Discover and read the best of Twitter Threads about #OrovilleDam
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#HeadsUp|Alert
Detected a High Amplitude REMOTE MT Signal TRIGGER PULSE #RMTTP|18JUNE2022 beginning at approximately 17:13 UTC; measured from the #CajonPass #EarthquakeGate in #SoCal at #SanAndreasFault|Zone #PacificPlate|Boundary @lookner @CTBTO
Detected a High Amplitude REMOTE MT Signal TRIGGER PULSE #RMTTP|18JUNE2022 beginning at approximately 17:13 UTC; measured from the #CajonPass #EarthquakeGate in #SoCal at #SanAndreasFault|Zone #PacificPlate|Boundary @lookner @CTBTO
#RMTTP|18JUNE2022 Here’s the real-time measurement which is still in progress... #CajonPass #EarthquakeGate #SoCal #SanAndreasFault|Zone and the Pore Pressure increase (rise) coming from the change in Brackish, or Brine Fluids (ballast resistance) preceding it; @lookner @CTBTO
M 1.2 - 6km SSW of Lytle Creek, CA
#Earthquake|Micro
2022-06-18 16:37:58 (UTC)
34.208°N 117.523°W
10.7 km depth
#CucamongaFault|Zone #LytleCreek
#Radon|ionization-rnTEC #Scintillation|#MOR-MT/ULF #RMTTP|18JUNE2022 #SlowSlip|Tremor-ETS/AE measure #CajonPass #SoCal @lookner @CTBTO
#Earthquake|Micro
2022-06-18 16:37:58 (UTC)
34.208°N 117.523°W
10.7 km depth
#CucamongaFault|Zone #LytleCreek
#Radon|ionization-rnTEC #Scintillation|#MOR-MT/ULF #RMTTP|18JUNE2022 #SlowSlip|Tremor-ETS/AE measure #CajonPass #SoCal @lookner @CTBTO
New research led by @k_r_gonz points to striking #AtmosphericRiver warming trend along U.S. West Coast in recent decades. We found that ARs have already warmed by > 2°C (3.6°F) in some months--faster than previous #climate projections had suggested. (1/8) agupubs.onlinelibrary.wiley.com/doi/10.1029/20…
#AtmosphericRiver warming signal is robust in all regions during at least some months, including coastal Washington, Oregon, & California. But warming has been greatest in central & southern CA, especially during January & March. #CAwx #ORwx #WAwx (2/8) agupubs.onlinelibrary.wiley.com/doi/10.1029/20…
This #AtmosphericRiver warming appears to be driven by both local and geographically remote warming, but appears to scale most closely with near-shore ocean and local background (non-AR) temperature trends. (3/8) agupubs.onlinelibrary.wiley.com/doi/10.1029/20…
