Tag Archives: Climate Day

CNYO Observers Log: MOST Climate Day And North Sportsman’s Club Practice Session, 19 April 2014

Greetings fellow astrophiles!

The Saturday after NEAF was a busy one for CNYO members, including a lecture and observing session for the MOST Climate Day during the afternoon and a nighttime “dry run” for the North Sportman’s Club Public Viewing Sessions we’re on the verge of hosting for the rest of the year.

The morning started with a hectic rearrangement of speakers for the TACNY Jr. Cafe session, with Prof. Peter Plumley (MOST, Syracuse University) and Prof. Timothy Volk (SUNY-ESF) admirably filling in for a missing speaker (and the crowd requests for future topics were heavy in astronomy!). And speaking of Jr. Cafe astronomy, we note the May 17th lecture features CNYO’s own Ryan Goodson speaking on Newtonian Telescopes (with a solar session to follow if the skies hold)!

The indoor part of CNYO’s contribution to the MOST Climate Day featured myself and a lecture about the Sun/Earth relationship. While that lecture was given to only 2.5 people (one person left half-way), a 50 minute talk extended to 90 minutes thanks to some excellent discussions and deeper probing of some of the slide content.

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Larry and observers on the Creekwalk. Click for a larger view.

Outside, Larry Slosberg hit the public observing jackpot with his 12″ Baader-ized New Moon Telescope Dob and NASA Night Sky Network Solar Kit. Between the MOST crowd, Record Store Day at Sound Garden, and a Creekwalk made busy by the clear skies and comfortable temperatures, Larry counted over a few dozen new observers before I even made it outside. To Larry’s solar collection I added a Coronado PST for some excellent H-alpha views of sunspots and several prominences that changed significantly over the course of an hour (which was made all the more impressive to passers-by when you mention that these changes could be measured in units of “Earths” instead of miles).

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An intrepid observer at the Coronado PST. Click for a larger view.

Larry and I packed up around 4:00 p.m. after giving nearly 40 people a unique view of our nearest star, providing a three-hour window before heading off to North Sportsman’s Club (NSC) for an evening session.

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Some of the NSC crew setting up. Click for a larger view.

We also used April 19th as a reintroduction to the skies above the NSC, with this session opened up to a short-list of people with scopes interested in helping reduce the lengths of observing lines at future public sessions (and we welcome others interested in bringing their scopes to these sessions to please contact us using our online form or by emailing us at info@cnyo.org).

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The Big Dipper (Ursa Major) and surroundings. Click for a larger view.

The total in attendance was between 10 and 12 over the two hours I was present (and the event continued for some time after), with about half as many scopes present (which is a great number for even large public viewing sessions). Despite it becoming a very cold evening, the combined observing list was extensive from among all parties, with New Moon Telescope’s 27″ Dob making many views extra memorable.

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The view to the Southwest (featuring a bright Jupiter near center). Click for a larger view.

We are planning our first public session for 2014 in late May, perhaps to coincide with the predicted meteor super-storm on the early morning of May 24th. Keep track of cnyo.org or our Facebook group page for details!

TACNY Junior Cafe Scientifique: “The Snowball Earth”

NOTE: This Jr. Cafe lecture coincides with the Climate Day festivities at the MOST. CNYO members will be in attendance in the afternoon running a solar observing session on the Creekwalk (and I (Damian) will be giving a lecture on the Sun-Earth Connection inside). If you show up for the Jr. Cafe lecture, your entrance to the MOST is free for the afternoon courtesy of TACNY (and thanks for mentioning this extra perk Howie Hollander)!

Saturday – April 19, 9:30-11:00am

Milton J Rubenstein Museum of Science & Technology – Syracuse, NY


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Earth’s climate has changed tremendously over its history. Did you know that the Earth nearly froze solid 2.3 billion years ago and again 700 million years ago? We will discuss how this may have happened, how the Earth warmed after the snowball events and how life survived.

People interested in learning more about climatology are invited to attend the free Junior Cafe presentation on Saturday, April 19, from 9:30 a.m. to 11 a.m. at the Milton J. Rubenstein Museum of Science and Technology (MOST) in Syracuse’s Armory Square. Walk-ins are welcome, but we ask that people RSVP by emailing jrcafe@tacny.org by April 16, 2014.

Presenters

Christopher K. Junium, Ph.D., is an Assistant Professor of Earth Sciences in the Department of Earth Sciences at Syracuse University. Chris studies how life and climate interact of through Earth’s history by analyzing the chemistry of ancient sediments. He is particularly interested in how the concentrations of oxygen have changed in the atmosphere and ocean over time, and how life responds to transitions in Earth’s climate state. His research spans the last 2.5 billion years of Earth’s history, and his research has taken him as far away as the Arctic Circle and as close as Green Lakes State Park. Recently, he spent two months as a scientist aboard the research vessel JOIDES Resolution to recover sediment cores from the Atlantic Ocean in an effort to better understand the causes of extremely warm climate 50 million years ago.

Chris received his B.S. in Geology from Dickinson College in 2000 and his Ph.D. from The Pennsylvania State University in Geosciences in 2010. From there he moved to Northwestern University under an Agouron Institute Geobiology Fellowship. He started at Syracuse University in January of 2012.

TACNY Junior Cafe Scientifique

TACNY Junior Cafe Scientifique, a program for middle-school students founded in 2005, features discussions about topics in the fields of science, technology, engineering and mathematics in an informal atmosphere and seeks to encourage students to consider careers in these areas. Students must be accompanied by an adult and can explore the MOST at no cost after the event.

Technology Alliance of Central New York

Founded in 1903 as the Technology Club of Syracuse, the nonprofit Technology Alliance of Central New York’s mission is to facilitate community awareness, appreciation, and education of technology; and to collaborate with like-minded organizations across Central New York.

For more information about TACNY, visit www.tacny.org.

First Announcement: NASA Climate Day At The MOST – 2 April 2013

Greetings fellow astrophiles!

I’m pleased to announce that The MOST is hosting a NASA-sponsored Climate Day on Tuesday, April 2nd. The combined indoor/outdoor (hopefully outdoor, if the skies hold) event includes demos and lectures on NASA’s Global View of Climate Change, understanding the differences between Weather & Climate, mini-Green House demonstrations, and Ocean Salinity.

Four notable presentations will also be made during the event, including:

Dave Eichorn: “Climate Impact” (6:30 – 7:15)

Anne Saltman, CNY Regional Planning and Development Board: “Regional Climate Impact – Responding To Climate Change in Central New York”

Todd Rodgers, National Energy Education Development (NEED) Project: “NEED & The SCSD Green Team”

Emily Alexander: “Nano And How It Relates To Climate Change – Reducing The Carbon Footprint Through Nanotechnology”

And, while everyone else considers our changing climate indoors, a few CNYO members will be hosting a solar observing session on the Creekwalk just North of The MOST (at the same location that the Syracuse Astronomical Society hosted the Venus Transit session on 6 June 2012). A google map of the proposed location (centered in the map between West Fayette and Walton) is provided below (The MOST is located just below the bottom of the map).


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There will be more information to follow (esp. for CNYO organization) as the event draws near, but we’ll be looking for a head count of available solar scopes (and solar scope operators). The first flyer from the MOST is reproduced below.

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We hope you can join us!

Banner image at top: Snow Cover and Sea Surface Temperatures – With an albedo of up to 80 percent or more, snow-covered terrain reflects most of the earth’s incoming solar radiation back into space, cooling the lower atmosphere. When snow cover melts, the albedo drops suddenly to less than about 30 percent, allowing the ground to absorb more solar radiation, heating the earth’s surface and lower atmosphere. Credit: NASA. Read more at www.nasa.gov/centers/goddard/earthandsun/climate_change.html.