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The new moon will occur on Sunday, April 27, 2025, at 12:31 PM PDT on the west coast of North America.Visibility on the West Coast of North America:A new moon is the first lunar phase, which occurs when the Moon lies between the Earth and the Sun. At this phase, the sunlit side of the Moon faces away from Earth, making the Moon generally invisible to the naked eye. It rises and sets at roughly the same time as the Sun.Therefore, on the night of April 27th, 2025, and the days immediately surrounding it, the new moon will not be visible from the west coast of North America. The sky will appear dark (assuming clear weather and minimal light pollution), which makes it an excellent time for observing stars and other fainter celestial objects.General Information about the New Moon: * The Start of the Lunar Cycle: The new moon marks the beginning of the approximately 29.5-day lunar cycle. * Alignment: During a new moon, the Moon is positioned between the Earth and the Sun. * Earthshine: Although the sunlit side faces away, sometimes a very faint glow called “earthshine” can make the unlit portion of the new moon subtly visible. This is due to sunlight reflecting off the Earth and onto the Moon. * Solar Eclipses: New moons are the only phase during which a solar eclipse can occur. This happens when the new moon passes directly between the Sun and Earth, and the Moon’s shadow falls on Earth. However, a solar eclipse will not occur on April 27th, 2025. * Stargazing: The dark skies during the new moon phase provide the best conditions for observing faint stars, galaxies, and other deep-sky objects since there is no bright moonlight to interfere. * Tides: New moons (along with full moons) contribute to higher high tides and lower low tides, known as spring tides, due to the combined gravitational pull of the Sun and the Moon.So, while you won’t be able to see the new moon itself on April 27th from the west coast of North America, you will have a dark sky perfect for stargazing!
The geomagnetic weather of Space is a powerful force. That force could kill us except for the magnetic fields that the Earth generates that helps to keep our atmosphere in that barrier between space and Earth.
Space weather refers to the dynamic conditions in space and the near-Earth environment that can affect the performance and reliability of space-borne and ground-based technological systems, and can endanger human health. It is primarily driven by the Sun and its activity. Dangers of Space Weather: Space weather events can pose several hazards: * Disruption of Satellite Operations: Energetic particles and radiation from solar flares and coronal mass ejections (CMEs) can damage satellite electronics, leading to malfunctions, data loss, or even complete failure. This can affect communication, navigation (GPS), weather forecasting, and other satellite-dependent services. For example, a strong geomagnetic storm in October 2003 was associated with numerous satellite anomalies. * Power Grid Disturbances: Geomagnetically induced currents (GICs) caused by geomagnetic storms can flow through long conductors like power lines and pipelines. In extreme cases, this can overload transformers, leading to blackouts. The Hydro-Québec blackout in 1989, which left six million people without power for nine hours, is a notable example. * Communication and Navigation Issues: Solar flares can cause radio blackouts by disrupting the ionosphere, affecting high-frequency (HF) radio communications, especially in polar regions. Geomagnetic storms can also interfere with GPS signals, reducing their accuracy. This can impact aviation, marine navigation, and other GPS-dependent technologies. * Radiation Hazards: Solar energetic particles (SEPs) can increase radiation levels at high altitudes, posing a risk to astronauts on spacewalks and potentially to airline passengers and crew on polar routes. * Increased Satellite Drag: The heating of the Earth’s upper atmosphere during geomagnetic storms can cause it to expand, increasing drag on low-Earth orbit satellites. This can alter their orbits and require more frequent adjustments. * Pipeline Corrosion: GICs can also accelerate the corrosion of oil and gas pipelines. Precautions to Take for Space Weather: While individuals cannot directly control space weather, several precautions are taken at various levels to mitigate its impacts: * Monitoring and Forecasting: Space weather agencies like NOAA’s Space Weather Prediction Center and Space Weather Canada continuously monitor the Sun and the space environment to provide forecasts and warnings of potential events. This allows operators of vulnerable systems to take protective measures. * Satellite Hardening: Satellites are designed with radiation-hardened electronics and shielding to withstand the harsh space environment and solar events. Operators can also put satellites in a “safe mode” during severe events to minimize potential damage. * Power Grid Protection: Power companies implement measures such as monitoring geomagnetic activity, adjusting voltage levels, and having backup systems in place to reduce the risk of blackouts. Research is ongoing to develop more resilient power grids. * Aviation Procedures: Airlines can reroute flights over polar regions during solar radiation storms to minimize radiation exposure to passengers and crew. They also rely on alternative communication and navigation systems when HF radio and GPS are affected. * Emergency Preparedness: Individuals and communities should be prepared for potential power outages and communication disruptions by having emergency kits with essential supplies, backup communication methods, and plans for extended outages. * Awareness and Education: Raising public awareness about space weather and its potential impacts can help individuals and organizations take appropriate preparedness measures. Enjoyment from Space Weather: While space weather can pose risks, it also gives rise to one of the most spectacular natural phenomena: * Auroras (Northern and Southern Lights): Geomagnetic storms cause charged particles from the Sun to interact with the Earth’s magnetosphere and atmosphere, particularly near the polar regions. This interaction excites atmospheric gases, resulting in the breathtaking displays of colored lights known as the auroras. Seeing the aurora borealis or australis is a significant draw for tourism and a source of wonder and beauty. Space weather forecasts help predict when and where auroras might be visible. In summary, space weather is a natural phenomenon driven by the Sun that can have significant impacts on our technology and infrastructure. While there are potential dangers, ongoing monitoring, technological hardening, and preparedness measures help to mitigate these risks. Additionally, space weather creates the beautiful aurora, offering a unique and enjoyable connection to the dynamics of our solar system.
Here are the traditional full moon names for each month of the year: * January: Wolf Moon * February: Snow Moon * March: Worm Moon * April: Pink Moon * May: Flower Moon * June: Strawberry Moon * July: Buck Moon * August: Sturgeon Moon * September: Corn Moon (or Harvest Moon) * October: Hunter’s Moon * November: Beaver Moon * December: Cold Moon It’s worth noting that some months can occasionally have a second full moon, which is called a Blue Moon.
It’s exciting to look ahead at upcoming solar eclipses! Here’s a breakdown of some key ones, with a focus on those that might be of interest to those in Canada: Key Upcoming Solar Eclipses: * August 12, 2026 (Total): * This total solar eclipse will be visible in Greenland, Iceland, and Spain. This is significant because parts of Europe will get to see a total solar eclipse. * August 2, 2027 (Total): * This eclipse will be visible across a path that includes parts of Spain, North Africa, and the Middle East, with a very long totality. This will be a very long duration total eclipse. * July 22, 2028 (Total): * This total solar eclipse will be visible in Australia and New Zealand. * November 25, 2030 (Total): * This total solar eclipse will be visible in southern Africa and Australia. * March 30, 2033 (Total): * This total solar eclipse will be visible in Russia and Alaska U.S.A. Therefore alaskan people could see this event. Regarding Canada and the “equesterone coast”: * It’s important to clarify that “equesterone coast” isn’t a standard geographical term. However, if we’re considering the western coast of Canada, the opportunities to view total solar eclipses will vary. * Generally, for those on the western coast of Canada, partial solar eclipses are more common. To see a total solar eclipse, one would likely need to travel. * The April 8th 2024 total solar eclipse did cross eastern Canada, so those people had a great opportunity to view that eclipse. * For future total eclipses, looking at the paths of totality in the provided information, it is apparent that traveling will be required to see those events. The 2033 total eclipse, being visible in Alaska, will be the closest total solar eclipse in the near future, for those living on the western coast of Canada. Important Notes: * Always use proper eye protection when viewing any solar eclipse. * Websites like NASA and Timeanddate.com provide detailed information and maps of eclipse paths. I hope this helps!
On March 13th at 11:55 PM or more precisely on the 14th at 2:55 AM Eastern the moon will be at maximum illumination.
Eclipsing moon blood moon, File Photo KDG
The Worm Moon in March 2025 is going to be a very special event! Here’s why: * It’s a Full Moon: The Worm Moon is the traditional name for the full moon that occurs in March. Full moons are always a beautiful sight, appearing large and bright in the night sky. * Total Lunar Eclipse: This Worm Moon will coincide with a total lunar eclipse! This means that the Earth will pass directly between the Sun and the Moon, casting a shadow on the Moon and making it appear reddish or orange. This is often called a “Blood Moon.” * First Total Lunar Eclipse of 2025: This will be the first total lunar eclipse visible anywhere in the world in 2025. It’s a rare opportunity to witness this celestial event. When to see it: The total lunar eclipse of the Worm Moon will occur on March 13-14, 2025. The exact time of the eclipse will vary depending on your location. You can check a website like Timeanddate.com or EarthSky.org for specific times for your area. Why is it called the Worm Moon? The name “Worm Moon” comes from the fact that as the ground begins to thaw in spring, earthworms start to emerge from the soil. These worms attract birds and other animals, signaling the return of spring. Where to see it: The total lunar eclipse will be visible from a wide area, including: * The Americas * Western Europe * Western Africa * Parts of Antarctica * Eastern Australia * Northern Japan * Eastern Russia If you’re in one of these areas, you’ll have a chance to see this amazing event! Tips for viewing: * Find a dark location away from city lights for the best viewing experience. * Bring a blanket or chair to sit on. * Binoculars or a telescope can enhance your view of the Moon. The Worm Moon in March 2025 is sure to be a spectacular celestial event. Don’t miss it!
Kevin Griffiths
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