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Week 4: Rosemary & Jill

10/6/2017

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PictureThe Many Colors of Mammoth Hot Springs by Robby Edwards
Rosemary
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Mammoth Hot Springs, Yellowstone

We have focused down on one ecosystem this week. The Mammoth Hot Springs of Yellowstone have the appearance of an extra-terrestrial landscape.

Revisiting Extremophiles

To speculate on a creature that could survive in an environment like Mammoth Hot Springs, I have been looking for organisms that can survive extreme temperatures. I can borrow their adaptations to systematically change a native animal of Yellowstone to create a speculative thermoacidophilic creature.

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Yeti Crab. Image: Ifremer / A. Fifis
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Pompeii Worm. Image: Ifremer / Dugornay
Pompeii Worm, Alvinella pompejana
This flamboyant worm is adapted to the heat of hydrothermal vents through their feathery ‘hairs’. These insulating ‘hairs’ are actually colonies of bacteria (Nautilia profundicola) in a symbiotic relationship with the worm.

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Yeti Crab, Kiwa puravida

Similarly, the Yeti Crab has symbiotic bacterial growth that gives it its ‘hairy’ appearance. The filamentous bacteria colonies may detoxify the noxious water spewing from the hydrothermal vents. 
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Closing Thoughts
Bacterial colonies seem to be a recurring feature in our research; from the bacterial mats in the volcanic features of Yellowstone resulting in beautiful colours and textures, to the symbiotic bacterial colonies that allow animals to survive extreme temperatures and chemicals. 
A challenge of collaboration, we have found, has been the necessity to venture into other disciplines to truly marry our own. Microbiology is new to both Jill and I but it seems we must venture in to develop a believable speculative volcanic ecosystem.


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PictureElk at Opal Terrace, Mammoth Hot Springs, Photo by Jim Peaco, 1997.
Jill
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Hello All,
This week we continued to look at ecosystems at hydrothermal vents and hot springs. I continued to work on story, did some drawing and thinking about adaptation to environment and curation of collections.

Hot Springs
Rose and I discussed the different types of hot springs (volcanic and non-volcanic) and how water is heated and mineral rich waters are cycled up to the surface. Yellowstone is a wonderful example and was central to our discussion regarding temperature, pH, microbial organisms, diversity of geysers, hot springs, and mineral deposits. We narrowed down a good starting location at the travertine terraces at Mammoth Hot Springs for some creature concept art. We are going to start with waters cool enough that larger animals can tolerate, such as these elk sensibly partaking in a warm soak. What characteristics does a creature have that can soak in warm water and walk across mineral crusts? What is their heat tolerance?

I’ve been trying my hand at drawing my own creatures too as a way to think through adaptation to environment. We shall see if they make an appearance later. They have been good exercises for me to process my thoughts on human impacts to the environment, biodiversity, resiliency and adaption. 

Cabinet of Curiosities to Modern Museums
Since I was a young girl I collected rocks, shells, and little treasures from my time spent traveling to new places and exploring the outdoors. I loved museums and libraries and felt the most at home among these collections. How do we curate our experiences through collections? I found some interesting articles discussing the evolution of the “Kunstkammer” or “Wunderkammer” (Cabinets of Wonder or Wonder-Rooms).

"The Kunstkammer was regarded microcosm or theater of the world, and a memory theater. The Kunstkammer conveyed symbolically the patron's control of the world through its indoor, microscopic reproduction.” - Francesaco Fiorani(1)
​Collecting for the Kunstkammer-Met Museum

Cabinets of Curiosity in the 17th Century

Cabinets of Curiosity: the Web as Wunderkammer

Until next week! 
  • Jill ​

1. Francesaco Fiorani, reviewing Bredecamp 1995 in Renaissance Quarterly 51.1 (Spring 1998:268-270) p 268.

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Alexandre-Isidore Leroy de Barde, Minerals in Crystallization, watercolor and gouache, 1813. Image courtesy of Wikimedia Commons.
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Week 3: Rosemary & Jill

9/28/2017

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Rosemary
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​Thoughts on collaboration


This week has been quite challenging focusing down our ideas into a project that will resonate with people.
I have found it very enjoyable and intriguing to work outside of my comfort zone in developing a narrative. For example, as a Concept Artist, the narrative of a production is brought to the table as the part of the initial brief but now I am contributing to the development of the narrative from the outset.
Also, I am now looking deeper into why things are the way they are, rather than just choosing inspiration for aesthetic reasons. For example, we have been looking at the colours of volcanic phenomena this week and finding out from Jill the chemical and organic reason why lava is a certain iridescent colour is fascinating and lends a new layer of context to my visual research.

Moodboards of colours, textures and art direction

I have been collating visual references into moodboards to crystallize the art direction for the project. First, I have focused on environments to give our project a sense of place. Jill and I are both very inspired by the colours and textures of volcanic activity with a focus on hydrothermal features and the juxtaposition of fire and ice.
Microorganisms of Yellowstone National Park.Jill and I are both fascinated by extremophiles. Thermophilic bacteria produce unique and brilliant colours in the hydrothermal features of Yellowstone, such as the Grand Prismatic Spring. The grouping of the thermophiles into microbial mats also creates wonderful textures. More information about the thermophilic bacteria found in Yellowstone National Park can be found here  

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credit: Scott Chimileski Photography
Icelandic Fire and Ice

The interaction between fire and ice in Iceland is the meeting of two extremes and exciting to us because of the vivid colours that it creates. Jill’s research has often been conducted in the fiery ice landscapes between Russia and Alaska – Kamchatka and Katmai. Drawing on Jill’s fieldwork expeditions for our narrative inspiration, grounding the project in a place where volcanoes and ice meet reflects on her memories and is also allegorical of the extreme habitats of the extremophiles and the precarious balance of the Earth’s ecosystems. 
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Where to next?

With some visual inspiration for the location of our project, I will begin focusing more specifically on the ecosystems and wildlife. Here are some readings for the coming week:

The Wildlife of Katmai National Park and Reserve, Alaska

Animals adaptations:Echolocation
 
 

Fire 

Animal habitats:  Hydrothermal vents 

Taiga regions (Russia to Alaska) 
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Jill

Hello All, 
This week Rose and I focused on distilling down our ideas from the brainstorming phase. 
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Volcano Ecology
So far in our collaboration, we have both explored ideas outside of our direct areas of expertise. In volcanology, my work has primarily focused on magmatic processes, hazard monitoring, and education regarding human impacts in Alaska, Washington, and Kamchatka Russia. 
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Distribution of volcanoes in Alaska. Image from the Alaska Volcano Observatory.
I have been delving more deeply into understanding biological communities in volcanic ecosystems. This has included research and discussions ranging from extremophiles at hydrothermal vents and volcanic hot springs to repopulation after volcanic events. 



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Yellow mats of extremophile archaea in a geothermal pool in Yellowstone National Park, WY. Photo by Zechal/Fotolia.

Crafting Story
We generated so many great ideas in our brainstorming sessions that we had a lot of distilling to do, one of my teachers calls it composting. I like that analogy because it conjures up a messier process and it generates its own heat! You have to roll your sleeves up and get dirty to compost, gather all those ideas and then give them time to breathe and decompose down to their essence. To make the process more visual and tactile, I decided to start a sticky note wall. Each note is like a single leaf holding an idea. Hoping that these will create connections across themes and help me find a good narrative story. 
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My abstracted compost pile a.k.a. sticky note wall in progress.

​Through this collaboration, one possible outcome is a short three-act structure screenplay. Some elements required for story include creating a main character with a dramatic need, an opponent who presents a confrontation, ultimately leading to crisis and then resolution. 
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Three-Act Structure of Storytelling. Graph from Elements of Cinema.

Color and Texture
A true collaboration take​s time to learn and listen to each other and to process what strengths and creative ideas can be contributed to craft something new and unique. It has been great fun for me to get feedback from Rose on what piques her interest in volcanology. It is exciting to talk about dramatic color-saturated images and distinctive volcanic textures. Color is a fantastic lens in which to look at micro-organisms, mineral/chemical content, and temperature. 
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Lava drive-in, Eyjafjallajökull, Iceland Photo by Kristján Freyr Þrastarson:
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A unique occurrence at Ethiopia's Danakil Depression. The sulfur dust in the soil of a hydrothermal vent ignites to form blue flames. Photo from National Geographic by Olivier Grunewald.
Until next week! 
-Jill
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Week 2: Rosemary & Jill

9/21/2017

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Rosemary
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It has been a fantastic few weeks so far! Jill and I have been brainstorming ideas around creating a narratively driven speculative world, filled with creatures, inspired by Jill’s research and fieldwork memories. Below is a breakdown of some of our thoughts, inspiration and possible directions so far.

Echolocation

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Part of Jill’s research is using radar to study Bezymianny Volcano in Russia. We have been discussing how echolocation could evolve further in animals. Several questions arise from the speculative evolution of echolocation:
  • Considering that echolocation seems to be present in mammals alone – how would echolocation work in fish-based creatures?
  • The function of echolocation in animals seems to be reliant on internal ‘cavities’ – how can these adaptations be made external to create a more visually interesting creature design while still remaining believable?

Creature Design: Speculative Biology

We’re playing with the idea of setting the narrative around planetary exploration and therefore a speculative world and its flora and fauna will need to be visualised through concept art. I have been researching other Creature Designers that have created believable worlds. Terryl Whitlatch, Bobby Rebholz and Brynn Metheney have created great Speculative Biology projects.
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"The Wildlife of Star Wars" by Terryl Whitlatch
Picture"The Wildlife of Star Wars" by Terryl Whitlatch
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The Wildlife of Star Wars “A Field Guide” by Terryl Whitlatch
 


A big inspiration for how the narrative may be visualised is The Wildlife of Star Wars: A Field Guide by Terryl Whitlatch and Bob Carrau. We enjoy the sketchy style and the informative annotations as if the book is a set of ‘field notes’ exploring the various planets.

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Ecor-117 by Bobby Rebholz


​Ecor-117 by Bobby Rebholz

Bobby Rebholz creates many creature designs speculating the flora and fauna present on his fictional planet Ecor-117.
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"The Morae River" by Brynn Metheney
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"The Morae River" by Brynn Metheney

​The Morae River by Brynn Metheney

Brynn Metheney created various flora and fauna to exist in her fictional ecosystem, The Morae River.
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Creature Design: Mythology

The examples of Speculative Biology above are focused more on the creation of imaginary animals that still have real-world plausibility and are adapted to their environment. Another approach to our narrative would be to personify geological phenomena into mythological creatures. For example, a volcano could be an unfathomable mythological creature, much like a god. The work of Studio Ghibli often features god-like creatures such as the forest spirit from Princess Mononoke (1997).
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Forest Spirit - Princess Mononoke (1997)

Dark Fantasy/Horror

The genre of our narrative will have a dark fantasy/horror flavour because we are both fans of H. P. Lovecraft. Below I have outlined some more inspiration from the darker side of Creature Design.
PictureGuillermo del Toro’s journal pages





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​Guillermo del Toro’s Journals

Guillermo del Toro’s journals are great inspiration for a darker fantasy/horror interpretation of ‘field notes’.

PictureThe nightmarish sketches of Anthony Jones






Anthony Jones






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PictureThe alien hybrids of Carlos Huante





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​Carlos Huante




Remains: Anatomy of a Planetary Expedition

For the output of this residency we have discussed the possibility of an interactive exhibition. Looking at the inspiration below we are thinking of ways to visualise and document the discoveries of the fictional expedition in a pseudo-scientific way.
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PicturePetrified animals of Lake Natron, Tanzania

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PictureThe Pitt Rivers Museum, Oxford UK



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PictureCabinet of Curiosities

PictureHoward Carter's maps, plans and drawings of the tomb of Tutankhamun
Griffith Institute

Drawing Experimentation

To bring in some experimentation and drawing as inquiry into the collaboration, I will be ‘free drawing’ to the sounds of the galaxy to get into the zone. I will share the experiments next week!

​Learning Goals

Working with Jill so far has been amazing. We share many of the same aesthetic interests which has made the initial brainstorming phase very fruitful! I hope to learn from Jill’s scientific approach to projects. Also, she will be giving me a crash-course in Volcanology. This will be fascinating and inspiring for developing creatures that are adapted to living in the different environments created by Volcanoes.

Jill

Brainstorming Our Project

To get the ball rolling on our project we spent the last couple of weeks brainstorming over Skype. Rose is in the UK and I’m in Alaska so I’m usually waking up with a couple cups of coffee and she is home after a day at work. We have had great fun discussing a lot of potential ideas and seeing where our curiosities overlapped. We were paired for our interest in storytelling, the environment, and the creatures that inhabit them.

Biodiversity in Volcanic Terrains


Volcanoes are powerful destructive forces but also bring fertile ground and new life after eruptions. We discussed different volcanic systems, biological diversity, and historical events. Places such as Mount St Helens, Washington and Kasatochi Island, Alaska have well documented studies on the ecological succession and the reintroduction of species after volcanic eruptions. https://alaska.usgs.gov/science/kasatochi/ 
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Mount St. Helens Volcano, WA. Photo by Jill Shipman, 2017
Volcanic hot springs and hydrothermal vents could have supported early microbial life on Earth and possibly on other planets.
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Extremophiles are organisms that have adapted to extreme temperatures or geochemical environments and can be found in volcanic landscapes in the deep ocean and in thermal springs such as the Grand Prismatic Spring at Yellowstone.
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Hydrothermal Vent. Photo from NASA Astrobiology Institute. https://nai.nasa.gov/articles/2016/3/9/lifes-building-blocks-form-in-replicated-deep-sea-vents/
Jupiter’s icy moon Europa is one of the most likely candidates for life beyond Earth in the solar system. Research suggests oceans could lie beneath its frozen surface and may have the ingredients necessary to support life.
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Grand Prismatic Spring, Yellowstone. Photo by Jim Peaco, National Park Service

Geophysics and Echolocation

Using satellite based radar, we can image the ground surface using electromagnetic waves. In the animal kingdom, bats, whales, and dolphins use sound waves (echolocation) to navigate and find prey. Here is an amusing tongue-in-cheek video that explains how radar is like echolocation. Just think we have all these huge “bats” orbiting and imaging earth! Haha!
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Artist’s Concept of Europa Water Vapor Plume. Europa:Galleries, Courtesy of NASA https://solarsystem.nasa.gov/planets/europa.

Documentation and History

We liked the idea of using field notes to chronicle a hypothetical expedition. I’ve been going back through old field books and freewriting to recall experiences. For a historical slant, we can pull from ancient eruptions, environmental mythological events, historical maps, and Lovecraft works. 

The ancient city of Pompeii, Italy was destroyed in AD 79 by the eruption of near-by Mount Vesuvius. This location is well known for its preserved body casts of the victims who perished in the eruption.
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Body cast with preserved skull remains of Pompeii. Photo by Jill Shipman, 2013.

Geomythology

An intriguing area of research, geomythology, looks at the science of recovering ancient folk traditions about natural processes or events to find the geological and environmental origins to mythology. ​
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The First Fossil Hunters by Adrienne Mayor

Mythological Creatures in Maps

 Historical cartography features some fantastic creatures in areas of dangerous or uncharted territory.
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Inset from the Carta Marina (Map of the Sea) 1572. From the World Digital Library. https://www.wdl.org/en/item/3037/

Geology in Lovecraft

“At the Mountains of Madness” is an epic haunting tale by H.P. Lovecraft. A geologist leads an expedition to Antarctica, they discover an ancient alien civilization, destruction and insanity ensues. Have a listen to this riveting BBC 7 Radio production, rich with geologic details and cosmic horrors. https://archive.org/details/AtTheMountainsOfMadnessBBCTGGMix

Film Inspiration

We have been thinking about what a soundtrack for this collaborative project might be. Starting with the eerie sounds of the solar system. https://solarsystem.nasa.gov/galleries/audio

Aesthetically and creatively we both have a great fondness for alternate worlds with a dark setting. Think Jim Henson’s “The Dark Crystal” or Guillermo del Toro’s “Pan’s Labyrinth”.
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Brain Froud’s Skeksis from Jim Henson’s The Dark Crystal
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Page from Guillermo del Toro’s notebooks and a still from the film Pan’s Labyrinth.


​Possible outcomes for the collaboration

With combined interest in dark fantasy and science fiction we want to use this as a hook for science learning. The science in science fiction if you will. Using creative license to speculate on biological adaptations to extreme environments. Drawing on scriptwriting to create the story and characters that could be the focus of a short-film, graphic novel, or interactive art exhibit. Now the work begins to prune and distill all these great ideas down into our project focus.

What really excites me about working with Rose is her fantastic artwork and creativity in creature design. I am excited to learn together using scientific principles to create speculative creatures. To use physics, chemistry, and biology to think….what if?
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Week 1: Rosemary & Jill

9/12/2017

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Rosemary

I'm a freelance illustrator and concept artist based in the North East of England. You can see a portfolio of my artwork on my website: http://www.rosemaryartist.com/

Originally, I'm from Birmingham (U.K.) but I've lived in many places including South Korea, which I fondly refer to as my second home. I have an MA in Concept Art for Games and Animation with Distinction. Currently, I'm a Lecturer in Concept Art at Teesside University where I teach drawing, digital painting and pre-production for film and games to undergraduate and postgraduate students.
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I specialize in Creature Design. My artwork explores the development of creatures through drawing, informed by existing animal anatomy and practice-based research methods. I enjoy experimenting with different approaches to creature design. The outcomes can be highly unique, for example, when beginning a creature through systematic changes to existing animals or through more chaotic mark-making.
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Recently, I’ve been working on analysing the anatomical structure of the imaginary creatures that I create: http://www.rosemaryartist.com/creatureanatomy
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​The diversity of animals on Earth inspire my drawings. Evolution fascinates me, and even more so, the possibilities of evolution in the future and on other planets. I also love world mythology and often use it as a starting point in my work. My project "When Tigers Smoked" was practice-based research into the speculative evolution of tigers inspired by Korean folk art and mythology: http://www.rosemaryartist.com/tigers  
Continuing to develop my practice, I aim to create creatures with real-world plausibility. Synthesizing iterative drawing techniques and a visual knowledge of animal anatomy, I hope to further explore how interacting with scientific principles can impact my practice and perhaps beyond.
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Cross-disciplinary collaboration fascinates me because it is all about the process and the documentation of that process. The fact that the final destination of the collaboration is unknown or not even necessary is both challenging and exciting.
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The most exciting aspect of cross-disciplinary collaboration is the potential of the iterative, communicative, back and forth process creating a novel subject that could sustain further research outputs beyond the artistic and scientific disciplines themselves.

Jill

Hello! My name is Jill Shipman, I am a Ph.D. student in Volcanology and am also pursuing film studies (with an emphasis in directing) at the University of Alaska Fairbanks (UAF). I have always been involved in some sort of creative endeavor; acting, dancing, directing, photography, drawing, and making costumes and jewelry. For quite some time I felt that by compartmentalizing my artistic and scientific interests I was Dr. Jekyll and “Mrs.” Hyde. Several years ago, I decided to merge my interests wherever possible and haven’t looked back since. This decision has led to several collaborative art-science projects and my involvement to grow the art-science community at the American Geophysical Union. I am thrilled to be a part of this residency program and look forward to working with my collaborator Rosemary Chalmers. 
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Poster from IMDB
​I am based in Fairbanks, AK and am fortunate to be at an institution that is a leader in climate and environmental research. I live close to nature with diverse wildlife, majestic landscapes, and hearty and kind people. Fairbanks is such a creative and welcoming place as many still live off the land and depend on each other to get through the simultaneously gorgeous and incredibly depressing winters. 

​Research
My dissertation is a comparative study of Mount St. Helens, Bezymianny, and Shiveluch volcanoes. In 1980, Mount St. Helens experienced a devastating lateral-blast and massive eruption of hot rock, ash, and gases that obliterated everything in its path and has had long lasting impacts on the environment and the many species that inhabit the area. 

​Much like Mount St Helens, Bezymianny and Shiveluch Volcanoes in Kamchatka, Russia erupted in a very similar manner. To better understand the likelihood of devastating eruptions like these occurring in the future we must understand their respective systems. My past work includes using analytical chemistry to analyze mineral compositions of volcanic products and conditions of magma storage.
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Bezymianny and Shiveluch Volcanoes on the Kamchatka Peninsula, Russia.
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Sentinel-1 RADAR over Northern Kamchatka Volcanoes
I am currently using Synthetic Aperture Radar to quantify ground motion at Bezymianny Volcano. Prior to eruption a volcano generally inflates like a balloon and deflates after the magma has erupted on the surface. We can use multiple radar images to calculate the ground deformation related to a volcanic event. For more information: http://www.uaf.edu/insar
​Film Production
In addition to my geophysical research, I am the Production Manager for FRAME Film Production Services, the production arm of the Theatre and Film Department at UAF. There I write scripts, organize film shoots, serve as film crew, and do post-production editing for a variety of projects ranging from cultural to research oriented. 
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Behind the scenes on a recent FRAME shoot with researcher Ricardo Antunes discussing acoustic pollution in the ocean and impacts on Bering Straits. Photo courtesy of FRAME.
​"Life in the Infrared" is a short film project I directed about the use of thermal infrared imaging. Where volcanologist Dr. Jonathan Dehn from the UAF Geophysical Institute explains case studies from applications in volcanology and arctic biology.
My inspiration.
I am inspired by the thrill of discovery, beautifully crafted images, and the sights and sounds of an unforgettable moment. A great story that digs its claws into me and won’t let go, by sounds that transport me to another world, an emotional response that gives me chills and a flood of nostalgia, a sense of wonder and excitement.
 
Why collaborate across disciplines?
I think that true innovation comes through unlikely relationships and interdisciplinary work. I see collaboration as a chance to explore new perspectives on learning and communicating both art and science. I believe that the creative process is important not only in communicating science but to scientific discovery itself. I can’t wait to see where this collaborative journey takes us! 
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