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Papua New Guinea Earthquake Map: 6.6 Magnitude & Impact

Papua New Guinea Earthquake Map: 6.6 Magnitude & Impact

Significant ⁤Earthquake Strikes Papua New Guinea

A⁢ strong earthquake,⁣ registering a magnitude of 6.6, recently impacted Papua ‌new Guinea. The United States Geological⁣ Survey (USGS) confirmed the event occurred on Tuesday, prompting assessments ⁣of‍ potential impact and‍ aftershocks.

Here’s ⁤a breakdown of ⁤what you need to know:

Key Details of the Earthquake

*​ The ⁢earthquake struck at 9:05 p.m. local Papua New ​Guinea time.
* Its epicenter was located approximately 16 miles southwest of Lae, a major city in the region.
* Seismologists are⁣ currently analyzing⁤ data, and the ​reported magnitude might potentially ⁤be revised as more information becomes available.
*‍ Shake intensity reached level 4 or greater in some areas, defined as “light” shaking, though it may ‌have been felt more broadly.

Understanding Earthquake Magnitude and Impact

Earthquakes‌ are measured using the Richter scale, but the USGS also utilizes ⁤the Modified Mercalli Intensity Scale to assess the felt effects. This scale considers how people​ experiance the shaking, ranging‍ from⁤ barely noticeable to​ catastrophic.You might experience light shaking even outside the areas directly shown on impact ‌maps.

What to Expect Next

Following a significant earthquake, aftershocks are‍ common.‍ These smaller tremors ​can continue for days, weeks, or even months. scientists will continue to monitor the region closely, updating shake-severity maps and charts‌ as new data emerges.

* aftershock data typically includes earthquakes within 100 miles of the initial quake.
* Data is considered within a ⁣seven-day window following the primary event.
* ‌ The USGS provides⁣ ongoing updates and resources for understanding earthquake activity.

Data Sources and⁤ Methodology

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The information provided is based on data from the united States Geological Survey. Maps utilize various sources, including Daylight ⁣for urban areas, MapLibre for rendering, Natural Earth for geographical features, and ⁢Protomaps for map tiles. This comprehensive approach ensures accuracy and clarity in⁤ visualizing the earthquake’s impact.

Remember, staying informed is crucial during and after seismic events. ⁣You can find the latest updates and resources from the USGS and other reputable sources.

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