|Help and Advice|
|Giving long exposures on a digital camera|
|Photographing star trails|
|Viewing the ISS (and other satellites)|
|Using a mirror to view a partial eclipse|
|Choosing a Telescope|
|Tips when projecting the Sun|
|Starting to Use Your Telescope|
|Imaging with a DSLR through the telescope|
|Buying a telescope for a child|
|Photographing a partial eclipse|
The most popular meteor shower of the year.
|Main Activity Dates||July 17 to August 24|
|Peak Rates||Aug 12d 13h UT (and 00-04h UT?)|
|Best Observed Rates||Late in the night of Aug 11-12|
|Visibility each night (UK)||Visible all night|
|Moonlight issues at Maximum||Pre-midnight interference from Gibbous moon|
The Perseids remain a favourite with most observers.
Although they are out-performed by December's Geminids in terms of observed meteor rates, the Perseids have the advantage of occurring at a time of year when the nights are not too cool and at a time when many people take their summer breaks.
Perseid activity can be seen during the final fortnight of July and the first three weeks of August, but the best rates occur for a few days around Aug 12th. The "traditional" Perseid maximum in 2016 is predicted for Aug 12d13h UT and the best observed rates from this are likely to be seen late in the night of Aug 11-12. Good rates are also likely during the nights of Aug 10-11 and 12-13, so don't just focus on the night of Aug 11-12 (and risk it being clouded out).
There is a good chance of higher than usual Perseid activity in 2016, due to a 12 year periodicity in Perseid rates cused by perturbation of the meteor stream by Jupiter. This has previously enhanced Perseid rates in 1968, 1980, 1992 and 2004. Good news for observers in the UK is that predictions indicate that the enhancements will occur during UK hours of darlness.
The Perseid radiant is circumpolar from the UK, so you should start to see some Perseids as soon as it gets dark. The best observed rates are likely to occur in late in the night when the radiant is higher in the sky.
Few Perseids will be seen if you look directly at the shower radiant (their paths will be too short to easily see against the star background). For the best observed rates, look at any area of sky around 30-40 degrees from the radiant and at an altitude of around 50 degrees (but obviously tailor this to take into account local factors such as sky obstructions and light pollution ... and of course the Moon)
Being rich in bright meteors makes the Perseid shower a good target for imaging.
Here are very useful guides to
imaging using a DSLR http://popastro.com/meteor/observingmeteors/DSLR/index.php
and imaging using a video camera http://popastro.com/meteor/observingmeteors/video/index.php
The shower is also good for trained meteors, with around a third leaving persistent trains.
Care should be taken to identify the correct location for the Perseid radiant (see the chart below) before observing, as this changes significantly between late July and the peak.