Nature Narratives naturenarratives

This is the continued adventure of a solar flare spraying out ionized gas and plasma particles.  And, directly in the particles' path... a small blue planet.  Will earth's magnetic field protect it?  What will happen to these ionized particles?  Learn about the aurora borealis or northern lights in this thrilling new episode in our series on Space.  This is not the end of the story...
www.naturenarrativespodcast.com/our-story/

Get in the ‘back to school’ mindset and have a listen. Eight of us Kids Listen member podcasts created a short offering on the theme of this year’s return to school as a sampling for you and your family. Collaborators in the order in which they appear in the episode:
The Fina Mendoza Mysteries - www.chesapeakepress.org/finamendozapodcast
All Things Madison - www.ShopMadisonLauren.com
Nature Narratives - www.NatureNarrativesPodcast.com
At Your Level - www.AtYourLevelPod.com
Journey with Story - www.journeywithstory.com
Best Whatever Ever - www.thebestwhateverever.com
Stories for Wonderful Children - www.storiesforwonderfulchildren.com
Book Club For Kids - www.bookclubforkids.org

This is the adventure of plasma on the surface of the sun as it gets raised up by the Sun's magnetic fields.  The coronal loops and solar prominences are always shifting, and, occasionally, explode as a solar flare spraying out ionized gas and plasma particles.  And, directly in the particles' path... a small blue planet.  This is not the end of the story...
www.naturenarrativespodcast.com/our-story/

The day begins as the earth presents the Pacific Ocean to the Sun. Over the course of 24 hours, the earth rotates once completely allowing all lands and people the chance to live a day in the sun and rest on the cool and quiet of night.

About every 28 days, the Moon takes a long walk around its friend, the Earth.  On this journey, the Moon slowly shows its face and then hides it again in the shadow created by the sun...
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The main sequence of the star is coming to an end as its supply of hydrogen for nuclear fusion runs low. Without the counterbalance of the energy from nuclear fusion to fight the immense gravity, the star's core collapses in on itself. The outer layers expand, the inner core heats up and burns into heavier elements until finally, the newly created iron core collapses into a point of infinite gravity and density, or in other words, a blackhole.