Tag Archives: Fred Espenak

Solar & Lunar Eclipses data for 2019 (Astronomy)

In 2019 there will be 5 Eclipses!   Here are the dates for each, Orthographic maps, and animated diagrams.

  • 6th January 2019 – Partial Solar Eclipse
  • 21st January 2019 – Total Lunar Eclipse
  • 2nd July- 2019 – Total Solar Eclipse
  • 16th July 2019 – Partial Lunar Eclipse
  • 26th December 2019 – Annular Solar Eclipse

 

se2019jan06p

animated solar eclipse 2019jan06p


total lunar eclipse - jan2019

 


se2019jul02t

animated solar eclipse 2019jul02t


Partial Lunar Eclipse - July 2019.jpg


 

se2019dec26a

animated solar eclipse 2019dec26a


All data (c) Fred Espenak.    Diagrams taken from NASA Eclipse website. https://eclipse.gsfc.nasa.gov/resource.html  and http://www.mrEclipse.com website

-Mani Navasothy

ps. I will be providing another blog for Eclipses…but astrologically based.

Meanwhile you can learn about Eclipse Magical working (esoterica & ceremonial), you can check my Eclipse Magic Book here on my blog

Eclipse Magic Book (click this link to read more).

Eclipse Magic Workbook by Mani Navasothy
Eclipse Magic Workbook by Mani Navasothy (pdf version)
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Supermoon- facts & data for 2014-2020

Super-Full Moon!  A beautiful sight, it may be, but is there anything more to this – other than that? Here in the Solar system, we have 9 `planets’ with a huge number of their own satellites (moons) and asteroids, all orbiting the Sun. All sorts of geometrical effects can be viewed from Earth, as a result of all these.  Astronomers don’t get excited much about many of these `events’ – but since Astrology presumes that what happens to stellar bodies has an influence on us and our human lives, astrologers to get excited about various phenomena.

NASA photo of apogee-Perigee (Supermoons)
NASA photo of apogee-Perigee (Supermoons)

Facts We have just had one of these – Supermoon!   It is when the full moon appears to be bigger than average. It can be about 14% bigger (in diameter) and about 30% brighter..than an average full moon!  These occur approximately once every 14 full moons. The next one is on 10th August 2014. The term `Supermoon’ was coined by astrologer Richard Nolle in 1979, arbitrarily defined as:

“…a new or full moon which occurs with the Moon at or near (within 90% of) its closest approach to Earth in a given orbit (perigee). In short, Earth, Moon and Sun are all in a line, with Moon in its nearest approach to Earth..”   (wikipedia)

Why? The moon is closer to Earth, so it appears bigger and brighter. That’s the observation. But why is it closer to the Earth? The orbit of the moon around the Earth is not circular but elliptical.  The moon completes this orbit once every 29 days, so in that time, at one point, it will be furthest away from the Earth  at about (apogee) at 406,000 km distance , and 14 days later, closest to the Earth (apogee) at 357,000 kilometers from Earth .  So when a full moon  coincides with the point when it is closer to Earth, we call it a Supermoon! (scientific term is  perigee-syzygy of the Earth-Moon-Sun system!)

Elliptical earth-moon orbit -ManiN
Elliptical earth-moon orbit  (c) Mani Navasothy

 SUPERMOONS between  2014 to 2020 Here are the dates of the  minimum Perigee (moon closest to Earth)  and nearest Full moon to those dates (Supermoons) ..  f Perigee  data taken from Fred Espenak. Full moon date from The American ephermeris for 2000-2050.   Table created by me (Mani Navasothy)

Year m/d      -Time (gmt)     – perigee distance (km)    – nearest Supermoon date

2014 Aug 10 – 17:43      -356897 km      – Supermoon on 10th August’14

2015 Sep 28 – 01:46       -356877 km      – Supermoon on 28th Sept’15 (also Lunar Eclispse!)

2016 Nov 14 – 11:23       -356512 km      – Supermoon on 14th Nov’16

2017 May 26 – 01:23      -357210 km     – Newmoon on 25th May.  (Nearest  Supermoon 9th June 2017)

2018 Jan 01 – 21:54         -356566 km     – Supermoon on 2nd January’18

2019 Feb 19 – 09:06        -356762 km    – Supermoon 19th Feb’19

2020 Apr 07 – 18:08       -356909 km    – Supermoon 8th April’20

Note: I’ll double check the rest of the data for this and amend if I find any errors in my matching nearest `supermoon’ to the perigee data. (Anyone of you can do the same..by checking the perigee/ apogee data and looking up full moons near those dates in an ephemeris of course!) -Mani Navasothy (astrologer)


Next Supermoon -28th September2015. For Supermoon data 2014 to 2020, visit www.quantumphoenix.net
Next Supermoon -28th September2015.
For Supermoon data 2014 to 2020, visit http://www.quantumphoenix.net

Links / ref Astrology basics page at QuantumPhoenix blog http://science.nasa.gov/science-news/science-at-nasa/2011/16mar_supermoon/ http://en.wikipedia.org/wiki/Supermoon Fred Espenak’s data site for Moon http://astropixels.com/ephemeris/moon/moonperap2001.html

Astronomical Data & visibility Map for Transit of Venus: What, where and how long

Hi all,

here’s a fabulous world map / data by Fred Espenak of NASA.   (His website is one I use regularly for a lot of astronomical data, especially Eclipses…and now for this. If you are quoting this or him, please  due acknowledgement to Fred Espenak.  Thank you)

Global visibility map – Transit of Venus – June 2012 by Fred Espenak of NASA

Transit of Venus- what is it and how does it happen:

Venus transit (and eclipses) are all similar..   In Solar Eclipses, the moon comes between us on earth and blocks the Sun for a bit.  In transit of venus, the planet Venus comes and blocks the Sun out. except because the Venus is further away from us, but closer to the Sun, it doesn’t `seem’ to cover the whole of the Sun..  It just appears as a small spot passing across (in front) of the Sun.

Because of orbits, geometry (relationship between shapes, distances, angles) and speeds of planetary motion,  the transit of Venus  `happens’ (for us!) twice every century (once, then 8 years later, then next century).   After 6th June’12, next transit of venus will be in the year 2117 (unless you have the secrets of long life, you won;t live to see it again).   The last time this event occurred (as it happens on pairs) was on June 8, 2004.

Time variations Why?

Stellar events (like planets moving) take time.  The Transit of venus is – simply put- us from Earth viewing the Sun and Venus. Planets are moving around the Sun in different orbits (circular or elliptical paths).   Because of the geometry of shapes and distances involved (ie planets are spheres, and distances between Sun, venus  & earth are vast!), what we view from earth changes. Specifically, where on Earth you are located makes a big difference to the exact image you will see..   It’s a bit like watching the Football in a field being kicked about – what you see depends on where about in the auditorium / seats you are at.   It’s one event (the ball moving on the ground.. but thousands of people watch it from different parts of the stadium..).

 Visibility of transit of venus

Anyway, when the transit of venus starts, it will be different times..  for different parts of the world (time zones).  Here’s the thing- for some people, it will actually be middle of the night!  That means they can’;t see the Sun (!), and if ya can;t see the Sun, you can’t see Venus going in front of the Sun.   In the map attached, you can see the shaded parts of the world  `No transit visible’. If you are in one of those counties, or parts of those countries, alas, you are having night time..  so you won;t see it.  (parts of South America, parts of Africa).   For everyone else, the transit of venus is visible..   at least the beginning, middle, or end of the transit.

For the people in Australia, for example, the time happens to be Sunrise..when transit of venus starts…Lucky them.- they get to see the whole event…from beginning  to end.  For those of us in UK, as Sunrise occurs (our time), the transit is almost over, but we still get to see the end of it..

Start & End times (Universal Time equals GMT for all intends and purposes)

In the NASA site, Fred Espenak gives times for this transit as below.  I have added simple *explanations of what we `see’

    Phase         +Time         *Explanation (by Mani Navasothy)

 Contact I      22:09:38  (outer edge of Venus first `touches' the Sun's edge).
 Contact II     22:27:34  (whole of Venus first fully `inside the Sun disc).
 Greatest       01:29:36  (Venus in the mid-part of transit).
 Contact III    04:31:39  (edge of Venus starts to come `out of the Sun' disc)  
 Contact IV     04:49:35  (trailing end of Venus fully `leaves' the Sun disc).

+Don’t forget your local `summer time adjustments’.   Here in UK,  for example, the `Greatest Transit’  at 01:29 hrs UT/GMT is  seen at local British  Summer time of  02:29 hrs .

Okay, feel  free to FOLLOW my blog, or SUBSCRIBE…for future updates.

-Mani