Whether using binoculars, a small telescope or the naked-eye, the Heavens-Above
website can help you to find your way around the night-time sky. In addition to detailed
sky charts, their website will help you find planets, asteriods, comets, satellites and their tracks across the sky.
To give accurate results, Heavens-Above requires the latitude and longitude of your location. As a starting point, when we link to Heavens-Above,
we pass this GPS location for South Stuttgart:
34.493708, -91.540406
Once you're on the Heavens-Above website, you can improve its accuracy by giving a more precise longitude and latitude as your actual position.
Open the Heavens-Above website centered on South Stuttgart
Bird Watching ...
We enjoy finding new spots for bird watching and we use the eBird website for local sighting reports and to help identify hotspots.
The eBird website is organized on a county-by-county basis. We have selected Arkansas County as the starting point when you click on the link below:
Curious and Interesting Names Near South Stuttgart ...
As we travel, we always see a community with a name that gives pause. While there are names which are interesting or familiar, some catch our attention or strike our fancy. We always wonder about such a name. If time permits and the community is not too far, we'll usually try to make a side-trip.
We spend a lot of time looking through Gazetteers & Almanacs that were published in the late 1800's and early 1900's. Many of the Gazetteers include the distance from a community such as South Stuttgart to various places of note, such as the White House.
With a nod to our favorite Gazetteers, the straight-line distance<1> beginning in South Stuttgart and extending to:
Little Rock, which is the State Capital of Arkansas, lies 44 miles [70.8 km]<1> to the west northwest (WNW). If you could walk a straight line from South Stuttgart to Little Rock, with an average speed<2> of 2.2 miles [3.5 km] per hour, it would take about three full days to make the trip. A horse and buggy averaging 3.2 miles [5.1 km] per hour would take most of two days.
The White House (Washington, DC) is 857 miles [1,379.2 km] to the east northeast (ENE). Driving, with an average speed of 63 miles [101.4 km] per hour, would take most of two days, a buggy would take 34 days and walking would take 49 days.
The shortest distance<3> to Jerusalem (specifically the Temple Mount and the Dome of the Rock) is 6,695 miles [10,774.6 km] and it lies to the northeast (NE).<4>
The distance to the Great Mosque of Mecca (specifically the Ka'bah - or Kaaba ) is 7,420 miles [11,941.3 km] and it lies to the northeast (NE).<5>
The distance to Saint Peter's Basilica (The Vatican) is 5,296 miles [8,523.1 km] and it lies to the northeast (NE).<6>'
Footnotes ...
<1>
Our distances are not driving distances, but are calculated as a 'straight-line' distance. A straight line distance ignores things like rivers, canyons, lakes, et cetera - it's truly a line drawn from Point A (ie- South Stuttgart) to Point B. In other words: 'As the crow flies'.
<2>
While we have tried to pick reasonable speeds, the rate of travel is very theoretical - obstacles like fences, hills, lakes, river crossings and rest stops have been ignored. When we say 'Days' of travel, we're assuming 8 hours of travel per day.
<3>
The shortest line can be visualized by stretching a string on a Globe from Point A to Point B - this is known as a Great Circle Route. Where you might expect the shortest route from South Stuttgart to the Middle East to be East and South, the Great Circle Route actually lies to the North and East.Our distance measurements begin at a specific point in South Stuttgart. The point we use is located at these GPS coordinates - Latitude: 34.4937, Longitude: -91.5404 In this case, the coordinates for South Stuttgart have been provided by the Geographic Names Information System (GNIS).
<4>
The calculated bearing (or angle) to Jerusalem is 316.688 degrees.
<5>
The calculated bearing (or angle) to Mecca is 312.909 degrees.
<6>
The calculated bearing (or angle) to the Vatican is 312.092 degrees.