Volcano Monitoring & Volcano Prediction Enhanced
The recent 2023 ~ 2024 Icelandic eruption has been a wake up call for volcanologists worldwide once again. Luckily for the residents and scientists alike, early warnings came from the detection of tiny vibrations in telecom fiber and other monitoring devices located around the island.
Protecting the public has never been more important as the current uptick activity cycle of our star and its drastic solar forcing effects on all the planets in the solar system translates into more seismic movements of our crust. Causing more earthquakes, magma intrusions into weak spots like hydrothermal, shale oil and other drilling operations besides existing volcanic vent systems.
This is not a result of any false narrative like “Climate Change” bullshit as all the planets in the solar system have their own seismic history and effects from galactic, interplanetary and our sun’s effects – not human caused!
We all know this uptick in energy blasts (Solar Forcing) from our sun is only due to cyclicic increase of activity due to peak in 2025, therefore leveraging any and all technology such as networking, fiber, gps, gas sampling and satellite monitoring of known hotspots on our planet is key to detect and warn populations as early as possible.
Since 2005, Enable-IT has been providing many scientists and volcanologists with Extended Ethernet and PoE Solutions for a variety of remote seismic sensors, gas sampling apparatus, Satellite coms and gps stations. Real-time observation, tracking seismic waves with remarkable sensitivity and analyzing gas emissions for critical insights is our common goal.
Key Benefits of Enable-IT Technology in Volcanic Hazard Monitoring include
Seismic Remote Sensing: This involves the continuous monitoring and measurement of earth movements. Various technologies are employed, such as GPS, IP cameras, and laser tool sets.
Atmospheric Remote Sensing: This aspect focuses on monitoring and measuring volcanic cloud presence and the detection and tracking of SO2 (sulfur dioxide) in the atmosphere.
Thermal Remote Sensing: This facet pertains to the monitoring and measurement of heat emanating from volcanic vents and general thermal activity.
Effective communication in the context of volcanic hazard monitoring is of utmost importance, especially when dealing with real-time data from remote sensors powered by Ethernet and PoE technology.
Telecom Fiber sees early warning signals?
The recent discovery of detectable earth vibrations in the interference of light in fiber runs – has led to other early warning abilities. These new advances in leveraging segments of fiber cabling to detect slight fluctuations in the laser diodes is now possible.
As we all know – All fiber runs terminate back to copper connections and Enable-IT uses it’s innovative Ethernet Extenders to allow the placement of dedicated fiber runs in areas desired for monitoring – without having to run dedicated fiber all the way through hazardous areas. The typical plastic fiber is susceptible to heat distortions of melting where copper wiring and connections can endure much better.
Satellite Integration for Comprehensive Observation
Satellites orbiting the Earth gather immense data about our planet. NASA’s Earth Observing System Data and Information System (EOSDIS) processes over 32 terabytes of data daily, contributing to our understanding of natural phenomena. Integrated with Ethernet connections, satellites enable real-time monitoring of volcanic regions, providing a holistic view of changes in topography and emissions.
– Satellites can detect changes in ground deformation caused by volcanic activity, aiding in the identification of potential eruption sites.
– The use of thermal imaging by satellites enables scientists to monitor temperature changes around volcanoes, indicating potential magma movement.
Data Transmission and Analysis
Seismographs, incredibly sensitive instruments, can detect seismic waves from volcanic eruptions occurring on the other side of the globe. These waves travel through the Earth’s core and mantle, unveiling crucial information about the structure and activity of volcanoes. Additionally, gas analyzers track changes in gas composition, including sulfur dioxide and carbon dioxide, offering critical insights into volcanic unrest.
– The Global Seismographic Network (GSN) comprises over 150 stations worldwide, continuously monitoring seismic activity, including volcanic tremors and earthquakes.
Ensuring Continuity and Redundancy
Redundancy in volcano monitoring networks is paramount. In the event of a volcanic eruption, communication lines and power sources might be disrupted. To counter this, monitoring stations often employ backup systems, including alternative power sources such as solar or wind, ensuring uninterrupted data collection and transmission.
– In volcanic regions, monitoring stations often employ remote, autonomous systems capable of transmitting data even if direct communication lines are disrupted during eruptions.
Technological Innovations and Challenges
Technological innovations in volcano monitoring are ever-evolving. Unmanned Aerial Vehicles (UAVs) equipped with gas sensors navigate hazardous volcanic terrains, providing detailed information about gas emissions. These drones are capable of reaching areas inaccessible to traditional monitoring stations, improving our understanding of volcanic activity.
– Ground-based LiDAR (Light Detection and Ranging) technology helps create detailed topographic maps of volcanic regions, aiding in hazard assessment and eruption modeling.
Extend any ethernet cable beyond the limits with Enable-IT solutions.
The benefit of buying an Ethernet Extender from Enable-IT because our equipment leverages high throughput telecom signals over any wire – including coax, barbed wire fence, etc. Enabling distances unheard of in the industry. There are Ethernet Extender Solutions available that can extend this distance limit out to 9,000 feet or 2,743 m.
The fusion of fiber optics, copper connections, and satellite monitoring has ushered in a new era of volcano monitoring. These integrated networks empower scientists to predict eruptions and mitigate risks, safeguarding lives and infrastructure in vulnerable regions.
Enable-IT Solutions have been leveraged by scientists worldwide in the geologic survey, volcano monitoring, safety alert, remote call stations and long distance communications practices for decades now.
Contact any of our team to learn more or schedule a engineering call if interested in integration off the shelf solutions or highly integrated chipsets for your devices or products and give them a strategic advantage.
