Discovering more everyday

Butchered bone in west wall.

Butchered bone in west wall.

After our nail layer we were not finding much besides mortar and a few screws until we found something sticking out of our west wall.  We can tell that it is a bone, but until we are finished with out unit we have to leave it be, although I’m not sure how we will decide who gets to pull it out.  There are signs of butchering done to the bone, and because of its size and the cow scapula that was found nearby in Unit D we believe it could also be cow.

Besides the bone we were not finding much else than nails and mortar, until I felt something that felt like scraping concrete while shovel skimming near the southeast corner.  After getting a better look with the use of a trowel, we knew that we were looking at a small foundation or wall of some kind that was running along our south wall, but it was much different in material and size than the other walls found in Units A and D.  It also seems to be slightly off from true cardinal directions much like how the other wall is, although it is deeper.  Until we get down deeper we will be unable to determine what it is exactly, and we are hoping the new Unit E (courtesy of CAP grad students and interns) could help us to figure out if the walls connect or what their relation were to each other.

Cement feature running along Unit B's south wall.

Cement feature running along Unit B’s south wall.

Around the same depth as the wall we did notice a layer of gravel that was found mostly on the western side, which could have been used as a kind of filler or pathway around the time the wall or foundation was built.  When looking at the west wall near the northwest corner you can see the gravel line in the stratigraphy, it is very uneven so we are still not sure if it is natural or man-made.  If it is man-made then perhaps it will show up again in Unit E, which shares balk our unit.

Gravel layer.

Gravel layer.

Starting above the wall were 2 roots that were as thick as an arm coming out of the southwest corner running in different directions throughout our unit.  One came out of the west wall, dropped down to the depth with the wall, running alongside it into the east wall.  The other one also came out of the west wall near the same spot, but ran down and through the middle of our unit, spreading in multiple directions into the north and east walls.  Most of the roots were removed in pieces as we would get down deep enough to remove another piece.  The roots we cut turn an odd green color, we only have guesses as to what it is or if it’s related to the disease that caused the tree’s removal.  Under where a root was we also found a piece of brick near the center of our unit that leads us to believe that there is still more below for us to find.

Beginning Unit D

Unit C is totally closed and now serving as a place to screen into for unit B and now unit D is now officially being excavated.

Our first level was originally going to be a 20 cm level but, after we began uncovering what seemed to be the first course of a stone wall, Dr Goldstein had us continue down another 10 cm (making that first level 30 cm total) so it took a bit of time but the level is finally there. Today Josh from the field crew and Jerica were cleaning the walls and floors of the bottom of the level while I screened the dirt they were removing, cut roots, and generally tried to help them out without being in their way (an about 2×2 meter square is kind of small for 3 people to begin with but once you throw a ~50 cm wall into the mix as well, it’s not really do-able).

A view of the wall in unit A and the one in unit D when the latter was being uncovered on Friday. (Image courtesy of MSU Campus Archaeology Twitter)

We’ve also cut the unit wall on the eastern side back until we found the other side of the wall in unit A (only about 3.5 cm outside of our unit). With more of the wall exposed on our side, the wall in unit A seems to run straight and then turn a corner into our unit but we can’t tell yet if it turns there or if the wall in D is just another wall off of A’s initial wall and the wall in A simply has an opening in it for some reason we cannot yet determine.

Helpful picture showing the way the walls in A and D seem to connect (also from Friday, it’s much more distinct now) Image courtesy of the MSU Campus Archaeology Instagram

We’ve even found a few things in this unit already. Nothing major but after the last three levels of C having nothing but a nail or two even the bottom of one bottle and the mouth of another, a penny (year unknown until we can get it to the lab and clean it off a bit), a piece of terracotta, and, of course, the ever ubiquitous nails seem pretty exciting.

We’re still not sure which side(s) of the walls would have been inside of the building and which were outside. To figure that out we need to determine if the walls we’ve found are foundation or interior walls. While the walls are very thick like foundation walls are, we can’t say for sure which it is just yet.

We’ve even added another unit to the site. Unit E is between units A and B and is being excavated by field crew member Becca (with the help of Susan Kooiman today). If we’re listing miscellaneous things from the whole site, Unit B has their own wall (or wall-like thing) now too. It might be a lintel or sidewalk of some kind but it’s too soon to tell what it might be.

CAP 2017: Week 3 and 4

Last week, we dealt with horrible humidity and soaring temperatures. This week, we start off strong with a new weather predicament: heavy rain. During the weekend, the East Lansing area experienced some decent downfall. The result of this was a nice-sized swimming pool in our units. Okay, it may not have been that bad, but it was the first time we had to use buckets to gather up the water and dump it out else wear. But hey, at least we had some tasty drinking water for the day!

The other side-effect from the rain was that the soil in our units was much more damp than usual. Even after skimming off the top layer of our unit, the soil was still much higher in moisture content than usual. This resulted in soil that deformed with every step or knee, which made it pretty difficult to level out the floor of the level. However, today, Tuesday the 20th of June, provided near-perfect weather. The sun was not too harsh, but it helped to dry out the soil, which made it far easier to deal with.

Josh and Kaleigh excavate the Unit A feature.

Josh and Kaleigh excavate the Unit A feature.

With regards to the unit KP and I work in, we have some interesting developments. Firstly, the “feature” that we found is much larger than we could have imagined. So, it was decided that we close up shop and continue on as though the burn layer full of coal and nails is its own strata. This was mainly done because treating it as a feature would be unwise due to the sheer size of it. The fact that it was filled with so much cultural material does indicate something interesting, but we have to move on and see what is further below before we make a decision as to what it could have been.

Secondly, as we reach the bottom of the 5th level, was have come across some very large rocks all throughout the Eastern half. Although we have not dug down deep, my speculation is that the rocks could have been placed there to control the flow of water, as in, keep water out or in. Only time will tell as my squadmate and I continue to dig deep beneath the surface of the Earth (about half a meter.)

Stone wall along Unit A's western boarder.

Stone wall along Unit A’s western boarder.

Some exciting news, however, is that all of the active units have human-made walls in them. Yay! Unit B is slightly different though. Other than my own Unit A and the newly opened unit D, Unit C’s structure/wall is of a different composition. While the walls in Unit C are composed of large stones and plaster, Unit C’s wall seems to be made up of cement, which may indicate that it was once a sidewalk or cement lintel. Digging deeper may give us the answer. Let’s go DQ and CD!

On one last note, I would like to say this. Working in the pit, soft soil or not, can be pretty tiring on the body. I find that my knees are week and my arms are heavy. There’s sweat on my shirt already, and I’m as weak as spaghetti. Above the surface, I looked calm and ready, but in the pit I’m drained and unsteady. So, for anyone who thinks archaeology is just fun in the dirt, it isn’t. It’s both fun AND taxing on the body. So please, for the love of all that is holy, stretch so that your knees don’t explode. At least, that’s what I’m going to do.

Liquor Bottle Base

Earlier this week, Josh Eads and I concluded our work on Feature 1 and began working on the third level of our unit, which required us to remove 10 centimeters of soil from the floor of the unit. While shovel skimming along our western wall, I struck a hard object. Thinking I had come across another one of the annoyingly plentiful tree roots or large rocks in our unit, I forced my shovel forward in an attempt to slice through the object. Unfortunately, I succeeded and ended up knocking a few sherds of glass off a hidden object. After collecting all of the glass sherds, some of which were no larger than the tip of my thumb nail, I began pawing around in the soil to find the object I had struck. After a few seconds, I pulled a mostly complete bottle base out of the ground.

Pint Full Measure bottle from Unit A.

Pint Full Measure bottle from Unit A. Base with two serif B and letter 7.

As can be seen from the two images, the base itself is relatively complete, except for a piece I accidentally managed to break off when I unknowingly struck it with my shovel. Additionally, unlike the Diamond Ink Co. bottle I found a couple of weeks ago, this bottle still had a portion of the body attached. The words “Pint Full Measure” stamped into the body indicate this bottle used to contain liquor. After a fair amount of research on the serif-B maker’s mark on the bottom of the base, I have been able to determine that this bottle was produced by the Charles Boldt Glass Co.

Charles Boldt Bottle Base. Image Source.

Charles Boldt Bottle Base. Image Source.

The Charles Boldt Glass Co. was born in 1900 when the Muncie Glass Co., headed by Charles Boldt, purchased the Nelson Glass Co. Boldt’s new namesake company remained in operation until 1919. During its peak, the company had factories at four different locations: Muncie, Indiana; Cincinnati, Ohio; Louisville, Kentucky; and Huntington, West Virginia. Not much is known about the factories in Louisville or Huntington, but the factory in Muncie mostly produced Mason fruit jars, milk bottles, and other food package ware, while the factory in Cincinnati mostly produced liquor bottles and flasks. In 1910, Boldt obtained a license to manufacture his liquor bottles using automatic machines from the Owens Bottle Co., another large Ohio-based glass company. The bottle I found was most likely produced by one of these machines. Even though we are missing the portion of the bottle body that normally exhibits the tell-tale clamp scar of an Owens machine, the general shape of the base, as well as the circular seam pattern present, coincide with complete Boldt bottles that are known to have been made with these machines. After obtaining his license from Owens, Boldt dramatically increased his manufacture of liquor bottles, and the Cincinnati plant became Boldt’s most productive factory until the onset of Prohibition in 1919. Over the next few years, Owens Bottle Co. purchased most of the stock in Boldt’s company, and by 1926, had completely purchased the organization. Today, the company is known as the Owens-Illinois Glass Company, and is based in Perrysburg, Ohio.

Whereas I am ecstatic about unearthing a more complete bottle, this discovery has served as an important lesson for me: If I strike an object while shovel skimming, I better check to see what it is before I make an attempt at forcing my shovel forward. I’m just thankful that this was not a complete bottle to begin with, and that the damage done was not too severe. From now on, I plan to be extra careful while I shovel skim.



Lockhart, Bill. “Owens-Illinios Glass Company.” Society for Historical Archaeology, Accessed 17 June 2017.

Lockhart, Bill, Pete Schulz, Carol Serr, and Bill Lindsay. “The Dating Game: The Distinctive Marks of the Charles Boldt Glass Co.” Bottles and Extras, Mar. – April 2007, pp. 2-6, Accessed 16 June 2017.

Schulz, Pete, Bill Lockhart, Carol Serr, Bill Lindsay, Beau Schreiver, and David Whitten. “Charles Boldt Glass Co.” Society for Historical Archaeology, 3 May 2014, Accessed 16 June 2017.

Poor’s Manual of Industries. Vol. 7, New York, Poor’s Manual Company, 1916. Accessed 16 June 2017.


Week 3 – Unit C

Alex and Jerica discuss their mapping plan.

Alex and Jerica discuss their mapping plan.

As the team continues to make progress in our work, I think it is safe to say that we have faced a few challenges along the way. This week in particular, the heat and humidity have intensified. I, personally, am not used to this kind of physical work. I have felt my body getting tired quicker as the summer weather settles in. One of the advantages that we have is that we have tents to keep us shaded for most part of the day. Not every archaeologist is lucky enough to have a tent to shade them from the sun. So this increases my respects for archaeologists even more.

My favorite part of this week was sketching the north wall of Unit C. It took me some time to get it right but the process taught me that, in this field, it is very important to pay attention to detail. Mapping requires a lot of concentration in order to get all the details right. It is also important to be a team player. My field school partner, Alex, has been a great team player and, in my opinion, we have been able to get a lot of work done in the couple of days that we work together. Mapping the wall would have been so much harder had it not been for Alex’s help.

Alex and Jerica discussing mapping the north wall.

Alex and Jerica discussing mapping the north wall.

Another one of my favorites is doing the Munsell Test. Finding the right color of the soil has been challenging as well, but it makes me want to keep trying until I can match the color to the right shade. I think this is one of the coolest steps when finishing a level of our unit. I actually went online and took a Munsell Hue Test to sharpen my skills. I was surprised to have scored a 7. So here is the link for those who are interested in taking the test and finding out how sharp your color vision is .

Even though Unit C had an exciting start, we found ourselves screening buckets worth of clay, really nice rocks, and some more rusty nails. So it was decided to close the unit and move on to Unit D. The day Unit D was excavated, the field crew found a bone that could be from a cow. So, as we head into week 4, I am looking forward to making more intriguing discoveries and continuing this journey.

Jerica measures a depth on the north wall.

Jerica measures a depth on the north wall.

I think that my least favorite part is taking notes. I have always been a visual and hands-on learner. When I’m shovel skimming or sketching, I get “in the zone.” So, stopping to take notes of measurements or of what we just did, can be a little tedious for me. But I think that everyone has a favorite and least favorite thing about their job. All in all, the field school has been an awesome learning experience for me.

This is it for now. Until next time, fellow readers.

CAP Field School: Week Two

After a week of digging around tree roots and finding nothing but nails, Cooper and I began to find some interesting things in Unit B. One of those things happened to be a lot more nails. Underneath a layer of clay, there was a layer of darker soil that consisted almost entirely of nails. This was interesting because although we had found many nails before this, we had never seen so many in one area. This only occurred within a small layer of dark soil and not many nails were found in the subsequent layers of soil. There were so many nails that it looked like a whole bag of nails was dropped. We aren’t quite sure yet why there was a layer of nails but perhaps, with further excavation we can gain more information.

Unit B South Wall.

Unit B South Wall.

Clip from Unit B.

Clip from Unit B.

Around that layer of nails, we also found a few metal artifacts that were interesting. We found a wheel and what appears to be a door stopper in our first level which was exciting since these were the first artifacts we found that weren’t nails. Although we didn’t find nearly as much in our second level, we did find a metal clip and what looks to be a coin or button. Both artifacts were quite corroded so it was hard to tell figure out exactly what they were. Hopefully after some time in the lab, we can gain more information on these artifacts.

Disc - possibly a button or small coin. Hopefully cleaning it up in the lab will tell us more!

Disc – possibly a button or small coin. Hopefully cleaning it up in the lab will tell us more!

I won’t lie, excavating our unit has been very frustrating at times. Our unit was at a weird angle and had countless tree roots, large and small, that made it very difficult to dig. It took us over a week just to finish our first level, but I’ve learned that’s archaeology. By having to deal with these difficulties, I’ve learned that archaeology isn’t easy because the dirt doesn’t care if you want to have a nice clean, square unit. We had to take our time, be patient, and always have root clippers handy. It was frustrating sometimes to see other units finishing levels but I think having to deal with these additional difficulties has made my experience more useful. Without encountering these difficulties early on, a young archaeologist may have an idealistic idea of archaeology and subsequently, unable to deal with challenges at a time when the stakes are higher. I’m glad that I can encounter some of these challenges during this learning experience because that will make me better prepared for the future. After finishing our first level, which took over a week, we finished our second level in just over a day. As we start our third level our unit looks completely different than it did a week ago because the large roots along our west wall that have characterized our unit have been removed. I was relieved at first because it will make everything much easier, but, in a way, I’ll miss the roots because I’ll miss the challenge. However, we still have a long way to go and undoubtedly many challenges to face. I can’t wait to see what other challenges lie ahead!

The Closing of One Unit and the Opening of Another

Unit C is done!

…Well, mostly done, anyway.

After four ten-centimeter levels, a good ten or so probe tests, and our final two levels only producing about seven nails and two tiny glass shards its been determined that unit C is now sterile (that means we’ve gone through all the cultural material and it’s just undisturbed sand now). So now we’re going to be finishing up our final tasks for this last level and the things we need to do to close a unit before we’ll be switching to a new unit, unit D, on the far side of units A and B from where we are now.

Field crew clearing overburden over future unit D

Field crew clearing overburden over future unit D. Photo courtesy of MSU CAP Twitter

Some of our final tasks for closing the unit involve cleaning up the floor of any loose dirt one more time and giving our North and West walls a very thorough clean (trimming roots, making sure it is as smooth and vertical as possible, etc) so we can take pictures and make profile maps of the stratigraphy of the walls.

Closing a unit also often includes back-filling the opening but we won’t be doing that this time. IPF has been kind enough to offer to back-fill the entire site when we’re finished since there are so few of us on such a short project and such a large area needs to be backfilled. Since the placement of unit C is conveniently close to the other units we will screening into it instead once it’s finished. This means that the excess dirt that would just go to the back-fill piles for IPF to deal with (after we’ve carefully removed any artifacts) will fall into the unit itself instead which should make a little less work for the back-filling crew. It also means that we won’t be carrying buckets of dirt up and down the stairs around the edges of the excavations to the screens which should make screening the dirt a little faster (not to mention easier in this heat we’ve been having).

It’s only been about two weeks but closing unit C still seems a little bitter sweet. The new unit should be inside the actual Station Terrace building, based on what was found during last year’s excavations, and should hopefully have a greater wealth of information for us to find, after all, the field crew found a really cool cow scapula just while removing the three feet of overburden to bring it down to the same level as the rest of the site.

Our first large cut bone – found in new unit overburden- most likely cow scapula. Image courtesy of MSU Campus Archaeology Twitter


On the other hand, unit C has been Jerica and I’s primary focus since the beginning and to leave behind the very visible progress we’ve made for a whole, untouched (apart from when the field crew removed the majority of the overburden) unit seems like a bit of a set back but it should be fun nonetheless and with the amount of trouble we had getting to grips with the way the unit borders need to be laid out initially, I’m sure it will be helpful for us to get to go through the process of setting the unit up from start to finish again (hopefully in fewer than five tries this time).


CAP 2017: Week 3

Hot Weather and New finds.

This past week has had the most unbearable weather so far, but overall, the learning process at CAP 2017 Field School is still continuing! Although I probably differ from my peers, I find that the most difficult thing about this project is not dealing with the weather and the environment, but learning new processes, such as mapping, can be the most time-consuming. However, once the process is learned, future applications of that process tends to be done smoothly and more quickly.

As my “squadmate”, Kaleigh Perry, noted in her most recent blog, much of our time at the end of last week and this week has been spent excavating the Field School’s first feature, Fea 1A. We are almost done with that and we will then move onto the next layer. Oh joy! A quick summary of the feature is that it contains a gigantic amount of cultural deposits, such as coal and nails, and the high frequency of roots that pass the feature could indicate that the deposit was filled in slowly and naturally over time.

Knob and Tube Wiring

However, besides talking about the current state of the field school, I also wanted to discuss one of our more notable finds, which was the ceramic tube found in our unit’s first layer. Knob and tube wiring was used in “old school” electrical wiring in the late 1800’s and early 1900’s, but more specifically, the tubes were used to pass wires safely though beams, such as wood, to avoid electrical and thermal damage to the surroundings (Myers 2010).

Thomas ceramic insulator from Unit A.

Thomas ceramic insulator from Unit A.

At the digestion of this sweet and tasty (and very simple) knowledge, most people may think, “Cool. You found a nasty old ceramic tube used in outdated electrical wiring.” Although they are partially right, they would be missing the real meat of the knowledge sandwich, which is that you can use the ceramic tube to date an area! Ceramic tubes followed specific styles of their time, and not only that, but they also contained makers’ marks as well, both of which can be cross-referenced to give an idea as to what time period the tube, and potentially, a building, came from (Myers 2010).

And this, right here, what I just told you about dating, is one of the reasons why archaeology and anthropology is so important. Everyday items used by populations in the past can provide us with a massive insight as to what those people were doing and also when they were doing it. Thousands of years into the future, future societies could be able to date areas or buildings by which iteration of an Apple I-phones are in an area. So, the same dating processes that work in the past and present will always stand the passage of time, and will always aid archaeologist in uncovering what shenanigans people in the past were engaged in.



Adrian Myers. “Telling Time for the Electrified: An Introduction to Porcelain Insulators and the Electrification of the American Home” Society for Historical Archaeology Technical Briefs in Historical Archaeology 5 (2010): 31-42.
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CAP Field School: Week One

Desiree excavating in her unit.

Desiree excavating in her unit.

The first week of the 2017 field school has quickly passed and, although my unit hasn’t found much of anything yet, I have learned so much. I’ve learned how to shovel skim, measure elevation,and dig guide holes. I’ve learned that archaeology takes patience from the many tree roots in our unit that have made things a little difficult. Most importantly, however, I’ve learned that I definitely want to be an archaeologist.

Coming into this field school I was a little scared that after getting hands on experience, I wouldn’t like archaeology. Although I’ve taken many archaeology classes, I wasn’t quite sure that I would like digging all day in the sun. Many past classes have strengthened my love for anthropology and have confirmed that I would like to be an anthropologist but this field school has been my first opportunity to apply those skills.  After just one week, however, I know that this is definitely the field for me. Even though our unit has had some difficulties getting around tree roots and finding anything but nails, I am having so much fun. Of course I hope that I eventually find something cool, but despite that I’ve still had a lot of fun and learned a lot.

Finishing up Level 1

Cooper excavating in Unit B.

Cooper excavating in Unit B.

We began with setting up our units after clearing the top layer of the entire surface.  We had some big roots in the northwest and southwest corners that we had to dig around to get the guide corners to the correct depths.  There was a layer of clay that had to be worked through while shovel skimming to get our first level even with the guide holes.

We found many rusty nails, at first they seemed randomly spread out in our unit, but once we got down a little deeper with shovel skimming the nails seem to be concentrated on the western side of our unit.  The western side has darker soil than the east, which has a layer of clay that goes deeper than the other, with the difference running almost down the middle of our unit.  We also found some pieces of broken glass in the western side.

After having gone down the first 10 centimeters below the line level line, Dr. Goldstein decided that the first level was still too shallow due to the natural slope.  We needed to go down an extra 10 centimeters in our guide holes in order to make sure the first level was even.  After working through roots and clay, we have gotten our first level almost all the way down to the correct depth and kept it level, so tomorrow we should be able to finish it up.