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Air Quality =E2=80=93 Air quality parameters measu= red at air pollution monitoring stations
Air Stations =E2=80=93 locations of air monitoring= stations
Atmospheric Pressure =E2=80=93 atmospheric pressur= e measurement data
Blast Information =E2=80=93 location of blasts
Bottomhole Pressure =E2=80=93 Bottomhole pressure = in a well
Catalog =E2=80=93 seismic catalog consists of list of seismi= c events (earthquakes) and parameters describing it: origin time, location = (latitude, longtitude, depth), magnitude, at least.
Cavity Roof Level =E2=80=93 Cavity roof height provided= from measurements
Chemical Water Properties - site visit =E2=80=93 C= hemical properties of water samples collected during the site visits
Collar Drillhole Position =E2=80=93 drilhole locat= ion
Cumulative Injection =E2=80=93 Cumulated injected = water volume values in a well in defined time period
Drillhole Lithology =E2=80=93 lithological data fr= om drillhole samples
Episode<= /span> =E2=80=93 comprahensive data set describing a geophy= sical process, induced or triggered by human technological activity in the = field of exploration and exploitation of geo-resources, which under certain= circumstances can become hazardous for people, infrastructure and the envi= ronment
Event related accelerogram =E2=80=93 ground motion= acceleration of particular event recorded on strong motion stations
Event related waveform =E2=80=93 ground motion vel= ocity of particular event recorded on seismic stations
Faults =E2=80=93 fault locations
Flowback Bottomhole Pressure =E2=80=93 Fluid flowb= ack bottomhole pressure in a well
Flowback Rate =E2=80=93 Fluid flowback rate in a w= ell
Flowback Volume =E2=80=93 Fluid flowback volume in= well
Fracking Process Parameters =E2=80=93 Any data rel= ated to the hydrofr= acturing process
Geoarea =E2=80=93 any area related to considered h= azard
Geopolygon 3D =E2=80=93 3D polygon of surface
Geotiff =E2=80=93 any map or picture with geotaggi= ng embedded
Gravity Monitoring =E2=80=93 data from standard gr= avity monitoring network
Ground motion catalog =E2=80=93 catalog of event r= elated recordings of peak ground acceleration (PGA) on strong motion statio= ns
Ground Motion Network =E2=80=93 accelerometer stat= ions locations and all information needed for proper interpretation of the = strong motion waveform data in the metadata xml format supported by Seiscom= p
Ground Water Level =E2=80=93 water level measured = on defined location
Injection Rate =E2=80=93 data of fluid volume inje= cted to the well per time unit
Injection Volume =E2=80=93 Volume of injected flui= d into a well
Insitu Deformation =E2=80=93 deformation measureme= nts
Insitu Temperature Stations =E2=80=93 Localization= s of insitu temperature stations
Insitu Temperature =E2=80=93 temperature in-situ m= easurements data
Mine Area =E2=80=93 area of the mine in the consid= ered AH episode
Mining Front Advance =E2=80=93 location of mining = front in defined time period
Mining Polygon Advance =E2=80=93 location of excav= ation area in defined time period
Miniseed waveform =E2=80=93 raw continous ground m= otion velocity or acceleration recorded on seismic/accelerometric station i= n miniSEED format
Natural Gas Production =E2=80=93 volume of natural= gas produced in gas field in defined time period
Oil Production =E2=80=93 volume of oil produced in= gas field in defined time period
Physical Water Properties - site visit =E2=80=93 G= round water level at measurement stations collected during site visits
Physicochemical Water Properties - site visit =E2= =80=93 Physicochemical properties of water samples collected during the sit= e visits
Physicochemical Water Properties =E2=80=93 Water p= ressure, level, temperature and specific conductivity measurement results f= rom water loggers placed in hydrological boreholes
Powerplant Position =E2=80=93 location of the powe= rplant
Production Cluster Position =E2=80=93 Locations of= production wells cluster in gas or oil fields
Proppant Concentration =E2=80=93 Proppant concentr= ation in a fluid injected to a well
Radon 222 Concentration =E2=80=93 Radon concentrat= ion in the air
Ray Tracing Angles =E2=80=93 table of ray tracing = angles derived from velocity model
Reservoir Pressure =E2=80=93 natural gas reservoir= pressure in a well
Seed waveform =E2=80=93 raw continuous ground moti= on velocity or acceleration recorded on seismic/accelerometric station in s= eed format
Seismic Network =E2=80=93 seismic station location= s and all information needed for proper interpretation of the waveform data= in the metadata xml format supported by Seiscomp
Seismic Stations =E2=80=93 seismic station locatio= ns and all information needed for proper interpretation of the waveform dat= a, when Seiscomp standard is unavailable
Shallow Velocity Profile =E2=80=93 values of seism= ic wave velocity measured for shallow subsurface
Shapefile =E2=80=93 GIS MapServer files of any fea= ture available to be displayed on GIS system or map
Shear Wave Velocity =E2=80=93 S wave velocity at 3= 0m depth
Shoreline =E2=80=93 boundary of the reservoir
Steam Production =E2=80=93 Steam production at geo= thermal plants in defined time period
Strain Gauge Measurement =E2=80=93 strain measurem= ent data
Velocity Model =E2=80=93 values of seismic waves v= elocity in the Earths interior
Water Height =E2=80=93 height of the water column = in defined measurement point of reservoir
Water Lab Analyses =E2=80=93 results of laboratory= analyses of the groundwater samples collected during site visits
Water Level =E2=80=93 data from water level measur= ements in reservoirs or ground
Water Production =E2=80=93 Water production in def= ined time period
Water Stations =E2=80=93 locations of water statio= ns collecting the data related with ground water level and water quality
Water Volume =E2=80=93 volume of water in the rese= rvoir
Well Path =E2=80=93 location and trajectory f the = drilled well
Well Position =E2=80=93 location of a well
Wellhead Pressure =E2=80=93 pressuremeasured at th= e surface the structural and pressure-containing interface of an oil or gas= well