Episode Synopsis "SH011- How to Find Comet Catalina"

In this episode of Star Hopping with KPO, we'll be exploring the pre-dawn eastern sky, and using our star hopping methods to find the planets Venus, Mars, Jupiter, and the new Comet Catalina.

Listen "SH011- How to Find Comet Catalina"

More episodes of the podcast Star Hopping with Kissimmee Park Observatory

• SH035 - Find M25, M28, and M55
• SH034 - Find The Coathanger, The Veil Nebula, and The North American Nebula
• SH033 - Find M11, M6, anf M17 in your Telescope
• SH032 - Find M6, M7, and M62
• SH031 - Find M10, M12, and M4
• SH030 - Find M83, NGC5128, and Omega Centauri
• SH029 - Astrophotography using an AutoGuider
• SH028 - Find Comet LINEAR 252P
• SH027 - The Different Types of Nebulae
• SH026 - Prime Focus Astrophotography
• SH025 - Find M13, M92, and M5
• SH024 - Piggyback Astrophotography
• SH023 - Find M3, The Antennae Galaxies, and The Sombrero Galaxy
• SH022 - Basic Astrophotography with a Fixed Tripod
• SH021 - The Different Types of Star Clusters
• SH020 - The Realm of the Galaxies, Part 3
• SH019 - The Realm of the Galaxies, Part 2
• SH018 - The Realm of the Galaxies, Part 1
• SH017 - Find the Sunflower Galaxy, the Black Eye Galaxy, and NGC4565
• SH016 - Find M106, the Pinwheel Galaxy, and the Whirlpool Galaxy
• SH015 - The Different Types of Galaxies
• SH014 - Find M65, M66, and NGC2903
• SH013 - Find M79, NGC1365, and Fornax A
• SH012 - Find M81, M82, and the Beehive Cluster
• SH011- How to Find Comet Catalina
• SH010 - Find M41, M46, M47, and the Tau Canis Majoris Cluster
• SH009 - Find the Rosette Nebula, the Christmas Tree Cluster, and M35
• SH008 - Telescopes for Beginners, Part 2
• SH007 - Telescopes for Beginners, Part 1
• SH006 - Find the Orion Nebula, Flame Nebula, Horsehead Nebula, and M78
• SH005 - Find the Sculptor Spiral, the Helix Nebula and M30
• SH004 - Find the Pleiades, the Crab Nebula, and M37
• SH003 - Find the Ring Nebula, the Dumbbell Nebula, and M15
• SH002 - Find M31, M33, and the Double Cluster
• SH001 - Find M8, M20, and M22