- published: 02 Nov 2011
- views: 257
- author: sysbreakers
0:59
Astronomy: Moon Mare Fecunditatis and Mare Nectaris through Sky Watcher Synta 8" Dobson
Mare Fecunditatis and Mare Nectaris (little part of east side of the Moon). Created withou...
published: 02 Nov 2011
author: sysbreakers
Astronomy: Moon Mare Fecunditatis and Mare Nectaris through Sky Watcher Synta 8" Dobson
Mare Fecunditatis and Mare Nectaris (little part of east side of the Moon). Created without UV/IR filter or Barlow Lens. Telescope: Newton Sky Watcher Synta 8" Dobson Web cam: MS Lifecam HD-5000 Original video resolution: 960x544, 15 fps Location: Tarnowo Podgorne, wlkp, PL (16.721167E 52.447832N) Seeing: 3/5
- published: 02 Nov 2011
- views: 257
- author: sysbreakers
0:08
Mare Crisium, Mare Fecunditatis, Mare Tranquillitatis
Lumix DMC-G2 AVCDH Light 200mmF4.4 X5 bullowlens...
published: 28 Aug 2010
author: TshrMishina
Mare Crisium, Mare Fecunditatis, Mare Tranquillitatis
Lumix DMC-G2 AVCDH Light 200mmF4.4 X5 bullowlens
- published: 28 Aug 2010
- views: 158
- author: TshrMishina
0:30
Moon crater Langrenus - located Mare Fecunditatis (closeup)
Recorded on 10/14/2011 with a Sky-Watcher Skymax-102 SynScan - 102/1300 GoTo Maksutov - 2x...
published: 14 Oct 2011
author: brahman42
Moon crater Langrenus - located Mare Fecunditatis (closeup)
Recorded on 10/14/2011 with a Sky-Watcher Skymax-102 SynScan - 102/1300 GoTo Maksutov - 2x Barlow - raw material - not edited. en.wikipedia.org Mondkrater Langrenus im Mare Fecunditatis (Nahaufnahme) Aufgenommen am 14.10.2011 mit einem Skywatcher Skymax-102 SynScan / 102/1300mm GoTo Maksutov und einer einfachen TS Astro CCD Kamera. 2x Barlow - Rohmaterial, nicht editiert. de.wikipedia.org
- published: 14 Oct 2011
- views: 414
- author: brahman42
5:06
Visit our Moon with John Lenard Walson.(Under Construction)
Click on the relevant area to see that area filmed from here in the UK! Amazing videos fro...
published: 29 Jan 2012
author: Andyhgn53k
Visit our Moon with John Lenard Walson.(Under Construction)
Click on the relevant area to see that area filmed from here in the UK! Amazing videos from John Lenard Walson! Regards Andy Visit my journals here:- hgn53k.blogspot.com John Lenard Walson here:- www.youtube.com Earth Side, Northern Hemisphere Sector A-1: Western Mare Frigoris/Northwestern Limb Sector A-2: Central Mare Frigoris/Lunar North Pole Sector A-3: Eastern Mare Frigoris/Northeastern Limb Sector B-1: Northern Oceanus Procellarum/Northwestern Limb Sector B-2: Northwestern Mare Imbrium/Sinus Iridium Sector B-3: Northern Mare Imbrium Sector B-4: Northern Mare Serenitatis Sector B-5: Mare Humboldtianum/Northeastern Limb Sector C-1: Northeast Oceanus Procellarum Sector C-2: Western Mare Imbrium/Northeast Oceanus Procellarum Sector C-3: Southern Mare Imbrium Sector C-4: Southeast Mare Imbrium Sector C-5: Northern Mare Serenitatis Sector C-6: Northern Mare Crisium/Northeastern Limb Earth Side, Equatorial Region Sector D-1: Oceanus Procellarum/Western Limb Sector D-2: Central Oceanus Procellarum/Kepler-Copernicus Sector D-3: Mare Insularum/Copernicus Sector D-4: Sinus Medii/Sinus Aestuum Sector D-5: Central Mare Tranquillitatis Sector D-6: Southern Mare Crisium Sector E-1: Southwestern Oceanus Procellarum Sector E-2: Southeastern Oceanus Procellarum Sector E-3: Mare Nubium North/Mare Cognitum Sector E-4: Northeast Mare Nubium/Ptolemaeus Sector E-5: Sinus Asperitatis West Sector E-6: Mare Fecunditatis West/Northern Mare Nectaris Sector E-7: Central Mare Fecunditatis/Eastern ...
- published: 29 Jan 2012
- views: 1003
- author: Andyhgn53k
0:18
Moon crater Langrenus (centered) - located Mare Fecunditatis
Recorded on 10/14/2011 with a Sky-Watcher Skymax-102 SynScan - 102/1300 GoTo Maksutov - ra...
published: 14 Oct 2011
author: brahman42
Moon crater Langrenus (centered) - located Mare Fecunditatis
Recorded on 10/14/2011 with a Sky-Watcher Skymax-102 SynScan - 102/1300 GoTo Maksutov - raw material - not edited. Mondkrater Langrenus (Mare Fecunditatis) im Zentrum des Bildes Aufgenommen am 14.10.2011 mit einem Skywatcher Skymax-102 SynScan / 102/1300mm GoTo Maksutov und einer einfachen TS Astro CCD Kamera. Rohmaterial, nicht editiert.
- published: 14 Oct 2011
- views: 199
- author: brahman42
3:10
Hold 2012.07.06. Mare Crisium, Mare Fecunditatis
Celestron Astromaster 90EQ, Scopium webcam...
published: 06 Jul 2012
author: csiasandor
Hold 2012.07.06. Mare Crisium, Mare Fecunditatis
Celestron Astromaster 90EQ, Scopium webcam
- published: 06 Jul 2012
- views: 27
- author: csiasandor
2:04
The floors of Messier and Messier A craters on the Moon - Flyover
Info., on this video's notes are below: Note 1. Darker regions here probably represent imp...
published: 29 Oct 2011
author: John Moore
The floors of Messier and Messier A craters on the Moon - Flyover
Info., on this video's notes are below: Note 1. Darker regions here probably represent impact melt due to the initial impactor, literally, melting and mixing both target rock and impactor together on contact. This impact melt most likely settled in low spots in the crater afterwards; leaving islands (light-coloured material in the centre) of the original target rock exposed. Note 2. Possible outcrops of discrete, thin layers of lava flow deposits that formed in Mare Fecunditatis over time. Measuring the thickness in such exposed layers can prove very useful in putting constraints on individual lava flows that crossed the Mare. Note 3. Are these low albedo (dark material on the left running down the crater's wall) deposits of impact melt that splashed onto the crater's wall during Messier A's formation, which then flowed downed onto the floor? Note 4. Fractures in this impact melt are probably due to cooling in the upper crust areas. Note, the five-sided, polygonal shapes in some - a typical characteristic of cooling as seen in, for example, lavas and muds here on Earth. Note 5. These high albedo (light material on the right running down the crater's wall) deposits may be dry debris flows that formed some time later - possibly caused by the seismic effects from another nearby impact. Note 6. Here again, impact melt may have settled in low spots on the floor of Messier A; leaving areas of the original target rock exposed.
- published: 29 Oct 2011
- views: 227
- author: John Moore
6:44
"Juxtaposition" - Brent D. Scheihagen (2003)
RECOMMENDED AT HIGH QUALITY juxtapose (juk-sta-pohz) v. to put (things) side by side A dif...
published: 29 Jan 2009
author: Brent Scheihagen
"Juxtaposition" - Brent D. Scheihagen (2003)
RECOMMENDED AT HIGH QUALITY juxtapose (juk-sta-pohz) v. to put (things) side by side A different side of Brent D. Scheihagen this is me at my most abstract and "artsy". This film served as the crux of my senior recital at the University of North Texas; the recital was two parts music to one part video & narration. Here was an electronic piece of music which already served musically the theme of the recital which was in essence my way of making sense of things, ie putting things together in a way that made sense of some very crazy experiences. The music makes use of African instruments along with samples of music by my friends Doug Bush (from "One More Day"), Aaron Kraft ("Off Again") and Chris Rogers ("Shadows") - songs of ours that we recorded together. Visually, I used photographs from several different trips I've taken, but with the particular emphasis on images related to my trip to Ghana which in-of-itself served as the catalyst for the recital's theme. I also borrowed clips from a few films, the most notable of which is lunar footage of the Mare Fecunditatis or Sea of Fertility taken by crew of the Apollo 11. I point this out because it is one of many images which has a very specific point of reference in the overall scope of the recital which may be lost here. Hopefully, you will find it captivating enough visually without having the whole story. Nabakov's text should speak well enough for itself, but to give it some perspective, consider your own past and ask ...
- published: 29 Jan 2009
- views: 171
- author: Brent Scheihagen
0:45
The Moon Through A Skywatcher 10" Dobsonian Telescope on 4-28-12 (#1)
Here's the Moon drifting through the field of view on the central area on day 7 of the lun...
published: 01 May 2012
author: Paul Huntoon
The Moon Through A Skywatcher 10" Dobsonian Telescope on 4-28-12 (#1)
Here's the Moon drifting through the field of view on the central area on day 7 of the lunar cycle. The video starts with 2 large impact craters near the bottom center of the screen named named Theophilus (on the left) and Cyrillus, with Mare Nectaris just above them. On the top is Mare Fecunditatis, with Mare Tranquilitatis on the left. At about 22 seconds in, there are 2 small, shallow craters named Ritter and Sabine that sit vertically next to each in the middle but far left side of the screen. Just above those 2 craters lies Tranquility Base, which is the Apollo 11 landing site. As we get to the end of the video clip, just to the right of center lies an impact crater named Albategnius that contains a central peak, and a smaller crater inside of it to the lower right named Klein. Just below that, there are 3 large craters along the Terminator (where light meets dark). The largest one on the left is Ptolemaeus, with Alphonsus to the right, and Arzachel next to that. To the left of those 3 craters lies the small Lunar Mare named Sinus Medii, with Mare Vaporum to the far left. Here's what I used to capture this video: Sky-Watcher 10" Collapsible Dobsonian Telescope Basic specs are: • 10" (254 mm) Dobsonian-style Newtonian • 1200 mm focal length (f/4.72) • 2" Crayford-style focuser with 1.25" adaptor • 8x50 right angle viewfinder • Solid rocker-mount with Teflon bearings and tension clutch • Collapsible tube design for easy storage and transportation Accessories ...
- published: 01 May 2012
- views: 1274
- author: Paul Huntoon
4:52
Messier craters on the Moon - An Introduction
Note: The interpretations shown here are just two of many others proposed. They are, there...
published: 12 Oct 2011
author: John Moore
Messier craters on the Moon - An Introduction
Note: The interpretations shown here are just two of many others proposed. They are, therefore, not definitive - merely given to serve as an introduction as to what 'might have/could have' occurred. Relevant material is found at end of video.
- published: 12 Oct 2011
- views: 326
- author: John Moore
3:23
First quarter moon in orange
Camera: Sony (ソニー) Cyber-shot DSC HX20V www.youtube.com Format: Movie MOV; AVCHD-MP4; 16:9...
published: 26 Jul 2012
author: Ynterstella
First quarter moon in orange
Camera: Sony (ソニー) Cyber-shot DSC HX20V www.youtube.com Format: Movie MOV; AVCHD-MP4; 16:9; 1440p x 1080p; Audiocodec AAC; Videocodec H264 HX20V Location: Dresden, Saxony, Germany, Europe Description: With the Mare Serenitatis, Mare Fecunditatis, Mare Tranquillitatis, Mare Crisium and Mare Nectaris. Including the landing site of the Apollo 11 Mission, from 1969.
- published: 26 Jul 2012
- views: 42
- author: Ynterstella
5:32
MoonFaker: Exhibit D: Critique #09: Made In the USSR
Claim #11. The Soviets ground down a few grams of NASA's moon rocks to create their lunar ...
published: 07 Jun 2010
author: philwebb59
MoonFaker: Exhibit D: Critique #09: Made In the USSR
Claim #11. The Soviets ground down a few grams of NASA's moon rocks to create their lunar samples. In Exhibit D Part 5 - 3:30 as if this has anything to do with the validity of NASAs moon rocks, Jarrah speculates that the US gave the Soviets, who, according to Jarrah, are known liars and idiots, moon rocks from Apollos 11 and 12, so that they had the material they needed to create their own lunar samples. The Soviets, who in case you didn't know are known liars and idiots, according to Jarrah, then sacrificed the Apollo moon rocks they were given and scraped off fragments to pass off as coming from Luna 16. Of course, the Luna 16 samples can be shown to be chemically different from anything the Apollo 11 and Apollo 12 brought back, which proves nothing really. Why did I even do this video? Videos: MoonFaker: Exhibit D Part 5 www.youtube.com Sources: Handbook of Lunar Soils (1983) Compiled by RV Morris et al. JSC Planetary Materials Branch Publication 67 (JSC 19069). curator.jsc.nasa.gov Compositional Variation In Lunar Regolith Samples Lateral by RL Korotev - 1998 adsabs.harvard.edu The Clementine Mission www.lpi.usra.edu A Hybrid Method For Calculating TiO2 Concentrations Using Clementine UVVIS Data, www.higp.hawaii.edu The Lunar Opposition Surge: Observations by Clementine trs-new.jpl.nasa.gov Preliminary Research for Image Classification with Texture and Spectral Features for Lunar geological mapping. www.lpi.usra.edu Petrological Character of the Luna 16 Sample From ...
- published: 07 Jun 2010
- views: 863
- author: philwebb59
3:20
Naxos Diving.com - Exploration Dive - Fecund reef
Diving in Greece with Naxos Diving team. Exploration dives, wreck dives, reef dives, Caver...
published: 27 Oct 2008
author: naxosdiving
Naxos Diving.com - Exploration Dive - Fecund reef
Diving in Greece with Naxos Diving team. Exploration dives, wreck dives, reef dives, Cavern dives, wall dives, drift dives. PADI diving center. Scuba diving courses for beginers and advanced divers. CMAS Free diving courses. Guided snorkeling. BSAC diving center. naxosdiving.com .
- published: 27 Oct 2008
- views: 1992
- author: naxosdiving
5:13
Mugen #559: Stray Cat
Originally planned to be done with ZiR's Sailor Mercury, then P-tan's Athena, ended up her...
published: 30 May 2010
author: PerryMason123
Mugen #559: Stray Cat
Originally planned to be done with ZiR's Sailor Mercury, then P-tan's Athena, ended up here. Also stage looks a lot like #553's. though it's not. Now, in late January, Goma released an alternate Chen that used the Unthinkable Natural Law system. Now, this would be pretty neat, except that Goma left story mode on by default. It also causes a MASSIVE difficulty shift. She has like no AI in round 1, and despite the system, fights much like his old Scarlet Weather Rhapsody Chen (#118). Now, Story Mode comes in 3-5 stages. First, she jumps around launching bubbles that explode into bullets. This is very easy to defeat and you don't even need to graze. If you don't pass this in one spell break, she launches 2-3 bubbles at once, which create more bullets, and she jumps around more. Stage 2 is her digging, tunneling to where you were, then jumping where you were when she started. You either need to constantly graze, though blocking works too, but you'll take a lot in chip damage. After one spellbreak she moves faster and shoots more. Stage 3 is her darting across the top, launching bullets. You MUST graze constantly as her dive (she dives to where you were standing) is unblockable. After one spellbreak she makes 3 passes instead of 2. When she's brought down to ~200 life, she'll make 4 passes and launch FAR MORE. This part is extremely hard, and given how it's triggered, I consider it stage 4 (up to 6 depending on spellbreaks previously done. Now, fortunately, if she KOs you on ...
- published: 30 May 2010
- views: 661
- author: PerryMason123
Youtube results:
7:33
Apollo 10 - Magazine G (SO-368)
Frames 1 - 5342 Sequence from 62°E to 21°E. Continuous sequence starting with lunar farsid...
published: 07 Jan 2012
author: TheMoonRace
Apollo 10 - Magazine G (SO-368)
Frames 1 - 5342 Sequence from 62°E to 21°E. Continuous sequence starting with lunar farside scene at edge of Mare Undarum and Mare Spumans and continues to the nearside over the Mare Fecunditatis and ends Mare Tranquillitatis. Passes south of Lunar Landing Site 2.
- published: 07 Jan 2012
- views: 31
- author: TheMoonRace
7:59
Apollo 10 - Magazine Y (SO-368)
Frames 1 - 1492 Not plotted. Docking-farside scene in background. Frames 1493 - 2050 Seque...
published: 15 Jan 2012
author: TheMoonRace
Apollo 10 - Magazine Y (SO-368)
Frames 1 - 1492 Not plotted. Docking-farside scene in background. Frames 1493 - 2050 Sequence from 164°E to 144°E. Continuous high to low oblique sequences of lunar farside scene. Features not named. Frames 2051 - 3603 Not plotted. Broken series of frames of hand-held telephoto panoramic spots of lunar farside scene; mostly low obliques and near vertical. Locations questionable. Frames 3604 - 5614 Sequence from 44°E to 26°E. High altitude continuous, low oblique to near vertical sequence from edge of Mare Fecunditatis over Censorinus into the Mare Tranquillitatis.
- published: 15 Jan 2012
- views: 66
- author: TheMoonRace
2:46
HD Images and Video of the Moon
HD pictures and Video of the Moon. The pictures and video were recorded with a sony handyc...
published: 20 May 2010
author: joehandsome99
HD Images and Video of the Moon
HD pictures and Video of the Moon. The pictures and video were recorded with a sony handycam HDR-XR500. To get the really close up views of the moon, I used a tripod and adjusted the exposure and focus on the camera. This camera takes really great images and pictures without adding any extra lenses. I hope you enjoy the short video of the moon. Rate, Comment, and Subscribe to support my channel. Thanks, Eric Jordon www.AroundTuitVideos.com
- published: 20 May 2010
- views: 12211
- author: joehandsome99
7:50
Apollo 10 - Magazine F (SO-368)
Frames 1 - 973 5°S, 168°W (approx. centre of sequence). High oblique sequence of lunar far...
published: 06 Jan 2012
author: TheMoonRace
Apollo 10 - Magazine F (SO-368)
Frames 1 - 973 5°S, 168°W (approx. centre of sequence). High oblique sequence of lunar farside. Frames 974 - 1043 1°S, 163°E (approx. centre of sequence). Near vertical sequence of lunar farside. Frames 1044 - 1206 3°N, 143°E (approx. centre of sequence). Near vertical sequence of lunar farside. Frames 1207 - 1273 3°N, 132°E (approx. centre of sequence). Near vertical sequence of lunar farside. Frames 1274 - 1333 4°N, 120°E (approx. centre of sequence). Near vertical sequence of lunar farside. Frames 1339 - 1676 Not plotted. Earthrise-poor rendition of scene. Frames 1638 - 2213 Not plotted. Farside scene near subsolar poor condition. Start of roll. Frames 2226 - 5341 Sequence from 51°E to 23°E. Continuous near vertical sequence from Mare Fecunditatis and Mare Tranquillitatis, south of Lunar Landing Site 2.
- published: 06 Jan 2012
- views: 30
- author: TheMoonRace