# Difference between revisions of "Adopt a page"

(add infrasound) |
|||

(30 intermediate revisions by 12 users not shown) | |||

Line 1: | Line 1: | ||

− | + | The SEG Wiki committee and SEG Wiki staff aim to expand the basics of [[geophysics]]. This page lists over 100 essential topics in the field that need to be developed. Please add your name to an article and start writing! If this is your first time contributing to a wiki, learn how to get started on the [[Help:Editing|help page]] and contact {{email|wiki|seg.org}} for personalized support. | |

+ | This page is a work-in-progress. Please add any missing topics. The [http://library.seg.org SEG Digital Library] and [[Help:Using Wikipedia|Wikipedia]] serve as good starting places to locate content for articles. | ||

+ | |||

+ | SEG's goal is for these topics to introduce the public and refresh professionals on these topics in a clear, concise, and accurate manner, providing a basic understanding of the subject matter. SEG's aim is for these topics to provide the public with greater awareness and understanding of the science and industry of geophysics. | ||

+ | |||

+ | == Topics == | ||

+ | * In alphabetical order (to be alphabetized once we settle on 100). Goal - 100 pages. | ||

#[[5D reconstruction]] | #[[5D reconstruction]] | ||

#[[acquisition]] | #[[acquisition]] | ||

Line 24: | Line 30: | ||

#[[deblending]] | #[[deblending]] | ||

#[[depositional system]] | #[[depositional system]] | ||

− | #[[ | + | #[[Depth conversion]] |

− | #[[diagenesis]] | + | #[[diagenesis]] |

− | #[[earthquake seismology]] | + | #[[earthquake seismology]] - Heather |

#[[extensional]] | #[[extensional]] | ||

#[[facies]] | #[[facies]] | ||

− | #[[fiber-optic sensors]] | + | #[[fiber-optic sensors]] - Farhan |

#[[fluvial-deltaic]] | #[[fluvial-deltaic]] | ||

#[[fracture stimulation]] | #[[fracture stimulation]] | ||

#[[Geoelectrics]] | #[[Geoelectrics]] | ||

#[[geographic information systems]] | #[[geographic information systems]] | ||

− | #[[Geomagnetics]] | + | #[[Geomagnetics]] - [[User:Claremwilliams|Clare]] |

− | #[[geomatics]] | + | #[[geomatics]] - Rachel |

#[[Geophysicist]] | #[[Geophysicist]] | ||

#[[geophysics]] | #[[geophysics]] | ||

#[[GPU computing]] | #[[GPU computing]] | ||

− | #[[Gravity]] | + | #[[Gravity]] - [[User:Claremwilliams|Clare]] |

#[[Ground-penetrating radar]] | #[[Ground-penetrating radar]] | ||

#[[High-performance computing]] | #[[High-performance computing]] | ||

#[[image fidelity]] | #[[image fidelity]] | ||

− | #[[incompressibility]] | + | #[[incompressibility]] |

− | #[[induced seismicity]] | + | #[[induced seismicity]] |

#[[infrasound]] | #[[infrasound]] | ||

#[[integration]] | #[[integration]] | ||

Line 50: | Line 56: | ||

#[[internal multiples]] | #[[internal multiples]] | ||

#[[K-L transform]] | #[[K-L transform]] | ||

− | #[[life-of-field seismic]] | + | #[[life-of-field seismic]] |

#[[log analysis]] | #[[log analysis]] | ||

#[[machine learning]] | #[[machine learning]] | ||

− | #[[Marine geophysics]] | + | #[[Magnetotellurics]] |

− | #[[mass transport complex]] | + | #[[Marine geophysics]] - [[User:Claremwilliams|Clare]] |

+ | #[[mass transport complex]] | ||

#[[mathematical transform]] | #[[mathematical transform]] | ||

#[[maximum entropy]] | #[[maximum entropy]] | ||

#[[maximum livelihood]] | #[[maximum livelihood]] | ||

#[[measurement while drilling]] | #[[measurement while drilling]] | ||

− | #[[mining geophysics]] | + | #[[mining geophysics]] - Rachel |

#[[minimum entropy]] | #[[minimum entropy]] | ||

#[[minimum likelihood]] | #[[minimum likelihood]] | ||

#[[multilinear algebra]] | #[[multilinear algebra]] | ||

− | #[[Near-surface geophysics]] | + | #[[Near-surface geophysics]] |

− | #[[Near-surface seismics]] | + | #[[Near-surface seismics]] |

#[[numerical methods]] | #[[numerical methods]] | ||

− | #[[ocean-bottom node]] | + | #[[ocean-bottom node]] |

− | #[[ | + | #[[Parallel computing]] |

#[[Parsing]] | #[[Parsing]] | ||

#[[particle-velocity sensors]] | #[[particle-velocity sensors]] | ||

#[[passive seismic methods]] | #[[passive seismic methods]] | ||

− | #[[permanent reservoir monitoring]] | + | #[[permanent reservoir monitoring]] - Rachel |

+ | #[[plane wave modeling]] | ||

#[[poroelasticity]] | #[[poroelasticity]] | ||

− | #[[Potential fields]] | + | #[[Potential fields]] |

− | #[[pressure sensors]] | + | #[[pressure sensors]] |

− | #[[Processing]] | + | #[[Processing]] - [[User:Claremwilliams|Clare]] |

#[[reduced-rank filtering]] | #[[reduced-rank filtering]] | ||

− | #[[Reflection seismology]] | + | #[[Reflection seismology]] - Rachel |

#[[Remote sensing]] | #[[Remote sensing]] | ||

#[[resistivity log]] | #[[resistivity log]] | ||

Line 85: | Line 93: | ||

#[[sediment compaction model]] | #[[sediment compaction model]] | ||

#[[sedimentology]] | #[[sedimentology]] | ||

− | #[[seismic amplitude interpretation]] | + | #[[seismic amplitude interpretation]] Heather |

− | #[[seismic attributes]] | + | #[[seismic attributes]] Heather |

#[[seismic data acquisition]] | #[[seismic data acquisition]] | ||

− | #[[Seismic interpretation]] | + | #[[Seismic interpretation]] Heather |

− | #[[seismic geomorphology]] | + | #[[seismic geomorphology]] Heather |

#[[seismic migration]] | #[[seismic migration]] | ||

− | #[[seismic velocity]] | + | #[[Seismic Stratigraphy]] |

+ | #[[seismic velocity]] | ||

#[[Seismic waves]] | #[[Seismic waves]] | ||

#[[shale]] | #[[shale]] | ||

#[[signal processing]] | #[[signal processing]] | ||

− | #[[simultaneous sources]] | + | #[[simultaneous sources]] |

− | #[[spectral decomposition]] | + | #[[spectral decomposition]] Heather |

− | #[[Surface-related multiple elmination]] | + | #[[Surface-related multiple elmination]] |

#[[Surface seismic]] | #[[Surface seismic]] | ||

#[[standards]] | #[[standards]] | ||

#[[steep dip]] | #[[steep dip]] | ||

#[[stratal slice]] | #[[stratal slice]] | ||

− | #[[strike-slip]] | + | #[[strike-slip]] |

#[[surface consistent]] | #[[surface consistent]] | ||

#[[surface nuclear magnetic resonance]] | #[[surface nuclear magnetic resonance]] | ||

#[[tensor algebra]] | #[[tensor algebra]] | ||

#[[tensor completion]] | #[[tensor completion]] | ||

− | #[[Time-lapse analysis]] | + | #[[Time-lapse analysis]] Heather |

#[[time slice]] | #[[time slice]] | ||

#[[tube wave]] | #[[tube wave]] | ||

− | #[[turbidite]] | + | #[[turbidite]] |

#[[turning ray]] | #[[turning ray]] | ||

#[[vector processing]] | #[[vector processing]] | ||

Line 118: | Line 127: | ||

#[[wells]] | #[[wells]] | ||

#[[wide azimuth]] | #[[wide azimuth]] | ||

+ | #Wireless Seismic | ||

+ | #3 Component (3C) Seismic "Acquisition & Processing" |

## Latest revision as of 06:04, 31 October 2019

The SEG Wiki committee and SEG Wiki staff aim to expand the basics of geophysics. This page lists over 100 essential topics in the field that need to be developed. Please add your name to an article and start writing! If this is your first time contributing to a wiki, learn how to get started on the help page and contact `wikiseg.org`

for personalized support.

This page is a work-in-progress. Please add any missing topics. The SEG Digital Library and Wikipedia serve as good starting places to locate content for articles.

SEG's goal is for these topics to introduce the public and refresh professionals on these topics in a clear, concise, and accurate manner, providing a basic understanding of the subject matter. SEG's aim is for these topics to provide the public with greater awareness and understanding of the science and industry of geophysics.

## Topics

- In alphabetical order (to be alphabetized once we settle on 100). Goal - 100 pages.

- 5D reconstruction
- acquisition
- acceleration sensors
- adaptive subtraction
- artificial intelligence
- autofocusing
- basement
- bed thickness
- blind deconvolution
- borehole geophysics
- boundary conditions
- broadband
- bulk modulus
- carbon sequestration
- chaos
- chronostratigraphy
- clastic
- compressed sensing
- compressional
- compressional wave
- data reconstruction
- deblending
- depositional system
- Depth conversion
- diagenesis
- earthquake seismology - Heather
- extensional
- facies
- fiber-optic sensors - Farhan
- fluvial-deltaic
- fracture stimulation
- Geoelectrics
- geographic information systems
- Geomagnetics - Clare
- geomatics - Rachel
- Geophysicist
- geophysics
- GPU computing
- Gravity - Clare
- Ground-penetrating radar
- High-performance computing
- image fidelity
- incompressibility
- induced seismicity
- infrasound
- integration
- interferometry
- internal multiples
- K-L transform
- life-of-field seismic
- log analysis
- machine learning
- Magnetotellurics
- Marine geophysics - Clare
- mass transport complex
- mathematical transform
- maximum entropy
- maximum livelihood
- measurement while drilling
- mining geophysics - Rachel
- minimum entropy
- minimum likelihood
- multilinear algebra
- Near-surface geophysics
- Near-surface seismics
- numerical methods
- ocean-bottom node
- Parallel computing
- Parsing
- particle-velocity sensors
- passive seismic methods
- permanent reservoir monitoring - Rachel
- plane wave modeling
- poroelasticity
- Potential fields
- pressure sensors
- Processing - Clare
- reduced-rank filtering
- Reflection seismology - Rachel
- Remote sensing
- resistivity log
- risk
- salt dome
- sandstone
- sediment compaction model
- sedimentology
- seismic amplitude interpretation Heather
- seismic attributes Heather
- seismic data acquisition
- Seismic interpretation Heather
- seismic geomorphology Heather
- seismic migration
- Seismic Stratigraphy
- seismic velocity
- Seismic waves
- shale
- signal processing
- simultaneous sources
- spectral decomposition Heather
- Surface-related multiple elmination
- Surface seismic
- standards
- steep dip
- stratal slice
- strike-slip
- surface consistent
- surface nuclear magnetic resonance
- tensor algebra
- tensor completion
- Time-lapse analysis Heather
- time slice
- tube wave
- turbidite
- turning ray
- vector processing
- volcanics
- water table
- wave propagation
- wells
- wide azimuth
- Wireless Seismic
- 3 Component (3C) Seismic "Acquisition & Processing"