Earth and Planetary Sciences
Alpine Orogeny
16%
Base Metal
33%
Biological Process
16%
Biomineralization
50%
Bornite
50%
Calcite
25%
Cementation
66%
Cerussite
25%
Chalcopyrite
33%
Climate Change
50%
Dolomite
16%
Ediacaran
16%
Environmental Impact
50%
Exhumation
16%
Experimental Study
50%
France
50%
Geochemistry
16%
Host Rock
83%
Inlier
50%
Kaolinite
16%
Locale
25%
Malachite
58%
Mineral Deposit
50%
Mineralogy
41%
Miocene
75%
Mississippi
33%
Montmorillonite
16%
Morocco
50%
Oligocene
25%
Ore Deposit
16%
Oxygen 18
16%
Petrography
50%
Photoelectron Spectroscopy
50%
Porosity
50%
Saprolite
66%
Secondary Mineral
50%
Siltstone
33%
Source Rock
16%
Stable Isotope
50%
Supergene Process
25%
Tennantite
25%
Weathering Profile
50%
Weathering Rate
50%
Western Europe
25%
INIS
abundance
12%
applications
50%
arsenates
40%
birefringence
50%
carbonates
57%
cementing
12%
chalcopyrite
25%
chlorites
22%
clays
12%
comparative evaluations
12%
conglomerates
40%
copper
50%
deposits
100%
diagrams
10%
dolomite
12%
enrichment
37%
fluids
22%
france
50%
galena
22%
host
55%
kaolinite
12%
layers
20%
limestone
12%
locality
10%
meters
10%
microscopy
50%
mineralization
75%
minerals
50%
mines
20%
mississippi
12%
morocco
50%
orientation
50%
oxidation
35%
oxides
12%
petrography
50%
ph value
12%
precipitation
22%
pyrite
12%
resources
12%
rocks
45%
sandstones
25%
siltstones
25%
smectite
12%
spatial distribution
16%
stratification
12%
sulfates
20%
sulfides
77%
topology
50%
weathering
70%
zones
35%
Keyphrases
Alpine Orogeny
8%
Arid Climatic Conditions
8%
Automatic Boundary Detection
16%
Birefringence Measurement
16%
Cap Garonne
50%
Circular Cross-section
16%
Copper Resources
16%
Cross-polarized Light Microscopy
16%
Cu Mineralization
16%
Depth Data
12%
Driving Process
8%
Ediacaran-Cambrian Transition
16%
Ferric Hydroxide
50%
Gene Set Enrichment Analysis
16%
Geochemical Changes
12%
Geological Profile
50%
High Zn Content
16%
Hydrothermal Event
12%
Isotopic Dating
12%
Leaching Conditions
50%
Light Microscopy Image
16%
Limestone Formation
16%
Maximum Rate
12%
Microbiological Activity
50%
Mineral Diversity
12%
Mississippi Valley-type
16%
Oligocene-Early Miocene
12%
Ore Texture
8%
Oxide Zone
16%
Oxygen Isotope Thermometry
8%
Pb Content
16%
Polarized Light Microscope
16%
Porosity-permeability
12%
Precipitation Temperature
8%
Pyrite FeS2
12%
Pyrite Oxidation
50%
Qualitative Observations
16%
Rock Thin Section
16%
Secondary Enrichment
16%
Smectite
16%
Spatial Relationship
8%
Supergene Deposits
16%
Supergene Zone
12%
Surface Data
12%
Three-stage Model
8%
Uniaxial Crystal
16%
Weathered Rock
16%
Weathering Rates
12%
Western Anti-Atlas
16%
