Rules:
You must be a member of the Astronomical League.
Use of setting circles, computer driven telescopes (except for tracking purposes only), or any electronic device used to locate objects is not allowed. Use only star hopping to locate objects.
Everyone must complete Object List I as naked-eye observations. You must complete either Object List II as telescopic/binocular observations or Object List III as naked-eye observations.
You must keep a log of your observations stating the object number or name, date/time and location, seeing conditions, size of instrument and magnifications (or naked-eye observation) and your description of the object.
Upon completion, submit the completed log sheets, sketches, observation forms and notes to the appointed person from your club for verification. A letter from that person should be sent to the address below requesting your certificate and pin.
Location: Brommelsiek Park Home
Bortle Sky: Orange Red
Latitude: 38.723N 38.632N
Longitude: 90.815W 90.562W
Elevation: 644 ft 567 ft
Object List I: For All Telescope/Binocular Users and All Naked-Eye Observers
Note: Object List I was done, submitted, and approved in 2014 for the Binocular/Telescope part of this Observing Program. No changes have been made to it.
A: Fifteen Bright Stars:
Learn the proper names of 15 of the 22 of the brightest stars (see list below) that can be seen from your latitude and the constellation in which they are found. Roughly sketch the stars that make up the constellation boundary and label the Bright Stars. Note any color seen.
The nine constellations below contain the fifteen stars from above.
Canis Major
Orion
Taurus
Date: 4/5/2012
Time: 9:20 PM
Location: Broemmelsiek Park
Date: 4/5/2012
Time: 9:30 PM
Location: Broemmelsiek Park
Date: 4/5/2012
Time: 9:45 PM
Location: Broemmelsiek Park
Auriga
Gemini
Lyra
Date: 4/5/2012
Time: 9:55 PM
Location: Broemmelsiek Park
Date: 4/5/2012
Time: 10:08 PM
Location: Broemmelsiek Park
Date: 6/2/2012
Time: 10:15 PM
Location: Broemmelsiek Park
Bootes
Virgo
Cygnus
Date: 6/2/2012
Time: 10:25 PM
Location: Broemmelsiek Park
Date: 6/2/2012
Time: 10:33 PM
Location: Broemmelsiek Park
Date: 6/2/2012
Time: 10:39 PM
Location: Broemmelsiek Park
B. Estimate the angular distance between the following sets of stars:
Aldebaran and Betelgeuse:
Date: 4/5/2012 Time: 9:45 PM CDT
22 degrees (2 fists and 1 finger)
[actual distance: 21 degrees 21 minutes 26.3 seconds from Stellerium]
Deneb and Vega:
Date: 6/2/2012 Time: 10:40 PM CDT
24 degrees (2 fists and 2 fingers)
[actual distance: 23 degrees 42 minutes 7 seconds from Stellarium]
C. Estimate the azimuth and altitude (record the date and time for this exercise):
Capella:
date: 11/30/2012 time: 7:14 PM CST azimuth: 60o altitude: 35 o
[actual azimuth: 53 degrees altitude: 31 degrees] (Stellerium)
Altair:
date: 11/30/2012 time: 7:15 PM CST azimuth: 250o altitude: 30 o
[actual azimuth: 258 degrees altitude: 28 degrees] (Stellerium)
D. 2 Variable Stars—Choose 2 of the following variable stars and make 4 brightness each:
Beta Persei: 2.1 to 3.4
Rho Persei: 3.3 to 4.0
viewed from Brommelsiek Park
The MDT times in the table below were done in the Apgar Visitor Center Parking lot in Glacier National Park.
E. 2 Meteors
Plot the path of two meteors on a star chart.
Date: 12/13/2012 Time: 9:45 PM CST
Observations including color: A Geminid meteor as part of the 2012 shower as seen from Broemmelsiek Park. This meteor moved down towards the south east in a short streak. It was bright, but would have been difficult to pick up if I hadn’t been looking right at it because of the light pollution and short path. I didn’t see any particular color other than white.
Date: 12/13/2012 Time: 9:58 PM CST
Observations including color: A Geminid meteor as part of the 2012 shower as seen from Broemmelsiek Park. I picked this meteor up as it crossed the meridian and continued towards the southwest. It left a bit of a scintillation trail. No color seen other than white.
F. Observe the Sun through a pin-hole camera (You may substitute an observation of the sun through a telescope equipped with a filter designated specifically for solar viewing.)
Date: June 5, 2012 Time: 3 p.m. to 6 p.m. Location: Broemmelsiek Park
Method Observed:
Seymour Solar filter on 30x80 binoculars for Venus Transit viewed from Broemmelsiek Park with 800 of my closest friends. I kept the sun centered in the binoculars as the shadow of Venus moved across the surface for approximately two hours with breaks. Sunspots were visible although most of the attention was on the Venus Transit. I also saw parts of the transit with my SolarScope (left) during breaks that Marv Stewart supervised at the entrance to the viewing area
At times I did view the Sun through the Seymour filter with just eyes..
Dates: Wednesday-Sunday July 5, 2013 - July 31, 2013 Time: 1 - 4 PM MDT Location: Apgar Village, Glacier National Park
Method Observed:
Solar viewing with an Orion 120mm refractor with Orion solar filter (white light) and Coronado 60mm SolarMax II (Hydrogen Alpha) as part of the AstroVIP program in Glacier National Park. Showed 3,632 park visitors the sun with the two telescopes listed. Explained sun spots, solar flares, and other features. At times I did view the Sun through the Orion filter with just eyes.
Seeing Scale
1: Chaotic: lowest power stellar images unsteady
2-3: Severely disturbed: low power planetary/nebulae images unsteady
4-5: Poor: medium powers unsteady
6-7: Good: only high powers unsteady
8-9: Excellent: only highest powers soft
10: Superb: all powers steady
Object List III—For Naked-Eye Observers Only
A. Objects for Which you Have a Choice:
1) 3 Planets of your choice—Observe any three plants other than Earth. Either sketch the planet’s position in or near a constellation, or record the planet’s azimuth and altitude.
Date: 7/18/2015
Time: 07:45 PM CDT
Azimuth: 260 degrees
Altitude: 25 degrees
Location: Brommelsiek Park
Date: 7/18/2015
Time: 07:45 PM CST
Azimuth: 270 degrees
Altitude: 25 degrees
Location: Brommelsiek Park
Date: 8/13/2015
Time: 9:10 PM CDT
Azimuth: 210 degrees
Altitude: 28 degrees
Location: Brommelsiek Park
2) 1 Comet of your choice—If no naked eye comet is available, plot the path of any comet on a star chart with at least 4 position points.
Comet Name: Comet C/2011 L4 PANSTARRS 3/11/2013, 7:38 PM CDT
Observations: Seen from the Dog Area and later at the Astronomy Area at Broemmelsiek Park with JT... borderline naked eye at the time. The comet was approximately 4 degrees west and 1/2 degrees above the 20-hour crescent moon which made it easier to find. It showed well with 30x80 binoculars with a tail 1/6th the field of view and a bright core. It was less than ten degrees above the western horizon. I watched the comet until forced to move and then until it sank below the horizon. The comet was naked eye at times.
B. Moon Features—Observe the following moon features during the time period specified:
Roughly sketch the outline of the moon and pinpoint the feature that you are observing.
1). Mare Crisium—between New & 1st Quarter
Location: Home
2) Mare Serenitatis—between 1st Quarter & Full
Location: Home
3) Mare Imbrium—between Full & 3rd Quarter
Location: Home
4) Mare Humorum—between 3rd Quarter and New
Location: Home
C. Deep Sky Objects--For the Deep Sky Objects record the name, date observed, instrument used, site, timer, constellation, seeing, transparency, and a description of the object.