research

Kumamoto, Mt. Aso, and Takachiho Gorge

While I’m at an artist residency, there’s often not as much to post about in terms of my adventures because a lot of it is studio time. However, I do like to balance it out every now and then with a research trip! This summer in Kyushu, I booked a tour of Mount Aso and Takachiho Gorge with Explore Kumamoto, run by Helen McNamara.

Kumamon merchandise for sale in a mall.

The tour departed at 9am from Kumamoto’s Higo Ozu Station, and the amount of time it’d take to try to get there by 9am same-day and return to Takeo-onsen that evening was not realistic, so I went down the day beforehand. I hadn’t been to Kumamoto before, and it’s known for its relatively new mascot, Kumamon, who was created in 2010 and became an iconic and beloved character. That first afternoon in Kumamoto, I visited the Kumamoto Prefectual Traditional Crafts Center’s Craft Shop Takumi.

My academic schedule only permits me to do residencies during the summers, and June in Japan is rainy season. It had rained quite a bit prior to my departure on this trip, and it lightly rained off and on for both days. Honestly, it wasn’t bad while I was there, but the previous rain accumulation meant that Takachiho Gorge had much higher, faster water levels and needed to cancel the canoes we had booked; the light rain also caused a lot of fog around Mount Aso which obscured some of the sights. However, what we could still see was beautiful!

The blue lake photographed below in the Aso-san crater is sulphuric, and happens to be featured in the anime I’m currently watching called Dr. Stone. Sometimes the gases produced reach toxic levels and the volcano access is closed to the public until it abates. We were fortunate that it was open when we were set to visit! The greenish body of water I photographed nearby is collected rainfall with minerals leaching into and coloring the temporary pool. The Kumamon’s pictured below were made of compressed volcanic ash (presumably bound together with resin).

Overall despite the weather hiccups I really enjoyed this visit, and I gathered reference imagery as well as some volcanic ash to use as a glaze later on!

LSU Vet Med Artist Residency Artwork 4

This painting originated in the Epidemiology Department here at the LSU School of Veterinary Medicine! I met with a number of researchers in various departments, but Dr. Rebecca Christofferson’s lab offered me a very cool substrate that I wanted to use: mosquito ovipositioning paper! This paper, as its name suggests, is used by researchers to hatch mosquito eggs for research purposes. It’s an interestingly textured paper, and it has aqua lines on it in two configurations; on each 15x10” piece of paper, there are either two vertical lines 1” and 1.25” inside the border, or there is one line 4” inside (or 6”, depending on your perspective).

I asked what purpose the lines serve (they clearly serve some purpose, whether that be for researchers or as an artifact of the production process), and no one at LSU SVM has been able to tell me. I think that’s pretty funny, as it was my first question and the first question out of several of my artist friends’ mouths as well! Dr. Christofferson did just follow up with me to share the mosquito ovipositioning paper is apparently a repurposed seed germination paper, so I will try to follow that thread to see if I can figure out why the aqua lines exist!

As I shared in a previous journal, I took the photos of these mosquitoes myself. This composition includes two female Aedes aegypti mosquitoes, both after a bovine blood meal, and three mosquito eggs to scale with the mosquito depictions. I purposefully integrated cool tones and aqua shadows to tie in the aqua margin lines.

This is Hosts, acrylic on mosquito ovipositioning paper, 15x10”, 2022. It will be window-matted with an overlay of mosquito netting from the epidemiology lab on top of the matboard and framed. I’ll be assembling the frame with the help of my host Rob Carpenter, so I’m excited to see how it all comes together!

Polyspermy in Plants

I’ve been making hybrid aloe and gastrolea seedlings from my own collection for about a year now, and in my curiosity I looked up whether plants can combine genetics from more than one father in the same seed, which is called polyspermy. This is different than seed pods on the same raceme containing different parentage (one flower being fertilized by one neighbor and another by a different one), which is a common phenomenon; the type of polyspermy in plants that I’m talking about means that one seed has three (or more) biological parents. The answer is apparently yes, but it’s such new research that there’s not yet clear information about which plants can and which cannot; proving it’s even possible only happened four years ago!

I think it’s pretty cool how much there still is to learn and research and document in the world!