEPOSIT, ASPHALT SYRIA ST 25 146 KIRKUK FIELD, IRAQ, HEAVY OIL ST 25 145 JHALORA FIELD, INDIA, HEAVY OIL ST 25 11 KIRKUK OIL FLD., IRAQ, EOC./OLIG./CRET. ST 25 42 JIANGHAN GRABEN, CHINA, BITUMEN, OLIGOCENE ST 25 145 KITTY FIELD, INDONESIA. HEAVY OIL ST 25 94 JIANGHAN GRABEN, GEOLOGY, CHINA ST 25 37 KIYAZLINSKOYE FIELD, USSR, BITUMEN ST 25 90 JIUQUAN BASIN, GEOLOGY, CHINA ST 25 37 KIZLYAR FIELD, USSR, BITUMEN ST 25 93 JIZHONG GRABEN, GEOLOGY, CHINA ST 25 145 KLAMONA FIELD, INDONESIA, HEAVY OIL ST 25 685 ’' JOHNSTON, R.L.,-FIELD TRIP GUIDEBOOK. GEOLOGY AND ST 25 473 •* KLOVAN, J.E.,-GEOLOGICAL ASSESSMENT OF HEAVY-OIL ST 25 11 JONES CREEK OIL FLD., NIGERIA, MIO. ST 25 41 KOKATY FIELD, USSR, BITUMEN ST 25 473 '' JONES. G.S.,-GEOLOGICAL ASSESSMENT OF HEAVY-OIL ST 25 39 KOKHANOVKA FIELD, USSR, BITUMEN ST 25 151 JORDAN, AMMAN DEPOSIT, ASPHALT ST 25 36 KOKHANOVKA FIELD, USSR, BITUMEN ST 25 151 JORDAN, JERICHO DEPOSIT, ASPHALT ST 25 11 KOKORI OIL FLD., NIGERIA, TERT. ST 25 151 JORDAN, NABI MUSA DEPOSIT, ASPHALT ST 25 46 KOMI, TIMAN-PECHORA BASIN, USSR, HEAVY OIL ST 25 151 JORDAN, NEAR WADI DARGET DEPOSIT, ASPHALT ST 25 38 KOMSOMOL FIELD, USSR, BITUMEN ST 25 146 JOYA MIR FIELD, PAKISTAN, HEAVY OIL ST 25 37 KONDURCHA FIELD, USSR, BITUMEN ST 25 145 JUATA FIELD, INDONESIA. HEAVY OIL ST 25 36 KOPATKEVICH FIELD, USSR, BITUMEN ST 25 11 JUDY CREEK OIL FLD., CANADA, DEV./CRET. ST 25 37 KOROBINA FIELD, USSR, BITUMEN ST 25 11 JULY OIL FLD., EGYPT, MIO./PALEOZOIC ST 25 39 KORSAK FIELD, USSR, BITUMEN ST 25 55 JUNGGAR BASIN, CHINA, BITUMEN ST 25 40 KOSHTAR FIELD, USSR, BITUMEN ST 25 41 JUNGGAR BASIN, CHINA, BITUMEN, JURASSIC ST 25 11 KOTUR-TEPE OIL FLD., USSR, PLIO. ST 25 55 JUNGGAR BASIN, CHINA, HEAVY OIL ST 25 46 KRASNODAR AREA, USSR, HEAVY OIL ST 25 88 JUNGGAR BASIN, GEOLOGY, CHINA ST 25 38 KRASNOKAMSK FIELD, USSR, BITUMEN ST 25 41 JURASSIC, CHINA, JUNGGAR BASIN, BITUMEN ST 25 38 KRASNOYARSK FIELD, USSR, BITUMEN ST 25 40 JURASSIC, USSR, AMU DAR’YA, BITUMEN ST 25 40 KRYM FIELD, USSR, BITUMEN ST 25 39 JURASSIC, USSR, CARPATHIAN GEOSYNCLINE, BITUMEN ST 25 40 KUDAKO-KIEV FIELD, USSR, BITUMEN ST 25 36 JURASSIC, USSR, DNEPR-DONETS GRABEN, BITUMEN ST 25 145 KUH-E-MUND FIELD, IRAN, HEAVY OIL ST 25 39 JURASSIC, USSR, PRICASPIAN BASIN, BITUMEN ST 25 11 KULESHOVA OIL FLD., USSR, CARB./DEV./PERM. ST 25 39 JURASSIC. USSR, SIBERIAN PLATFORM, BITUMEN ST 25 145 KULIN FIELD, INDONESIA, HEAVY OIL ST 25 147 JURAYD FIELD, SAUDI ARABIA, HEAVY OIL ST 25 651 ’* KUMAR, M.-OXYGEN FIREFLOODING--THE STATE OF THE ART ST 25 145 KADI FIELD, INDIA, HEAVY OIL ST 25 11 KUPAL OIL FLD., IRAN, OLIG./MIO./CRET. ST 25 38 KALINOVSKO-NOVOSTEPANOVSKOYE FIELD, USSR, BITUMEN ST 25 11 KUPARUK OIL FLD., USA, JUR. ST 25 41 KAMCHATKA MOBILE BELT, USSR, BITUMEN, OLIGOCENE ST 25 128 KUPARUK RIVER, ALASKA, FIELD RICHNESS ST 25 36 KAMENSKAYA FIELD, USSR, BITUMEN ST 25 537 KUPARUK RIVER, ALASKA, HEAVY OIL ST 25 146 KAMIHAMA-KOTAKI FIELD, JAPAN, HEAVY OIL ST 25 538 KUPARUK RIVER, ALASKA, STRATIGRAPHY ST 25 38 KANDRINSKOYE FIELD, USSR, BITUMEN ST 25 543 KUPARUK RIVER, GENERAL CROSS-SECTION ST 25 135 KANSAS, HEAVY OIL, DEPTH DISTRIBUTION ST 25 544 KUPARUK RIVER, HYDROCARBON SUMMARY ST 25 267 KANSAS, HEAVY OIL, TRI-STATE AREA ST 25 540 KUPARUK RIVER, UGNU SANDS, TYPE LOG ST 25 39 KARA-ARNA FIELD, USSR, BITUMEN ST 25 539 KUPARUK RIVER, WEST SAK SANDS. TYPE LOG ST 25 11 KARACHUKHUR-2YKH OIL FLD., USSR, PLIO. ST 25 54 KURA AREA, CAUCASUS COMPLEX, USSR, BITUMEN ST 25 11 KARAMAI OIL FLD., CHINA, TR./JUR. ST 25 54 KURA AREA, CAUCASUS COMPLEX, USSR, HEAVY OIL

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index

25 40 KURCHANSK FIELD, USSR, BITUMEN ST 25 123 • MAJOR TAR SAND AND HEAVY-OIL DEPOSITS OF THE UNITED 25 36 KUSHKHODZH FIELD, USSR, BITUMEN STATES 25 615 ’ KUUSKRAA, V.A.,-FEASIBILITY OF HEAVY-OIL RECOVERY ST 25 37 MAKAROV FIELD, USSR, BITUMEN 25 123 ’ KUUSKRAA, V.A.,-MAJOR TAR SAND AND HEAVY-OIL DEPOSITS ST 25 149 MALAYASIA, HEAVY OIL, UNDISCOVERED RESERVES 25 13 KUWAIT/NET Z, UMM GUDAIR OIL FLD., CRET. ST 25 9 MALAYSIA, BARONIA OIL FLD., MIO. 25 146 KUWAIT, BAHRAH FIELD, HEAVY OIL ST 25 148 MALAYSIA. HEAVY OIL, PRODUCTION. RESERVES 25 9 KUWAIT, BAHRAH OIL FLD.. CRET./MIO. ST 25 146 MALAYSIA. MIRl FIELD, HEAVY OIL 25 10 KUWAIT. BURGAN COMPLEX OIL FLD., CRET. ST 25 13 MALAYSIA. SMARANG OIL FLD., MIO. 25 148 KUWAIT. HEAVY OIL, PRODUCTION, RESERVES ST 25 11 MALGOBEK/VOSNESENSKA/ALIYURT OIL FLD., USSR, CRET./MIO. 25 149 KUWAIT, HEAVY OIL, UNDISCOVERED RESERVES ST 25 38 MALOMALYSHEVSKOYE FIELD, USSR, BITUMEN 25 146 KUWAIT, MINAGISH FIELD, HEAVY OIL ST 25 11 MALONGO N & S OIL FLD., ANGOLA, CRET. 25 12 KUWAIT, MINAGISH OIL FLD., CRET. ST 25 11 MALONGO WEST OIL FLD., ANGOLA, CRET. 25 146 KUWAIT, RATGA FIELD, HEAVY OIL ST 25 38 MALYSHEV FIELD, USSR, BITUMEN 25 12 KUWAIT, RATGA OIL FLD., MIO. ST 25 11 MAMONTOVO OIL FLD., USSR, CRET. 25 12 KUWAIT, RAUDHATAIN OIL FLD., CRET. ST 25 209 MANGANESE. IN HEAVY OILS 25 13 KUWAIT, SABRIYA OIL FLD., CRET. ST 25 55 MANGYSHIAK TROUGH, CENTRAL ASIA, BITUMEN 25 46 KUYBYSHEV, USSR, HEAVY OIL ST 25 55 MANGYSHIAK TROUGH, CENTRAL ASIA, HEAVY OIL 25 40 KYUROVDAG FIELD, USSR, BITUMEN ST 25 40 MANGYSHLAK TROUGH, USSR, BITUMEN, CRETACEOUS 25 41 KYZYL’TUMSHUK FIELD. USSR, BITUMEN ST 25 11 MANIFA OIL FLD.. SAUDI ARABIA, CRET./JUR. 25 11 LA PAZ OIL FLD., VENEZUELA, CRET./PALEO./EOC ST 25 145 MANSURI FIELD. IRAN, HEAVY OIL 25 11 LAB-EL-SAFID OIL FLD., IRAN, OLIG./MIO./CRET. ST 25 12 MANSURI OIL FLD., IRAN, OLIG./MIO./CRET. 25 566 LABREA AREA, CALIFORNIA, TAR SANDS ST 25 509 MANVILLE FORMATION, CANADA, DEPOSITIONAL FRAMEWORK 25 625 LAHABRA FM., CALIFORNIA, TAR SANDS ST 25 475 MANVILLE GROUP, CANADA, TYPE SECTION 25 145 LAKES ENTRANCE FIELD, AUSTRALIA, HEAVY OIL ST 25 464 MANVILLE SANDS, CANADA, STRUCTURE 25 11 LAMA OIL FLD., VENEZUELA, CRET./PAL./EOC./MIO. ST 25 621 MARCHANT, L.C..-U.S. TAR-SAND OIL RECOVERY 25 11 LAMAR OIL FLD., VENEZUELA, EOC./CRET/. ST 25 146 MARMUL FIELD, OMAN, HEAVY OIL 25 145 LANWA FIELD, INDIA, HEAVY OIL ST 25 12 MARMUL OIL FLD., OMAN, CRET. 25 151 LATAKIA, ASPHALT, SYRIA ST 25 623 MARPORT AREA, CALIFORNIA, TAR SANDS 25 11 LAWHAH OIL FLD., SAUDI ARABIA, CRET. ST 25 12 MARUN OIL FLD., IRAN, OLIG./MIO./CRET. 25 183 ' LAYRISSE, 1.,-PHYSICAL AND CHEMICAL CHARACTERIZATION ST 25 12 MASJID-EL-SULEIMAN OiL FLD., IRAN, OLIG./MIO. 25 11 LENG-HU OIL FLD., CHINA, MIO./OLIG. ST 25 150 MASUDA, SHUMAN DEPOSITS, ASPHALT, JAPAN 25 151 LEYTE DEPOSIT, ASPHALT. PHILIPPINES ST 25 455 MATURATION, HEAVY OIL, PROCESSES IN TRAP 25 341 * LEYTHAEUSER, D.,-RECOGNITION AND QUANTIFICATION OF ST 25 146 MAYDAN MAHZAM FIELD, QATAR, HEAVY OIL 25 93 LIAOHE GRABEN COMPLEX, CHINA ST 25 12 MAYDAN/MAHZAN OIL FLD., QATAR, JUR. 25 55 LIAOHE GRABEN COMPLEX, CHINA, BITUMEN ST 25 41 MAYLI-SU FIELD, USSR, BITUMEN 25 55 LIAOHE GRABEN COMPLEX, CHINA, HEAVY OIL ST 25 12 MAZALIJ OIL FLD., SAUDI ARABIA, JUR. 25 42 LIAOHE GRABENS, CHINA, BITUMEN, OLIGOCENE ST 25 12 MCARTHUR RIVER OIL FLD., USA, PALEO./OLIG./MIO. 25 9 LIBYA, AMAL OIL FLD., CRET./CAMB./ORD. ST 25 623 MCCOOL RANCH FIELD, CALIFORNIA, TAR SANDS 25 9 LIBYA, BAHI OIL FLD., CAM./ORD./CRET./PAL. ST 25 12 MCELROY-DUNE OIL FLD., USA, PENN./PERM. 25 10 LIBYA, BU ATTIFEL OIL FLD., CRET. ST 25 566 MCKITTRICK AREA, CALIFORNIA, TAR SANDS 25 10 LIBYA, DAHRA-HOFRA OIL FLD., PALEOCENE ST 25 623 MCKITTRICK, CALIFORNIA, TAR SANDS 25 10 LIBYA, DEFA OIL FLD., PALEOCENE/CRET. ST 25 510 MCMURRY FM., WESTERN CANADA, LITHOLOGY 25 11 LIBYA, GIALO OIL FLD., OLIG./EOC./PALEO. ST 25 12 MEGION OIL FLD., USSR, CRET./JUR. 25 11 LIBYA, INTISAR A OIL FLD., PALEOCENE ST 25 145 MEHSANA FIELD, INDIA, HEAVY OIL 25 11 LIBYA, INTISAR B OIL FLD., PALEOCENE ST 25 12 MELEKESS TAR SAND, USSR, PERM. 25 11 LIBYA, MABRUK OIL FLD., CRET./PALEO. ST 25 12 MENE GRANDE OIL FLD., VENEZUELA, EOC./MIO. 25 12 LIBYA, MESSLA OIL FLD., CRET. ST 25 145 MENGGOLA FIELD, INDONESIA, HEAVY OIL 25 12 LIBYA, NAFOORA-AUGILA OIL FLD., CRET./PRE-CAMB. ST 25 12 MEREN OIL FLD., NIGERIA, MIO. 25 12 LIBYA, NASSER OIL FLD., PALEO./EOC./CRET. ST 25 625 MESAVERDE FM., UTAH, TAR SANDS 25 12 LIBYA, RAGUBA OIL FLD., CRET./CAMB./ORD. ST 25 12 MESSLA OIL FLD., LIBYA, CRET. 25 13 LIBYA, SAMAH OIL FLD., CRET./CAMB./ORD. ST 25 38 MESYAGUTOVO FIELD, USSR, BITUMEN 25 13 LIBYA, SARIR OIL FLD., CRET. ST 25 211 METAL CONCENTRATION, HEAVY OIL, BITUMEN 25 13 LIBYA, WAHA OIL FLD., PALEO./CRET. ST 25 212 METAL CONCENTRATIONS, API GRAVITY, RELATIONSHIP 25 377 * LICHERI, J.,-DELINEATION OF GAS SANDS BY SEISMIC ST 25 187 METALS, HEAVY, HEAVY OIL, ORINOCO OIL BELT 25 221 f LIGHT-OILS TRANSFORMATION TO HEAVY OILS AND ASPHALTS- ST 25 207 METALS, IMPLICATIONS FOR OIL EXPLORATION ASSESSMENT OF THE AMOUNTS OF HYDROCARBONS REMOVED ST 25 207 METALS, OCCURRENCE IN HEAVY OILS AND BITUMENS AND HYDROLOGICAL-GEOLOGICAL CONTROL OF THE PROCESS ST 25 214 METALS, TRANSITION, IN HEAVY OIL, SOURCES 25 267 LIKOUALA FIELD, CONGO, OIL CHARACTERISTICS ST 25 366 METHANE, NEAR SURFACE SEDIMENT CONTENT, CALIFORNIA 25 11 LIMA-INDIANA OIL FLD., USA, ORD. ST 25 9 MEXICO, AGAVE OIL FLD., CRET. 25 145 LINDA FIELD, INDONESIA, HEAVY OIL ST 25 9 MEXICO, ARENQUE OIL FLD., JUR. 25 623 LITTLE TOM FIELD, TEXAS, TAR SANDS ST 25 10 MEXICO, BERMUDEZ COMPLEX OIL FLD., CRET./JUR./PLIO. 25 475 LLOYDMINSTER AREA, MANVILLE GROUP, TYPE SECTION ST 25 10 MEXICO, CACTUS-NISPERO OIL FLD., JUR./CRET. 25 465 LLOYDMINSTER DEPOSITS, CANADA, CROSS SECTION ST 25 10 MEXICO, CANTARELL COMPLEX OIL FLD., CRET./JUR,/PALE. 25 11 LLOYDMINSTER TAR SAND, CANADA, CRET. ST 25 10 MEXICO, CHICONTEPEC AREA OIL FLD., CRET./JUR. 25 473 LLOYDMINSTER, WESTERN CANADA, HEAVY OIL ST 25 10 MEXICO, EBANO-PANUCO AREA OIL FLD., CRET./JUR. 25 11 LOANGO OIL FLD., CONGO, CRET. ST 25 11 MEXICO, GIRALDAS OIL FLD., CRET. 25 498 LOG ANALYSIS, POST-STEAM ST 25 12 MEXICO, NARANJOS/CERRO AZUL OIL FLD., CRET. 25 111 LOG EVALUATION, TECHNIQUES, HEAVY OIL, VENEZUELA ST 25 12 MEXICO, POZA RICA OIL FLD., CRET. 25 451 LOG RESPONSE OF TAR MAT ST 25 12 MEXICO, RIO NUEVO OIL FLD., CRET. 25 624 LOGAN CO., KENTUCKY, TAR SANDS ST 25 13 MEXICO, SAMARIA-CUNDUACAN OIL FLD., JUR./CRET./MIO. 25 444 LOGS, EOR, USE IN MONITORING STEAM INJECTION ST 25 13 MEXICO, SAN ANDRES OIL FLD., CRET./JUR./EOC. 25 415 LOGS, GEOPHYSICAL, FOR GEOMECHANICAL PARAMETERS ST 25 MEYER, R.F.,-EXPLORATION FOR HEAVY CRUDE OIL AND 25 423 LOGS, USE IN CASE STUDY, ORINOCO OIL BELT ST 25 685 MEYER, R.F.,-FIELD TRIP GUIDEBOOK. GEOLOGY AND 25 625 LOMBARDI FM., CALIFORNIA, TAR SANDS ST 25 31 MEYER, R.F.,-GEOLOGY OF HEAVY CRUDE OIL AND NATURAL 25 11 LONG BEACH OIL FLD., USA, MIO./PLIO. ST 25 143 MEYER, R.F.,-HEAVY CRUDE OIL FIELDS AND BITUMEN 25 135 LOUISIANA, HEAVY OIL, DEPTH DISTRIBUTION ST 25 31 MEYERHOFF, A.A.,-GEOLOGY OF HEAVY CRUDE OIL AND 25 38 LUGOVSKOYE FIELD, USSR, BITUMEN ST 25 150 MEZADA DEPOSIT, ASPHALT, ISRAEL 25 11 LUHAIS OIL FLD., IRAQ, CRET. ST 25 135 MICHIGAN. HEAVY OIL, DEPTH DISTRIBUTION 25 361 LULMAN, PS.,-SUMMARY OF ENVIRONMENTS AND MIGRATION ST 25 146 MICHIKAWA-NIGORIKAWA FIELD, JAPAN, HEAVY OIL 25 11 LUNG-NU OIL FLD., CHINA, JUR. ST 25 243 MICROBES, ROLE IN BIODEGRADATION 25 42 LUNPOLA BASIN, CHINA, BITUMEN, MIOCENE ST 25 249 ' MICROBIAL ASPECTS OF HEAVY OIL 25 91 LUNPOLA BASIN, GEOLOGY, CHINA ST 25 144 MIDDLE EAST, ASPHALT DEPOSITS 25 41 LYAL’M IKAR FIELD, USSR, BITUMEN ST 25 150 MIDDLE EAST, ASPHALT DEPOSITS, OIL SEEPS 25 41 LYSAKA SOPKA FIELD, USSR, BITUMEN ST 25 143 MIDDLE EAST, HEAVY OIL FIELDS, BITUMEN DEPOSITS 25 11 MABRUK OIL FLD., LIBYA, CRET./PALEO. ST 25 144 MIDDLE EAST, OIL SEEPS 25 110 MACHETA HIGH, ORINOCO OIL BELT, VENEZUELA SEC ST 25 623 MIDWAY-SUNSET FIELD, CALIFORNIA, TAR SANDS 25 137 MADAGASCAR, BELMOLANGA TAR SAND ST 25 12 MIDWAY-SUNSET OIL FLD., USA, PLIO./MIO. 25 9 MADAGASCAR, BEMOLANGA TAR SAND, TR./JUR. ST 25 347 MIGRATION, DIRECTION AND DISTANCE 25 9 MADAGASCAR, BEMOLANGE TAR SAND, TR./JUR. ST 25 361 MIGRATION, HEAVY OIL, SUMMARY 25 137 MADAGASCAR, HEAVY OIL AND BITUMEN PROJECTS ST 25 345 MIGRATION, OIL, PRIMARY AND SECONDARY 25 27 MADAGASCAR, TSIMIRORO, HEAVY OIL EXPLORLATION ST 25 233 MULLER, D.E.,-EFFECTS OF BIODEGRADATION ON CRUDE OILS 25 151 MAGARIN DEPOSIT, ASPHALT, SYRIA ST 25 146 MINAGISH FIELD, KUWAIT, HEAVY OIL 25 11 MAGNUS OIL FLD., UK, JUR. ST 25 12 MINAGISH OIL FLD., KUWAIT, CRET. 25 147 MAGRIP FIELD, TURKEY, HEAVY OIL ST 25 12 MINAS OIL FLD., INDONESIA, MIO. 25 11 MAHARAH OIL FLD., SAUDI ARABIA, JUR. ST 25 145 MINBU FIELD, BURMAN, HEAVY OIL 25 11 MAJOON OIL FLD., IRAQ, CRET. ST 25 673 • MINE-ASSISTED IN SITU PROJECT, THE

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index

ST 25 429 MINERALOGY, DETERMINED FROM GEOCHEMICAL LOGS ST 25 12 NIGERIA, NEMBE CREEK OILFLD., MIO. ST 25 677 MINING, DOWNHOLE HYDRAULIC SYSTEM, EOR ST 25 12 NIGERIA, OKAN OIL FLD., MIO. ST 25 604 MINING, FOR RECOVERY OF HEAVY OIL, TAR SANDS ST 25 12 NIGERIA, OLOMORO-AFIESERE OIL FLD., TERT. ST 25 669 MINING, HEAVY OIL, TAR SAND, ECONOMIC FACTORS ST 25 37 NIKOL' FIELD, USSR, BITUMEN ST 25 625 MINING, TAR SAND EXTRACTION ST 25 146 NIMR FIELD, OMAN, HEAVY OIL ST 25 625 MINNELUSA FM., WYOMING, TAR SANDS ST 25 150 NINEVEH DEPOSIT, ASPHALT, IRAQ ST 25 37 MINNIBAYEVO FIELD, USSR, BITUMEN ST 25 12 NINIAN OILFLD . UK, JUR. ST 25 566 MIOCENE SS., LABREAAREA, CALIFORNIA ST 25 36 NIZHNE-OMRA FIELD, USSR, BITUMEN ST 25 566 MIOCENE SS., REEF RIDGE AREA, CALIFORNIA ST 25 521 NOGER, M.C.,-TAR-SAND EXPLORATION IN KENTUCKY ST 25 566 MIOCENE SS., WEST MIDWAY SUNSET AREA, CALIFORNIA ST 25 54 NORDVIK AREA, SIBERIA, USSR, BITUMEN ST 25 42 MIOCENE, CHINA, LUNPOLA BASIN, BITUMEN ST 25 54 NORDVIK AREA, SIBERIA, USSR, HEAVY OIL ST 25 351 MIOCENE, PLIOCENE, OILS, CALIFORNIA, GENERATION ST 25 39 NORDVIK SALT DOME FIELD, USSR. BITUMEN ST 25 42 MIOCENE, TAIWAN, BITUMEN ST 25 54 NORTH CAUCASUS BASIN, CAUCASUS COMPLEX, USSR ST 25 39 MIOCENE, USSR, CARPATHINAGEOSYNCLINE, BITUMEN ST 25 12 NORTH RUMAILA OIL FLD., IRAQ, CRET. ST 25 40 MIOCENE, USSR, CAUCASUS COMPLEX, BITUMEN ST 25 41 NORTH SAKHALIN BASIN FIELD, USSR, BITUMEN ST 25 41 MIOCENE, USSR, SAKHELIV MOBILE BELT, BITUMEN ST 25 537 NORTH SLOPE, ALASKA, KUPARUK RIVER, HEAVY OIL ST 25 12 MIRANGA OIL FLD., BRAZIL, CRET. ST 25 12 NORTH VARYEGAN OIL FLD., USSR, CRET./JUR. ST 25 146 MIRI FIELD, MALAYSIA, HEAVY OIL ST 25 13 NORWAY/UK, STRATFJORD OIL FLD.. JUR./TR. ST 25 135 MISSISSIPPI, HEAVY OIL, DEPTH DISTRIBUTION ST 25 9 NORWAY. ALWYN OIL FLD., JUR./TR. ST 25 327 MISSOURI, EASTBURN FIELD, HEAVY OIL ST 25 10 NORWAY, EKOFISK OIL FLD., PALEO./CRET. ST 25 327 MISSOURI, HEAVY OIL, PENNSYLVANIAN SANDSTONE ST 25 10 NORWAY, ELDFISK OIL FLD., PALEO./CRET. ST 25 267 MISSOURI, HEAVY OIL, TRI-STATE AREA ST 25 11 NORWAY, GULLFAKS OIL FLD., JUR. ST 25 327 MISSOURI, SEE ALSO TRI-STATE AREA ST 25 12 NORWAY, OSEBERG OIL FLD., JUR. ST 25 623 MISSOURI, VERNON CO., TAR SANDS ST 25 13 NORWAY TROLL OIL FLD., JUR. ST 25 331 MISSOURI, WESTERN, OIL BEARING SANDSTONES ST 25 13 NORWAY, VALHAL-HOD OIL FLD., CRET. ST 25 354 MODELO FORMATION, CALIFORNIA, RO, TAI ST 25 145 NOVAR FIELD, AUSTRALIA, HEAVY OIL ST 25 145 MOI FIELD, INDONESIA, HEAVY OIL ST 25 37 NOVOSHESHMA FIELD, USSR, BITUMEN ST 25 37 MOKSHA FIELD, USSR, BITUMEN ST 25 37 NOVOSHUGUROVO FIELD, USSR, BITUMEN ST 25 209 MOLYBDENUM, IN HEAVY OILS ST 25 12 NOVOYELKHOV/AKTASH OILFLD., USSR, DEV./CARB. ST 25 88 MONGOLIA, CHOYBALSAN BASIN, OIL CHARACTER ST 25 145 NOWRUZ FIELD, IRAN, HEAVY OIL ST 25 55 MONGOLIA, HEAVY OIL, BITUMEN, RESERVES ST 25 38 NOZHOVSKAYA FIELD, USSR, BITUMEN ST 25 48 MONGOLIA, TECTONIC SUBDIVISIONS ST 25 447 NUCLEAR MAGNETISM LOGGING ST 25 31 MONGOLIA, USSR AND CHINA, HEAVY OIL AND BITUMEN ST 25 37 NURLAT FIELD, USSR, BITUMEN ST 25 86 MONGOLIA, WESTERN, GEOLOGY ST 25 36 NYAMED FIELD, USSR, BITUMEN ST 25 135 MONTANA. HEAVY OIL, DEPTH DISTRIBUTION ST 25 144 OCEANIA, ASPHALT DEPOSITS ST 25 355 MONTEREY FM., BURIAL HISTORY ST 25 150 OCEANIA, ASPHALT DEPOSITS, OIL SEEPS ST 25 625 MONTEREY FM., CALIFORNIA, TAR SANDS ST 25 143 OCEANIA, HEAVY OIL FIELDS, BITUMEN DEPOSITS ST 25 408 MONTEREY FM., CHARACTERISTICS IN CAT CANYON FIELD ST 25 144 OCEANIA, OIL SEEPS ST 25 201 MONTEREY FM., ORGANIC MATTER, ACCUMULATION RATES ST 25 38 OCHER FIELD, USSR, BITUMEN ST 25 566 MONTEREY FM., SISQUOC AREA, CALIFORNIA ST 25 12 OFICINA OIL FLD., VENEZUELA, OLIG. ST 25 196 MONTEREY FORMATION, CALIFORNIA, COMPOSITION ST 25 645 OHATA, Y„-DEVELOPMENT OF INSULATOR COMPONENTS FOR ST 25 194 MONTEREY FORMATION, CALIFORNIA, DISTRIBUTION ST 25 459 OIL AND ORE DEPOSITS, TRAP SIMILARITIES ST 25 193 MONTEREY FORMATION, CALIFORNIA, ORGANIC MATTER ST 25 235 OIL CREEK SANDSTONE, HEAVY OIL. OKLAHOMA ST 25 195 MONTEREY FORMATION, CALIFORNIA, STRATIGRAPHY ST 25 577 OIL CREEK SS., OKLAHOMA RESERVOIR QUALITIES ST 25 198 MONTEREY FORMATION, COMPOSITION, CORRELATION ST 25 207 OIL EXPLORATION, IMPLICATIONS OF METALS ST 25 196 MONTEREY FORMATION, ORGANIC MATTER CONTENT ST 25 9 OIL FIELDS, GIANT, BY NAME, TABLE ST 25 566 MONTEREY SS., SARGENT RANCH AREA, CALIFORNIA ST 25 14 OIL FIELDS, GIANT, BY SIZE, TABLE ST 25 566 MONTEREY SS., SOUTH SULFUR MOUNTAIN AREA, CALIFORNIA ST 25 3 OIL FIELDS, SIZE DISTRIBUTIONS ST 25 37 MORDOVO-KARMAL’ FIELD, USSR, BITUMEN ST 25 663 OIL GRAVITY, EVALUATION, TECHNIQUES ST 25 12 MORENI-GURA-OCNITEL OIL FLD., RUMANIA, PLIO. ST 25 188 OIL GRAVITY, ORINOCO OIL BELT, DISTRIBUTION ST 25 246 MORETANES, DEMETHYLATED, CRUDE OIL ST 25 115 OIL PRODUCTION, HEAVY, POTIGUAR BASIN, BRAZIL ST 25 39 MORSKOYE FIELD, USSR, BITUMEN ST 25 144 OIL SEEPS, MIDDLE AND FAR EAST, OCEANIA ST 25 12 MUBARRAS OIL FLD., ABU DHABI, CRET. ST 25 318 OIL SHALE DEPOSITS, SOUTHERN CALIFORNIA ST 25 146 MUKHAIZNA FIELD, OMAN, HEAVY OIL ST 25 257 OIL-BIODEGRADATION, SUMMARY ST 25 12 MUKHANOVO OIL FLD., USSR, DEV./PERM. ST 25 652 OIL-CARBON DIOXIDE MIXTURES, VISCOSITY ST 25 37 MUKMIN-KARATAY FIELD, USSR, BITUMEN ST 25 618 OIL-STREAM RATIO, EOR. SENSITIVITY ST 25 12 MURCHISON OIL FLD., UK, JUR. ST 25 264 OIL/WATER CONTACTS, HYDRODYMANIC TILT ST 25 629 MURTADA, H.,-CARBON DIOXIDE-A MOBILIZING AGENT FOR ST 25 167 OIL, BITUMEN, CLASSIFICATION, VISCOSITY, DENSITY ST 25 36 MUTNY-MATERIK FIELD, USSR, BITUMEN ST 25 170 OIL, BITUMENS, VAN KREVELEN DIAGRAM ST 25 566 MYLAR AREA, CALIFORNIA, TAR SANDS ST 25 311 OIL, CALIFORNIA, COAST RANGE ST 25 151 NABI MUSA DEPOSIT, ASPHALT, JORDAN ST 25 54 OIL, CAUCASUS COMPLEX, NO. CAUCASUS BASIN, USSR ST 25 12 NAFOORA-AUGILA OIL FLD., LIBYA, CRET./PRE-CAMB. ST 25 171 OIL, COMPOSITION, TERNARY DIAGRAM ST 25 146 NAHR UMR FIELD, IRAQ, HEAVY OIL ST 25 246 OIL, CRUDE, HOPANES, DEMETHYLATED ST 25 12 NAHR UMR OIL FLD., IRAQ, CRET. ST 25 246 OIL, CRUDE, MORETANES, DEMETHYLATED ST 25 12 NAITH OIL FLD., OMAN, CRET. ST 25 233 OIL, EFFECTS OF BIODEGRADATION ST 25 146 NAJMAH FIELD, IRAQ, HEAVY OIL ST 25 341 OIL, EXPULSIO N, SHALE ST 25 42 NAMAN TAR SAND FIELD, CHINA, BITUMEN ST 25 5 OIL, GIANT ACCUMULATIONS, RESERVOIR AGE ST 25 146 NANOKAICHI FIELD, JAPAN. HEAVY OIL ST 25 54 OIL, HEAVY BALTIC SYNECLISE, PRIPYAT GRABEN, USSR ST 25 94 NANXIANG GRABEN, GEOLOGY, CHINA ST 25 54 OIL, HEAVY CAUCASUS COMPLEX, CAUCASUS RANGE, USSR ST 25 12 NARANJOS/CERRO AZULOILFLD., MEXICO, CRET. ST 25 54 OIL, HEAVY CRUDE, CHINA, RESERVES, PRODUCTION ST 25 12 NASSER OIL FLD., LIBYA, PALEO./EOC./CRET. ST 25 54 OIL, HEAVY CRUDE, USSR, RESERVES, PRODUCTION ST 25 626 NAVAJO FM., UTAH, TAR SANDS ST 25 145 OIL, HEAVY, INDIA, SOBHASAN FIELD ST 25 151 NEAR WADI DARGET DEPOSIT, ASPHALT, JORDAN ST 25 145 OIL, HEAVY, INDONESIA, MOI FIELD ST 25 135 NEBRASKA, HEAVY OIL, DEPTH DISTRIBUTION ST 25 114 OIL, HEAVY, RECOVERY, VENEZUELA, ORINOCO OIL BELT ST 25 12 NEFTYANY/KAMNI OIL FLD., USSR, PLIO. ST 25 55 OIL, HEAVY, ASIA, NORTH SAKHALIN ISLAND ST 25 12 NEMBE CREEK OIL FLD., NIGERIA, MIO. ST 25 145 OIL, HEAVY, AUSTRALIA, LAKES ENTRANCE FIELD ST 25 194 NEOGENE BASINS, CALIFORNIA, MONTEREY FORMATION ST 25 145 OIL, HEAVY, AUSTRALIA, NOVARA FIELD ST 25 146 NEUTRAL ZONE, FUWARIS FIELD, HEAVY OIL ST 25 148 OIL, HEAVY. AUSTRALIA, PRODUCTION, RESERVES ST 25 148 NEUTRAL ZONE, HEAVY OIL, PRODUCTION, RESERVES ST 25 54 OIL, HEAVY. BALTIC SYNECLISE. BALTIC SHIELD, USSR ST 25 149 NEUTRAL ZONE, HEAVY OIL, UNDISCOVERED RESERVES ST 25 148 OIL, HEAVY, BRUNEI, PRODUCTION, RESERVES ST 25 11 NEUTRALZONE, HOUT OIL FLD., CRET. ST 25 149 OIL, HEAVY, BRUNEI, UNDISCOVERED RESERVES ST 25 146 NEUTRAL ZONE, WAFRA FIELD, HEAVY OIL ST 25 145 OIL, HEAVY, BRUNIE, SIERIA FIELD ST 25 13 NEUTRAL ZONE, WAFRA OIL FLD., CRET./EOC. ST 25 145 OIL, HEAVY, BURMA, MINBU FIELD ST 25 135 NEW MEXICO, HEAVY OIL, DEPTH DISTRIBUTION ST 25 148 OIL, HEAVY, BURMA, PRODUCTION, RESERVES ST 25 293 NEW MEXICO, NORTHEAST, GEOLOGY ST 25 149 OIL, HEAVY, BURMA, UNDISCOVERED RESERVES ST 25 294 NEW MEXICO, SANTA ROSA TAR SAND, GEOLOGIC MAP ST 25 54 OIL, HEAVY, CAUCASUS COMPLEX, BAKU AREA, USSR ST 25 295 NEW MEXICO, SANTA ROSA TAR SAND, OIL COMPOSITION ST 25 54 OIL, HEAVY, CAUCASUS COMPLEX. KURA AREA, USSR ST 25 293 NEW MEXICO, SANTA ROSA, TAR SANDS ST 25 54 OIL, HEAVY, CAUCASUS COMPLEX, RIONI AREA. USSR ST 25 125 NEW MEXICO, TAR SAND ST 25 55 OIL, HEAVY. CENTRAL ASIA, AMU-DAR[YA TROUGH ST 25 209 NICKEL, IN HEAVY OILS ST 25 55 OIL, HEAVY. CENTRAL ASIA, MANGYSHIAK TROUGH ST 25 10 NIGERIA, BOMU OIL FLD.. MIO. ST 25 55 OIL, HEAVY. CENTRAL ASIA, SOUTH TADZHIK BASIN ST 25 10 NIGERIA, FORCADOS/YOKRI OIL FLD., TERT. ST 25 55 OIL, HEAVY, CENTRAL ASIA, WESTERN TURKMENIA ST 25 11 NIGERIA, IMO RIVER OIL FLD., MIO. ST 25 55 OIL, HEAVY, CHINA, DAGANA AREA ST 25 11 NIGERIA, JONES CREEK OIL FLD., MIO. ST 25 55 OIL, HEAVY, CHINA. JUNGGAR BASIN ST 25 11 NIGERIA, KOKORI OIL FLD., TERT. ST 25 55 OIL, HEAVY, CHINA, LIAOHE GRABEN COMPLEX ST 25 12 NIGERIA, MEREN OIL FLD., MIO. ST 25 55 OIL, HEAVY, CHINA, SHEGLI AREA

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index

55 OIL, HEAVY, CHINA, SONGLIAO BASIN ST 25 148 OIL, HEAVY, PAKISTAN, PRODUCTION, RESERVES 55 OIL, HEAVY, CHINA. SOUTHEAST ST 25 149 OIL, HEAVY, PAKISTAN, UNDISCOVERED RESERVES 55 OIL, HEAVY, CHINA, YANGZI PLATFORM ST 25 54 OIL, HEAVY, PRICASPIAN BASIN, USSR 135 OIL, HEAVY, DEPTH DISTRIBUTION ST 25 301 OIL, HEAVY, PRODUCTION, EFFECTS OF STRATIGRAPHY 54 OIL, HEAVY, DNEPR-DONETS GRABEN, USSR ST 25 146 OIL, HEAVY, QATAR, MAYDAN MAHZAM FIELD 55 OIL. HEAVY, FERGANA BASIN. CENTRAL ASIA ST 25 148 OIL, HEAVY, QATAR, PRODUCTION, RESERVES 145 OIL. HEAVY, INDIA, ASJOL FIELD ST 25 149 OIL, HEAVY, QATAR, UNDISCOVERED RESERVES 145 OIL. HEAVY, INDIA, BADAPUR FIELD ST 25 147 OIL, HEAVY, SAUDI ARABIA, ABU SA'FAH FIELD 145 OIL, HEAVY, INDIA, BALOL-SANTHAN FIELD ST 25 147 OIL, HEAVY, SAUDI ARABIA, JURAYD FIELD 145 OIL, HEAVY, INDIA, DIGBOl FIELD ST 25 148 OIL, HEAVY, SAUDI ARABIA, PRODUCTION, RESERVES 145 OIL, HEAVY, INDIA, JHALORA FIELD ST 25 147 OIL, HEAVY, SAUDI ARABIA, SADAWI FIELD 145 OIL, HEAVY, INDIA, KADI FIELD ST 25 149 OIL, HEAVY, SAUDI ARABIA, UNDISCOVERED RESERVES 145 OIL, HEAVY, INDIA, LANWA FIELD ST 25 3 OIL, HEAVY, SEE ALSO HEAVY OIL 145 OIL, HEAVY, INDIA, MEHSANA FIELD ST 25 54 OIL, HEAVY, SIBERIA, ALDAN AREA, USSR 148 OIL, HEAVY, INDIA, PRODUCTION, RESERVES ST 25 54 OIL, HEAVY, SIBERIA, ARGA-SALA AREA, USSR 149 OIL, HEAVY, INDIA, UNDISCOVERED RESERVES ST 25 54 OIL, HEAVY, SIBERIA, AYKHAL AREA, USSR 145 OIL, HEAVY, INDIA, VIRAJ FIELD ST 25 54 OIL, HEAVY, SIBERIA, AYKHAL AREA, USSR 145 OIL, HEAVY, INDONESIA, BALAM FIELD ST 25 54 OIL, HEAVY, SIBERIA, BAYKAL AREA, USSR 145 OIL, HEAVY, INDONESIA, BOELA FIELD ST 25 54 OIL, HEAVY, SIBERIA, CENTRAL OLENEK AREA, USSR 145 OIL, HEAVY, INDONESIA, DURI FIELD ST 25 54 OIL. HEAVY, SIBERIA, NORDVIK AREA, USSR 145 OIL, HEAVY, INDONESIA, GUNUNG CANGKOL FIELD ST 25 54 OIL, HEAVY, SIBERIA, OLENEK AREA, USSR 145 OIL, HEAVY, INDONESIA, JUATA FIELD ST 25 54 OIL, HEAVY, SIBERIA, VOSTOCHNO-ANABAR AREA, USSR 145 OIL, HEAVY, INDONESIA, KARUNGAN FIELD ST 25 147 OIL, HEAVY, SYRIA, ALIAN FIELD 145 OIL, HEAVY, INDONESIA, KITTY FIELD ST 25 147 OIL, HEAVY, SYRIA, AODA FIELD 145 OIL, HEAVY, INDONESIA, KLAMONA FIELD ST 25 147 OIL, HEAVY, SYRIA, BADRAN FIELD 145 OIL, HEAVY, INDONESIA, KULIN FIELD ST 25 147 OIL, HEAVY, SYRIA, DEREEK FIELD 145 OIL, HEAVY, INDONESIA, LINDA FIELD ST 25 147 OIL, HEAVY, SYRIA, HAMZEH FIELD 145 OIL, HEAVY, INDONESIA, MENGGOLA FIELD ST 25 147 OIL, HEAVY, SYRIA, JBESSEH FIELD 145 OIL, HEAVY, INDONESIA, PAMUSIAN FIELD ST 25 147 OIL, HEAVY, SYRIA, KARATCHOK FIELD 148 OIL. HEAVY, INDONESIA, PRODUCTION, RESERVES ST 25 147 OIL, HEAVY, SYRIA, KBEIBEH FIELD 145 OIL. HEAVY, INDONESIA, SANGA SANGA FIELD ST 25 148 OIL, HEAVY, SYRIA, PRODUCTION, RESERVES 145 OIL. HEAVY, INDONESIA, SELATAN FIELD ST 25 147 OIL. HEAVY, SYRIA, SALHIEH FIELD 145 OIL, HEAVY, INDONESIA, SESANIP FIELD ST 25 147 OIL, HEAVY, SYRIA, SALYNYEN FIELD 145 OIL, HEAVY, INDONESIA, SIMTONG FIELD ST 25 147 OIL, HEAVY, SYRIA, SHEIK MANSUR FIELD 145 OIL, HEAVY, INDONESIA, TARAKAN FIELD ST 25 147 OIL, HEAVY, SYRIA, TICHRIN FIELD 149 OIL, HEAVY, INDONESIA, UNDISCOVERED RESERVES ST 25 149 OIL, HEAVY, SYRIA, UNDISCOVERED RESERVES 145 OIL, HEAVY, INDONESIA, UTARI FIELD ST 25 147 OIL, HEAVY, SYRIA, WAHAB SFAYEH FIELD 145 OIL, HEAVY, INDONESIA, YAKIN FIELD ST 25 148 OIL, HEAVY, TAIWAN, PRODUCTION, RESERVES 145 OIL, HEAVY, INDONESIA, 247-243 FIELD ST 25 147 OIL, HEAVY, TAIWAN, SHANTZECHIAO FIELD 145 OIL, HEAVY, IRAN, B SAR FIELD ST 25 147 OIL, HEAVY, THAILAND, AMPUR FANG FIELD 145 OIL, HEAVY, IRAN, CYRUS FIELD ST 25 147 OIL, HEAVY, THAILAND, CHAI PRAKAY FIELD 145 OIL. HEAVY, IRAN, F SAR FIELD ST 25 147 OIL, HEAVY, THAILAND, PONG NOK FIELD 145 OIL, HEAVY, IRAN, KHARG FIELD ST 25 148 OIL, HEAVY, THAILAND. PRODUCTION, RESERVES 145 OIL. HEAVY, IRAN, KUH-E-MUND FIELD ST 25 147 OIL, HEAVY, THAILAND. SIRIKIT FIELD 145 OIL, HEAVY, IRAN, MANSURI FIELD ST 25 149 OIL, HEAVY, THAILAND, UNDISCOVERED RESERVES 145 OIL, HEAVY, IRAN, NOWRUZ FIELD ST 25 54 OIL, HEAVY, TIMAN-PECHORA BASIN, UKHTA TREND, USSR 148 OIL, HEAVY, IRAN, PRODUCTION, RESERVES ST 25 54 OIL, HEAVY, TIMAN-PECHORA BASIN, USA FIELD, USSR 145 OIL, HEAVY, IRAN, SUSANGERD FIELD ST 25 54 OIL, HEAVY, TIMAN-PECHORA BASIN, YAREGA TREND, USSR 149 OIL, HEAVY, IRAN, UNDISCOVERED RESERVES ST 25 54 OIL, HEAVY, TURGAY AREA, WEST SIBERIA, USSR 146 OIL, HEAVY, IRAQ, AWASIL FIELD ST 25 147 OIL, HEAVY, TURKEY, BATI RAMAN FIELD 146 OIL, HEAVY, IRAQ, BUTMAH FIELD ST 25 147 OIL, HEAVY, TURKEY, CAMURLU FIELD 146 OIL, HEAVY, IRAQ, DUJAILA FIELD ST 25 147 OIL, HEAVY, TURKEY, COBANTEPE FIELD 146 OIL, HEAVY, IRAQ, JAWAN FIELD ST 25 147 OIL, HEAVY, TURKEY, GERMIK FIELD 146 OIL. HEAVY, IRAQ, KIRKUK FIELD ST 25 147 OIL, HEAVY, TURKEY, GUNEY DINCER FIELD 146 OIL. HEAVY, IRAQ, NAHR UMR FIELD ST 25 147 OIL, HEAVY, TURKEY, IKIZTEPE FIELD 146 OIL. HEAVY, IRAQ, NAJMAH FIELD ST 25 147 OIL, HEAVY, TURKEY, KHATA FIELD 148 OIL, HEAVY, IRAQ, PRODUCTION, RESERVES ST 25 147 OIL, HEAVY, TURKEY, MAGRIP FIELD 146 OIL, HEAVY, IRAQ, QAIYARAH FIELD ST 25 148 OIL, HEAVY, TURKEY, PRODUCTION, RESERVES 146 OIL, HEAVY, IRAQ, QASAB FIELD ST 25 147 OIL, HEAVY, TURKEY, RAMAN FIELD 146 OIL, HEAVY, IRAQ, RATAWI FIELD ST 25 147 OIL, HEAVY, TURKEY, SEZGIN FIELD 149 OIL, HEAVY, IRAQ, UNDISCOVERED RESERVES ST 25 147 OIL, HEAVY, TURKEY, SILIVANKA FIELD 146 OIL, HEAVY, IRAQ, ZUBAIR FIELD ST 25 149 OIL, HEAVY, TURKEY, UNDISCOVERED RESERVES 146 OIL, HEAVY, ISRAEL, GURIM FIELD ST 25 147 OIL, HEAVY, TURKEY, YOLACAN FIELD 146 OIL, HEAVY, JAPAN, HACHIMORI FIELD ST 25 54 OIL, HEAVY, URALS AREA, WEST SIBERIA, USSR 146 OIL, HEAVY, JAPAN, HIBIKI FIELD ST 25 54 OIL, HEAVY, VOLGA-URALS BASIN, USSR 146 OIL, HEAVY, JAPAN, INNAI FIELD ST 25 54 OIL, HEAVY, VOLGA-URALS BASIN, USSR 146 OIL, HEAVY, JAPAN, KAMIHAMA-KOTAKI FIELD ST 25 54 OIL, HEAVY, WEST SIBERIAN BASIN, USSR 146 OIL, HEAVY, JAPAN. MICHIKAWA-NIGORIKAWA FIELD ST 25 345 OIL, MIGRATION, PRIMARY AND SECONDARY 146 OIL, HEAVY, JAPAN, NANOKAICHI FIELD ST 25 4 OIL, OCCURRENCES, TYPE, VOLUME 148 OIL, HEAVY, JAPAN, PRODUCTION, RESERVES ST 25 351 OIL, PLIO-MIOCENE, CALIFORNIA, EARLY GENERATION 146 OIL, HEAVY, JAPAN, SHONAI FIELD, ST 25 645 OIL, RECOVERY, ELECTRIC HEATING, IN SITU 149 OIL, HEAVY, JAPAN, UNDISCOVERED RESERVES ST 25 221 OIL, TRANSFORMATION FROM LIGHT TO HEAVY 54 OIL, HEAVY, KAZAKHSTAN AREA, WEST SIBERIA, USSR ST 25 645 * OKAHASHI.K.,-DEVELOPMENT OF INSULATOR COMPONENTS FOR 146 OIL, HEAVY, KUWAIT, BAHRAH FIELD ST 25 12 OKAN OIL FLD., NIGERIA, MIO. 146 OIL, HEAVY, KUWAIT, MINAGISH FIELD ST 25 41 O KH A FIELD, USSR, BITUMEN 148 OIL, HEAVY, KUWAIT, PRODUCTION, RESERVES ST 25 41 OKHA PITCH LAKE FIELD, USSR, BITUMEN 146 OIL, HEAVY, KUWAIT, RATGA FIELD ST 25 12 OKLAHOMA CITY OIL FLD., USA, ORD./PENN. 149 OIL, HEAVY, KUWAIT, UNDISCOVERED RESERVES ST 25 235 OKLAHOMA, CENTRAL, CROSS SECTION 146 OIL, HEAVY, MALAYSIA, MIRI FIELD ST 25 235 OKLAHOMA, CENTRAL, OIL CREEK SANDSTONE 148 OIL. HEAVY, MALAYSIA, PRODUCTION, RESERVES ST 25 234 OKLAHOMA, CENTRAL, STRATIGRAPHY 149 OIL. HEAVY, MALAYSIA. UNDISCOVERED RESERVES ST 25 575 OKLAHOMA, CENTRAL, STRATIGRAPHY 55 OIL, HEAVY, MONGOLIA, RESERVES ST 25 578 OKLAHOMA, DOUGHERTY TAR SAND 146 OIL, HEAVY, NEUTRAL ZONE, FUWARIS FIELD ST 25 135 OKLAHOMA, HEAVY OIL, DEPTH DISTRIBUTION 148 OIL, HEAVY, NEUTRAL ZONE, PRODUCTION, RESERVES ST 25 267 OKLAHOMA, HEAVY OILrTRI-STATE AREA 149 OIL, HEAVY, NEUTRAL ZONE, UNDISCOVERED RESERVES ST 25 573 OKLAHOMA, MAJOR GEOLOGIC FEATURES 146 OIL, HEAVY, NEUTRAL ZONE, WAFRA FIELD ST 25 583 OKLAHOMA, OVERBROOK AREA, TAR SANDS 146 OIL, HEAVY, OMAN, AMAL FIELD ST 25 584 OKLAHOMA, SOUTH WOODFORD AREA, TAR SANDS 146 OIL, HEAVY, OMAN, HABUR FIELD ST 25 571 OKLAHOMA, SOUTHERN, TAR SANDS, EVALUATION 146 OIL, HEAVY, OMAN, MARMUL FIELD ST 25 577 OKLAHOMA, SULPHUR TAR SANDS 146 OIL, HEAVY, OMAN, MUKHAIZNA FIELD ST 25 125 OKLAHOMA, TAR SAND 146 OIL. HEAVY, OMAN, NIMR FIELD ST 25 12 OKTYABISHOYE OIL FLD.. USSR, MIO. 148 OIL. HEAVY, OMAN, PRODUCTION, RESERVES ST 25 12 OLD ILLINOIS OIL FLD., USA 146 OIL, HEAVY, OMAN, QARN ALAM FIELD ST 25 54 OLENEKAREA, SIBERIA. USSR, BITUMEN 146 OIL. HEAVY, OMAN, RULIB FIELD ST 25 54 OLENEK AREA, SIBERIA. USSR, HEAVY OIL 149 OIL. HEAVY, OMAN, UNDISCOVERED RESERVES ST 25 44 OLENEK AREA, USSR, BITUMEN, CAMBRIAN 146 OIL, HEAVY, PAKISTAN, JOYA FIELD ST 25 44 OLENEK AREA, USSR, BITUMEN, PRECAMBRIAN

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index 725

ST 25 44 OLENEK DEPOSIT USSR, BITUMEN, PERMIAN ST 25 285 PARRYLANDS AREA, TRINIDAD, TYPE LOG ST 25 12 OLENEK TAR SAND, USSR, PERM. ST 25 281 PARRYLANDS FIELD, HEAVY OIL, TRINIDAD ST 25 108 OLIG.-MIO., VENEZUELA, ORINOCO OIL BELT, PALEOGEOGRAPHY ST 25 289 PARRYLANDS FIELD, TRINIDAD, CROSS SECTION ST 25 42 OLIGOCENE, CHINA, BAISE GRABEN, BITUMEN ST 25 290 PARRYLANDS FIELD, TRINIDAD, ISOPACH, OIL GRAVITY ST 25 42 OLIGOCENE, CHINA, DAGANG AREA, BITUMEN ST 25 286 PARRYLANDS FIELD, TRINIDAD, STRUCTURE MAP ST 25 42 OLIGOCENE, CHINA, JIANGHAN GRABEN, BITUMEN ST 25 513 PARTICLE SIZE ANALYSIS, CRET., CANADA, HEAVY OIL ST 25 42 OLIGOCENE, CHINA, LIAOHE GRABENS, BITUMEN ST 25 566 PASO ROBLES SS„ INDIAN VALLET AREA, CALIFORNIA ST 25 41 OLIGOCENE, USSR, KAMCHATKA MOBILE BELT, BITUMEN ST 25 159 • PAXSON, J.R..-PROBLEMS IN THE CHARACTERIZATION OF ST 25 12 OLOMORO-AFIESERE OIL FLD., NIGERIA, TERT. ST 25 12 PAZANAN OIL FLD., IRAN, OLIG./MIO. ST 25 146 OMAN, AMAL FIELD, HEAVY OIL ST 25 462 PEACE RIVER ARCH, CANADA, CROSS SECTION ST 25 10 OMAN, FAHUD OIL FLD., CRET. ST 25 12 PEACE RIVER TAR SAND, CANADA, CRET. ST 25 146 OMAN, HABUR FIELD, HEAVY OIL ST 25 36 PECHORA-GOROD FIELD, USSR, BITUMEN ST 25 148 OMAN, HEAVY OIL, PRODUCTION, RESERVES ST 25 12 PEMBINA OIL FLD., CANADA, CRET./DEV. ST 25 149 OMAN, HEAVY OIL, UNDISCOVERED RESERVES ST 25 368 PENTANE, ADSORBED ST 25 146 OMAN, MARMUL FIELD, HEAVY OIL ST 25 46 PERM, USSR, HEAVY OIL ST 25 12 OMAN, MARMUL OIL FLD., CRET. ST 25 298 PERMIAN BASIN, OIL, CARBON-ISOTOPE COMPOSITION ST 25 146 OMAN, MUKHAIZNA FIELD, HEAVY OIL ST 25 44 PERMIAN, USSR, OLENEK DEPOSIT, BITUMEN ST 25 12 OMAN, NAITH OIL FLD., CRET. ST 25 39 PERMIAN, USSR, SIBERIAN PLATFORM, BITUMEN ST 25 146 OMAN, NIMR FIELD, HEAVY OIL ST 25 36 PERMIAN, USSR, TIMAN-PECHORA BASIN, BITUMEN ST 25 146 OMAN, QARN ALAM FIELD. HEAVY OIL ST 25 36 PERMIAN, USSR, VOLGA-URALS BASIN, BITUMEN ST 25 146 OMAN, RULIB FIELD, HEAVY OIL ST 25 13 PERU, TALARA OIL FLD., EOC. ST 25 13 OMAN, YIBAL OIL FLD., CRET./PERM. ST 25 351 * PETERSEN, N.F.,-CALIFORNIA PLIO-MIOCENE OILS: EVIDENCE ST 25 566 ORCUTT AREA, CALIFORNIA, TAR SANDS ST 25 341 PETROLEUM, EXPULSION, SHALE, SOURCE ROCKS ST 25 357 ORCUTT FIELD, CALIFORNIA, GAS CHROMATOGRAM ST 25 454 PETROLEUM, HYDROLOGY ST 25 150 ORD/NEGRI RIVERS DEPOSIT, ASPHALT, AUSTRALIA ST 25 37 PETROPAVLOVSKIY FIELD, USSR, BITUMEN ST 25 90 ORDOS BASIN, GEOLOGY, CHINA ST 25 151 PHILIPPINES, LEYTE DEPOSIT, ASPHALT ST 25 44 ORDOVICIAN, USSR, SILIGAR-MARKHA RIVER DIVIDE, BITUMEN ST 25 183 t PHYSICAL AND CHEMICAL CHARACTERIZATION OF HEAVY CRUDE ST 25 459 ORE AND OIL DEPOSITS, TRAP SIMILARITIES OIL IN THE ORINOCO OIL BELT ST 25 46 ORENBURG, USSR, HEAVY OIL ST 25 165 PHYSICAL AND CHEMICAL CLASSIFICATION, BITUMEN ST 25 201 ORGANIC MATTER, ACCUMULATION RATES, MONTEREY FM. ST 25 37 PIONEER FIELD, USSR, BITUMEN ST 25 196 ORGANIC MATTER, FACTORS AFFECTING ABUNDANCE ST 25 12 PIPER OIL FLD., UK, JUR. ST 25 193 ORGANIC MATTER, MONTEREY FORMATION, CALIFORNIA ST 25 423 ' PIRIE, G.,-HEAVY-OIL CASE STUDY ON A SINGLE WELL IN ST 25 12 ORINOCO HEAVY OIL BELT OIL FLD., VENEZUELA, TERT./CRET. ST 25 566 PISMO SS., EDNA AREA, CALIFORNIA ST 25 377 ORINOCO HEAVY OIL BELT, GAS SANDS, VENEZUELA ST 25 48 PLATFORM LINEAGE DEPOSITS, HEAVY OIL, USSR ST 25 104 ORINOCO HEAVY OIL BELT, OPERATING COMPANIES ST 25 31 PLATFORM LINEAGE, HEAVY OIL DEPOSITS ST 25 377 ORINOCO HEAVY OIL BELT, PERICOCAL AREA, VENEZUELA ST 25 91 PLATFORM-LINEAGE DEPOSITS, CHINA ST 25 377 O R INO CO HEAVY O IL BELT, SEISM IC STRATIGRAPHY ST 25 566 PLEISTOCENE SS., G AVI OTA AREA, CALIFORNIA ST 25 189 O R INO CO OIL BELT, ASPHALTENES C O NTENT ST 25 44 PLEISTOCENE, USSR, MISCELLANEOUS, BITUMEN ST 25 191 O R INO CO OIL BELT, CERRO NEG RO AREA ST 25 351 PLIO-MIOCENE OILS, CALIFORNIA, EARLY GENERATION ST 25 175 ORINOCO OIL BELT, CRUDE QUALITY AND DISTRIBUTION ST 25 566 PLIOCENE SS., CHINO AREA, CALIFORNIA ST 25 428 ORINOCO OIL BELT, DEPOSITIONAL ENVIRONMENT ST 25 41 PLIOCENE, CHINA, QAIDAM BASIN, BITUMEN ST 25 103 ORINOCO OIL BELT, EXPLORATION AND EVALUATION ST 25 44 PLIOCENE, USSR, MISCELLANEOUS, BITUMEN ST 25 392 ORINOCO OIL BELT, GAS, RECOVERABLE RESERVES ST 25 40 PLIOCENE. USSR, WESTERN TURKMENIA, BITUMEN ST 25 185 O R INO CO OIL BELT, HAM A C A AREA ST 25 37 PODLESNOYE FIELD, USSR, BITUMEN ST 25 183 ORINOCO OIL BELT, HEAVY OIL, CHARACTERIZATION ST 25 566 POINT ARENA AREA, CALIFORNIA, TAR SANDS ST 25 391 O R IN O C O O IL BELT, ISOPACH, STRU C TU R E MAP ST 25 354 POINT CONCEPTION, CALIFORNIA, COST WELL ST 25 185 ORINOCO OIL BELT, MACHETAAREA ST 25 283 POINT FORTIN FIELD, TRINIDAD, GEOLOGIC MAP ST 25 112 ORINOCO OIL BELT, OIL DISTRIBUTION ST 25 12 POKACHEV OIL FLD., USSR, CRET./JUR. ST 25 177 ORINOCO OIL BELT, OIL DISTRIBUTION, QUALITY ST 25 36 POKCHA FIELD, USSR, BITUMEN ST 25 188 ORINOCO OIL BELT, OIL GRAVITY, DISTRIBUTION ST 25 589 * POLLASTRO, R.M.,-PRELIMINARY GEOLOGIC ANALYSIS OF THE ST 25 178 O R INO CO O IL BELT, O IL Q UALITY ST 25 566 PONCHO RICO SS., MYLAR AREA, CALIFORNIA ST 25 190 ORINOCO OIL BELT, OIL VISCOSITY ST 25 566 PONCO RICO SS., CHOLAME CREEK AREA, CALIFORNIA ST 25 181 O R INO CO O IL BELT, PROPERTIES, VARIATIONS ST 25 147 PONG NOK FIELD, THAILAND, HEAVY OIL ST 25 109 ORINOCO OIL BELT, RESERVOIRS, PETROPHYSICS ST 25 397 POROSITY EVALUATION, BOREHOLE GRAVITY SURVEY ST 25 110 ORINOCO OIL BELT, VENEZUELA, CROSS SECTION ST 25 399 POROSITY EVALUATION, COMPARISON OF METHODS ST 25 106 ORINOCO OIL BELT, VENEZUELA, GEOLOGY ST 25 395 f POROSITY OF UNCONSOLIDATED SAND, DIATOMITE, AND ST 25 111 ORINOCO OIL BELT, VENEZUELA, LOGGING PROGRAM FRACTURED SHALE RESERVOIRS, SOUTH BELRIDGE AND WEST ST 25 106 O R INO CO O IL BELT, V EN EZU ELA , M IGRATION PATH CAT CANYON OIL FIELDS, CALIFORNIA ST 25 113 ORINOCO OIL BELT, VENEZUELA, OIL PROPERTIES ST 25 445 POROSITY, CASED-HOLE, DETERMINATION WITH LOGS ST 25 114 ORINOCO OIL BELT, VENEZUELA, OIL RECOVERY ST 25 396 POROSITY, EVALUATION USING LOGS AND CORES ST 25 108 ORINOCO OIL BELT, VENEZUELA, OLIG.-MIO., PALEOGEOGRAPHY ST 25 35 POROSITY, RELATIONSHIP TO HEAVY OIL AND BITUMEN ST 25 111 ORINOCO OIL BELT, VENEZUELA, OPERATIONS, HISTORY ST 25 115 PORTIGUAR BASIN, BRAZIL, HEAVY OIL PRODUCTION ST 25 469 ORINOCO OIL BELT, VENEZUELA, REGIONAL HYDROLOGY ST 25 274 POSO CREEK FIELD, CALIFORNIA, CROSS SECTION ST 25 113 O RINO CO O IL BELT, VEN EZU ELA, SAN D ISOPACH ST 25 275 POSO CREEK FIELD, CALIFORNIA, OIL CHARACTER ST 25 105 ORINOCO OIL BELT, VENEZUELA, TERTIARY, CHRONOSTRAT. ST 25 498 POST-STEAM CORE ANALYSIS ST 25 423 ORINOCO OIL BELT, VENEZUELA, WELL CASE STUDY ST 25 498 POST-STEAM LOG ANALYSIS ST 25 185 O RINO CO OIL BELT, ZUATA AREA ST 25 117 POTIGUAR BASIN, BRAZIL FAZENDA FIELD, STRUCTURE ST 25 379 O RINO CO O IL BELT, ZUATA AREA, STRATIGRAPHY ST 25 116 POTIGUAR BASIN, BRAZIL, ACU ISOPACH ST 25 185 O RINO CO , O IL BELT, O IL PROPERTIES ST 25 117 POTIGUAR BASIN, BRAZIL, ALTO DO RODRIGUES FIELD ST 25 12 OSEBERG OIL FLD., NORWAY, JUR. ST 25 118 POTIGUAR BASIN, BRAZIL, ALTO DO RODRIGUES, RESERVOIR ST 25 37 OTSENOCHNAYA FIELD, USSR, BITUMEN ST 25 116 POTIGUAR BASIN, BRAZIL, CROSS SECTION ST 25 583 OVERBROOK AREA, OKLAHOMA, TAR SANDS ST 25 117 POTIGUAR BASIN, BRAZIL, ESTREITO FIELD, STRUCTURE ST 25 417 OVERPRESSURED ZONE, RELATION OF LOG DATA TO MECHANICS ST 25 118 POTIGUAR BASIN, BRAZIL, FAZENDA BELEM, RESERVOIR LOGS ST 25 623 OXNARD FIELD, CALIFORNIA, TAR SANDS ST 25 119 POTIGUAR BASIN, BRAZIL, STEAM INJECTION ST 25 651 t OXYGEN FIREFLOODING-THE STATE OF THE ART ST 25 625 POTTER FM., CALIFORNIA, TAR SANDS ST 25 197 OXYGEN, IN WATER, ORGANIC MATTER PRESERVATION ST 25 12 POZA RICA OIL FLD., MEXICO, CRET. ST 25 37 OYKINO-ALTUNINSKOYE FIELD. USSR, BITUMEN ST 25 624 PR SPRING DEPOSIT, UTAH, TAR SANDS ST 25 12 PR. SPRING TAR SAND, USA, EOC. ST 25 40 PRASKOVEYSK-CHKALOVO FIELD, USSR, BITUMEN ST 25 151 PAKISTAN, GANDAVA DEPOSIT, ASPHALT ST 25 12 PRAVDINSK OIL FLD., USSR, CRET./JUR. ST 25 151 PAKISTAN, GUNDA DEPOSIT, ASPHALT ST 25 38 PRE-URAL REEF TREND FIELD, USSR, BITUMEN ST 25 148 PAKISTAN, HEAVY OIL, PRODUCTION, RESERVES ST 25 44 PRECAMBRIAN, USSR, ALDAN ANTECLISE, BITUMEN ST 25 149 PAKISTAN, HEAVY OIL, UNDISCOVERED RESERVES ST 25 44 PRECAMBRIAN, USSR, ANABAR ARCH, BITUMEN ST 25 151 PAKISTAN, ISAKHEL DEPOSIT, ASPHALT ST 25 44 PRECAMBRIAN, USSR, OLENEK AREA, BITUMEN ST 25 146 PAKISTAN, JOYA MIR FIELD, HEAVY OIL ST 25 607 t PRELIMINARY EVALUATIONS APPLICABLE TO PREDICTING THE ST 25 151 PAKISTAN, KHARAN DEPOSIT, ASPHALT PROBABILITY OF OCCURRENCE FOR COMPACTION AND ST 25 40 PALEOCENE, USSR, AMU DAR’YA, BITUMEN SUBSIDENCE RESULTING FROM FLUID WITHDRAWAL IN ST 25 40 PALEOCENE, USSR, CAUCASUS COMPLEX, BITUMEN ST 25 589 t PRELIMINARY GEOLOGIC ANALYSIS OF THE TAR SANDS NEAR ST 25 319 PALEOZOIC CARBONATES. ALBERTA, BITUMEN-BEARING SUNNYSIDE. UTAH ST 25 145 PAMUSIAN FIELD, INDONESIA, HEAVY OIL ST 25 54 PRICASPIAN BASIN. USSR, BITUMEN ST 25 12 PANHANDLE OIL FLD., USA, PERM./PENN. ST 25 39 PRICASPIAN BASIN, USSR, BITUMEN, CRETACEOUS ST 25 151 PAPUA NEW GUINEA, VAILALA RIVER DEPOSIT, ASPHALT ST 25 39 PRICASPIAN BASIN, USSR, BITUMEN, DEVONIAN ST 25 151 PAPUA NEW GUINEA, YULE ISLAND DEPOSIT, ASPHALT ST 25 39 PRICASPIAN BASIN, USSR. BITUMEN, JURASSIC ST 25 123 * PAQUE, M.,-MAJOR TAR SAND AND HEAVY-OIL DEPOSITS OF ST 25 39 PRICASPIAN BASIN, USSR, BITUMEN. TRIASSIC ST 25 12 PARIS OIL FLD., IRAN, OLIG./MIO. ST 25 67 PRICASPIAN BASIN, USSR, GEOLOGY ST 25 623 PARIS VALLEY FIELD, CALIFORNIA, TAR SANDS ST 25 54 PRICASPIAN BASIN, USSR, HEAVY OIL ST 25 377 * PARRA, N.,-DELINEATION OF GAS SANDS BY SEISMIC ST 25 12 PRILUKSKOYE OIL FLD., USSR, CARB.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 726 Index

ST 25 345 t PRIMARY AND SECONDARY MIGRATION OF OIL ST 25 148 RESERVES, HEAVY OIL, KUWAIT ST 25 507 t PRIMROSE-KIRBY AREA IN THE SOUTHERN ATHABASCA, ALBERTA, ST 25 148 RESERVES, HEAVY OIL, MALAYSIA CANADA: A DETAILED GEOLOGICAL INVESTIGATION, THE ST 25 148 RESERVES, HEAVY OIL, NEUTRAL ZONE ST 25 53 PRIPYAT DEPRESSION, USSR, OIL DENSITY, DISTRIBUTION ST 25 148 RESERVES, HEAVY OIL, OMAN ST 25 54 PRIPYAT GRABEN, BALTIC SYNECLISE, USSR, BITUMEN ST 25 148 RESERVES, HEAVY OIL, PAKISTAN ST 25 54 PRIPYAT GRABEN, BALTIC SYNECLISE, USSR, HEAVY OIL ST 25 148 RESERVES, HEAVY OIL, QATAR ST 25 36 PRIPYAT GRABEN, USSR. BITUMEN, DEVONIAN ST 25 148 RESERVES. HEAVY OIL, SAUDI ARABIA ST 25 52 PRIPYAT GRABEN, USSR. CROSS SECTIONS ST 25 148 RESERVES. HEAVY OIL, SYRIA ST 25 50 PRIPYAT GRABEN, USSR, GEOLOGY ST 25 148 RESERVES, HEAVY OIL, TAIWAN ST 25 51 PRIPYAT GRABEN, USSR, STRUCTURE MAP ST 25 123 RESERVES, HEAVY OIL, TAR SANDS, UNITED STATES ST 25 489 t PROBLEMS FREQUENTLY ENCOUNTERED IN EVALUATING TAR ST 25 148 RESERVES, HEAVY OIL, THAILAND SAND RESOURCES-THE SOUTH TEXAS SAN MIGUEL DEPOSIT ST 25 148 RESERVES, HEAVY OIL, TURKEY ST 25 159 t PROBLEMS IN THE CHARACTERIZATION OF HEAVY AND LESS ST 25 149 RESERVES, UNDISCOVERED, BRUNEI, HEAVY OIL HEAVY CRUDE OILS ST 25 149 RESERVES, UNDISCOVERED, BURMA, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, AUSTRALIA ST 25 149 RESERVES, UNDISCOVERED, INDIA, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, BRUNEI ST 25 149 RESERVES, UNDISCOVERED, INDONESIA, HEAVY OIL ST 25 148 PRODUCTION. HEAVY OIL, BURMA ST 25 149 RESERVES, UNDISCOVERED, IRAN, HEAVY OIL ST 25 301 PRODUCTION, HEAVY OIL, CALIFORNIA, COALINGA FIELD ST 25 149 RESERVES, UNDISCOVERED, IRAQ, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, INDIA ST 25 149 RESERVES, UNDISCOVERED, JAPAN, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, INDONESIA ST 25 149 RESERVES, UNDISCOVERED, KUWAI, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, IRAN ST 25 149 RESERVES, UNDISCOVERED, MALAYASIA, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, IRAQ ST 25 149 RESERVES, UNDISCOVERED, NEUTRAL ZONE, HEAVY OIL ST 25 148 PRODUCTION. HEAVY OIL, JAPAN ST 25 149 RESERVES, UNDISCOVERED, OMAN, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, KUWAIT ST 25 149 RESERVES, UNDISCOVERED, PAKISTAN, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, MALAYSIA ST 25 149 RESERVES, UNDISCOVERED, QATAR, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, NEUTRAL ZONE ST 25 149 RESERVES, UNDISCOVERED, SAUDI ARABIA, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, OMAN ST 25 149 RESERVES, UNDISCOVERED, SYRIA, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, PAKISTAN ST 25 149 RESERVES, UNDISCOVERED, THAILAND, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, QATAR ST 25 149 RESERVES, UNDISCOVERED, TURKEY, HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, SAUDI ARABIA ST 25 663 RESERVOIR EVALUATION, HEAVY OIL, TAR SAND, TECHNIQUES ST 25 148 PRODUCTION, HEAVY OIL, SYRIA ST 25 35 RESERVOIR POROSITY, RELATIONSHIP TO HEAVY OIL ST 25 148 PRODUCTION, HEAVY OIL, TAIWAM ST 25 512 RESERVOIRS, OIL, CHARACTERIZATION, WESTERN CANADA ST 25 148 PRODUCTION, HEAVY OIL, THAILAND ST 25 455 RESIDENCE TIME, HYDROCARBONS ST 25 148 PRODUCTION, HEAVY OIL, TURKEY ST 25 571 f RESOURCE EVALUATION OF SELECTED TAR-SAND DEPOSITS IN ST 25 196 PRODUCTIVITY, RELATION TO ORGANIC-MATTER AMOUNTS SOUTHERN OKLAHOMA ST 25 39 PRORVA FIELD, USSR, BITUMEN ST 25 155 RESOURCES, REGIONAL, SUMMARY ST 25 12 PRUDHOE BAY OIL FLD., USA, TR./MISS, ST 25 492 RETORT TECHNIQUE, CONVENTIONAL, CORE ANALYSIS ST 25 12 PT. ARG U E LLO O IL FLD., USA, MIO. ST 25 12 RHOURDE EL BAGUEL OIL FLD., ALGERIA, CAMB./ORD. ST 25 12 PUNGARAYACU OIL FLD., ECUADOR, CRET. ST 25 12 RIO NUEVO OIL FLD., MEXICO, CRET. ST 25 566 PURISIMA SS., SARGENT RANCH AREA, CALIFORNIA ST 25 54 RIONI AREA, CAUCASUS COMPLEX, USSR, BITUMEN ST 25 39 PUSTYNNOYE FIELD, USSR, BITUMEN ST 25 54 RIONI AREA, CAUCASUS COMPLEX, USSR, HEAVY OIL ST 25 473 * PUTNAM. PE.,-GEOLOGICAL ASSESSMENT OF HEAVY-OIL ST 25 41 RISHTAN FIELD. USSR, BITUMEN ST 25 41 QAIDAM BASIN, CHINA, BITUMEN, PLIOCENE ST 25 351 RO, ONSET OF OIL GENERATION ST 25 90 QAIDAM BASIN, GEOLOGY, CHINA ST 25 351 RO, SEE ALSO VITRINITE REFLECTANCE ST 25 146 QAIYARAH FIELD, IRAQ, HEAVY OIL ST 25 3 * ROADIFER, R.E..-SIZE DISTRIBUTIONS OFTHE WORLD'S ST 25 146 QARN ALAM FIELD, OMAN, HEAVY OIL ST 25 453 ’ ROBERTS, W.H.,-COMMON CONDITIONS FOR HEAVY OILS ST 25 146 QASAB FIELD, IRAQ, HEAVY OIL ST 25 38 RODINSKOYE FIELD, USSR, BITUMEN ST 25 10 QATAR, BUL HANINE OIL FLD., JUR. ST 25 27 ROMANIA, VIDELE/BALARIA, EOR PROJECT ST 25 10 QATAR, DUKHAN OIL FLD., JUR. ST 25 37 ROMASHKINO FIELD, USSR, BITUMEN ST 25 148 QATAR, HEAVY OIL, PRODUCTION, RESERVES ST 25 12 ROMASHKINO OIL FLD., USSR, DEV./CARB. ST 25 149 QATAR, HEAVY OIL, UNDISCOVERED RESERVES ST 25 39 ROMNY FIELD, USSR, BITUMEN ST 25 11 QATAR, IDD-EL-SHARQI OIL FLD., JUR./CRET. ST 25 150 ROPER RIVER DEPOSIT, ASPHALT, AUSTRALIA ST 25 146 QATAR, MAYDAN MAHZAM FIELD, HEAVY OIL ST 25 146 RULIB FIELD, OMAN, HEAVY OIL ST 25 12 QATAR, MAYDAN/MAHZAN OIL FLD., JUR. ST 25 12 RUMAILA OIL FLD., IRAQ. CRET. ST 25 12 QATIF OIL FLD., SAUDI ARABIA, JUR. ST 25 12 RUMANIA, MORENI-GURA-OCNITEL OIL FLD., PLIO. ST 25 150 QAYYARAH DEPOSIT, ASPHALT, IRAQ ST 25 39 RUSSKOYE FIELD, USSR, BITUMEN ST 25 12 QUAIYARAH OIL FLD., IRAQ, MIO./CRET. ST 25 69 RUSSKOYE, WEST SIBERIA. USSR, HEAVY OIL ST 25 39 QUATERNARY, USSR, SIBERIAN PLATFORM, BITUMEN ST 25 50 RYBINSK DEPRESSION, USSR, GEOLOGY ST 25 12 QUIRIQUIRE OIL FLD., VENEZUELA, PLIO./MIO. ST 25 37 RYSOVSKOYE FIELD, USSR, BITUMEN ST 25 38 RADAYEV FIELD, USSR, BITUMEN ST 25 12 S. SWAN HILLS OIL FLD., CANADA, DEV. ST 25 36 RADOMLYANSKOYE FIELD, USSR, BITUMEN ST 25 13 S. TIM B A LIE R 21 O IL FLD., USA, M IO ./PLIO. ST 25 12 RAG-EL-SAFID OIL FLD., IRAN, OLIG./MIO./CRET. ST 25 13 SABRIYA OIL FLD., KUWAIT, CRET. ST 25 12 RAGUBA OIL FLD., LIBYA, CRET./CAMB./ORD. ST 25 13 SACHA OIL FLD., ECUADOR, CRET. ST 25 12 RAINBOW COMPLEX OIL FLD., CANADA, DEV./CRET. ST 25 147 SADAWI FIELD, SAUDI ARABIA, HEAVY OIL ST 25 12 RAMADAN OILFLD., EGYPT, CRET./CARB. ST 25 38 SADKI FIELD, USSR, BITUMEN ST 25 147 RAMAN FIELD. TURKEY, HEAVY OIL ST 25 13 SAFANIYA-KHAFJI OIL FLD., SAUD. ARB./NET Z, CRET. ST 25 281 * RAMBARRAN. H.,-SIGNIFICANCE OF GRAVITY SEGREGATION IN ST 25 13 SAHIL OIL FLD., ABU DHABI, CRET. ST 25 150 RAMHORMOZ DEPOSIT, ASPHALT, IRAN ST 25 55 SAKHALIN ISLAND, NORTH, ASIA, BITUMEN ST 25 12 RANGELY OIL FLD., USA, PERM./CRET./TR. ST 25 55 SAKHALIN ISLAND, NORTH, ASIA, HEAVY OIL ST 25 146 RATAWl FIELD, IRAQ, HEAVY OIL ST 25 46 SAKHALIN, USSR, HEAVY OIL ST 25 146 RATGA FIELD, KUWAIT, HEAVY OIL ST 25 41 SAKHELIV MOBILE BELT, USSR, BITUMEN, MIOCENE ST 25 12 RATGA OIL FLD., KUWAIT, MIO. ST 25 147 SALHIEH FIELD, SYRIA, HEAVY OIL ST 25 12 RAUDHATAIN OIL FLD., KUWAIT, CRET. ST 25 230 SALINITY VS. DEPTH, DEAD SEA ST 25 341 * RECOGNITION AND QUANTIFICATION OF PETROLEUM EXPULSION ST 25 13 SALT CREEK OIL FLD., USA, CRET./JUR./PENN. FROM SHALE SOURCE ROCKS ST 25 469 SALT FEATURES, ATHABASCA OIL SANDS, CANADA ST 25 679 * RECOVERY METHODS FOR HEAVY OIL AND TAR SANDS ST 25 13 SALYMSKOYE OIL FLD., USSR, CRET./JUR. ST 25 621 RECOVERY PROJECTS, TAR SANDS, U.S., 1984 ST 25 147 SALYNYEN FIELD, SYRIA, HEAVY OIL ST 25 261 RECOVERY, HEAVY OIL ST 25 13 SAMAH OIL FLD., LIBYA, CRET./CAMB./ORD. ST 25 629 RECOVERY, HEAVY OIL, CARBON DIOXIDE ST 25 40 SAMANTEPE FIELD, USSR, BITUMEN ST 25 645 RECOVERY, HEAVY OIL, ELECTRIC HEATING, IN SITU ST 25 13 SAMARIA-CUNDUACAN OIL FLD.. MEXICO, JUR./CRET./MIO ST 25 615 RECOVERY, HEAVY OIL, FEASIBILITY ST 25 13 SAMOTLOR OIL FLD., USSR, CRET ST 25 603 RECOVERY, UNCONVENTIONAL, HEAVY OIL, TAR SANDS ST 25 437 SAMPLING, HEAVY OIL, EXPLORLATION ST 25 566 RED ROCK MOUNTAIN AREA, CALIFORNIA, TAR SANDS ST 25 689 SAN ANDRES FAULT SYSTEM, CALIFORNIA ST 25 12 REDWATER OIL FLD., CANADA, DEV./CRET. ST 25 13 SAN ANDRES OIL FLD., MEXICO, CRET./JUR./EOC. ST 25 566 REEF RIDGE AREA, CALIFORNIA, TAR SANDS ST 25 13 SAN ARDO OIL FLD., USA, MIO. ST 25 625 REEF RIDGE FM., CALIFORNIA, TAR SANDS ST 25 400 SAN JOAQUIN BASIN, CALIFORNIA, OIL FIELDS ST 25 155 REGIONAL RESOURCES, SUMMARY ST 25 625 SAN MIGUEL FM., TEXAS, TAR SANDS ST 25 93 RENQIU OIL FIELD, CHINA ST 25 132 SAN MIGUEL SAND, TEXAS, FIELD RICHNESS ST 25 148 RESERVES, HEAVY OIL, AUSTRALIA ST 25 489 SAN MIGUEL TAR SANDS, SOUTH TEXAS. EVALUATION ST 25 148 RESERVES, HEAVY OIL, BRUNEI ST 25 395 SAND, UNCONSOLIDATED, POROSITY, CALIFORNIA ST 25 148 RESERVES, HEAVY OIL, BURMA ST 25 607 SANDS, UNCONSOLIDATED, FLUID WITHDRAWAL EFFECTS ST 25 148 RESERVES, HEAVY OIL. INDIA ST 25 327 SANDSTONE, FLUVIAL, HEAVY OIL, MISSOURI ST 25 148 RESERVES, HEAVY OIL. INDONESIA ST 25 623 SANER RANCH FIELD, TEXAS. TAR SANDS ST 25 148 RESERVES, HEAVY OIL, IRAN ST 25 145 SANGA SANGA FIELD, INDONESIA, HEAVY OIL ST 25 148 RESERVES, HEAVY OIL, IRAQ ST 25 13 SANGACHALY-DUVANNYY OIL FLD., USSR, PLIO. ST 25 148 RESERVES, HEAVY OIL, JAPAN ST 25 365 SANTA BARBARA, GEOCHEMICAL SURVEY, HEAVY OIL

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index

ST 25 566 SANTA CRUZ AREA, CALIFORNIA. TAR SANDS ST 25 54 SIBERIA, CENTRAL OLENEK AREA, USSR, HEAVY OIL ST 25 13 SANTA FE SPRINGS OIL FLD., USA, PLIO./MIO. ST 25 54 SIBERIA, KAZAKHSTAN AREA, USSR, BITUMEN ST 25 566 SANTA MARGARITA SS., SANTA CRUZ AREA, CALIFORNIA ST 25 54 SIBERIA, KAZAKHSTAN AREA, USSR, HEAVY OIL ST 25 566 SANTA MARGARITA SS., WEST KING CITY AREA, CALIFORNIA ST 25 54 SIBERIA, NORDVIK AREA, USSR, BITUMEN ST 25 566 SANTA MARGARITA SS.. WEST SAN ARDO AREA, CALIFORNIA ST 25 54 SIBERIA, NORDVIK AREA, USSR, HEAVY OIL ST 25 685 SANTA MARIA DISTRICT, CALIFORNIA, GEOLOGY, OIL ST 25 54 SIBERIA, OLENEK AREA, USSR, BITUMEN ST 25 316 SANTA MARIA OIL DISTRICT, CALIFORNIA ST 25 54 SIBERIA, OLENEK AREA, USSR, HEAVY OIL ST 25 296 SANTA ROSA SANDSTONE, NEW MEXICO STRATIGRAPHY ST 25 54 SIBERIA, TURGAY AREA, USSR, BITUMEN ST 25 294 SANTA ROSA TAR SAND, NEW MEXICO, GEOLOGIC MAP ST 25 54 SIBERIA, TURGAY AREA, USSR, HEAVY OIL ST 25 293 SANTA ROSA, NEW MEXICO, TAR SANDS ST 25 54 SIBERIA, URALS AREA, USSR, BITUMEN ST 25 37 SARABIKULOVO FIELD, USSR, BITUMEN ST 25 54 SIBERIA, URALS AREA, USSR. HEAVY OIL ST 25 39 SARANKHUR FIELD, USSR, BITUMEN ST 25 73 SIBERIA, USSR. BITUMEN DEPOSITS ST 25 566 SARGENT RANCH AREA, CALIFORNIA, TAR SANDS ST 25 33 SIBERIA, USSR, BITUMENS. COMPOSITION ST 25 13 SARIR OIL FLD., LIBYA, CRET. ST 25 33 SIBERIA, USSR, BITUMENS, PHYSICOCHEMICAL PROPERTIES ST 25 13 SARKHAM OIL FLD., IRAN, CRET. ST 25 54 SIBERIA, VOSTOCHNO-ANABAR AREA, USSR, BITUMEN ST 25 37 SARSAKSK FIELD, USSR, BITUMEN ST 25 54 SIBERIA, VOSTOCHNO-ANABAR AREA, USSR, HEAVY OIL ST 25 13 SASSAN-ABU AL BUKHOOSH OIL FLD., IRAN/ABU DHABI, CRET. ST 25 54 SIBERIA, WEST SIBERIAN BASIN, USSR, BITUMEN ST 25 13 SATH AL RAAZBOOT OIL FLD . ABU DHABI, JUR. ST 25 54 SIBERIA, WEST SIBERIAN BASIN, USSR, HEAVY OIL ST 25 13 SAUD. ARB./NET Z, SAFANIYA-KHAFJI OIL FLD., CRET. ST 25 39 SIBERIA, WEST, USSR, BITUMEN. CRETACEOUS ST 25 9 SAUDI ARABIA, ABQAIQ OIL FLD., JUR. ST 25 69 SIBERIA, WEST, USSR, GEOLOGY ST 25 9 SAUDI ARABIA, ABU HADRIYA OIL FLD., JUR. ST 25 69 SIBERIA, WEST, USSR, HEAVY OIL, AY-YANSK ST 25 9 SAUDI ARABIA, ABU JIFFAN OIL FLD., JUR. ST 25 69 SIBERIA, WEST, USSR, HEAVY OIL, AY-YAUN ST 25 147 SAUDI ARABIA, ABU SA’FAH FIELD, HEAVY OIL ST 25 69 SIBERIA, WEST, USSR, HEAVY OIL, RUSSOYE ST 25 9 SAUDI ARABIA, ABU SA’FAH OIL FLD., JUR. ST 25 69 SIBERIA, WEST, USSR, HEAVY OIL, TAZ ST 25 10 SAUDI ARABIA, BERRI OIL FLD., JUR./PERM. ST 25 69 SIBERIA, WEST, USSR, HEAVY OIL, VAN-YEGAN ST 25 10 SAUDI ARABIA, DAMMAM OIL FLD., JUR./CRET./PERM. ST 25 39 SIBERIAN PLATFORM, USSR, BITUMEN, JURASSIC ST 25 10 SAUDI ARABIA, FADHILI OIL FLD., JUR. ST 25 39 SIBERIAN PLATFORM, USSR, BITUMEN, PERMIAN ST 25 11 SAUDI ARABIA, GHAWAR OIL FLD., JUR. ST 25 39 SIBERIAN PLATFORM, USSR, BITUMEN, QUATERNARY ST 25 11 SAUDI ARABIA, HARMALIYAH OIL FLD., JUR./PERM. ST 25 39 SIBERIAN PLATFORM, USSR, BITUMEN, TERTIARY ST 25 148 SAUDI ARABIA, HEAVY OIL, PRODUCTION, RESERVES ST 25 39 SIBERIAN PLATFORM, USSR. BITUMEN, TRIASSIC ST 25 149 SAUDI ARABIA, HEAVY OIL. UNDISCOVERED RESERVES ST 25 74 SIBERIAN PLATFORM, USSR. GEOLOGY ST 25 147 SAUDI ARABIA, JURAYD FIELD, HEAVY OIL ST 25 91 SICHUAN BASIN, GEOLOGY, CHINA ST 25 11 SAUDI ARABIA, KHURAIS OIL FLD., JUR./PERM. ST 25 281 t SIGNIFICANCE OF GRAVITY SEGREGATION IN HEAVY-OIL ST 25 11 SAUDI ARABIA, KHUSANIYAH OIL FLD., JUR. DISTRIBUTION, FOREST ’A’ RESERVOIR, PARRYLANDS FIELD, ST 25 11 SAUDI ARABIA, LAWHAH OIL FLD., CRET. TRINIDAD, WEST INDIES ST 25 11 SAUDI ARABIA, MAHARAH OIL FLD., JUR. ST 25 301 • SIGNIFICANCE OF RESERVOIR STRATIGRAPHY IN PRODUCTION OF ST 25 11 SAUDI ARABIA, MANIFA OIL FLD., CRET./JUR. HEAVY OIL FROM COALINGA OIL FIELD, CALIFORNIA ST 25 12 SAUDI ARABIA, MAZALIJ OIL FLD., JUR. ST 25 44 SILIGAR-MARKHA RIVER DIVIDE, USSR, BITUMEN, ORDOVICIAN ST 25 12 SAUDI ARABIA, QATIF OIL FLD., JUR. ST 25 13 SILIGER TAR SAND, USSR, CAMB. ST 25 147 SAUDI ARABIA, SADAWI FIELD. HEAVY OIL ST 25 44 SILIGIR-MARKHA RIVER DIVIDE, USSR, BITUMEN, CAMBRIAN ST 25 13 SAUDI ARABIA, SHAYBAH OIL FLD., CRET. ST 25 147 SILIVANKA FIELD. TURKEY, HEAVY OIL ST 25 14 SAUDI ARABIA, ZUBBAYA OIL FLD., CRET./JUR. ST 25 145 SIMTONG FIELD, INDONESIA. HEAVY OIL ST 25 14 SAUDI ARABIA, ZULUT OIL FLD., CRET./JUR. ST 25 147 SIRIKIT FIELD, THAILAND, HEAVY OIL ST 25 10 SAUDI ARB./IRAN, FEREIDOON-MARJAN OIL FLD., CRET./JUR. ST 25 566 SISQUOC AREA, CALIFORNIA, TAR SANDS ST 25 589 ' SCHENK, C.J.,-PRELIMINARY GEOLOGIC ANALYSIS OF THE TAR ST 25 625 SISQUOC FM., CALIFORNIA, TAR SANDS ST 25 423 • SCHWEITZER, J.,-HEAVY-OIL CASE STUDY ON A SINGLE WELL ST 25 566 SISQUOC FM., CASMALIA AREA, CALIFORNIA ST 25 437 * SCOTT, J.D.,-CORING AND SAMPLING IN HEAVY-OIL ST 25 566 SISQUOC FM., ORCUTT AREA, CALIFORNIA ST 25 345 SECONDARY MIGRATION OIL ST 25 566 SISQUOC FM., RED ROCK MOUNTAIN AREA, CALIFORNIA ST 25 36 SED’IOL’ FIELD, USSR, BITUMEN ST 25 38 SIVOKAMENNAYA FIELD, USSR, BITUMEN ST 25 377 SEISMIC STRATIGRAPHY, GAS SANDS, ORINOCO, VENEZUELA ST 25 3 • SIZE DISTRIBUTIONS OF THE WORLD’S LARGEST KNOWN OIL AND ST 25 145 SELATAN FIELD, INDONESIA, HEAVY OIL TAR ACCUMULATIONS ST 25 145 SERIA FIELD, BRUNEI, HEAVY OIL ST 25 679 SLATER, J.A.,-RECOVERY METHODS FOR HEAVY OIL AND TAR ST 25 13 SERIA OILFLD., BRUNEI, MIO. ST 25 13 SLAUGHTER/LEVELLAND OIL FLD., USA. PERM./PENN. ST 25 145 SESANIP FIELD, INDOENSIA, HEAVY OIL ST 25 13 SMACKOVER OIL FLD., USA. CRET./JUR./PENN. ST 25 36 SEVERO-ASHAL’CHI FIELD, USSR, BITUMEN ST 25 13 SMARANG OIL FLD., MALAYSIA, MIO. ST 25 37 SEVERO-IBRAYKINSKOYE FIELD, USSR, BITUMEN ST 25 145 SOBHASAN FIELD, INDIA, HEAVY OIL ST 25 40 SEVERO-KRYM FIELD, USSR, BITUMEN ST 25 13 SOLDADO OIL FLD., TRINIDAD/TOBAGO, MIO. ST 25 147 SEZGIN FIELD, TURKEY, HEAVY OIL ST 25 604 SOLIDIFICATION, RECOVERY OF HEAVY OIL, TAR SANDS ST 25 13 SHAH OIL FLD., ABU DHABI, CRET ST 25 345 SOLUTION, AS MIGRATION MECHANISM ST 25 395 SHALE, FRACTURED RESERVOIR, POROSITY, CALIFORNIA ST 25 603 SOLVENTS, EOR. HEAVY OIL ST 25 341 SHALE, SOURCE ROCKS, OIL EXPULSION ST 25 626 SOLVENTS, USE IN TAR SAND RECOVERY ST 25 327 t SHALLOW HEAVY-OIL DEPOSITS IN A PENNSYLVANIAN FLUVIAL ST 25 55 SONGLIAO BASIN, CHINA, BITUMEN SANDSTONE RESERVOIR, EASTBURN FIELD, MISSOURI ST 25 42 SONGLIAO BASIN, CHINA, BITUMEN, CRETACEOUS ST 25 42 SHANJIASI FIELD, CHINA, BITUMEN ST 25 55 SONGLIAO BASIN, CHINA, HEAVY OIL ST 25 147 SHANTZECHIAO FIELD, TAIWAN, HEAVY OIL ST 25 92 SONGLIAO BASIN, GEOLOGY, CHINA ST 25 42 SHANZIQIAO FIELD, TAIWAN. BITUMEN ST 25 13 SOUEDIE OIL FLD., SYRIA, CRET./TR /JUR. ST 25 13 SHAYBAH OIL FLD., SAUDI ARABIA, CRET ST 25 341 SOURCE ROCKS, SHALE, OIL EXPULSION ST 25 39 SHCHUCH’YE-SALETA FIELD, USSR, BITUMEN ST 25 193 • SOURCES AND DEPOSITION OF ORGANIC MATTER IN THE ST 25 55 SHEGLI AREA, CHINA, BITUMEN MONTEREY FORMATION, SOUTH-CENTRAL COASTAL BASINS OF ST 25 55 SHEGLI AREA, CHINA, HEAVY OIL CALIFORNIA ST 25 147 SHEIK MANSUR FIELD, SYRIA. HEAVY OIL ST 25 402 SOUTH BELRIDGE FIELD, PRODUCTION HISTORY ST 25 42 SHENGLI AREA, CHINA, BITUMEN, NEOGENE ST 25 401 SOUTH BELRIDGE FIELD, STRUCTURE, CROSS SECTION ST 25 42 SHENGLI AREA, CHINA, BITUMEN, OLIGOCENE ST 25 395 SOUTH BELRIDGE, CALIFORNIA, OIL FIELD, POROSITY ST 25 42 SHENGLI AREA, CHINA, BITUMEN, PALEOGENE ST 25 566 SOUTH SULFUR MOUNTAIN AREA, CALIFORNIA, TAR SANDS ST 25 42 SHENGLI AREA, CHINA, BITUMEN, PROTEROZOIC ST 25 41 SOUTH TADZHIK, USSR, BITUMEN, PALEOCENE ST 25 93 SHENGLI AREA, GEOLOGY, CHINA ST 25 489 SOUTH TEXAS. TAR SANDS, EVALUATION PROBLEMS ST 25 42 SHENGTUO FIELD, CHINA. BITUMEN ST 25 13 SOUTHWEST/AMPA OIL FLD., BRUNEI. MIO. ST 25 13 SHKAPOVO O IL FLD.. USSR. DEV. ST 25 13 SOVETSKOYE OIL FLD., USSR, CRET./JUR. ST 25 13 SHO-VEL-TUM OIL FLD., USA. PERM. TO CAMB. ST 25 476 SPARKY FM., CANADA, ISOPACH ST 25 146 SHONAI FIELD, JAPAN. HEAVY OIL ST 25 13 SPRAYBERRY OIL FLD., USA, PERM./PENN./DEV. ST 25 42 SHUGUANG FIELD, CHINA, BITUMEN ST 25 39 SREDNE-VILYUY FIELD, USSR, BITUMEN ST 25 37 SHUGUROVO FIELD, BITUMEN ST 25 36 SREDNEMAKARIKHA FIELD, USSR, BITUMEN ST 25 36 SHUL’GORI FIELD, USSR, BITUMEN ST 25 54 SREDNEMALHARIKA FIELD, TIMAN-PECHORA BASIN, USSR ST 25 150 SHUMAN DEPOSITS, ASPHALT, JAPAN, MASUDA ST 25 38 STAKHANOV FIELD, USSR, BITUMEN ST 25 13 SHUROM OIL FLD., IRAN, CRET. ST 25 221 ’‘ STARINSKY, A..-LIGHT-OILS TRANSFORMATION TO HEAVY OILS ST 25 13 SHUSHUFINDI OIL FLD., ECUADOR, CRET ST 25 40 STARO-KALUZHSKAYA FIELD, USSR, BITUMEN ST 25 71 SIBERIA BASIN, WEST, USSR, OIL AND GAS FIELDS ST 25 36 STAROYUMRALINSK FIELD, USSR, BITUMEN ST 25 54 SIBERIA, ALDAN AREA, USSR. BITUMEN ST 25 175 STATISTICAL ANALYSIS, OIL QUALITY AND DISTRIBUTION ST 25 54 SIBERIA, ALDAN AREA, USSR, HEAVY OIL ST 25 642 STEAM GENERATION, CARBON DIOXIDE ST 25 54 SIBERIA, ARGA-SALA AREA, USSR, BITUMEN ST 25 679 STEAM INJECTION, EOR, HEAVY OIL ST 25 54 SIBERIA, ARGA-SALA AREA, USSR, HEAVY OIL ST 25 119 STEAM INJECTION, POTIGUAR BASIN, BRAZIL ST 25 54 SIBERIA, AYKHAL AREA, USSR, BITUMEN ST 25 504 STEAM INJECTION, STREET RANCH, SOUTH TEXAS ST 25 54 SIBERIA, AYKHAL AREA, USSR, HEAVY OIL ST 25 673 STEAM STIMULATION, EOR, CANADA, WESTERN ST 25 54 SIBERIA, BAYKAL AREA, USSR, BITUMEN ST 25 680 STEAMFLOODING, EOR ST 25 54 SIBERIA, BAYKAL AREA, USSR, HEAVY OIL ST 25 240 STERANE PATTERNS, BIODEGRADED TAR SAND BITUMEN ST 25 54 S i b e r i a , c e n t r a l o l e n e k a r e a , u s s r , b i t u m e n ST 25 271 STERANE/TERPANE RATIOS, EMERAUDE FIELD

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 728 Index

ST 25 271 STERANE/TERPANE RATIOS, LIKOUALA FIELD ST 25 13 TAR SPRINGS TRIANGLE TAR SAND, USA, PERM. ST 25 679 * STOSUR, J.J.G.,-RECOVERY METHODS FOR HEAVY OIL AND TAR ST 25 521 f TAR-SAND EXPLORATION IN KENTUCKY ST 25 13 STRAROQROZNYY OIL FLD., USSR, CRET./MIO. ST 25 145 TARAKAN FIELD, INDONESIA, HEAVY OIL ST 25 13 STRATFJORD OIL FLD., NORWAY/UK, JUR./TR. ST 25 89 TARIM BASIN, GEOLOGY, CHINA ST 25 607 SUBSIDENCE, COMPACTION, FLUID REMOVAL, PREDICTION ST 25 41 TASHRAVAT FIELD, USSR, BITUMEN ST 25 39 SUDOVAYA VISHNYA FIELD, USSR, BITUMEN ST 25 41 TATAR STR A IT BASIN FIELD, USSR. BITUM EN ST 25 247 SULFUR COMPOUNDS, HEAVY OIL ST 25 46 TATARIA, USSR, HEAVY OIL ST 25 245 SULFUR, CONTENT, RELATION TO BIODEGRADATION ST 25 37 TATARIYA ADAM FIELD, USSR, BITUMEN ST 25 253 SULFUR, REMOVAL USING BACTERIA ST 25 38 TATYSHLINSKOYE FIELD, USSR, BITUMEN ST 25 37 SULITSA FIELD, USSR, BITUMEN ST 25 39 TAZ FIELD, USSR, BITUMEN ST 25 577 SULPHUR TAR SANDS, OKLAHOMA ST 25 69 TAZ, WEST SIBERIA, USSR, HEAVY, OIL ST 25 226 SULPHUR, CONTENT VS. DEPTH, ISRAEL ST 25 150 TEL KIYARA DEPOSIT, ASPHALT IRAQ ST 25 361 t SUMMARY OF ENVIRONMENTS AND MIGRATION ST 25 566 TEMBLOR FM., VALLECITOS AREA, CALIFORNIA ST 25 485 t SUMMARY OF EXPLORATION METHODS ST 25 301 TEMBLOR FORMATION, CALIFORNIA, DEPOSITION OF ST 25 257 f SUMMARY OF OIL-BIODEGRADATION PAPERS ST 25 626 TENSLEEP FM., WYOMING. TAR SANDS ST 25 155 f SUMMARY OF REGIONAL RESOURCES ST 25 38 TEPLOVO FIELD, USSR, BITUMEN ST 25 623 SUNNSIDE DEPOSIT, UTAH, TAR SANDS ST 25 39 TEREN’UZYUK FIELD, USSR, BITUMEN ST 25 13 SU N N Y S ID E TAR SAND, USA, EOC. ST 25 37 TERSINSK FIELD, USSR, BITUMEN ST 25 565 t SURFACE TAR-SAND DEPOSITS IN CALIFORNIA ST 25 537 | TERTIARY AND UPPER CRETACEOUS HEAVY-OIL SANDS. ST 25 145 SUSANGERD FIELD, IRAN, HEAVY OIL KUPARUK RIVER UNIT AREA, ALASKAN NORTH SLOPE ST 25 13 SWAN HILLS OIL FLD., CANADA, DEV./CRET. ST 25 346 TERTIARY SHALE, PERMEABILITY VS. DEPTH ST 25 147 SYRIA, ALIAN FIELD, HEAVY OIL ST 25 39 TERTIARY, USSR, SIBERIAN PLATFORM, BITUMEN ST 25 147 SYRIA, AO DA FIELD, HEAVY OIL ST 25 105 TERTIARY, VENEZUELA, ORINOCO OIL BELT, CHRONOSTRAT. ST 25 151 SYRIA, BABENNA DEPOSIT, ASPHALT ST 25 135 TEXAS, HEAVY OIL, DEPTH DISTRIBUTION ST 25 147 SYRIA, BADRAN FIELD, HEAVY OIL ST 25 623 TEXAS, LITTLE TOM FIELD, TAR SANDS ST 25 147 SYRIA, DEREEK FIELD, HEAVY OIL ST 25 132 TEXAS, SAN MIGUEL SAND, FIELD RICHNESS ST 25 147 SYRIA, HAMZEH FIELD, HEAVY OIL ST 25 623 TEXAS. SANER RANCH FIELD, TAR SANDS ST 25 148 SYRIA, HEAVY OIL, PRODUCTION, RESERVES ST 25 489 TEXAS, SOUTH, TAR SANDS, EVALUATION PROBLEMS ST 25 149 SYRIA, HEAVY OIL, UNDISCOVERED RESERVES ST 25 125 TEXAS, TAR SAND ST 25 151 SYRIA, HOMS DEPOSIT, ASPHALT ST 25 492 TEXAS, TAR, SOUTH, PHYSICAL PROPERTIES ST 25 147 SYRIA, JBESSEH FIELD, HEAVY OIL ST 25 147 THAILAND, AMPUR FANG FIELD, HEAVY OIL ST 25 151 SYRIA, JERUD DEPOSIT, ASPHALT ST 25 147 THAILAND, CHAI PRAKAN FIELD, HEAVY OIL ST 25 147 SYRIA, KARATCHOK FIELD, HEAVY OIL ST 25 151 THAILAND, FANG BASIN DEPOSIT, ASPHALT ST 25 11 SYRIA, KARATCHOUK OIL FLD., CRET./JUR. ST 25 148 THAILAND, HEAVY OIL, PRODUCTION, RESERVES ST 25 147 SYRIA, KBEIBEH FIELD, HEAVY OIL ST 25 149 THAILAND, HEAVY OIL, UNDISCOVERED RESERVES ST 25 151 SYRIA, LATAKIA, ASPHALT ST 25 147 THAILAND, PONG NOK FIELD, HEAVY OIL ST 25 151 SYRIA, MAGARIN DEPOSIT, ASPHALT ST 25 147 THAILAND, SIRIKIT FIELD, HEAVY OIL ST 25 147 SYRIA, SALHIEH FIELD, HEAVY OIL ST 25 351 TH E R M A L ALTERATION INDEX, TAI ST 25 147 SYRIA, SALYNYEN FIELD, HEAVY OIL ST 25 618 THERMAL RECOVERY, PRODUCTION RATES, CALIFORNIA ST 25 147 SYRIA, SHEIK MANSUR FIELD, HEAVY OIL ST 25 626 THERMAL RETORT, USE IN TAR SAND RECOVERY ST 25 13 SYRIA, SOUEDIE OIL FLD., CRET./TR./JUR. ST 25 13 THISTLE OIL FLD., UK, JUR. ST 25 147 SYRIA, TICHRIN FIELD, HEAVY OIL ST 25 150 TIBERIAS DEPOSIT, ASPHALT, ISRAEL ST 25 147 SYRIA, WAHAB SFAYEH FIELD, HEAVY OIL ST 25 147 TICHRIN FIELD, SYRIA, HEAVY OIL ST 25 37 SYUNEGEVA FIELD, USSR, BITUMEN ST 25 52 TIMAN-PECHORA BASI, USSR, GEOLOGY ST 25 13 TACH'ING OIL FLD., CHINA, CRET ST 25 46 TIMAN-PECHORA BASIN. KOMI, USSR, HEAVY OIL ST 25 55 TADZHIK BASIN, SOUTH, CENTRAL ASIA, BITUMEN ST 25 54 TIMAN-PECHORA BASIN, SREDNEMALHARIKA FIELD, USSR ST 25 55 TADZHIK BASIN, SOUTH. CENTRAL ASIA, HEAVY OIL ST 25 54 TIMAN-PECHORA BASIN, UKHTA TREND, USSR, BITUMEN ST 25 84 TADZHIK BASIN, SOUTH, USSR, OIL CHARACTER ST 25 54 TIMAN-PECHORA BASIN, UKHTA TREND, USSR, HEAVY OIL ST 25 685 TAFT-MCKITTRICK DISTRICT, CALIFORNIA, GEOLOGY, OIL ST 25 54 TIMAN-PECHORA BASIN, USA FIELD, USSR, HEAVY OIL ST 25 316 TAFT-MCKITTRICK OIL DISTRICT, CALIFORNIA ST 25 36 TIMAN-PECHORA BASIN, USSR, BITUMEN, CARBONIFEROUS ST 25 175 * TAHERI, M.,-APPLICATION OF MULTIVARIATE STATISTICS IN ST 25 36 TIMAN-PECHORA BASIN, USSR, BITUMEN, DEVONIAN ST 25 351 TAI, RELATIONSHIP TO SOURCE ROCK MATURITY ST 25 36 TIMAN-PECHORA BASIN, USSR, BITUMEN, PERMIAN ST 25 351 TAI, TH E R M AL ALTERATION INDEX ST 25 57 TIMAN-PECHORA BASIN, USSR, STRUCTURE ST 25 42 TAIWAN, BITUMEN, MIOCENE ST 25 54 TIMAN-PECHORA BASIN, YAREGA TREND, USSR, BITUMEN ST 25 148 TAIWAN, HEAVY OIL, PRODUCTION, RESERVES ST 25 54 TIMAN-PECHORA BASIN, YAREGA TREND, USSR, HEAVY OIL ST 25 147 TAIWAN, SHANTZECHIAO FIELD, HEAVY OIL ST 25 150 TOKYOKAWA DEPOSIT, ASPHALT, JAPAN ST 25 645 * TAKAHASHI, Y.,-DEVELOPMENT OF INSULATOR COMPONENTS FOR ST 25 673 * TOWSON, D.E.,-MINE-ASSISTED IN SITU PROJECT, THE ST 25 13 TALARA OIL FLD., PERU, EOC. ST 25 624 TRAPPER CANYON DEPOSIT, WYOMING, TAR SANDS ST 25 89 TALIMU BASIN, GEOLOGY, CHINA ST 25 459 TRAPS, OIL AND ORE DEPOSITS, SIMILARITIES ST 25 221 ’ TANNENBAUM, E..-LIGHT-OILS TRANSFORMATION TO HEAVY ST 25 273 TRI-STATE AREA, OIL AND PETROPHYSICAL PROPERTIES ST 25 566 TAPO CANYON AREA, CALIFORNIA, TAR SANDS ST 25 267 TRI-STATE AREA, SEE ALSO MISSOURI, KANSAS, OKLAHOMA ST 25 3 TAR ACCUMULATIONS, SIZE DISTRIBUTIONS ST 25 39 TRIASSIC, USSR, PRICASPIAN BASIN, BITUMEN ST 25 593 TAR BEARING ROCKS, ANALYSIS, METHODOLOGY ST 25 39 TRIASSIC, USSR, SIBERIAN PLATFORM, BITUMEN ST 25 451 TAR MAT, W E LL LOG RESPO NSE ST 25 13 TRINIDAD/TOBABO, SOLDADO OIL FLD., MIO. ST 25 241 TAR SAND BITUMEN, BIODEGRADED, DIASTERANE PATTERNS ST 25 10 TRINIDAD/TOBAGO, FYZABAD-FOREST RESERVE OIL FLD., MIO. ST 25 240 TAR SAND BITUMEN. BIODEGRADED, STERANE PATTERNS ST 25 289 TRINIDAD, PARRYLANDS FIELD, CROSS SECTION ST 25 623 TAR SAND TRIANGLE DEPOSIT, UTAH, TAR SANDS ST 25 281 TRINIDAD, PARRYLANDS FIELD, HEAVY OIL ST 25 125 TAR SAND, ALABAMA ST 25 290 TRINIDAD, PARRYLANDS FIELD, ISOPACH, OIL GRAVITY ST 25 125 TAR SAND, ALASKA ST 25 283 TRINIDAD, POINT FORTIN FIELD, GEOLOGIC MAP ST 25 125 TAR SAND, CALIFORNIA ST 25 281 TRINIDAD, REGIONAL GEOLOGY ST 25 489 TAR SAND, EVALUATION PROBLEMS, SOUTH TEXAS ST 25 284 TRINIDAD, STRATIGRAPHIC CHART ST 25 236 TAR SAND, GAS CHROMATOGRAMS ST 25 13 TROLL OIL FLD., NORWAY, JUR. ST 25 521 TAR SAND, GEOLOGIC SETTING, KENTUCKY ST 25 139 TSIMIRORO, HEAVY OIL, MADAGASCAR ST 25 125 TAR SAND, KENTUCKY ST 25 27 TSIMIRORO, MADEGASCAR, HEAVY OIL EXPLORLATION ST 25 669 TAR SAND, MINING, ECONOMIC FACTORS ST 25 38 TSVETAYEVSKOYE FIELD, USSR, BITUMEN ST 25 125 TAR SAND, NEW MEXICO ST 25 625 TULARE FM., CALIFORNIA, TAR SANDS ST 25 125 TAR SAND, OKLAHOMA ST 25 566 TULARE SS., MCKITTRICK AREA, CALIFORNIA ST 25 621 TAR SAND, RECOVERY PROJECTS, U.S., 1984 ST 25 90 TULUFAN BASIN, GEOLOGY, CHINA ST 25 663 TAR SAND, RESERVOIR EVALUATION, TECHNIQUES ST 25 44 TUNGUSSKASYNECLISE, USSR, BITUMEN, CAMBRIAN ST 25 125 TAR SAND, TEXAS ST 25 42 TUOZHUANG FIELD, CHINA, BITUMEN ST 25 125 TAR SAND, TRI-STATE AREA, U.S. ST 25 90 TURFAN BASIN, GEOLOGY, CHINA ST 25 621 TAR SAND, U.S., RESOURCES ST 25 54 TURGAY AREA, WEST SIBERIA, USSR, BITUMEN ST 25 125 TAR SAND, UTAH ST 25 54 TURGAY AREA, WEST SIBERIA, USSR, HEAVY OIL ST 25 125 TAR SAND, WYOMING ST 25 151 TURKEY, ANTAKYA DEPOSIT, ASPHALT ST 25 551 TAR SANDS, ALABAMA, HARTSELLE SS. ST 25 147 TURKEY, BATI RAMAN FIELD, HEAVY OIL ST 25 571 TAR SANDS, OKLAHOMA, SOUTHERN, EVALUATION ST 25 26 TURKEY, BATI RAMAN, EOR PROJECT ST 25 679 TAR SANDS, RECOVERY METHODS ST 25 147 TURKEY, CAMURLU FIELD, HEAVY, OIL ST 25 623 TAR SANDS, RECOVERY METHODS, SUMMARY BY FIELD, U.S. ST 25 147 TURKEY, COBANTEPE FIELD, HEAVY OIL ST 25 603 TAR SANDS, RECOVERY, UNCONVENTIONAL ST 25 147 TURKEY, GERMIK FIELD, HEAVY OIL ST 25 663 TAR SANDS, RESERVOIR FORMATION ANAYLSIS ST 25 147 TURKEY, GUNEY DINCER FIELD, HEAVY OIL ST 25 293 TAR SANDS. SANTA ROSA, NEW MEXICO ST 25 151 TURKEY, HARBOL DEPOSIT, ASPHALT ST 25 589 TAR SANDS. SUNNYSIDE, UTAH, GEOLOGIC ANALYSIS ST 25 148 TURKEY, HEAVY OIL, PRODUCTION, RESERVES ST 25 565 TAR SANDS, SURFACE DEPOSITS, CALIFORNIA ST 25 149 TURKEY, HEAVY OIL, UNDISCOVERED RESERVES ST 25 625 TAR SANDS, U.S. PROJECTS, IN SITU ST 25 147 TURKEY, IKIZTEPE FIELD, HEAVY OIL ST 25 123 TAR SANDS, UNITED STATES, MAJOR DEPOSITS ST 25 151 TURKEY, ISKENDERUN DEPOSIT, ASPHALT ST 25 627 TAR SANDS, UPGRADING PROCESSES ST 25 147 TURKEY, KAHTA FIELD, HEAVY OIL

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index 729

ST 25 147 TURKEY, MAGRIP FIELD, HEAVY OIL ST 25 12 USA, RANGELY OIL FLD., PERM./CRET./TR. ST 25 147 TURKEY, RAMAN FIELD, HEAVY OIL ST 25 13 USA, S. TIMBALIER 21 OIL FLD., MIO./PLIO. ST 25 147 TURKEY, SEZGIN FIELD, HEAVY OIL ST 25 13 USA, SALT CREEK OIL FLD., CRET./JUR./PENN. ST 25 147 TURKEY, SILIVANKA FIELD, HEAVY OIL ST 25 13 USA, SAN ARDO OIL FLD., MIO. ST 25 147 TURKEY, YOLACAN FIELD, HEAVY OIL ST 25 13 USA, SANTA FE SPRINGS OIL FLD., PLIO./MIO. ST 25 55 TURKMENIA, WESTERN, CENTRAL ASIA, BITUMEN ST 25 13 USA, SHO-VEL-TUM OIL FLD., PERM. TO CAMB. ST 25 55 TURKMENIA, WESTERN, CENTRAL ASIA, HEAVY OIL ST 25 13 USA, SLAUGHTER/LEVELLAND OIL FLD.. PERM./PENN. ST 25 90 TURPAN BASIN, GEOLOGY, CHINA ST 25 13 USA, SMACKOVER OIL FLD., CRET./JUR./PENN. ST 25 13 TUYMAZY OIL FLD., USSR, CARB,/DEV. ST 25 13 USA, SPRAYBERRY OIL FLD., PERM./PENN./DEV. ST 25 150 TUZ KHUMATLI DEPOSIT, ASPHALT, IRAQ ST 25 13 USA, SUNNYSIDE TAR SAND, EOC. ST 25 40 TYUBEDZHIK FIELD, USSR, BITUMEN ST 25 13 USA, TAR SPRINGS TRIANGLE TAR SAND, PERM. ST 25 621 t U.S. TAR-SAND OIL RECOVERY PROJECTS-1984 ST 25 13 USA, VAN OIL FLD., CRET. ST 25 615 U.S., HEAVY OIL, RESOURCE BASE, SUMMARY ST 25 13 USA, VENTURA/RINCON OIL FLD., PLIO./MIO. ST 25 625 U.S., TAR SAND PROJECTS, IN SITU ST 25 13 USA, WASSON OIL FLD., PERM./PENN. ST 25 621 U.S., TAR SAND RESOURCES ST 25 13 USA, WEBSTER OIL FLD., OLIG. ST 25 623 U.S., TAR SANDS, RECOVERY METHOD, SUMMARY BY FIELD ST 25 13 USA, WEST SAK OIL FLD., TERT./CRET. ST 25 41 UCH-KYZYL FIELD, USSR, BITUMEN ST 25 13 USA, WICHITA CO. REGULAR OIL FLD., PENN. ST 25 46 UDMURTIA, USSR HEAVY OIL ST 25 13 USA, WILMINTONG OIL FLD., EOC./PLIO./CRET ST 25 591 UINTA BASIN, UTAH, CROSS SECTION ST 25 13 USA, YATES OIL FLD., PERM. ST 25 10 UK, BERYL OIL FLD,, JUR./TR. ST 25 13 USIN OIL FLD., USSR, PERM./DEV. ST 25 10 UK, BREA OIL FLD., JUR. ST 25 9 USSR, AGAN FLD., CRET. ST 25 10 UK, BRENT OILFLD., JUR. ST 25 44 USSR, ALDAN ANTECLISE, BITUMEN, CAMBRIAN ST 25 10 UK, CLAIR OIL FLD., CARB. ST 25 44 USSR, ALDAN ANTECLISE, BITUMEN, PRECAMBRIAN ST 25 10 UK, CLAYMORE OIL FLD., CRET./JR./PER./CARB. ST 25 79 USSR, ALPIDE-TETHYAN MOBILE BELT ST 25 10 UK, CORMORANT OIL FLD., JUR. ST 25 40 USSR, AMU DAR’YA, BITUMEN, JURASSIC ST 25 10 UK, DUNLIN OIL FLD., JUR. ST 25 40 USSR, AMU DAR’YA. BITUMEN, PALEOCENE ST 25 10 UK, FORTIES OIL FLD., PALEOCENE ST 25 44 USSR, ANABAR ARCH, BITUMEN, CAMBRIAN ST 25 11 UK, MAGNUS OIL FLD., JUR. ST 25 44 USSR, ANABAR ARCH, BITUMEN, PRECAMBRIAN ST 25 12 UK, MURCHISON OIL FLD., JUR. ST 25 9 USSR, ARIAN COMPLEX OIL FLD., CARB. ST 25 12 UK, NINIAN OIL FLD., JUR. ST 25 64 USSR, ASHAL’CHI ASPHALT DEPOSIT, USSR, CROSS SECTION ST 25 12 UK, PIPER OIL FLD., JUR. ST 25 9 USSR, BAKU ARCHIPELAGO OIL FLD., PLIO. ST 25 13 UK, THISTLE OIL FLD., JUR. ST 25 9 USSR, BALAKHANY/SABUNCHI/ROMANI OIL FLD., PLIO. ST 25 54 UKHTA TREND, TIMAN-PECHORA BASIN, USSR, BITUMEN ST 25 54 USSR, BALTIC SYNECLISE, BALTIC SHIELD, BITUMEN ST 25 54 UKHTA TREND, TIMAN-PECHORA BASIN, USSR, HEAVY OIL ST 25 54 USSR, BALTIC SYNECLISE, BALTIC SHIELD, HEAVY OIL ST 25 46 UKRAINE, USSR, HEAVY OIL ST 25 46 USSR, BASHKIRIA, HEAVY OIL ST 25 40 UMBAKI FIELD, USSR, BITUMEN ST 25 49 USSR, BASIN, OIL PRODUCING, POTENTIAL ST 25 13 UMM AD DAIKH OIL FLD., ABU DHABI, CRET. ST 25 10 USSR, BIBI EYBAT OIL FLD., PLIO. ST 25 13 UMM GUDAIR OIL FLD., KUWAIT/NET Z, CRET. ST 25 44 USSR, BITUMEN, MISCELLANEOUS, CRETACEOUS ST 25 13 UMM SHAIF OIL FLD., ABU DHABI, JUR. ST 25 44 USSR, BITUMEN, MISCELLANEOUS, DEVONIAN ST 25 603 f UNCONVENTIONAL RECOVERY OF HEAVY OIL AND TAR SANDS ST 25 44 USSR, BITUMEN, MISCELLANEOUS, EOCENE ST 25 638 UNITED STATES, CARBON DIOXIDE PRODUCING AREAS ST 25 44 USSR, BITUMEN, MISCELLANEOUS, PLEISTOCENE ST 25 123 UNITED STATES, TAR SANDS AND HEAVY OIL DEPOSITS ST 25 44 USSR, BITUMEN, MISCELLANEOUS, PLIOCENE ST 25 566 UPPEROJAIAREA, CALIFORNIA, TAR SANDS ST 25 54 USSR, BITUMEN, RESERVES, PRODUCTION ST 25 150 UR OF THE CHALDEES DEPOSIT, ASPHALT, IRAQ ST 25 10 USSR, BOLISHOYE/CHERNOGOR OIL FLD., CRET. ST 25 54 URALS AREA, WEST SIBERIA, USSR, BITUMEN ST 25 79 USSR, CARPATHIAN GEOSYNCLINE ST 25 54 URALS AREA, WEST SIBERIA, USSR, HEAVY OIL ST 25 39 USSR, CARPATHIAN GEOSYNCLINE, BITUMEN, JURASSIC ST 25 13 URDANETA OIL FLD., VENEZUELA, OLIG./EOC./CRET. ST 25 39 USSR, CARPATHIAN GEOSYNCLINE, BITUMEN, MIOCENE ST 25 37 URUS-TAMAK FIELD, USSR, BITUMEN ST 25 54 USSR, CARPATHIAN GEOSYNCLINE, RESERVES, BITUMEN ST 25 54 USA FIELD, TIMAN-PECHORA BASIN, USSR, BITUMEN ST 25 54 USSR, CARPATHIAN GEOSYNCLINE, RESERVES, HEAVY OIL ST 25 54 USA FIELD, TIMAN-PECHORA BASIN, USSR, HEAVY OIL ST 25 80 USSR, CAUCASUS COMPLEX ST 25 36 USA FIELD, USSR, BITUMEN ST 25 54 USSR, CAUCASUS COMPLEX, BAKU AREA, BITUMEN ST 25 60 USA FIELD, USSR, CROSS SECTION ST 25 54 USSR, CAUCASUS COMPLEX, BAKU AREA, HEAVY OIL ST 25 13 USA OIL FLD., USSR, DEV./CARB./PERM. ST 25 40 USSR, CAUCASUS COMPLEX, BITUMEN, CRETACEOUS ST 25 9 USA, ASPHALT RIDGE TAR SAND, EOC. ST 25 40 USSR, CAUCASUS COMPLEX, BITUMEN, MIOCENE ST 25 9 USA, BAY MARCHAND BK 2 OIL FLD., MIO. ST 25 40 USSR, CAUCASUS COMPLEX, BITUMEN, PALEOCENE ST 25 9 USA, BAY MARCHAND BK. 2 OIL FLD., MIO. ST 25 54 USSR, CAUCASUS COMPLEX, CAUCASUS RANGE, BITUMEN ST 25 9 USA. BELRIDGE DIATOMITE TAR SAND, MIO. ST 25 54 USSR, CAUCASUS COMPLEX, CAUCASUS RANGE, HEAVY OIL ST 25 9 USA, BELRIDGE DIATOMITE TAR SAND, MIO. ST 25 54 USSR, CAUCASUS COMPLEX, KURA AREA, BITUMEN ST 25 9 USA, BELRIDGE, S. OIL FLD., PLIO./MIO. ST 25 54 USSR, CAUCASUS COMPLEX, KURA AREA, HEAVY OIL ST 25 9 USA, BELRIDGE, S., OIL FLD., PLIO./MIO. ST 25 54 USSR, CAUCASUS COMPLEX, NO. CAUCASUS BASIN, BITUMEN ST 25 10 USA, BRADFORD OIL FLD., DEV./CAMB. ST 25 54 USSR, CAUCASUS COMPLEX, NO. CAUCASUS BASIN, OIL ST 25 10 USA, BUENA VISTA OIL FLD., PLIO./MIO. ST 25 54 USSR, CAUCASUS COMPLEX, RIONI AREA, BITUMEN ST 25 10 USA, BURBANK OIL FLD., PENN. ST 25 54 USSR, CAUCASUS COMPLEX, RIONI AREA, HEAVY OIL ST 25 10 USA, CAILLOU ISLAND OIL FLD., MIO. ST 25 70 USSR, CENTRAL ASIA, STRUCTURE ST 25 10 USA, CIRCLE CLIFFS TAR SAND, PERM. ST 25 10 USSR, CHELEKEN OIL FLD., PALEO./PLIO. ST 25 10 USA, COALINGA OIL FLD., PLIO. TO CRET. ST 25 84 USSR, CIRCUM-PACIFIC MOBILE BELT ST 25 10 USA, CONROE OIL FLD., EOC./OLIG./MIO. ST 25 54 USSR, DNEPR-DONETS GRABEN, BITUMEN ST 25 10 USA, COWDEN COMPLEX OIL FLD., PERM/PENN. ST 25 36 USSR, DNEPR-DONETS GRABEN, BITUMEN, JURASSIC ST 25 10 USA. EASTTEXAS OIL FLD.. CRET. ST 25 54 USSR, DNEPR-DONETS GRABEN, HEAVY OIL ST 25 10 USA, ELK BASIN OIL FLD., PENN./MISS. ST 25 46 USSR. EOR, TYPES USED ST 25 10 USA, ELK HILLS OIL FLD., MIO./PLIO. ST 25 10 USSR, FEDOROV OIL FLD., CRET ST 25 10 USA, EUNICE AREA OIL FLD., PERM. ST 25 41 USSR, FERGANA, BITUMEN, EOCENE ST 25 11 USA, GOLDEN TREND OIL FLD., MISS./DEV./SIL. ST 25 47 USSR, GEOLOGIC FRAMEWORK ST 25 11 USA, GOLDSMITH-ANDECTOR OIL FLD., PERM./DEV./SIL. ST 25 54 USSR, HEAVY CRUDE OIL, RESERVES, PRODUCTION ST 25 11 USA, GREATER SEMINOLE OIL FLD., PERM./DEV./PENN. ST 25 60 USSR, HEAVY OIL, USA FIELD, CROSS SECTION ST 25 11 USA, GRETA-TOM O’CONNOR OIL FLD., OLIG./MIO. ST 25 85 USSR, INDIGIRKA-KOLYMA AREA ST 25 11 USA, HASTINGS OIL FLD., OLIG. ST 25 41 USSR, KAMCHATKA MOBILE BELT, BITUMEN, OLIGOCENE ST 25 11 USA, HAWKINS OIL FLD.. CRET. ST 25 85 USSR, KAMCHATKA PENINSULA ST 25 11 USA, HILL CREEK TAR SAND, EOC. ST 25 11 USSR, KARACHUKHUR-2YKH OIL FLD., PLIO. ST 25 11 USA, HONDO OIL FLD.. MIO./OLIG./EOC. ST 25 46 USSR, KAZAKHSTAN, HEAVY OIL ST 25 11 USA, HUNTINGTON BEACH OIL FLD., PLIO./MIO. ST 25 11 USSR, KHOLOMGOR OIL FLD., CRET. ST 25 11 USA, KELLY/SNYDER DIAMONT OIL FLD., PENN./PERM. ST 25 11 USSR, KOTUR-TEPE OIL FLD., PLIO. ST 25 11 USA, KERN RIVER OIL FLD., PLIO. ST 25 46 USSR, KRASNODAR AREA, HEAVY OIL ST 25 11 USA, KETTLEMAN NORTH DOME OIL FLD., MIO./EOC. ST 25 11 USSR, KULESHOVA OIL FLD., CARB./DEV./PERM. ST 25 11 USA, KUPARUK OIL FLD., JUR. ST 25 46 USSR, KUYBYSHEV, HEAVY OIL ST 25 11 USA, LIMA-INDIANA OIL FLD., ORD. ST 25 11 USSR, MALGOBEK/VOSNESENSKA/ALIYURT OIL FLD., CRET./MIO ST 25 11 USA, LONG BEACH OIL FLD., MIO./PLIO. ST 25 11 USSR, MAMONTOVO OIL FLD., CRET. ST 25 12 USA, MCARTHUR RIVER OIL FLD., PALEO./OLIG./MIO. ST 25 40 USSR, MANGYSHLAK TROUGH, BITUMEN, CRETACEOUS ST 25 12 USA, MCELROY-DUNE OIL FLD., PENN./PERM. ST 25 12 USSR, MEGION OIL FLD., CRET./JUR. ST 25 12 USA, MIDWAY-SUNSET OIL FLD., PLIO./MIO. ST 25 12 USSR, MELEKESS TAR SAND, PERM. ST 25 12 USA, OIL ILLINOIS OIL FLD. ST 25 31 USSR, MONGOLIA AND CHINA, HEAVY OIL AND BITUMEN ST 25 12 USA, OKLAHOMA CITY OIL FLD., ORD./PENN. ST 25 12 USSR, MUKHANOVO OIL FLD.. DEV./PERM. ST 25 12 USA. PR. SPRING TAR SAND. EOC. ST 25 12 USSR, NEFTYANY/KAMNI OIL FLD., PLIO. ST 25 12 USA, PANHANDLE OIL FLD.. PERM./PENN. ST 25 12 USSR, NORTH VARYEGAN OIL FLD., CRET./JUR. ST 25 12 USA, PRUDHOE BAY OIL FLD., TR./MISS. ST 25 44 USSR, NORTHEASTERN, HEAVY OIL, BITUMEN, CHARACTER ST 25 12 USA, PT. ARGUELLO OIL FLD., MIO. ST 25 12 USSR, NOVOYELKHOV/AKTASH OIL FLD., DEV./CARB.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 730 Index

ST 25 12 USSR, OKTVABISHOYE OIL FLD., MIO. ST 25 36 USSR, VOLGA-URALS BASIN, BITUMEN, DEVONIAN ST 25 44 USSR, OLENEK AREA, BITUMEN, CAMBRIAN ST 25 36 USSR, VOLGA-URALS BASIN, BITUMEN, PERMIAN ST 25 44 USSR, OLENEK AREA, BITUMEN, PRECAMBRIAN ST 25 46 USSR, VOLGA-URALS BASIN, HEAVY OIL ST 25 44 USSR, OLENEK DEPOSIT, BITUMEN, PERMIAN ST 25 54 USSR, VOLGA-URALS BASIN, HEAVY OIL ST 25 12 USSR, OLENEK TAR SAND, PERM. ST 25 62 USSR, VOLGA-URALS BASIN, STRUCTURE, ST 25 46 USSR, ORENBURG, HEAVY OIL ST 25 46 USSR, VOLGOGRAD, HEAVY OIL ST 25 46 USSR, PERM, HEAVY OIL ST 25 13 USSR, VOZEY OIL FLD.. DEV./PERM. ST 25 52 USSR, PLATFORM DEPOSIT. TIMAN-PECHORA BASIN ST 25 69 USSR, WEST SIBERIA, HEAVY OIL, AY-YANSK ST 25 50 USSR, PLATFORM DEPOSITS, BALTIC SHIELD/KARELIA ST 25 69 USSR, WEST SIBERIA, HEAVY OIL, AY-YAUN ST 25 50 USSR, PLATFORM DEPOSITS, RYBINSK DEPRESSION ST 25 69 USSR, WEST SIBERIA, HEAVY OIL, RUSSKOYE ST 25 69 USSR, PLATFORM LINEAGE DEPOSITS, USTYURT PLATEAU ST 25 69 USSR, WEST SIBERIA, HEAVY OIL, TAZ ST 25 61 USSR, PLATFORM LINEAGE DEPOSITS, VOLGA-URALS BASIN ST 25 69 USSR, WEST SIBERIA, HEAVY OIL, VAN-YEGAN ST 25 69 USSR, PLATFORM LINEAGE DEPOSITS, WEST SIBERIA ST 25 54 USSR, WEST SIBERIA, KAZAKHSTAN AREA, BITUMEN ST 25 48 USSR, PLATFORM-LINEAGE DEPOSITS, BALTIC SYNECLISE ST 25 54 USSR, WEST SIBERIA, KAZAKHSTAN AREA, HEAVY OIL ST 25 67 USSR, PLATFORM-LINEAGE DEPOSITS, PRICASPIAN BASIN ST 25 54 USSR, WEST SIBERIA, TURGAY AREA, BITUMEN ST 25 50 USSR, PLATFORM-LINEAGE DEPOSITS, PRIPYAT GRABEN ST 25 54 USSR, WEST SIBERIA, TURGAY AREA. HEAVY OIL ST 25 74 USSR, PLATFORM-LINEAGE DEPOSITS, SIBERIAN ST 25 54 USSR, WEST SIBERIA, URALS AREA, HEAVY OIL ST 25 12 USSR, POKACHEV OIL FLD., CRET./JUR. ST 25 54 USSR, WEST SIBERIA, URALS AREA, HEAVY OIL ST 25 12 USSR, PRAVDINSK OIL FLD., CRET./JUR. ST 25 71 USSR, WEST SIBERIAN BASIN, OIL AND GAS FIELDS ST 25 54 USSR, PRICASPIAN BASIN, BITUMEN ST 25 13 USSR, WEST SURGUT OIL FLD., CRET. ST 25 39 USSR, PRICASPIAN BASIN, BITUMEN, CRETACEOUS ST 25 40 USSR, WESTERN TURKMENIA, BITUMEN, PLIOCENE ST 25 39 USSR, PRICASPIAN BASIN, BITUMEN, DEVONIAN ST 25 59 USSR, YAREGA DEPOSIT, HEAVY OIL, CROSS SECTION ST 25 39 USSR, PRICASPIAN BASIN, BITUMEN, JURASSIC ST 25 13 USSR, YARINO OIL FLD., CARB. ST 25 39 USSR, PRICASPIAN BASIN, BITUMEN, TRIASSIC ST 25 13 USSR, YUZHNO/CAERENSHANKA OIL FLD., CRET. ST 25 54 USSR, PRICASPIAN BASIN, HEAVY OIL ST 25 14 USSR, ZAPADNO-SURGUT OIL FLD., CRET. ST 25 12 USSR, PRILUKSKOYE OIL FLD., CARB. ST 25 14 USSR, ZHETY BAY OIL FLD., JUR. ST 25 53 USSR, PRIPYAT DEPRESSION. OIL DENSITY, DISTRIBUTION ST 25 14 USSR, ZUPANDO-SURQUIT OIL FLD., CRET. ST 25 36 USSR, PRIPYAT GRABEN, BITUMEN, DEVONIAN ST 25 13 UST-BALYK OIL FLD., USSR, CRET. ST 25 52 USSR, PRIPYAT GRABEN, CROSS SECTIONS ST 25 624 UTAH, ASPHALT RIDGE DEPOSIT, TAR SANDS ST 25 51 USSR, PRIPYAT GRABEN, STRUCTURE MAP ST 25 555 UTAH, GREAT SALT LAKE AREA, GEOLOGY ST 25 12 USSR, ROMASHKINO OIL FLD., DEV./CARB. ST 25 556 UTAH, GREAT SALT LAKE, GENERALIZED GEOLOGIC MAP ST 25 85 USSR, SAKHALIN ISLAND ST 25 555 UTAH, GREAT SALT LAKE, HEAVY OIL ST 25 46 USSR, SAKHALIN, HEAVY OIL ST 25 135 UTAH, HEAVY OIL, DEPTH DISTRIBUTION ST 25 41 USSR, SAKHELIV M O BILE BELT, B ITUM EN, MIO CENE ST 25 624 UTAH, PR SPRING DEPOSIT, TAR SANDS ST 25 13 USSR, SALYMSKOYE OIL FLD., CRET./JUR. ST 25 623 UTAH, SUNNYSIDE DEPOSIT, TAR SANDS ST 25 13 USSR, SAMOTLOR OIL FLD., CRET. ST 25 589 UTAH, SUNNYSIDE, GEOLOGIC SETTING ST 25 13 USSR, SANGACHALY-DUVANNYY OIL FLD., PLIO. ST 25 589 UTAH, SUNNYSIDE, TAR SANDS, GEOLOGIC ANALYSIS ST 25 13 USSR, SHKAPOVO OIL FLD., DEV. ST 25 125 UTAH, TAR SAND ST 25 33 USSR, SIBERA, BITUMENS, COMPOSITION ST 25 623 UTAH, TAR SAND TRIANGLE DEPOSIT, TAR SANDS ST 25 54 USSR, SIBERIA, ALDAN AREA, BITUMEN ST 25 558 UTAH, WEST ROZEL FIELD ST 25 54 USSR, SIBERIA, ALDAN AREA, HEAVY OIL ST 25 624 UTAH, WHITEROCKS DEPOSIT, TAR SANDS ST 25 54 USSR, SIBERIA, ARGA-SALA AREA, BITUMEN ST 25 145 UTARI FIELD, INDONESIA, HEAVY OIL ST 25 54 USSR, SIBERIA, ARGA-SALA AREA, HEAVY OIL ST 25 41 UYGLEKUT FIELD, USSR, BITUMEN ST 25 54 USSR, SIBERIA, AYKHAL AREA, BITUMEN ST 25 13 UZEN OIL FLD., USSR, JUR./CRET. ST 25 54 USSR, SIBERIA, AYKHAL AREA, HEAVY OIL ST 25 37 UZEYEVSKIY FIELD, USSR, BITUMEN ST 25 54 USSR, SIBERIA, BAYKAL AREA, BITUMEN ST 25 625 VACA FM., CALIFORNIA, TAR SANDS ST 25 54 USSR, SIBERIA, BAYKAL AREA, HEAVY OIL ST 25 151 VAILALA RIVER DEPOSIT, PAPUA NEW GUINEA, ASPHALT ST 25 73 USSR, SIBERIA. BITUMEN DEPOSITS ST 25 39 VALENY FIELD, USSR, BITUMEN ST 25 33 USSR, SIBERIA, BITUMENS, PHYSICOCHEMICAL PROPERTIES ST 25 13 VALHAL-HOD OIL FLD., NORWAY, CRET ST 25 54 USSR, SIBERIA, CENTRAL OLENEK AREA, BITUMEN ST 25 566 VALLECITOS AREA, CALIFORNIA, TAR SANDS ST 25 54 USSR, SIBERIA, CENTRAL OLENEK AREA, HEAVY OIL ST 25 13 VAN OIL FLD., USA, CRET. ST 25 54 USSR, SIBERIA, NORDVIK AREA, BITUMEN ST 25 39 VAN-YEGAN FIELD, USSR, BITUMEN ST 25 54 USSR, SIBERIA, NORDVIK AREA, HEAVY OIL ST 25 69 VAN-YEGAN, WEST SIBERIA, USSR. HEAVY OIL ST 25 54 USSR, SIBERIA, OLENEK AREA, BITUMEN ST 25 210 VANADIUM, IN HEAVY OILS ST 25 54 USSR, SIBERIA, OLENEK AREA, HEAVY OIL ST 25 566 VAQUEROS SS., GAVIOTA AREA, CALIFORNIA ST 25 54 USSR, SIBERIA, VOSTOCHNO-ANABAR AREA, BITUMEN ST 25 566 VAQUEROS SS., POINT ARENA AREA, CALIFORNIA ST 25 54 USSR, SIBERIA, VOSTOCHNO-ANABAR AREA, HEAVY OIL ST 25 566 VAQUEROS SS., TAPO CANYON AREA, CALIFORNIA ST 25 54 USSR, SIBERIA, WESTSIBERIAN BASIN, BITUMEN ST 25 13 VATYEGAN OIL FLD., USSR, CRET./JUR. ST 25 54 USSR, SIBERIA, WEST SIBERIAN BASIN, HEAVY OIL ST 25 40 VELICHAYEV FIELD, USSR, BITUMEN ST 25 39 USSR, SIBERIA, WEST, BITUMEN, CRETACEOUS ST 25 36 VELIKIY-ZOGOROVSK FIELD, USSR, BITUMEN ST 25 39 USSR, SIBERIAN PLATFORM, BITUMEN, JURASSIC ST 25 391 VELOCITY ANOMALIES, SEISMIC, ORINOCO OIL BELT ST 25 39 USSR, SIBERIAN PLATFORM. BITUMEN, PERMIAN ST 25 10 VENEZUELA, BOLIVAR COASTAL OIL FLD., MIO./CRET. ST 25 39 USSR, SIBERIAN PLATFORM. BITUMEN, QUATERNARY ST 25 10 VENEZUELA, BOSCAN OIL FLD., EOC. ST 25 39 USSR, SIBERIAN PLATFORM. BITUMEN, TERTIARY ST 25 10 VENEZUELA, CACION/LOBO/LEONA OIL FLD., MIO. ST 25 39 USSR, SIBERIAN PLATFORM, BITUMEN, TRIASSIC ST 25 10 VENEZUELA, CENTRO OIL FLD., EOC./CRET. ST 25 44 USSR, SILIGAR-MARKHA RIVER DIVIDE, BITUMEN, CAMBRIAN ST 25 7 VENEZUELA, EASTERN, BASEMENT STRUCTURE ST 25 44 USSR, SILIGAR-MARKHA RIVER DIVIDE, BITUMEN, ORDOVICIAN ST 25 7 VENEZUELA, EASTERN, CROSS SECTION ST 25 13 USSR, SILIGER TAR SAND, CAMB. ST 25 377 VENEZUELA, GAS SANDS, ORINOCO HEAVY OIL BELT ST 25 84 USSR, SOUTH TADZHIK BASIN, OIL CHARACTER ST 25 11 VENEZUELA, GUARA-GUICO OIL FLD., MIO. ST 25 41 USSR, SOUTH TADZHIK, BITUMEN, PALEOCENE ST 25 423 VENEZUELA. HEAVY OIL, WELL CASE STUDY ST 25 13 USSR, SOVETSKOYE OIL FLD., CRET./JUR. ST 25 11 VENEZUELA, LA PAZ OIL FLD., CRET./PALEO./EOC. ST 25 13 USSR, STRAROQROZNYY OIL FLD., CRET./MIO. ST 25 11 VENEZUELA, LAMA OIL FLD., CRET./PAL./EOC./MIO. ST 25 46 USSR, TATARIA, HEAVY OIL ST 25 11 VENEZUELA, LAMAR OIL FLD., EOC./CRET. ST 25 48 USSR, TECTONIC SUBDIVISIONS ST 25 12 VENEZUELA, MENE GRANDE OIL FLD., EOC./MIO. ST 25 36 USSR, TIMAN-PECHORA BASIN, BITUMEN, CARBONIFEROUS ST 25 12 VENEZUELA, OFICINA OIL FLD., OLIG. ST 25 36 USSR, TIMAN-PECHORA BASIN, BITUMEN, DEVONIAN ST 25 12 VENEZUELA, ORINOCO HEAVY OIL BELT OIL FLD., TERT./CRET. ST 25 36 USSR, TIMAN-PECHORA BASIN, BITUMEN, PERMIAN ST 25 377 VENEZUELA, ORINOCO HEAVY OIL BELT, PERICOCAL AREA ST 25 54 USSR, TIMAN-PECHORA BASIN, SREDNEMALHARIKA FIELD ST 25 110 VENEZUELA, ORINOCO OIL BELT, CROSS SECTION ST 25 57 USSR, TIMAN-PECHORA BASIN, STRUCTURE ST 25 103 VENEZUELA, ORINOCO OIL BELT, EXPLORATION EVALUATION ST 25 54 USSR, TIMAN-PECHORA BASIN, UKHTA TREND, BITUMEN ST 25 106 V EN EZU ELA , O R INO CO O IL BELT, G EO LO GY ST 25 54 USSR, TIMAN-PECHORA BASIN, UKHTA TREND, HEAVY OIL ST 25 183 V EN EZU ELA , O R INO CO O IL BELT, HEAVY OIL ST 25 54 USSR, TIMAN-PECHORA BASIN, USA FIELD, BITUMEN ST 25 111 VENEZUELA, ORINOCO OIL BELT, LOGGING PROGRAM ST 25 54 USSR, TIMAN-PECHORA BASIN, USA FIELD, HEAVY OIL ST 25 106 V EN EZU ELA , O R INO CO OIL BELT, MIGRATION PATH ST 25 54 USSR, TIMAN-PECHORA BASIN, YAREGA TREND, BITUMEN ST 25 113 VENEZUELA, ORINOCO OIL BELT, OIL PROPERTIES ST 25 54 USSR, TIMAN-PECHORA BASIN, YAREGA TREND, HEAVY OIL ST 25 114 VENEZUELA, ORINOCO OIL BELT, OIL RECOVERY ST 25 44 USSR, TUNGUSSKA SYNECLISE, BITUMEN, CAMBRIAN ST 25 108 VENEZUELA, ORINOCO OIL BELT, OLIG.-MIO., PALEOGEOGRAPHY ST 25 13 USSR, TUYMAZY OIL FLD., CARB./DEV. ST 25 104 VENEZUELA, ORINOCO OIL BELT, OPERATING COMPANIES ST 25 46 USSR, UDMURTIA, HEAVY OIL ST 25 111 VENEZUELA, ORINOCO OIL BELT, OPERATIONS, HISTORY ST 25 46 USSR, UKRAINE, HEAVY OIL ST 25 109 VENEZUELA, ORINOCO OIL BELT, RESERVOIRS, PETROPHYSICS ST 25 13 USSR, USA OIL FLD., DEV./CARB./PERM. ST 25 113 VENEZUELA, ORINOCO OIL BELT, SAND ISOPACH ST 25 13 USSR, USIN OIL FLD. PERM./DEV. ST 25 175 VENEZUELA, ORINOCO OIL BELT, STATISTICAL ANALYSIS ST 25 13 USSR, UST-BALYK OIL FLD., CRET. ST 25 105 VENEZUELA, ORINOCO OIL BELT, TERTIARY, CHRONOSTRAT. ST 25 13 USSR, UZEN OIL FLD., JUR./CRET. ST 25 12 VENEZUELA, QUIRIQUIRE OIL FLD., PLIO./MIO. ST 25 13 USSR. VATYEGAN OIL FLD., CRET./JUR. ST 25 13 VENEZUELA, URDANETA OIL FLD., OLIG./EOC./CRET. ST 25 54 USSR, VOLGA-URALS BASIN, BITUMEN ST 25 14 VENEZUELA, ZORO/MAPIRI OIL FLD., MIO. ST 25 36 USSR, VOLGA-URALS BASIN, BITUMEN, CARBONIFEROUS ST 25 13 VENTURA/RINCON OIL FLD., USA, PLIO./MIO.

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Index 731

ST 25 456 VENTURE FIELD, CALIFORNIA, CROSS SECTION ST 25 625 WHITE RIM FM., UTAH, TAR SANDS ST 25 38 VERKHNECHUSOY FIELD, USSR, BITUMEN ST 25 624 WHITEROCKS DEPOSIT, UTAH, TAR SANDS ST 25 38 VERKHOZIMSKOYE FIELD, USSR, BITUMEN ST 25 13 WICHITA CO. REGULAR OIL FLD., USA, PENN. ST 25 623 VERNON CO., MISSOURI, TAR SANDS ST 25 357 WILMINGTON FIELD, CALIFORNIA, GAS CHROMATOGRAM ST 25 27 VIDELE/BALARIA, ROMANIA, EOR PROJECT ST 25 13 WILMINGTON OIL FLD., USA, EOC./PLIO./CRET. ST 25 485 * VIGRASS, L.W.,-SUMMARY OF EXPLORATION METHODS ST 25 549 * WILSON, G.V..-BITUMEN DEPOSITS OF NORTHWEST ALABAMA ST 25 145 VIRAJ FIELD, INDIA, HEAVY OIL ST 25 584 WOODFORD AREA, SOUTH, OKLAHOMA. TAR SANDS ST 25 190 VISCOSITY, O R INO CO O IL BELT, HEAVY OIL ST 25 25 t WORLD BANK-ASSISTED HEAVY OIL PROJECTS ST 25 253 VISCOSITY, REDUCTION USING BIOTECHNOLOGY ST 25 623 WYOMING, BURNT HOLLOW DEPOSIT, TAR SANDS ST 25 37 VISHNEVO-POLYANSK FIELD, USSR, BITUMEN ST 25 135 WYOMING, OIL, HEAVY, DEPTH DISTRIBUTION ST 25 507 ’ VISSER, C..-PRIMROSE-KIRBY AREA IN THE SOUTHERN ST 25 125 WYOMING, TAR SAND ST 25 351 VITRINITE REFLECTANCE, SEE ALSO RO ST 25 624 WYOMING, TRAPPER CANYON DEPOSIT, TAR SANDS ST 25 54 VOLGA-URALS BASIN, USSR. BITUMEN ST 25 42 XIONGXIAN FIELD, CHINA, BITUMEN ST 25 36 VOLGA-URALS BASIN, USSR, BITUMEN, CARBONIFEROUS ST 25 13 YA-ERH-HSIA OIL FLD., CHINA, OLIG./MIO. ST 25 36 VOLGA-URALS BASIN, USSR, BITUMEN, DEVONIAN ST 25 145 YAKIN FIELD, INDONESIA, HEAVY OIL ST 25 36 VOLGA-URALS BASIN, USSR, BITUMEN, PERMIAN ST 25 42 YANGSANMU FIELD, CHINA, BITUMEN ST 25 61 VOLGA-URALS BASIN, USSR, GEOLOGY ST 25 55 YANGZI PLATFORM, CHINA, BITUMEN ST 25 54 VOLGA-URALS BASIN, USSR, HEAVY OIL ST 25 55 YANGZI PLATFORM, CHINA, HEAVY OIL ST 25 46 VOLGA-URALS BASIN, USSR, HEAVY OIL ST 25 92 YANGZI PLATFORM, GEOLOGY, CHINA ST 25 62 VOLGA-URALS BASIN, USSR. STRUCTURE ST 25 59 YAREGA DEPOSIT, USSR, HEAVY OIL, CROSS SECTION ST 25 46 VOLGOGRAD, USSR, HEAVY OIL ST 25 36 YAREGA FIELD, USSR, BITUMEN ST 25 54 VOSTOCHNO-ANABAR AREA, SIBERIA, USSR, BITUMEN ST 25 54 YAREGA TREND, TIMAN-PECHORA BASIN, USSR, BITUMEN ST 25 54 VOSTOCHNO-ANABAR AREA, SIBERIA, USSR, HEAVY OIL ST 25 54 YAREGA TREND, TIMAN-PECHORA BASIN, USSR, HEAVY OIL ST 25 41 VOSTOCHNO-EKHABI FIELD, USSR, BITUMEN ST 25 13 YARINO OIL FLD., USSR, CARB. ST 25 36 VOYSK FIELD, USSR, BITUMEN ST 25 150 YARMUK RIVER DEPOSIT, ASPHALT, ISRAEL ST 25 13 VOZEY OIL FLD., USSR, DEV./PERM. ST 25 13 YATES OIL FLD., USA, PERM. ST 25 13 WABASCATAR SAND, CANADA, CRET. ST 25 38 YELKHOV FIELD, USSR, BITUMEN ST 25 510 WABISKAW SANDS, WESTERN CANADA, ISOPACH, LITHOLOGY ST 25 38 YELSHANO-KURDYUM FIELD, USSR, BITUMEN ST 25 146 WAFRA FIELD, NEUTRALZONE, HEAVY OIL ST 25 37 YENORUSKINSKOYE FIELD, USSR, BITUMEN ST 25 13 WAFRA OIL FLD., NEUTRAL ZONE, CRET./EOC. ST 25 39 YEREMINSK FIELD, USSR, BITUMEN ST 25 677 * WAGNER, C.G.,-DOWNHOLE HYDRAULIC MINING SYSTEM ST 25 13 YIBAL OIL FLD., OMAN, CRET./PERM. ST 25 13 WAHA OIL FLD., LIBYA, PALEO./CRET. ST 25 147 YOLACAN FIELD, TURKEY, HEAVY OIL ST 25 147 WAHAB SFAYEH FIELD, SYRIA. HEAVY OIL ST 25 623 YORBA LINDA FIELD, CALIFORNIA, TAR SANDS ST 25 330 WARNER SANDSTONE, EASTBURN FIELD, MISSOURI ST 25 36 YUGID FIELD, USSR, BITUMEN ST 25 267 WARNER SANDSTONES, TRI-STATE AREA, U.S. ST 25 151 YULE ISLAND DEPOSIT, PAPUA NEW GUINEA, ASPHALT ST 25 625 WASATCH FM., UTAH, TAR SANDS ST 25 37 YUZHMAGINSKAYA FIELD, USSR, BITUMEN ST 25 13 WASSON OIL FLD., USA, PERM./PENN. ST 25 40 YUZHNO-KARSK FIELD, USSR, BITUMEN ST 25 458 WATER MOVEMENT, MANIFOLD ST 25 36 YUZHNO-LISTVENICHNA FIELD, USSR, BITUMEN ST 25 446 WATER SATURATION, FROM DIELECTRIC LOG ST 25 41 YUZHNO-NEVEL’FIELD, USSR, BITUMEN ST 25 236 WATER WASHING, EVIDENCE FOR, OKLAHOMA ST 25 37 YUZHNO-NURLAT FIELD, USSR, BITUMEN ST 25 230 WATER, SALINITY VS. DEPTH, DEAD SEA ST 25 39 YUZHNO-TIGYAN FIELD, USSR, BITUMEN ST 25 546 WATERFLOOD, HOT, KUPARUK RIVER, WEST SAK ST 25 13 YUZHNO/CAERENSHANKA OIL FLD.. USSR, CRET. ST 25 327 * WEBER, J.F.,-SHALLOW HEAVY-OIL DEPOSITS IN A ST 25 14 ZAKUM OIL FLD., ABU DHABI, CRET. ST 25 13 WEBSTER OIL FLD., USA, OLIG. ST 25 150 ZALCHO DEPOSIT, ASPHALT. IRAQ ST 25 443 t WELL LOG ASSISTED EVALUATION OF HEAVY-OIL RESOURCES-A ST 25 36 ZAPADNO-ISKOS’GORA FIELD, USSR, BITUMEN STATUS REPORT ST 25 41 ZAPADNO-SABO FIELD, USSR, BITUMEN ST 25 451 WELL LOG, RESPONSE OF TAR MAT ST 25 14 ZAPADNO-SURGUT OIL FLD., USSR, CRET. ST 25 428 WELL LOGGING, GEOCHEMICAL ST 25 14 ZARZAITINE OIL FLD., ALGERIA, DEV. ST 25 495 WELL LOGGING, HEAVY OIL, PROCEDURES, PROBLEMS ST 25 41 ZEVARDY FIELD. USSR, BITUMEN ST 25 444 WELL LOGS, EOR, USE IN MONITORING STEAM INJECTION ST 25 39 ZHANASU FIELD, USSR, BITUMEN ST 25 423 WELL LOGS, USE IN CASE STUDY, ORINOCO OIL BELT ST 25 14 ZHETY BAY OIL FLD., USSR, JUR. ST 25 537 * WERNER, M.R.,-TERTIARY AND UPPER CRETACEOUS HEAVY-OIL ST 25 42 ZHONGYUAN FIELD, CHINA, BITUMEN ST 25 395 WEST CAT CANYON FIELD, CALIFORNIA, POROSITY ST 25 88 ZHUNGEER BASIN, GEOLOGY, CHINA ST 25 281 WEST INDIES, TRINIDAD, HEAVY OIL, PARRYLANDS FIELD ST 25 210 ZINC, IN HEAVY OILS ST 25 566 WEST KING CITY AREA, CALIFORNIA, TAR SANDS ST 25 37 ZMIYEVSKAYA FIELD. USSR, BITUMEN ST 25 566 WEST MIDWAY SUNSET AREA, CALIFORNIA, TAR SANDS ST 25 14 ZORO/MAPIRI OIL FLD., VENEZUELA, MIO. ST 25 13 WEST SAK OIL FLD., USA, TERT./CRET. ST 25 146 ZUBAIR FIELD, IRAQ, HEAVY OIL ST 25 566 WEST SAN ARDO AREA, CALIFORNIA, TAR SANDS ST 25 14 ZUBAIR OIL FLD., IRAQ, CRET./OLIG./MIO. ST 25 54 WEST SIBERIAN BASIN, SIBERIA, USSR, BITUMEN ST 25 14 ZUBBAYA OIL FLD., SAUDI ARABIA, CRET./JUR. ST 25 54 WEST SIBERIAN BASIN, SIBERIA, USSR, HEAVY OIL ST 25 14 ZULUT OIL FLD.. SAUDI ARABIA, CRET./JUR. ST 25 13 WEST SURGUT OIL FLD., USSR, CRET. ST 25 14 ZUPANDO-SURQUIT OIL FLD., USSR, CRET. ST 25 473 WESTERN CANADA, LLOYDMINSTER, HEAVY OIL ST 25 40 ZYBZA-GLUBOKIY YAR FIELD, USSR, BITUMEN ST 25 40 WESTERN TURKMENIA, USSR, BITUMEN, PLIOCENE ST 25 621 1984, TAR SAND, RECOVERY PROJECTS, U.S. ST 25 257 * WESTLAKE, D.W.S.,-SUMMARY OF OIL-BIODEGRADATION PAPERS ST 25 145 247-243 FIELD, INDONESIA, HEAVY OIL

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 ISBN: 0-89181-031-5

Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021 Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3931412/9781629811406_backmatter.pdf by guest on 29 September 2021