At the bottom of a 3000-foot deep valley that's about 3/4 of a mile wide, with mountains running north and south on both sides...
The idea for working "skip" is to transmit a signal at as low an angle as possible toward the horizon. From there it bounces off the ionosphere. Problem is, your horizon to the east and west is invisible to you (and to your signal) because of the mountains. The stations you're hearing likely have the advantage of being able to get their signals well out to the horizon for the first "hop". From there it generally arrives at your station from various elevations, depending on the propagation conditions at the time. The "first bounce" is really important, and anything like a mountain less than half a mile away won't make things any easier...unless you put your antenna on top of it
You should get out better to the north and south.
The idea for working "skip" is to transmit a signal at as low an angle as possible toward the horizon. From there it bounces off the ionosphere. Problem is, your horizon to the east and west is invisible to you (and to your signal) because of the mountains. The stations you're hearing likely have the advantage of being able to get their signals well out to the horizon for the first "hop". From there it generally arrives at your station from various elevations, depending on the propagation conditions at the time. The "first bounce" is really important, and anything like a mountain less than half a mile away won't make things any easier...unless you put your antenna on top of it
You should get out better to the north and south.