A Reference Is Indexed According to Its Important, Or "Key" the Following Number Is the Series Number
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235 Index A reference is indexed according to its important, or "key" The following number is the series number. In this case, 27 words. represents a reference from Memoir 27. Three columns are to the left of the keyword entries. The first The last column entry is the page number in this volume where column, a letter entry, represents the AAPG book series from the reference will be found. which the reference originated. In this case, M stands for Memoir Note: This index is set up for single-line entry. Where entries Series. Every five years, AAPG merges all its indexes together, exceed one line of type, the line is terminated. (This is especially and the letter M will differentiate this reference from those of the evident with manuscript titles, which tend to be long and descrip AAPG Studies in Geology Series (S) or from the AAPG Bulletin tive.) The reader sometimes must be able to realize keywords, (B). although commonly taken out of context. M 27 190 ABU DHABI, PLEISTOCENE AEOLIANITE M 27 123 BAHAMAS, HOLOCENE SEDIMENTS M 27 194 ABU DHABI, PLEISTOCENE AEOLIANITE M 27 128 BAHAMAS, HOLOCENE SEDIMENTS M 27 161 ABU DHABI, QUATERNARY CRUSTS M 27 179 BAHAMAS, HOLOCENE SEDIMENTS M 27 157 ABU DHABI,QUATERNARY SEDIMENTS M 27 81 BAHAMAS, HOLOCENE SEDIMENTS M 27 158 ABU DHABI, QUATERNARY SEDIMENTS M 27 115 BAHAMAS, PLEISTOCENE DUNES M 27 119 ABU DHABI, QUATERNARY SEDIMENTS M 27 127 BAHAMAS, PLEISTOCENE DUNES M 27 23 ACRITARCHS M 27 161 BAHAMAS, QUATERNARY SEDIMENTS M 27 34 AGGLUTINATING FORAMS M 27 185 BAYS LIMESTONE, VIRGINIA, ORDOVICIAN M 27 47 AJAX LIMESTONE, AUSTRALIA, CAMBRIAN M 27 176 BAYS LIMESTONE, VIRGINIA, ORDOVICIAN M 27 112 ALABAMA, JURASSIC, SMACKOVER FORMATION M 27 4 BAYS LIMESTONE, VIRGINIA, ORDOVICIAN M 27 3 ALGAE,HOLOCENE M 27 206 BECRAFT LIMESTONE, NEW YORK, DEVONIAN M 27 11 ALGAE, CHAROPHYTES, GREEN M 27 77 BECRAFT LIMESTONE, NEW YORK, DEVONIAN M 27 7 ALGAE, HALIMEDA, GREEN M 27 174 BEEKMANTOWN LIMESTONE, MARYLAND, ORDOVICIAN M 27 3 ALGAL BODIES, BLUE-GREEN M 27 90 BELEMNITE ROSTRUMS M 27 183 ALGAL BORINGS M 27 35 BELIZE, HOLOCENE, CORAL-RUBBLE M 27 193 ALGAL BORINGS M 27 18 BELIZE, HOLOCENE, PLANKTON M 27 127 ALGAL BORINGS, OOIDS M 27 59 BELIZE, HOLOCENE BACK-REEF BEACH SANDS M 27 47 ALGAL CRUST, BLUE-GREEN M 27 218 BELIZE, HOLOCENE BEACH SEDIMENTS M 27 190 ALGAL CRUSTS M 27 96 BELIZE, HOLOCENE CORAL RUBBLE M 27 4 ALGAL ENCRUSTATION, BLUE-GREEN M 27 158 BELIZE, HOLOCENE SEDIMENTS M 27 13 ALGAL ENCRUSTING, RED M 27 101 BELIZE, HOLOCENE SEDIMENTS M 27 9 ALGALFRAGMENT,DASYCLADACEAN,GREEN M 27 183 BELIZE, HOLOCENE SEDIMENTS M 27 13 ALGAL FRAGMENT, DOLOMITE REPLACEMENT, RED M 27 159 BELIZE, HOLOCENE SEDIMENTS M 27 12 ALGAL GRAIN, GONIOLITHON, RED M 27 51 BELIZE, HOLOCENE SEDIMENTS M 27 10 ALGAL GRAINS, PHYLLOID M 27 60 BELIZE, HOLOCENE SEDIMENTS M 27 131 ALGAL GRAINS, RED M 27 61 BELIZE, HOLOCENE SEDIMENTS M 27 3 ALGAL MAT, LAMINATED, BLUE-GREEN M 27 60 BELIZE, HOLOCENE SEDIMENTS M 27 6 ALGAL NODULE, TUBULES EXAMPLE M 27 32 BELIZE, HOLOCENE SEDIMENTS M 27 189 ALGAL ONCOLITE, BLUE-GREEN M 27 37 BELIZE, HOLOCENE SEDIMENTS M 27 6 ALGAL STROMATOLITE, BLUE-GREEN M 27 25 BELIZE, HOLOCENE SEDIMENTS M 27 4 ALGAL STROMATOLITE, BLUE-GREEN M 27 21 BELIZE, HOLOCENE SEDIMENTS M 27 211 ALLENTOWN DOLOMITE, PENNSYLVANIA, CAMBRIAN M 27 81 BELIZE, HOLOCENE SEDIMENTS M 27 89 AMMONITES M 27 83 BELIZE, HOLOCENE SEDIMENTS M 27 134 ANHYDRITE, REPLACEMENT M 27 95 BELIZE, HOLOCENE SEDIMENTS M 27 60 ANNULARIS, ARAGONITIC M 27 82 BELIZE, HOLOCENE SEDIMENTS M 27 157 ARAGONITE CEMENTS M 27 38 BELIZE, HOLOCENE SEDIMENTS, PYRGO SP. M 27 158 ARAGONITE CEMENTS M 27 59 BELIZE, PLEISTOCENE, BACK-REEF LIMESTONES M 27 189 ARAGONITE CRUST, CEMENTS M 27 160 BELIZE, QUATERNARY SEDIMENTS M 27 60 ARAGONITIC ANNULARIS M 27 69 BELL CANYON FORMATION, TEXAS, PERMIAN M 27 33 ARENACEOUS FORAMS M 27 17 BERMUDA RISE, EOCENE, DEEP-WATER OOZE M 27 18 ATCO FORMATION, TEXAS, CRETACEOUS M 27 139 BERMUDA RISE, EOCENE DEEP-WATER OOZE M 27 17 ATCO FORMATION, TEXAS, CRETACEOUS M 27 184 BIOEROSION, SPONGE M 27 176 ATHENS LIMESTONE, VIRGINIA, ORDOVICIAN M 27 68 BIOHERMAL MOUND, KANSAS, MISSISSIPPIAN M 27 223 AUSTIN GROUP, TEXAS, CRETACEOUS M 27 4 BIOLITHITE M 27 193 AUSTIN GROUP, TEXAS, CRETACEOUS M 27 176 BIOLITHITE, RED ALGAL M 27 220 AUSTIN GROUP, TEXAS, CRETACEOUS M 27 177 BIOMICRITE M 27 47 AUSTRALIA, CAMBRIAN, AJAX LIMESTONE M 27 178 BIOMICRITE, PACKED M 27 205 AUSTRIA, CRETACEOUS, GMUNDEN FLYSCH M 27 175 BIOMICRITES M 27 34 AUSTRIA, CRETACEOUS LIMESTONE M 27 164 BIOSPARITE, CRINOID M 27 124 AUSTRIA, EOCENE, OBERAUDORF SCHICHTEN M 27 178 BIOSPARITE, POORLY-WASHED M 27 177 AUSTRIA, EOCENE, OBERAUDORF SCHICHTEN M 27 164 BIOSPARITE, POROUS M 27 164 AUSTRIA, TRIASSIC, DACHSTEIN LIMESTONE M 27 167 BIOSPARITES M 27 3 AUSTRIA, TRIASSIC DACHSTEIN LIMESTONE M 27 173 BIOSPARITES M 27 131 AVON PARK LIMESTONE, FLORIDA, EOCENE M 27 34 BISERIAL FORAMS M 27 194 AVON PARK LIMESTONE, FLORIDA, EOCENE M 27 200 BLACK RIVER LIMESTONE, PENNSYLVANIA, ORDOVICIAN M 27 219 AVON PARK LIMESTONE, FLORIDA, EOCENE M 27 222 BLACK RIVER LIMESTONE, PENNSYLVANIA, ORDOVICIAN M 27 59 BACK-REEF BEACH SANDS, BELIZE, HOLOCENE M 27 206 BLACK RIVER LIMESTONE, PENNSYLVANIA, ORDOVICIAN M 27 59 BACK-REEF LIMESTONES, BELIZE, PLEISTOCENE M 27 '173 BLACK RIVER LIMESTONE, PENNSYLVANIA, ORDOVICIAN M 27 157 BAHAMAS, HOLOCENE BEACHROCK M 27 75 BLACK RIVER LIMESTONE, PENNSYLVANIA, ORDOVICIAN M 27 189 BAHAMAS, HOLOCENE BEACHROCK M 27 72 BLACK RIVER LIMESTONE, PENNSYLVANIA, ORDOVICIAN M 27 117 BAHAMAS, HOLOCENE SEDIMENTS M 27 118 BLOYD FORMATION, OKLAHOMA, PENNSYLVANIAN M 27 127 BAHAMAS, HOLOCENE SEDIMENTS M 27 116 BLOYD FORMATION, OKLAHOMA, PENNSYLVANIAN M 27 183 BAHAMAS, HOLOCENE SEDIMENTS M 27 167 BLOYD FORMATION, OKLAHOMA, PENNSYLVANIAN M 27 127 BAHAMAS, HOLOCENE SEDIMENTS M 27 35 BLOYD FORMATION, OKLAHOMA, PENNSYLVANIAN Downloaded from http://pubs.geoscienceworld.org/books/book/chapter-pdf/3839086/9781629811994_backmatter.pdf by guest on 26 September 2021 236 M 27 96 BLOYD FORMATION, OKLAHOMA, PENNSYLVANIAN M 27 144 CLINTON FORMATION, PENNSYLVANIA, SILURIAN M 27 86 BLOYD FORMATION, OKLAHOMA, PENNSYLVANIAN M 27 140 COAMO SPRINGS LIMESTONE, PUERTO RICO, EOCENE M 27 3 BLUE-GREEN ALGAL BODIES M 27 131 COAMO SPRINGS LIMESTONE, PUERTO RICO, EOCENE M 27 47 BLUE-GREEN ALGAL CRUST M 27 13 COAMO SPRINGS LIMESTONE, PUERTO RICO, EOCENE M 27 4 BLUE-GREEN ALGAL ENCRUSTATION M 27 12 COAMO SPRINGS LIMESTONE, PUERTO RICO, EOCENE M 27 3 BLUE-GREEN ALGAL MAT, LAMINATED M 27 33 COAMO SPRINGS LIMESTONE, PUERTO RICO, EOCENE M 27 189 BLUE-GREEN ALGAL ONCOLITE M 27 55 COBLESKILL LIMESTONE, NEW YORK, SILURIAN M 27 4 BLUE-GREEN ALGAL STROMATOLITE M 27 19 COCCOLITH, RHABDOLITH M 27 6 BLUE-GREEN ALGAL STROMATOLITE M 27 168 COCCOLITHS M 27 78 BONE SPRING LIMESTONE, TEXAS, PERMIAN M 27 17 COCCOLITHS, GOLDEN-BROWN ALGAE M 27 32 BONE SPRING LIMESTONE, TEXAS, PERMIAN M 27 18 COCCOSPHERE M 27 183 BORINGS, ALGAL M 27 ]53 COLLOPHANE FRAGMENTS M 27 193 BORINGS, ALGAL M 27 9 COLOMBIA, CRETACEOUS, LIMESTONE M 27 184 BORINGS, SPONGE M 27 107 COLORADO, CRETACEOUS, DAKOTA GROUP M 27 ]83 BORINGS, SUBTIDAL M 27 108 COLORADO, CRETACEOUS, DAKOTA SANDSTONE M 27 184 BORINGS VS. BURROWS, EXAMPLE M 27 177 COLORADO, CRETACEOUS, GREENHORN LIMESTONE M 27 76 BRACHIOPODS, PSEUDOPUNCTATE M 27 36 COLORADO, CRETACEOUS, GREENHORN LIMESTONE M 27 76 BRACHIOPOD, PUNCTATE M 27 105 COLORADO, OLIGOCENE, CREEDE FORMATION M 27 76 BRACHIOPOD GRAINS M 27 11 COLORADO, PENNSYLVANIAN, MINTURN FORMATION M 27 78 BRACHIOPOD SPINES M 27 10 COLORADO, PENNSYLVANIAN, MINTURN FORMATION M 27 72 BRACHIOPODS M 27 207 COMPACTION AFTER CEMENTATION M 27 75 BRACHIOPODS M 27 139 CONOCOCHEAGUE LIMESTONE, VIRGINIA, CAMBRIAN M 27 77 BRACHIOPODS, PSEUDOPUNCTATE M 27 141 CONOCOCHEAGUE LIMESTONE, VIRGINIA, CAMBRIAN M 27 50 BROWNSPORT GROUP, TENNESSEE, SILURIAN M 27 26 CONODONTS M 27 71 BRYOZOAN FROND M 27 27 CONODONTS M 27 67 BRYOZOANS M 27 141 COPPER RIDGE DOLOMITE, VIRGINIA, CAMBRIAN M 27 70 BRYOZOANS, CRYPTOSOME M 27 140 COPPER RIDGE DOLOMITE, VIRGINIA, CAMBRIAN M 27 68 BRYOZOANS, FENESTRATE M 27 139 COPPER RIDGE DOLOMITE, VIRGINIA, CAMBRIAN M 27 69 BRYOZOANS, FENESTRATE M 27 63 CORAL LIMESTONE, ENGLAND, CARBONIFEROUS M 27 71 BRYOZOANS, MODERN ENCRUSTERS M 27 164 CORAL LIMESTONE, ENGLAND, MISSISSIPPIAN M 27 2] BUDA LIMESTONE, TEXAS, CRETACEOUS M 27 36 CORAL SEA, HOLOCENE OOZE M 27 185 BURROWS, FILLED M 27 90 CORAL SEA, HOLOCENE SEDIMENTS M 27 184 BURROWS VS. BORINGS, EXAMPLE M 27 41 CORALLIAN SERIES, ENGLAND, JURASSIC M 27 12 CALCARENITE, MUSCAT, OMAN, TERTIARY M 27 59 CORALS, SCLERACTINIAN M 27 49 CALCAREOUS SPONGES M 27 61 CORALS, SCLERACTINIAN M 27 21 CALCISPHERES M 27 62 CORALS, COLONIAL, RUGOSE M 27 48 CALCISPONGES M 27 61 CORALS, SILICIFIED, TABULATE M 27 164 CALCITE, FIBROUS M 27 62 CORALS, SOLITARY, RUGOSE M 27 159 CALCITE CEMENTS M 27 63 CORALS, SOLITARY, RUGOSE M 27 217 CALCITE-FILLED INTERPARTICLE POROSITIES M 27 35 CORAL-RUBBLE, BELIZE, HOLOCENE M 27 124 CALCLITHITE, EXTRACLASTS M 27 143 CRAIE GRISE, NETHERLANDS, CRETACEOUS M 27 177 CALCLITHITES, POLYMICT M 27 105 CREEDE FORMATION, COLORADO, OLIGOCENE M 27 119 CALICHE M 27 153 CRETACEOUS, SAN CARLOS FORMATION, TEXAS M 27 189 CALICHE, LAMINATED M 27 18 CRETACEOUS, ATCO FORMATION, TEXAS M 27 189 CALICHE CRUST, TEXAS, QUATERNARY M 27 17 CRETACEOUS, ATCO FORMATION, TEXAS M 27 25 CALIFORNIA, JURASSIC, FRANCISCAN FORMATION M 27 223 CRETACEOUS, AUSTIN GROUP, TEXAS M 27 23 CALIFORNIA, JURASSIC, POINT SAL OPHIOLITE M 27 193 CRETACEOUS, AUSTIN GROUP, TEXAS M 27 24 CALIFORNIA, JURASSIC, POINT SAL OPHIOLITE M 27 220 CRETACEOUS, AUSTIN GROUP, TEXAS M 27