GEOL_UNITS.PAT...... 3 ROCK NAME...... 4 AGE ...... 5 ROCK GROUP...... 8 ROCK CLASS...... 9 GEOL_UNITS.AAT...... 10 FEATURE ACCURACY ...... 11 BOUNDARY TYPE...... 12 MINERALMET.PAT ...... 13 METAMORPHIC MINERAL FACIES (grade list)...... 14 AGE ...... 15 MINERALMET.AAT...... 18 FEATURE ACCURACY ...... 19 TEXTURALMET.PAT ...... 20 TEXTURAL METAMORPHIC ZONE ...... 21 AGE ...... 22 TEXTURALMET.AAT...... 25 FEATURE ACCURACY ...... 26 METAMORPHIC TEXTURAL ISOTECT ...... 27 FAULTS.AAT ...... 28 FEATURE ACCURACY ...... 30 FAULT SENSE OF MOVEMENT ...... 31 PLOT RANK ...... 32 FAULT TYPE...... 33 DIP DIRECTION...... 34 DIP ...... 35 AGE ...... 36 FAULT SLIP ...... 39 FAULT DOWN THROWN SIDE...... 40 FOLDS.AAT...... 41 FEATURE ACCURACY ...... 42 FOLD TYPE ...... 43 FOLD FACING ...... 44 FOLD PLUNGE ...... 45 DIP DIRECTION...... 46 DIP ...... 47 FOLD FACING ...... 48 FOLD VERGENCE...... 49 FOLD SURFACE ...... 50 AGE ...... 51 PLOT RANK ...... 54 HORIZONS.AAT ...... 55 FEATURE ACCURACY ...... 56 ROCK NAME...... 57 PLOT RANK ...... 58 AGE ...... 59 ROCK GROUP...... 62 ROCK CLASS...... 63 VEINS.AAT...... 64 FEATURE ACCURACY ...... 65 MINERALS ...... 66 DIP DIRECTION...... 68 DIP ...... 69 AGE ...... 70 PLOT RANK ...... 73 DIKES.AAT...... 74 FEATURE ACCURACY ...... 75 ROCK NAME...... 76 DIP DIRECTION...... 78 DIP ...... 79 AGE ...... 80 LINEARS.AAT ...... 83 LINEAMENT ACCURACY...... 84 LINEAMENT TYPE ...... 85 STRUCTURE.PAT...... 86 STRUCTURE TYPE ...... 87 PLOT RANK ...... 89 SOURCES.AAT ...... 90 GEOL_UNITS.PAT MAPPABLE GEOLOGICAL POLYGONS ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION WIDTH WIDTH TYPE PLACES
UNIT_CODE 8 8 C A mapping unit letter code eg, eMimt
MAIN_ROCK 32 32 C A rock type from the rock names list.
SUB_ROCKS 64 64 C Rock name(s) from the rock names list.
MAP_UNIT 32 32 C Mapping unit name eg, terraced river gravels.
STRAT_UNIT 32 32 C Stratigraphic unit name where applicable.
SEQUENCE 32 32 C Stratigraphic sequence name where applicable.
TERRANE 32 32 C Terrane name where applicable.
STRAT_AGE 32 32 C Age from the age list.
ABS_MIN 7 7 N 3 Minimum absolute deposition/emplacement age in Ma.
ABS_MAX 7 7 N 3 Maximum absolute deposition/emplacement age in Ma.
CONFIDENCE 64 64 C Comment on accuracy of maximum or minimum absolute age.
DESCRIPTION 128 128 C Description of geological mapping unit.
ROCK_GROUP 32 32 C A broad rock group name from the group name list.
ROCK_CLASS 32 32 C A general classification name from the rock class list.
ROCK NAME DESCRIPTION: Rock type. Valid entries : agglomerate dunite loam quartzite albite granite dust loess rhyodacite algal limestone epiclastic melilitite rhyolite alkali feldspar granite evaporite metachert rodingite alkali feldspar rhyolite fanglomerate metaconglomerate sand alnoite fenite metapelite sandstone andesite flint metasandstone sannaite anorthosite gabbro metavolcanics schist aplite gabbronorite micrite scoria arenite gneiss microcrystalline semischist argillite gold limestone shale arkose grainstone migmatite shell beds basalt granite minette shingle basaltic agglomerate granitoid monchiquite silt basaltic andesite granodiorite monzodiorite siltstone basanite granulite monzonite skarn biocarbonate grapestone mud slate biomicrite gravel mudstone spessartite biosparite greensand mylonite spilite boninite greenschist nepheline syenite syenite boulder greywacke norite syenogranite boundstone grit obsidian tephra breccia guano oil shale till broken formation harzburgite olivine basalt tillite camptonite hawaiite olivine nephelinite tinguaite carbonaceous shale hornblende gabbro oolitic limestone tonalite carbonate rock hornblendite ooze trachyandesite carbonatite hornfels ophiolite trachybasalt cataclasite ignimbrite orthopyroxenite trachyte chalk ironstone peat trachytic breccia charnockite kaiwekite pebble travertine chert keratophyre pelite troctolite chipwacke kerzantite peralkaline rhyolite trondhjemite clay kimberlite peridotite tuff claystone komatiite peridotite turbidite clinopyroxenite lamproite phonolite unknown coal lamprophyre phosporite vitric tuff conglomerate lapilli tuff phyllite vogesite coquina leaf beds picrite volcanic boulders dacite lherzolite polzenite volcanic breccia diamictite lignite porphyry volcanic diatomite limburgite psammite conglomerate diorite limestone pyroclastics volcanic sandstone dolerite marble pyroxenite websterite dolomitic limestone marl quartz diorite wehrlite dolostone melange quartz syenite AGE DESCRIPTION: Age abbreviations. Valid entries: CZ Cenozoic
Q Quaternary
Q1 Holocene Oxygen Isotope Stage 1
Q2 Oxygen Isotope Stage 2
Q3 Oxygen Isotope Stage 3
Q4 Oxygen Isotope Stage 4
Q5 Oxygen Isotope Stage 5
Q6 Oxygen Isotope Stage 6
Q7 Oxygen Isotope Stage 7
Q8 Oxygen Isotope Stage 8
Q9 Oxygen Isotope Stage 9
Q10 Oxygen Isotope Stage 10
Q11 Oxygen Isotope Stage 11
Q12 Oxygen Isotope Stage 12
Q13 Oxygen Isotope Stage 13
Q14 Oxygen Isotope Stage 14
Q2-Q5 Late Pleistocene
Q5-Q13 Middle Pleistocene
Q14+ Early Pleistocene
TT Tertiary
Pl Pliocene lPl Late Pliocene ePl Early Pliocene
Mi Miocene lMi Late Miocene mMi Middle Miocene eMi Early Miocene
Ol Oligocene lOl Late Oligocene eOl Early Oligocene
E Eocene lE Late Eocene mE Middle Eocene eE Early Eocene
Pa Paleocene lPa Late Paleocene ePa Early Paleocene
MZ Mesozoic
K Cretaceous lK Late Cretaceous eK Early Cretaceous
J Jurassic lJ Late Jurassic mJ Middle Jurassic eJ Early Jurassic
Tr Triassic lTr Late Triassic mTr Middle Triassic eTr Early Triassic
PZ Paleozoic
Y Permian lY Late Permian mY Middle Permian eY Early Permian Ca Carboniferous lCa Late Carboniferous mCa Middle Carboniferous eCa Early Carboniferous
D Devonian lD Late Devonian mD Middle Devonian eD Early Devonian
S Silurian lS Late Silurian mS Middle Silurian eS Early Silurian
Or Ordovician lOr Late Ordovician eOr Early Ordovician
Cm Cambrian lCm Late Cambrian mCm Middle Cambrian eCm Early Cambrian
Z Proterozoic lZ Late Proterozoic mZ Middle Proterozoic eZ Early Proterozoic
ROCK GROUP
DESCRIPTION: Broad classification of geological units based on rock type. Valid entries: unknown limestone sandstone mudstone conglomerate breccia chert quartzite marble greywacke argillite gneiss metasediment metavolcanic schist greenschist semischist mylonite cataclasite melange broken formation migmatite hornfels basalt andesite dacite rhyolite tuff ignimbrite agglomerate scoria peridotite granite granodiorite diorite syenite monzonite gabbro tonalite monzodiorite alkali feldspar granite ROCK CLASS
DESCRIPTION: Broad classification of geological units. Valid entries: unknown tectonic clastic sediment chemical sediment ultramafic extrusive mafic extrusive intermediate extrusive felsic extrusive ultramafic intrusive mafic intrusive intermediate intrusive felsic intrusive gneiss schist GEOL_UNITS.AAT
MAPPABLE GEOLOGICAL BOUNDARIES
ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION
WIDTH WIDTH TYPE PLACES
IDENTIFIER 8 8 C Unique identifying code eg, H45/001
ACCURACY 16 16 C Boundary accuracy from the accuracy list .
TYPE 16 16 C Boundary type from the type list .
REDEFINED ITEMS
ACCUR_TYPE 32 32 C Concatenation of ACCURACY and TYPE. Used for symbolisation of lines on map.
FEATURE ACCURACY
DESCRIPTION: Accuracy of mapped feature.
Valid entries: accurate approximate concealed inferred BOUNDARY TYPE
DESCRIPTION: Description of contact between two geological units.
Valid entries: conformable unconformable fault intrusive unknown water landslide terrace isotect isograd border - indicates map border offshore - indicates conatct is below mean sea level MINERALMET.PAT
MAPPABLE MINERAL METAMORPHIC POLYGONS
ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION
WIDTH WIDTH TYPE PLACES
IDENTIFIER 8 8 C Unique identifying code eg, H45/001
GRADE 32 32 C Metamorphic facies from the grade list .
AGE 16 16 C Age from age list .
ABS_MIN 7 7 N 3 Minimum absolute metamorphic age in Ma.
ABS_MAX 7 7 N 3 Maximum absolute metamorphic age in Ma.
CONFIDENCE 64 64 C Comment on accuracy of maximum or minimum absolute age.
METAMORPHIC MINERAL FACIES (grade list)
DESCRIPTION: Metamorphic mineral grade.
Valid entries: zeolite prehnite-pumpellyite greenschist chlorite greenschist biotite greenschist garnet greenschist amphibolite granulite eclogite glaucophane-lawsonite albite-epidote hornfels hornblende hornfels pyroxene hornfels AGE
DESCRIPTION: Age abbreviations.
Valid entries:
CZ Cenozoic
Q Quaternary
Q1 Holocene Oxygen Isotope Stage 1
Q2 Oxygen Isotope Stage 2
Q3 Oxygen Isotope Stage 3
Q4 Oxygen Isotope Stage 4
Q5 Oxygen Isotope Stage 5
Q6 Oxygen Isotope Stage 6
Q7 Oxygen Isotope Stage 7
Q8 Oxygen Isotope Stage 8
Q9 Oxygen Isotope Stage 9
Q10 Oxygen Isotope Stage 10
Q11 Oxygen Isotope Stage 11
Q12 Oxygen Isotope Stage 12
Q13 Oxygen Isotope Stage 13
Q14 Oxygen Isotope Stage 14
Q2-Q5 Late Pleistocene
Q5-Q13 Middle Pleistocene
Q14+ Early Pleistocene
TT Tertiary
Pl Pliocene lPl Late Pliocene ePl Early Pliocene
Mi Miocene lMi Late Miocene mMi Middle Miocene eMi Early Miocene
Ol Oligocene lOl Late Oligocene eOl Early Oligocene
E Eocene lE Late Eocene mE Middle Eocene eE Early Eocene
Pa Paleocene lPa Late Paleocene ePa Early Paleocene
MZ Mesozoic
K Cretaceous lK Late Cretaceous eK Early Cretaceous
J Jurassic lJ Late Jurassic mJ Middle Jurassic eJ Early Jurassic
Tr Triassic lTr Late Triassic mTr Middle Triassic eTr Early Triassic
PZ Paleozoic
Y Permian lY Late Permian mY Middle Permian eY Early Permian
Ca Carboniferous lCa Late Carboniferous mCa Middle Carboniferous eCa Early Carboniferous
D Devonian lD Late Devonian mD Middle Devonian eD Early Devonian
S Silurian lS Late Silurian mS Middle Silurian eS Early Silurian
Or Ordovician lOr Late Ordovician eOr Early Ordovician
Cm Cambrian lCm Late Cambrian mCm Middle Cambrian eCm Early Cambrian
Z Proterozoic lZ Late Proterozoic mZ Middle Proterozoic eZ Early Proterozoic
MINERALMET.AAT
METAMORPHIC MINERAL ISOGRADS
ITEM INPUT OUTPUT ITEM DECIMAL DESCRIPTION NAME WIDTH WIDTH TYPE PLACES
IDENTIFIER 8 8 C Unique identifying code eg, H45/001
ACCURACY 16 16 C Isograd accuracy from the accuracy list .
ISOGRAD 64 64 C Isograd name.
FEATURE ACCURACY
DESCRIPTION: Accuracy of mapped feature.
Valid entries: accurate approximate concealed inferred TEXTURALMET.PAT
MAPPABLE TEXTURAL METAMORPHIC POLYGONS
ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION
WIDTH WIDTH TYPE PLACES
IDENTIFIER 8 8 C Unique identifying code eg, H45/001
ZONE 6 6 C Textural metamorphic zone from the zone list .
AGE 16 16 C Age from the age list .
ABS_MIN 7 7 N 3 Minimum absolute metamorphic age in Ma.
ABS_MAX 7 7 N 3 Maximum absolute metamorphic age in Ma.
CONFIDENCE 64 64 C Comment on accuracy of maximum or minimum absolute age.
TEXTURAL METAMORPHIC ZONE
DESCRIPTION: Textural zone name.
Valid entries:
I IIA IIB IIIA IIIB IIIB-IV III IV AGE
DESCRIPTION: Age abbreviations.
Valid entries:
CZ Cenozoic
Q Quaternary
Q1 Holocene Oxygen Isotope Stage 1
Q2 Oxygen Isotope Stage 2
Q3 Oxygen Isotope Stage 3
Q4 Oxygen Isotope Stage 4
Q5 Oxygen Isotope Stage 5
Q6 Oxygen Isotope Stage 6
Q7 Oxygen Isotope Stage 7
Q8 Oxygen Isotope Stage 8
Q9 Oxygen Isotope Stage 9
Q10 Oxygen Isotope Stage 10
Q11 Oxygen Isotope Stage 11
Q12 Oxygen Isotope Stage 12
Q13 Oxygen Isotope Stage 13
Q14 Oxygen Isotope Stage 14
Q2-Q5 Late Pleistocene
Q5-Q13 Middle Pleistocene
Q14+ Early Pleistocene
TT Tertiary
Pl Pliocene lPl Late Pliocene ePl Early Pliocene
Mi Miocene lMi Late Miocene mMi Middle Miocene eMi Early Miocene
Ol Oligocene lOl Late Oligocene eOl Early Oligocene
E Eocene lE Late Eocene mE Middle Eocene eE Early Eocene
Pa Paleocene lPa Late Paleocene ePa Early Paleocene
MZ Mesozoic
K Cretaceous lK Late Cretaceous eK Early Cretaceous
J Jurassic lJ Late Jurassic mJ Middle Jurassic eJ Early Jurassic
Tr Triassic lTr Late Triassic mTr Middle Triassic eTr Early Triassic
PZ Paleozoic
Y Permian lY Late Permian mY Middle Permian eY Early Permian
Ca Carboniferous lCa Late Carboniferous mCa Middle Carboniferous eCa Early Carboniferous
D Devonian lD Late Devonian mD Middle Devonian eD Early Devonian
S Silurian lS Late Silurian mS Middle Silurian eS Early Silurian
Or Ordovician lOr Late Ordovician eOr Early Ordovician
Cm Cambrian lCm Late Cambrian mCm Middle Cambrian eCm Early Cambrian
Z Proterozoic lZ Late Proterozoic mZ Middle Proterozoic eZ Early Proterozoic
TEXTURALMET.AAT
METAMORPHIC TEXTURAL ISOTECTS
ITEM INPUT OUTPUT ITEM DECIMAL DESCRIPTION NAME WIDTH WIDTH TYPE PLACES
IDENTIFIER 8 8 C Unique identifying code eg, H45/001
ACCURACY 16 16 C Isotect accuracy from the accuracy list .
ISOTECT 64 64 C Isotect name from the isotect list .
FEATURE ACCURACY
DESCRIPTION: Accuracy of mapped feature.
Valid entries: accurate approximate concealed inferred
METAMORPHIC TEXTURAL ISOTECT
DESCRIPTION: Textural isotect name.
Valid entries: cover fault border I:IIA IIA:IIB IIB:IIIA IIIA:IIIB IIIB:IV I-IIA:IIB IIA-IIB:IIIA IIIA-IIIB:IV IIIA:IIIB-IV IIB:III III:IV FAULTS.AAT
MAPPABLE FAULTS
ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION
WIDTH WIDTH TYPE PLACES
IDENTIFIER 8 8 C Unique identifying code eg, H45/001
ACCURACY 16 16 C Fault accuracy from the accuracy list .
DOM_SENSE 11 11 C Dominant sense of movement from the sense list .
SUB_SENSE 11 11 C Subordinate sense of movement from the sense list .
ACTIVITY 8 8 C Activity (either active or inactive).
PLOT_RANK 7 7 I Smallest scale appropriate for plotting from the plot rank list .
NAME 32 23 C Name of fault.
ZONE 32 32 C Name of fault zone.
TYPE 16 16 C Fault type from the type list .
RDOM_SENSE 11 11 C Dominant earlier sense of movement from the sense list .
RSUB_SENSE 11 11 C Subordinate earlier sense of movement from the sense list .
RTYPE 16 16 C Earlier fault type from the type list .
DIP_DIR 3 3 I Mean dip direction of fault plane from the dip direction list .
DIP 2 2 I Mean dip of fault plane from the dip list .
AGE 16 16 C Age of movement from the age list .
TOTAL_SLIP 7 7 C Total slip on fault in km from the total slip list .
DOWN_QUAD 3 3 C Down thrown side of fault from the downthrow list .
REDEFINED ITEMS
ACCUR_SENSE 38 38 C Concatenation of ACCURACY and TYPE. Used for symbolisation of lines on map.
FEATURE ACCURACY
DESCRIPTION: Accuracy of mapped feature.
Valid entries: accurate approximate concealed inferred
FAULT SENSE OF MOVEMENT
DESCRIPTION: Sense of movement associated with a length of fault.
Valid entries: dextral dipslip none normal reverse sinistral strikeslip thrust unknown PLOT RANK
DESCRIPTION: Smallest scale at which feature can be clearly plotted. Used for cartographic thinning of data not as a measure of data accuracy.
Valid entries:
250000
100000
50000
25000
10000
5000
2500
1000 FAULT TYPE
DESCRIPTION: Type of fault.
Valid entries: brittle-ductile broken formation cataclasite crush zone ductile shear fault melange mylonite suture unknown DIP DIRECTION
DESCRIPTION: Mean dip direction associated with a feature.
Valid entries:
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 999 - indicates null entry DIP
DESCRIPTION: Mean dip associated with a feature.
Valid entries:
0 10 20 30 40 50 60 70 80 90 99 - indicates null entry AGE
DESCRIPTION: Age abbreviations.
Valid entries:
CZ Cenozoic
Q Quaternary
Q1 Holocene Oxygen Isotope Stage 1
Q2 Oxygen Isotope Stage 2
Q3 Oxygen Isotope Stage 3
Q4 Oxygen Isotope Stage 4
Q5 Oxygen Isotope Stage 5
Q6 Oxygen Isotope Stage 6
Q7 Oxygen Isotope Stage 7
Q8 Oxygen Isotope Stage 8
Q9 Oxygen Isotope Stage 9
Q10 Oxygen Isotope Stage 10
Q11 Oxygen Isotope Stage 11
Q12 Oxygen Isotope Stage 12
Q13 Oxygen Isotope Stage 13
Q14 Oxygen Isotope Stage 14
Q2-Q5 Late Pleistocene
Q5-Q13 Middle Pleistocene
Q14+ Early Pleistocene
TT Tertiary
Pl Pliocene lPl Late Pliocene ePl Early Pliocene
Mi Miocene lMi Late Miocene mMi Middle Miocene eMi Early Miocene
Ol Oligocene lOl Late Oligocene eOl Early Oligocene
E Eocene lE Late Eocene mE Middle Eocene eE Early Eocene
Pa Paleocene lPa Late Paleocene ePa Early Paleocene
MZ Mesozoic
K Cretaceous lK Late Cretaceous eK Early Cretaceous
J Jurassic lJ Late Jurassic mJ Middle Jurassic eJ Early Jurassic
Tr Triassic lTr Late Triassic mTr Middle Triassic eTr Early Triassic
PZ Paleozoic
Y Permian lY Late Permian mY Middle Permian eY Early Permian
Ca Carboniferous lCa Late Carboniferous mCa Middle Carboniferous eCa Early Carboniferous
D Devonian lD Late Devonian mD Middle Devonian eD Early Devonian
S Silurian lS Late Silurian mS Middle Silurian eS Early Silurian
Or Ordovician lOr Late Ordovician eOr Early Ordovician
Cm Cambrian lCm Late Cambrian mCm Middle Cambrian eCm Early Cambrian
Z Proterozoic lZ Late Proterozoic mZ Middle Proterozoic eZ Early Proterozoic
FAULT SLIP
DESCRIPTION: Total slip in kilometres associated with a length of fault.
Valid entries:
<.1 .1-1 1-10 10-100 >100 FAULT DOWN THROWN SIDE
DESCRIPTION: Down thrown side of fault.
Valid entries:
N NE E SE S SW W NW ? - indicates null entry FOLDS.AAT
MAPPABLE FOLD AXIAL TRACES
ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION
WIDTH WIDTH TYPE PLACES
IDENTIFIER 8 8 C Unique identifying code eg, H45/001
NAME 32 23 C Name of fold.
ACCURACY 16 16 C Fold accuracy from the accuracy list .
TYPE 30 30 C Type of fold from the type list .
ACTIVITY 8 8 C Activity (either active or inactive).
TREND 3 3 I Mean fold axis trend from the trend list .
PLUNGE 2 2 I Mean fold axis plunge from the plunge list .
DIP_DIR 3 3 I Mean dip direction of axial plane from the dip direction list .
DIP 2 2 I Mean dip of axial plane from the dip list .
FACING 16 16 C Fold facing direction from the facing list .
VERGENCE 16 16 C Fold vergence direction from the vergence list .
SURFACE 16 16 C Youngest folded reference surface from the surface list .
AGE 16 16 C Age of deformation from the age list .
PLOT_RANK 7 7 I Smallest scale appropriate for plotting from the plot rank list .
REDEFINED ITEMS
ACCUR_TYPE 46 46 C Concatenation of ACCURACY and TYPE. Used for symbolisation of lines on map. FEATURE ACCURACY
DESCRIPTION: Accuracy of mapped feature.
Valid entries: accurate approximate concealed inferred FOLD TYPE
DESCRIPTION: Type of fold.
Valid entries: anticline anticline inverted anticline overturned anticline overturned inverted antiform bedding antiform overturned bedding antiform overturned schistosit antiform schistosity monocline bedding limb horizon monocline bedding limbs dippin monocline overturned monocline schistosity limb hor monocline schistosity limbs di syncline syncline inverted syncline overturned syncline overturned inverted synform bedding synform overturned bedding synform overturned schistosity synform schistosity FOLD FACING
DESCRIPTION: Mean fold axis trend.
Valid entries:
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 999 - indicates null entry FOLD PLUNGE
DESCRIPTION: Mean fold axis plunge.
Valid entries:
0 10 20 30 40 50 60 70 80 90 99 - indicates null entry DIP DIRECTION
DESCRIPTION: Mean dip direction associated with a feature.
Valid entries:
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 999 - indicates null entry DIP
DESCRIPTION: Mean dip associated with a feature.
Valid entries:
0 10 20 30 40 50 60 70 80 90 99 - indicates null entry FOLD FACING
DESCRIPTION: Fold facing direction (ie direction of younging).
Valid entries: upward downward west east south southeast southwest north northeast northwest unknown FOLD VERGENCE
DESCRIPTION: Mean fold vergence.
Valid entries: north northeast east southeast south southwest west northwest dextral sinistral upwards downwards symmetric FOLD SURFACE
DESCRIPTION: Youngest folded reference surface.
Valid entries: bedding fault foliation S1 foliation S2 foliation S3 foliation S4 foliation unknown AGE
DESCRIPTION: Age abbreviations.
Valid entries:
CZ Cenozoic
Q Quaternary
Q1 Holocene Oxygen Isotope Stage 1
Q2 Oxygen Isotope Stage 2
Q3 Oxygen Isotope Stage 3
Q4 Oxygen Isotope Stage 4
Q5 Oxygen Isotope Stage 5
Q6 Oxygen Isotope Stage 6
Q7 Oxygen Isotope Stage 7
Q8 Oxygen Isotope Stage 8
Q9 Oxygen Isotope Stage 9
Q10 Oxygen Isotope Stage 10
Q11 Oxygen Isotope Stage 11
Q12 Oxygen Isotope Stage 12
Q13 Oxygen Isotope Stage 13
Q14 Oxygen Isotope Stage 14
Q2-Q5 Late Pleistocene
Q5-Q13 Middle Pleistocene
Q14+ Early Pleistocene
TT Tertiary
Pl Pliocene lPl Late Pliocene ePl Early Pliocene
Mi Miocene lMi Late Miocene mMi Middle Miocene eMi Early Miocene
Ol Oligocene lOl Late Oligocene eOl Early Oligocene
E Eocene lE Late Eocene mE Middle Eocene eE Early Eocene
Pa Paleocene lPa Late Paleocene ePa Early Paleocene
MZ Mesozoic
K Cretaceous lK Late Cretaceous eK Early Cretaceous
J Jurassic lJ Late Jurassic mJ Middle Jurassic eJ Early Jurassic
Tr Triassic lTr Late Triassic mTr Middle Triassic eTr Early Triassic
PZ Paleozoic
Y Permian lY Late Permian mY Middle Permian eY Early Permian
Ca Carboniferous lCa Late Carboniferous mCa Middle Carboniferous eCa Early Carboniferous
D Devonian lD Late Devonian mD Middle Devonian eD Early Devonian
S Silurian lS Late Silurian mS Middle Silurian eS Early Silurian
Or Ordovician lOr Late Ordovician eOr Early Ordovician
Cm Cambrian lCm Late Cambrian mCm Middle Cambrian eCm Early Cambrian
Z Proterozoic lZ Late Proterozoic mZ Middle Proterozoic eZ Early Proterozoic
PLOT RANK
DESCRIPTION: Smallest scale at which feature can be clearly plotted. Used for cartographic thinning of data not as a measure of data accuracy.
Valid entries:
250000
100000
50000
25000
10000
5000
2500
1000 HORIZONS.AAT
SIGNIFICANT THIN GEOLOGICAL UNITS
ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION WIDTH WIDTH TYPE PLACES
ACCURACY 16 16 C Horizon accuracy from the accuracy list .
UNIT_CODE 8 8 C A mapping unit letter code eg, eMimt
MAIN_ROCK 32 32 C A rock type from the rock names list .
SUB_ROCKS 64 64 C Rock name(s) from the rock names list .
PLOT_RANK 7 7 I Smallest scale appropriate for plotting from the plot rank list .
MAP_UNIT 32 32 C Mapping unit name eg, terraced river gravels.
STRAT_UNIT 32 32 C Stratigraphic unit name where applicable.
SEQUENCE 32 32 C Stratigraphic sequence name where applicable.
TERRANE 32 32 C Terrane name where applicable.
STRAT_AGE 32 32 C Age from the age list .
ABS_MIN 7 7 N 3 Minimum absolute deposition/emplacement age in Ma.
ABS_MAX 7 7 N 3 Maximum absolute deposition/emplacement age in Ma.
MAX_THICK 4 4 I Maximum thickness of horizon in metres.
CONFIDENCE 64 64 C Comment on accuracy of maximum or minimum absolute age.
DESCRIPTION 128 128 C Description of horizon.
ROCK_GROUP 32 32 C A broad rock group name from the group name list .
ROCK_CLASS 32 32 C A general classification name from the rock class list .
FEATURE ACCURACY
DESCRIPTION: Accuracy of mapped feature.
Valid entries: accurate approximate concealed inferred ROCK NAME DESCRIPTION: Rock type. Valid entries : agglomerate dunite loam quartzite albite granite dust loess rhyodacite algal limestone epiclastic melilitite rhyolite alkali feldspar granite evaporite metachert rodingite alkali feldspar rhyolite fanglomerate metaconglomerate sand alnoite fenite metapelite sandstone andesite flint metasandstone sannaite anorthosite gabbro metavolcanics schist aplite gabbronorite micrite scoria arenite gneiss microcrystalline semischist argillite gold limestone shale arkose grainstone migmatite shell beds basalt granite minette shingle basaltic agglomerate granitoid monchiquite silt basaltic andesite granodiorite monzodiorite siltstone basanite granulite monzonite skarn biocarbonate grapestone mud slate biomicrite gravel mudstone spessartite biosparite greensand mylonite spilite boninite greenschist nepheline syenite syenite boulder greywacke norite syenogranite boundstone grit obsidian tephra breccia guano oil shale till broken formation harzburgite olivine basalt tillite camptonite hawaiite olivine nephelinite tinguaite carbonaceous shale hornblende gabbro oolitic limestone tonalite carbonate rock hornblendite ooze trachyandesite carbonatite hornfels ophiolite trachybasalt cataclasite ignimbrite orthopyroxenite trachyte chalk ironstone peat trachytic breccia charnockite kaiwekite pebble travertine chert keratophyre pelite troctolite chipwacke kerzantite peralkaline rhyolite trondhjemite clay kimberlite peridotite tuff claystone komatiite peridotite turbidite clinopyroxenite lamproite phonolite unknown coal lamprophyre phosporite vitric tuff conglomerate lapilli tuff phyllite vogesite coquina leaf beds picrite volcanic boulders dacite lherzolite polzenite volcanic breccia diamictite lignite porphyry volcanic diatomite limburgite psammite conglomerate diorite limestone pyroclastics volcanic sandstone dolerite marble pyroxenite websterite dolomitic limestone marl quartz diorite wehrlite dolostone melange quartz syenite PLOT RANK
DESCRIPTION: Smallest scale at which feature can be clearly plotted. Used for cartographic thinning of data not as a measure of data accuracy.
Valid entries:
250000
100000
50000
25000
10000
5000
2500
1000 AGE
DESCRIPTION: Age abbreviations.
Valid entries:
CZ Cenozoic
Q Quaternary
Q1 Holocene Oxygen Isotope Stage 1
Q2 Oxygen Isotope Stage 2
Q3 Oxygen Isotope Stage 3
Q4 Oxygen Isotope Stage 4
Q5 Oxygen Isotope Stage 5
Q6 Oxygen Isotope Stage 6
Q7 Oxygen Isotope Stage 7
Q8 Oxygen Isotope Stage 8
Q9 Oxygen Isotope Stage 9
Q10 Oxygen Isotope Stage 10
Q11 Oxygen Isotope Stage 11
Q12 Oxygen Isotope Stage 12
Q13 Oxygen Isotope Stage 13
Q14 Oxygen Isotope Stage 14
Q2-Q5 Late Pleistocene
Q5-Q13 Middle Pleistocene
Q14+ Early Pleistocene
TT Tertiary
Pl Pliocene lPl Late Pliocene ePl Early Pliocene
Mi Miocene lMi Late Miocene mMi Middle Miocene eMi Early Miocene
Ol Oligocene lOl Late Oligocene eOl Early Oligocene
E Eocene lE Late Eocene mE Middle Eocene eE Early Eocene
Pa Paleocene lPa Late Paleocene ePa Early Paleocene
MZ Mesozoic
K Cretaceous lK Late Cretaceous eK Early Cretaceous
J Jurassic lJ Late Jurassic mJ Middle Jurassic eJ Early Jurassic
Tr Triassic lTr Late Triassic mTr Middle Triassic eTr Early Triassic
PZ Paleozoic
Y Permian lY Late Permian mY Middle Permian eY Early Permian
Ca Carboniferous lCa Late Carboniferous mCa Middle Carboniferous eCa Early Carboniferous
D Devonian lD Late Devonian mD Middle Devonian eD Early Devonian
S Silurian lS Late Silurian mS Middle Silurian eS Early Silurian
Or Ordovician lOr Late Ordovician eOr Early Ordovician
Cm Cambrian lCm Late Cambrian mCm Middle Cambrian eCm Early Cambrian
Z Proterozoic lZ Late Proterozoic mZ Middle Proterozoic eZ Early Proterozoic
ROCK GROUP
DESCRIPTION: Broad classification of geological units based on rock type.
Valid entries: unknown limestone sandstone mudstone conglomerate breccia chert quartzite marble greywacke argillite gneiss metasediment metavolcanic schist greenschist semischist mylonite cataclasite melange broken formation migmatite hornfels basalt andesite dacite rhyolite tuff ignimbrite agglomerate scoria peridotite granite granodiorite diorite syenite monzonite gabbro tonalite monzodiorite alkali feldspar granite ROCK CLASS
DESCRIPTION: Broad classification of geological units.
Valid entries: unknown tectonic clastic sediment chemical sediment ultramafic extrusive mafic extrusive intermediate extrusive felsic extrusive ultramafic intrusive mafic intrusive intermediate intrusive felsic intrusive gneiss schist VEINS.AAT
SIGNIFICANT VEINS OF MAPPABLE LENGTH
ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION
WIDTH WIDTH TYPE PLACES
ACCURACY 16 16 C Vein accuracy from accuracy list .
NAME 32 32 C Name of vein or lode.
MINERALOGY 32 32 C Vein mineralogy from mineral names list .
DIP_DIR 3 3 I Mean dip direction of vein from dip direction list .
DIP 3 3 I Mean dip of vein from dip list .
AGE 16 16 C Age from NZ Time Scale .
PLOT_RANK 7 7 I Smallest scale appropriate for plotting from plot rank list .
FEATURE ACCURACY
DESCRIPTION: Accuracy of mapped feature.
Valid entries: accurate approximate concealed inferred MINERALS
DESCRIPTION: Mineral names.
Index: A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
Valid entries: actinolite bustamite eastonite jadeite adularia bytownite eckermanite johannsenite aegerine Ca edenite kaersutite aegerine-augite calcite elbaite kalsilite aenigmatite cancrinite enstatite kaolinite Ag carbonate epidote kataphorite akermanite carnegieite fassite kfeldspar albite fayalite kornerupine allanite cassiterite Fe kyanite almandine Cd feldspar Li amphibole Ce ferroactinolite laumontite analcite celestite ferroedenite lawsonite anatase celsian ferrosilite lepidolite andalusite chabazite ferrotschermakite leucite andesine chalcocite fluorite limonitelizardite andradite chalcopyrite forsterite maghemite anhydrite chamosite Ga magnesiokataphorite ankerite chlorite galena magnesioriebeckite anorthite chloritoid garnet magnesite anthophyllite chondrodite gedrite magnetite antigorite christobalite gehlenite marcasite apatite chromite gibbsite margarite apophyllite chrysocola glauconite melilite aragonite chrysotile glaucophane Mg arfvedsonite clinoamphibole goethite microcline arsenopyrite clinoenstatite graphite Mn As clinoferrosilite grossularite Mo Au clinohumite grunerite molybdenite augite clinopyroxene gypsum monazite axinite clinozoisite halite monticellite Ba Co hastingote montmorillonite barite cordierite hauyne mullite barkevikite corundum hedenburgite muscovite Be Cr hematite natrolite beryl crossite hercynite nepheline Bi Cs heulandite Ni biotite Cu Hg norbergite boehmite cummingtonite hornblende nosean bornite diaspore humite oligoclase bronzite diopside hypersthene olivine brookite dolomite illite omphacite brucite dravite ilmenite orthoamphibole orthoclase sphene orthopyroxene spinel paragonite spodumene pargasite Sr Pb staurolite Pd stilbite pectolite stilpnomelane pentlandite strontianite periclase Ta perovskite talc phlogopite Te pigeonite thompsonite plagioclase Ti protoenstatite titanite Pt Tl pumpellyite topaz pyrite tourmaline pyrope tremolite pyrophyllite tridymite pyrrhotite troilite quartz tschermakite Rb U rhodocrosite ulvospinel rhodonite uvarovite richterite V riebeckite vermiculite rutile vesuvianite S W sanidine witherite sapphirine wollastonite Sb wustite scapolite zircon schorl Zn Se Zr serpentinite siderite sillimanite Sn sodalite spessartine sphalerite
DIP DIRECTION
DESCRIPTION: Mean dip direction associated with a feature.
Valid entries:
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 999 - indicates null entry DIP
DESCRIPTION: Mean dip associated with a feature.
Valid entries:
0 10 20 30 40 50 60 70 80 90 99 - indicates null entry AGE
DESCRIPTION: Age abbreviations.
Valid entries:
CZ Cenozoic
Q Quaternary
Q1 Holocene Oxygen Isotope Stage 1
Q2 Oxygen Isotope Stage 2
Q3 Oxygen Isotope Stage 3
Q4 Oxygen Isotope Stage 4
Q5 Oxygen Isotope Stage 5
Q6 Oxygen Isotope Stage 6
Q7 Oxygen Isotope Stage 7
Q8 Oxygen Isotope Stage 8
Q9 Oxygen Isotope Stage 9
Q10 Oxygen Isotope Stage 10
Q11 Oxygen Isotope Stage 11
Q12 Oxygen Isotope Stage 12
Q13 Oxygen Isotope Stage 13
Q14 Oxygen Isotope Stage 14
Q2-Q5 Late Pleistocene
Q5-Q13 Middle Pleistocene
Q14+ Early Pleistocene
TT Tertiary
Pl Pliocene lPl Late Pliocene ePl Early Pliocene
Mi Miocene lMi Late Miocene mMi Middle Miocene eMi Early Miocene
Ol Oligocene lOl Late Oligocene eOl Early Oligocene
E Eocene lE Late Eocene mE Middle Eocene eE Early Eocene
Pa Paleocene lPa Late Paleocene ePa Early Paleocene
MZ Mesozoic
K Cretaceous lK Late Cretaceous eK Early Cretaceous
J Jurassic lJ Late Jurassic mJ Middle Jurassic eJ Early Jurassic
Tr Triassic lTr Late Triassic mTr Middle Triassic eTr Early Triassic
PZ Paleozoic
Y Permian lY Late Permian mY Middle Permian eY Early Permian
Ca Carboniferous lCa Late Carboniferous mCa Middle Carboniferous eCa Early Carboniferous
D Devonian lD Late Devonian mD Middle Devonian eD Early Devonian
S Silurian lS Late Silurian mS Middle Silurian eS Early Silurian
Or Ordovician lOr Late Ordovician eOr Early Ordovician
Cm Cambrian lCm Late Cambrian mCm Middle Cambrian eCm Early Cambrian
Z Proterozoic lZ Late Proterozoic mZ Middle Proterozoic eZ Early Proterozoic
PLOT RANK
DESCRIPTION: Smallest scale at which feature can be clearly plotted. Used for cartographic thinning of data not as a measure of data accuracy.
Valid entries:
250000
100000
50000
25000
10000
5000
2500
1000 DIKES.AAT
SIGNIFICANT DIKES OF MAPABLE LENGTH
ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION
WIDTH WIDTH TYPE PLACES
ACCURACY 16 16 C Dike accuracy from the accuracy list .
UNIT_CODE 8 8 C A mapping unit letter code eg, eMimt
ROCK_TYPE 32 32 C A rock type from the rock names list .
DIP_DIR 3 3 I Mean dip direction of dike from the dip direction list .
DIP 2 2 I Mean dip of dike from the dip list .
AGE 16 16 C Age from the age list .
ABS_MIN 7 7 N 3 Minimum absolute emplacement age in Ma.
ABS_MAX 7 7 N 3 Maximum absolute emplacement age in Ma.
CONFIDENCE 64 64 C Comment on accuracy of maximum or minimum absolute age.
FEATURE ACCURACY
DESCRIPTION: Accuracy of mapped feature.
Valid entries: accurate approximate concealed inferred ROCK NAME DESCRIPTION: Rock type. Valid entries: agglomerate dunite loam quartzite albite granite dust loess rhyodacite algal limestone epiclastic melilitite rhyolite alkali feldspar granite evaporite metachert rodingite alkali feldspar rhyolite fanglomerate metaconglomerate sand alnoite fenite metapelite sandstone andesite flint metasandstone sannaite anorthosite gabbro metavolcanics schist aplite gabbronorite micrite scoria arenite gneiss microcrystalline semischist argillite gold limestone shale arkose grainstone migmatite shell beds basalt granite minette shingle basaltic agglomerate granitoid monchiquite silt basaltic andesite granodiorite monzodiorite siltstone basanite granulite monzonite skarn biocarbonate grapestone mud slate biomicrite gravel mudstone spessartite biosparite greensand mylonite spilite boninite greenschist nepheline syenite syenite boulder greywacke norite syenogranite boundstone grit obsidian tephra breccia guano oil shale till broken formation harzburgite olivine basalt tillite camptonite hawaiite olivine nephelinite tinguaite carbonaceous shale hornblende gabbro oolitic limestone tonalite carbonate rock hornblendite ooze trachyandesite carbonatite hornfels ophiolite trachybasalt cataclasite ignimbrite orthopyroxenite trachyte chalk ironstone peat trachytic breccia charnockite kaiwekite pebble travertine chert keratophyre pelite troctolite chipwacke kerzantite peralkaline rhyolite trondhjemite clay kimberlite peridotite tuff claystone komatiite peridotite turbidite clinopyroxenite lamproite phonolite unknown coal lamprophyre phosporite vitric tuff conglomerate lapilli tuff phyllite vogesite coquina leaf beds picrite volcanic boulders dacite lherzolite polzenite volcanic breccia diamictite lignite porphyry volcanic diatomite limburgite psammite conglomerate diorite limestone pyroclastics volcanic sandstone dolerite marble pyroxenite websterite dolomitic limestone marl quartz diorite wehrlite dolostone melange quartz syenite
DIP DIRECTION
DESCRIPTION: Mean dip direction associated with a feature.
Valid entries:
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 999 - indicates null entry DIP
DESCRIPTION: Mean dip associated with a feature.
Valid entries:
0 10 20 30 40 50 60 70 80 90 99 - indicates null entry AGE
DESCRIPTION: Age abbreviations.
Valid entries:
CZ Cenozoic
Q Quaternary
Q1 Holocene Oxygen Isotope Stage 1
Q2 Oxygen Isotope Stage 2
Q3 Oxygen Isotope Stage 3
Q4 Oxygen Isotope Stage 4
Q5 Oxygen Isotope Stage 5
Q6 Oxygen Isotope Stage 6
Q7 Oxygen Isotope Stage 7
Q8 Oxygen Isotope Stage 8
Q9 Oxygen Isotope Stage 9
Q10 Oxygen Isotope Stage 10
Q11 Oxygen Isotope Stage 11
Q12 Oxygen Isotope Stage 12
Q13 Oxygen Isotope Stage 13
Q14 Oxygen Isotope Stage 14
Q2-Q5 Late Pleistocene
Q5-Q13 Middle Pleistocene
Q14+ Early Pleistocene
TT Tertiary
Pl Pliocene lPl Late Pliocene ePl Early Pliocene
Mi Miocene lMi Late Miocene mMi Middle Miocene eMi Early Miocene
Ol Oligocene lOl Late Oligocene eOl Early Oligocene
E Eocene lE Late Eocene mE Middle Eocene eE Early Eocene
Pa Paleocene lPa Late Paleocene ePa Early Paleocene
MZ Mesozoic
K Cretaceous lK Late Cretaceous eK Early Cretaceous
J Jurassic lJ Late Jurassic mJ Middle Jurassic eJ Early Jurassic
Tr Triassic lTr Late Triassic mTr Middle Triassic eTr Early Triassic
PZ Paleozoic
Y Permian lY Late Permian mY Middle Permian eY Early Permian
Ca Carboniferous lCa Late Carboniferous mCa Middle Carboniferous eCa Early Carboniferous
D Devonian lD Late Devonian mD Middle Devonian eD Early Devonian
S Silurian lS Late Silurian mS Middle Silurian eS Early Silurian
Or Ordovician lOr Late Ordovician eOr Early Ordovician
Cm Cambrian lCm Late Cambrian mCm Middle Cambrian eCm Early Cambrian
Z Proterozoic lZ Late Proterozoic mZ Middle Proterozoic eZ Early Proterozoic
LINEARS.AAT
SIGNIFICANT MAPABLE LINEAR FEATURE OF UNCERTAIN TYPE
ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION
WIDTH WIDTH TYPE PLACES
IDENTIFIER 8 8 C Unique identifying code eh H45/001.
ACCURACY 16 16 C Lineament accuracy from the linear accuracy list .
TYPE 16 16 C Lineament type from the linear type list .
LINEAMENT ACCURACY
DESCRIPTION: Accuracy of mapped lineament.
Valid entries: accurate approximate LINEAMENT TYPE
DESCRIPTION: Type of mapped lineament.
Valid entries: aerial photo aeromagnetic gravity raised shoreline satellite image STRUCTURE.PAT
STRUCTURE DATA POINTS
ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION
WIDTH WIDTH TYPE PLACES
SITE_NO 16 16 C Locality number eg 94MSR048
ORIGINATOR 32 32 C Originator of data.
TYPE 36 36 C Structure type from the structure type list .
AZIMUTH 3 3 I Dip direction or trend. Valid entries are 0-360. 999 is null entry.
INCLINATION 2 2 I Dip or plunge. Valid entries are 0- 90. 99 is null entry.
GENERATION 1 1 I Relative age of structure. Valid entires are 0-8. 9 is null entry
PLOT_RANK 7 7 I Smallest scale appropriate for plotting from the plot rank list .
STRUCTURE TYPE
DESCRIPTION: Measurement made on outcrop.
Valid entries: axial plane dipping cleavage vertical fracture axial plane horizontal cleavage vertical spaced axial plane vertical cleavage vertical slaty bedding aerial photo cleavage vertical stylolitic bedding dipping facing unknown enveloping surface dipping bedding dipping inferred overturned enveloping surface horizontal bedding dipping inferred right-way-u enveloping surface vertical bedding dipping inferred upright erosion surface aerial photo bedding dipping known overturned erosion surface measured bedding dipping known right-way-up foliation dipping bedding dipping known upright foliation dipping gneissic bedding dipping transposed foliation dipping igneous bedding horizontal facing unknown foliation dipping mylonitic bedding horizontal inferred right-wa foliation dipping schistosity bedding horizontal inferred upright foliation dipping shear bedding horizontal known right-way-u foliation dipping tectonic bedding horizontal known upright foliation horizontal bedding regional aerial photo foliation horizontal gneissic bedding regional measured foliation horizontal igneous bedding remotely observed foliation horizontal mylonitic bedding strike foliation horizontal schistosity bedding undulating foliation horizontal shear bedding vertical facing inferred foliation horizontal tectonic bedding vertical facing known foliation remotely observed bedding vertical facing unknown foliation vertical bedding vertical transposed foliation vertical gneissic cleavage dipping foliation vertical igneous cleavage dipping anastomosing foliation vertical mylonitic cleavage dipping crenulation foliation vertical schistosity cleavage dipping fracture foliation vertical shear cleavage dipping spaced foliation vertical tectonic cleavage dipping slaty joint dipping cleavage dipping stylolitic joint horizontal cleavage horizontal joint remotely observed cleavage horizontal anastomosing joint vertical cleavage horizontal crenulation lineation horizontal cleavage horizontal fracture lineation horizontal crenulation cleavage horizontal spaced lineation horizontal mineral elongat cleavage horizontal slaty lineation horizontal igneous cleavage horizontal stylolitic lineation horizontal intersection cleavage remotely observed lineation horizontal stretching cleavage vertical lineation horizontal striation cleavage vertical anastomosing lineation horizontal verging cleavage vertical crenulation lineation plunging lineation plunging crenulation lineation plunging mineral elongation lineation plunging igneous lineation plunging intersection lineation plunging stretching lineation plunging striation lineation plunging S-vergence lineation plunging Z-vergence lineation vertical lineation vertical crenulation lineation vertical mineral elongatio lineation vertical igneous lineation vertical intersection lineation vertical stretching lineation vertical striation lineation vertical S-vergence lineation vertical Z-vergence minor anticline plunging minor antiform bedding minor antiform schistosity minor fault dipping minor fault horizontal minor fault remotely observed minor fault vertical m minor folds horizontal minor folds horizontal verging minor folds plunging symmetric minor folds plunging S-vergence minor folds plunging Z-vergence minor folds remotely observed minor folds vertical minor syncline plunging minor synform bedding minor synform schistosity minor vein dipping minor vein horizontal minor vein vertical outcrop only paleocurrent direction schistosity aerial photo schistosity regional schistosity regional aerial photo schistosity remotely observed schistosity undulating
PLOT RANK
DESCRIPTION: Smallest scale at which feature can be clearly plotted. Used for cartographic thinning of data not as a measure of data accuracy.
Valid entries:
250000
100000
50000
25000
10000
5000
2500
1000 SOURCES.AAT
DATA SOURCE BOUNDARIES
ITEM NAME INPUT OUTPUT ITEM DECIMAL DESCRIPTION
WIDTH WIDTH TYPE PLACES
IDENTIFIER 64 64 C Unique identifying code eh H45/001.
TITLE 64 64 C Title of source.
AUTHORS 64 64 C Names of authors.
PUBLICATION 64 64 C Series in which available.
INSTITUTION 64 64 C Institution of author.
SCALE 7 7 I Scale of source map
YEAR 4 4 I Publication/release date of source map