Durham Astronomical Society
Usefull links and addresses
Moon Phases 2018
An usefull video from NASA showing the phases of the moon, by date and time,with major features on the terminator named
Journey Across the Moon
Real views of the Moon including a Earth rising. This video was taken by the Japanese lunar orbiter SERENA.
Among the four inner Solar System planets, Mercury is the smallest and very dense, its vast iron core dominating it internal structure.
This A & B roll explains what we know so far about Mercury and what we want to achieve by sending BepiColombo. The ESA-JAXA mission launches at 01:45 GMT on 20 October from Europe's Spaceport in Kourou.
NASA Apollo 11 moon mission original footage - launch to landing.
Usefull links and addresses
Exceeding Your Expectations
The Sky at Night Magazine
Stargazing with a smartphone
Thanks to smartphone apps, you can now keep a wealth of astronomical knowledge in your pocket. Jamie Carter reviews some of the best available right now.
The International Cartographic Association (ICA
The International Cartographic Association (ICA) Commission on Planetary Cartography was officially established as a continuation of the ICA Planetary Cartography Working Group (1995-1999) at the ICA Congress in Ottawa in August 1999. The working group was established during the 1995 ICA congress in Barcelona, initiated by Kira Shingareva (Russia), Manfred Buchroithner (Germany), and Jim Zimbelman (USA).
Our 2015-19 aim is to
connect planetary scientists working at different national agencies, universities and research institutes;
encourage cartographers, researchers, graphic artists, and students to join the planetary cartographic community even in those countries that have no space mission.
provide access to feature databases and base maps to map publishers and encourage them to publish planetary themed maps in their atlases and portfolio
help the development of international standards in planetary cartography
document and promote planetary cartographic products and activities
Illustrated Deep-Sky Observing Guide
This work is a printable field guide and an observing list of deep-sky objects. It provides basic information about 7000 objects (up to magnitude 14) and features additional 650 select DSO, with negative thumbnail images. See screenshots.
I made it using SAC database as main source of data, excluding objects with declination lower than -60º (south). Most of the images were taken from "NGC/IC project" site, and a few of them are from other sources (see copyright information).
This field guide has two parts:
Observing list of 650 best deep-sky objects, with thumbnail images and some basic information. The list is sorted by constellation and magnitude (sorting by name is also available). List includes all Messier, Herschel, Caldwell, SAC's best of NGC, and ~150 additional DSOs.
List of 7000 deep sky objects under magnitude 14 (which, under dark skies, are in reach of a moderate telescope). The list provides basic information about each object: magnitude, number of stars, page in Uranometria 2000, comments, common name, etc.
The American Association of Variable Star Observers (AAVSO)
The American Association of Variable Star Observers (AAVSO) is a non-profit worldwide scientific and educational organization of amateur and professional astronomers who are interested in stars that change in brightness 'variable stars'.
The AAVSO was founded in 1911 to coordinate variable star observations, which were made largely by amateur astronomers, for Harvard College Observatory. The AAVSO was incorporated in the Commonwealth of Massachusetts in 1918 as a non-profit scientific and educational organization. Today, as an independent, private research organization headquartered in Cambridge, Massachusetts, with active participants in more than 100 countries, and an archive of over 34 million variable star observations, it is the world’s largest association of variable star observers.
Astronomy & Astro-imaging from East of the Meridian
This sight contains a tool box for astro imagers. You input the equipment you are going to image with, then select objects that you wish to image. The toolbox then shows your equipments field of view with the image you wish to take and how you need to orient your camera so that the image fits best on your chip.