Maps showing every country, state, and county I have ever been in

Every few years, I have posted maps of every country, U.S. state, and U.S. county I have ever been in. It is time for an update.

Since I last posted, in August 2009, I have added one country (South Korea), zero states, and thirty-one counties (in Kansas, Nebraska, Maryland, Pennsylvania, Washington, and Arizona). I do not have any airport-only countries or states, but I do have one airport-only county (Queens, New York), and one port-only county (Norfolk, Virginia).

World map — 11 countries:


U.S. map (states) — 46 states:

U.S. map (counties) — 931 out of 3109 counties (excluding Alaska and Hawaii):

Created with ArcGIS 10.1
Created with ArcGIS 10.1 — Click for larger image

I believe that this is pretty accurate, especially after about age ten. I can remember, for example, the route my family took for family vacation from Montana to California and back in 1973 when I was twelve years old. I also remember the routes of some long bus rides: Billings, Montana to New Orleans for a national Lutheran youth gathering in 1976 (?), and Bozeman, Montana to Daytona Beach, Florida for a Campus Crusade for Christ conference in 1982.

I have lived in Montana, Utah, Montana again, Washington, Missouri, Romania, Colorado, Missouri again, and Montana again.

Since I was in my early twenties, I have kept track of my travels with a highlighter in Rand McNally road atlases. I’m on my second highlighted atlas, and it is getting rather worn.

Page from my Rand McNally “every place I’ve ever been” atlas

I was able to create the “Counties I’ve Been In” map by looking at which counties had highlighted roads in the the atlas.

Grace and Peace, from a map nerd.

Around the web 1/5/2013

EARTH IS JUST ONE PLANET OUT OF 100 BILLION — From 100 Billion Planets May Populate the Galaxy. Not only could there be 1011 planets in the Milky Way galaxy alone, there are an estimated 1021 stars in the universe. This seems to make Earth, and the humans who inhabit it, seem rather insignificant. But consider this quote from John Piper:

Sometimes people stumble over this vastness in relation to the apparent insignificance of man. It does seem to make us infinitesimally small. But the meaning of this magnitude is not mainly about us. It’s about God… The reason for ‘wasting’ so much space on a universe to house a speck of humanity is to make a point about our maker, not us.” –John Piper, Seeing and Savoring Jesus Christ.

YOU ARE JUST ONE DOT OUT OF 341,817,095 — An online map showing over 340 million dots, one for each person in the 2010 United States and 2011 Canadian censuses.


Zoom in and individual dots can be resolved. My dot is somewhere in the middle of here:


Does being just one dot out of 340,000,000 (or one dot out of roughly 7,000,000,000 on Earth today) make the individual dots insignificant? Not at all. The same God who created the universe with its 1021 stars, or the galaxy with its 100 billion planets, has this to say about you as an individual:

For God so loved the world,that he gave his only Son, that whoever believes in him should not perish but have eternal life.” — John 3:16 ESV

DANGEROUS SCIENCE?7 scientists killed by their experiments — Marie Curie, and six others.

COLDER THAN COLD? — According to one report (Science gets colder than absolute zero), temperatures colder than absolute zero are possible.

Absolute zero is often thought to be the coldest temperature possible. But now researchers show they can achieve even lower temperatures for a strange realm of “negative temperatures.”

Oddly, another way to look at these negative temperatures is to consider them hotter than infinity, researchers added.

This unusual advance could lead to new engines that could technically be more than 100 percent efficient, and shed light on mysteries such as dark energy, the mysterious substance that is apparently pulling our universe apart.


Temperature is linked with pressure — the hotter something is, the more it expands outward, and the colder something is, the more it contracts inward. To make sure this gas had a negative temperature, the researchers had to give it a negative pressure as well, tinkering with the interactions between atoms until they attracted each other more than they repelled each other.

Or perhaps this is in the same category as last year’s report of particles going faster than the speed of light. Interesting, but not true.

Grace and Peace

Best of the GeoChristian — updated

I have updated the “Best of the GeoChristian” link up at the top of the page.

There is a good variety: posts on Christianity, geology, creationism, the environment, atheism, apologetics, and more.

I would be interested to hear if there is a post that has been especially meaningful or helpful to you, or one that you think is the best of the best of The GeoChristian.

Thanks for reading,

Grace and Peace

Wow! — the USGS National Geologic Map Database — MapView

For a geologist/cartographer like me, this could be as mesmerizing as Google Earth!

The U.S. Geological Survey has done an absolutely wonderful job of presenting geological maps online with its National Geologic Map Database MapView. This site offers a seamless view of geologic maps produced by the USGS and state geological surveys. A good geologic map in itself is a thing of beauty, and the USGS has done just about everything right in making this page both a work of art and easy to use. MapView is a useful tool as well, and can be used to locate and download the PDF geologic maps that were used to create it.

The MapView page has a well-balanced, attractive layout.
The MapView page has a well-balanced, attractive layout.
Zoomed in on the Beartooth Mountains, south-central Montana, with map outlines turned on.
Zoomed in on the Beartooth Mountains and surrounding area, south-central Montana and northwest Wyoming, with map outlines turned on.
The Beartooth Mountains have it all -- Archean basement gneiss and felsic instrusives (Agr and Agn), the mafic layered Stillwater Complex (ssss), Paleozoic and Mesozoic sedimentary rocks (ssss), volcanic rocks (sssss), glacial deposits (Qg), and it shows up well on the National Geologic Map Database MapView site.
The Beartooth Mountains have it all — Archean basement gneiss and felsic instrusives (Agr and Agn), the mafic layered Stillwater Complex intrusion (Asw1 through Asw5), Paleozoic and Mesozoic sedimentary rocks (Cs, DOs, Mm, Kk, etc.), volcanic rocks (just off of this image), glacial deposits (Qg) — and it shows up well on the National Geologic Map Database MapView site.
The controls are easy to use.
The controls are easy to use.

The only significant shortcoming is that this map shows raster data (images, scanned maps), so one cannot do queries on individual map polygons. When one uses the “Identify” tool, the site provides information about the map that is being viewed rather than the geological unit. On the Beartooth Mountains map above, for example, the Identify tool will open a window that says that the map is the “Preliminary Geologic Map of the Red Lodge 30′ x 60′ Quadrangle,” but will not tell not inform one that Jm is the Jurassic Morrison Formation, or that Asw4 is the Lower Anorthosite Zone of the Stillwater Complex; one would need to download the PDF map or report for that information. Still, this site will prove to be a great tool for viewing and downloading geological maps.

Grace and Peace

Lunar topography!.html

From NASA: LRO Camera Team Releases High Resolution Global Topographic Map of Moon.

The science team that oversees the imaging system on board NASA’s Lunar Reconnaissance Orbiter (LRO) has released the highest resolution near-global topographic map of the moon ever created.

This new topographic map, from Arizona State University in Tempe, shows the surface shape and features over nearly the entire moon with a pixel scale close to 100 meters (328 feet). A single measure of elevation (one pixel) is about the size of two football fields placed side-by-side.

Although the moon is our closest neighbor, knowledge of its morphology is still limited. Due to instrumental limitations of previous missions, a global map of the moon’s topography at high resolution has not existed until now. With the LRO Wide Angle Camera and the Lunar Orbiter Laser Altimeter (LOLA) instrument, scientists can now accurately portray the shape of the entire moon at high resolution.

“Our new topographic view of the moon provides the dataset that lunar scientists have waited for since the Apollo era,” says Mark Robinson, Principal Investigator of the Lunar Reconnaissance Orbiter Camera (LROC) from Arizona State University in Tempe. “We can now determine slopes of all major geologic terrains on the moon at 100 meter scale. Determine how the crust has deformed, better understand impact crater mechanics, investigate the nature of volcanic features, and better plan future robotic and human missions to the moon.”

Called the Global Lunar DTM 100 m topographic model (GLD100), this map was created based on data acquired by LRO’s WAC, which is part of the LROC imaging system. The LROC imaging system consists of two Narrow Angle Cameras (NACs) to provide high-resolution images, and the WAC to provide 100-meter resolution images in seven color bands over a 57-kilometer (35-mile) swath.

The WAC is a relatively small instrument, easily fitting into the palm of one’s hand; however, despite its diminutive size it maps nearly the entire moon every month. Each month the moon’s lighting has changed so the WAC is continuously building up a record of how different rocks reflect light under different conditions, and adding to the LROC library of stereo observations.

Arizona State University has a pan- and zoomable version.

HT: Astronomy Picture of the Day 11/18/2011.

Grace and Peace