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LED Retrofits Pay Off

By James Atteberry, Facilities Manager for Washington State Penitentiary
and Joslyn Rose Trivett, SPP Education and Outreach Manager

These LEDs are in the Steam Plant.

Starting in 2015, Washington State Department of Corrections (WA Corrections) has been committed to converting all lighting to LED (Light Emitting Diode) fixtures. LEDs are far more efficient than conventional fixtures, so replacements and retrofits should save energy and reduce expenses at the same time.

LEDs illuminate exercise in the South Complex gym.

East Complex parking lot lighting looking good after the switch to LEDs.

In the past year, Washington State Penitentiary (WSP)’s headway toward meeting the commitment stands out; WSP’s Electrical Department has transformed their lighting landscape. The in-house team of staff and incarcerated electricians has completed eight major projects so far, renovating the lighting for the steam plant, general store, engineers warehouse dock, Unit 7 roof, east complex parking lot, and inside and outside the Intensive Management Unit (IMU) and gyms.

Of course, these retrofits required a sizable investment up front, but the payoffs come quickly. For the in-house projects completed thus far, the initial costs were about $73,000; pay back from incentive programs cut more than 30% off that price, reducing it to around $50,000. An additional project was contracted out, and another funded by Capital Projects; even in these cases, WSP received the incentive pay back. Before long, expected energy savings will pay off the rest: reduced energy bills for each area will pay off installation costs in one to six years. For example, the new lighting in and around the IMU will save WA Corrections $5,181 in energy bills annually; the savings pays off installation costs in less than three years, and, after that point, it frees up funds to spend on other necessities and improvements.

If that’s not already sweet enough, the labor saving in maintenance is huge as well. Some LED fixtures can last up to 20 years before needing repair! LED retrofits look like a total win for the prison. We offer our credit and thanks to WSP’s Electrical Department and to WA Corrections leadership for the vision and hard work that has gone into saving energy and creating efficiency.

These are the new LED roof lights; image to the right shows a close up.

The Sustainable Practices Lab exterior is now lit by LEDs.

UW & Prison Study Soil Health

Inmates at the WSRU Vermiculture program partner with the University of Washington to test the ability of soil health to influence human health

By Nick, Teaching Assistant for University Beyond Bars, Monroe Correctional Complex
Photos courtesy of Joel Strom, University Beyond Bars

Ms. Landefeld harvests from the plots with the help of a vermiculture technician.

With the goal of improving how we grow food, Washington State Reformatory (WSRU) vermiculture technicians and scientists from the University of Washington (UW) are studying soil health at the prison. The incarcerated technicians are assisting with scientific trials of different types of soils to see if they can produce vegetables containing higher levels of key elements that have been shown to improve human health.

Earlier this year the vermiculture program was approached by Dr. Sally Brown, a professor at the UW Ecosystem Science Division, College of Forest Resources, to assist in this project.  Dr. Brown had become familiar with the vermiculture program when she co-authored an article with one of the inmate technicians about some of the composting techniques employed at the facility. Dr. Brown had been working with graduate student Sally Landefeld on a series of trials to grow vegetables in several different types of soil to test for relationships between soil health and antioxidants and other important disease-fighting nutrients. On a tour of the facility, Dr. Brown noticed a unique opportunity in the gardens adjacent to the worm farm:  the soil there had been treated with composting by-products for several years, some areas with Bokashi-treated (fermented) compost and others with vermicompost (worm castings).

A trial plot is ready for planting; Washington State Reformatory Unit (WSRU) at Monroe Correctional Complex (MCC). Photo courtesy of Joel Strom, University Beyond Bars (UBB).

In April, Dr. Brown and Ms. Landefeld met with vermiculture technicians and set out three separate plots that would be used for the trials:

  1. No soil treatments with soil amendments
  2. Several treatments of Bokashi composted food waste over several years
  3. Heavily treated with worm castings and vermicompost.

One of the vermiculture technicians was asked to be the project lead. He and his peers prepared and marked the plots for planting.

Dr. Brown and Ms. Landefeld returned in May and planted broccoli, carrots and onions in all three plots.  Despite an ongoing battle with rabbits throughout the spring, by June the crops in all three plots were growing well.

Ms. Landefeld returned to the vermiculture program in mid-June to deliver an instructional presentation on how she decided on the path for her doctorate and what she was hoping to accomplish with the prison-hosted study. The WSRU vermiculture program offers a 1,000 hour SPP certification in collaboration with Tilth Alliance, and guest lecture are part of the curriculum. In this presentation, Ms. Landefelt said:

“We are just starting to understand the intricate relationship between soil health and public health. Healthy soil contains plenty of organic matter, which provides nutrients to plants, fosters microbial life, and improves soil physical properties including water holding ability and tilth.  If we deplete soil organic matter, we may reduce the soil’s ability to produce high yielding crops that are also rich in nutrients.  This project aims to (i) characterize soil health by analyzing soil properties including carbon, nitrogen, phosphorus, organic matter, soil structure and microbial content, and to (ii) quantify both quantity and quality of the vegetables grown on the control and high organic matter plots.  In addition to plant yield, we will test the vegetables for nutrients, vitamin B6 (pyroxidal) and phytochemicals including sulforaphane, beta-carotene (provitamin A), and quercetin.”

Broccoli growing in the vermicompost plot.

By mid-July, the broccoli was ready to be harvested and Dr. Brown and Ms. Landefeld worked with the technicians to harvest from all three plots.

As the project progresses they will return to the prison periodically to harvest other vegetables and take soil samples.  The vitamins and phytochemicals will be tested using a technique called liquid chromatography-mass spectrometry (LC-MS) in order to relate the phytochemical content of common garden crops with soil health.

This project is a great example of SPP’s vision to create a collaborative, intellectually stimulating environment in which incarcerated men and women play key roles in conservation and advancing scientific knowledge and has been a win-win for the vermiculture program as well as the University.

Dr. Brown and a vermiculture technician harvest from a trial plot.

Astrobiology for the Incarcerated – Ohio

by Joslyn Rose Trivett, SPP Education and Outreach Manager
Note: See an earlier article for an introduction to the Astrobiology for the Incarcerated program

At Grafton Reintegration Center, the presentation was filmed for broadcast on a multi-institution channel.

In late April, the Astrobiology for the Incarcerated program visited five prisons plus a youth facility in Ohio. In four densely-packed days, we reached 440 incarcerated participants, 55 staff and teacher participant—it was a satisfying whirl-wind of activity and ideas. Ohio Department of Rehabilitation and Correction‘s Energy Conservation & Sustainability Administrator Jacqueline Langhals gave excellent administrative support for the program, and Corrections staff and incarcerated students were gracious and enthusiastic hosts. Whereas Dr Drew Gorman-Lewis presented on astrobiology research in the Washington State series, in Ohio it was Dr Jackie Goordial who covered research; she is a microbiologist currently at the Bigelow Laboratory for Ocean Sciences.

Science vs Religion?

Dr Jackie Goordial presents in the chapel at London Corrections Institution.

In Ohio, nearly every event was held in the prison chapel, which—for many—elicited a perceived conflict between science and spirituality. Luckily, Daniella Scalice is a master of taking a hard question and suggesting how to transform it into a beautiful idea. She offered that we think about astrobiology’s origin stories as complementary, even reinforcing, the origin stories of many religions. She pointed to the root meaning of the word Universe:

uni meaning one

verse meaning story 

Thinking about it this way, astrobiology gives us one of many powerful and meaningful origin stories.

The Pale Blue Dot

At Grafton Corrections Institution, Daniella Scalice reads Carl Sagan’s response to an image of Earth from 4 billion miles away.

At every presentation, Daniella read a moving quote by Carl Sagan in which he describes a photograph of Earth taken by Voyager 1 from about 4 billion miles away; the earth appears as a pale blue dot—barely visible at that distance:

Look again at that dot. That’s here. That’s home. That’s us. On it everyone you love, everyone you know, everyone you ever heard of, every human being who ever was, lived out their lives. The aggregate of our joy and suffering, thousands of confident religions, ideologies, and economic doctrines, every hunter and forager, every hero and coward, every creator and destroyer of civilization, every king and peasant, every young couple in love, every mother and father, hopeful child, inventor and explorer, every teacher of morals, every corrupt politician, every “superstar,” every “supreme leader,” every saint and sinner in the history of our species lived there—on a mote of dust suspended in a sunbeam. ~ Carl Sagan, 1994

Impromptu Seminars

At every facility, the incarcerated students brought excellent observations and queries. As Jackie described her research on microbes in an Antarctic desert and the depths of the Atlantic Ocean, she was peppered with keen questions. Sometimes, the questions were so insightful that Jackie would pause before responding to say, “That’s amazing.” Then she would explain how the question exposed the very heart of the topic, bringing up questions that she and her colleagues had investigated for months, or would be central to her future work as a scientist.

Students at Franklin Medical Center, just south of Columbus, asked highly scientific questions of Dr Jackie Goordial, to her delight.

Many students engaged in informal seminars following the presentation; this one is at Noble Corrections Institution.

Following every presentation, many students would gather for informal seminar on astrobiology topics. Jackie and Daniella fielded their questions and input with grace and humor, listening carefully and validating the many astute observations. They discussed pathways for studying astrobiology and other scientific disciplines, how a person can become a scientist, and who pays for scientific research and outreach.

At Cuyahoga Hills Youth Facility, Daniella Scalice supported teams of students and teachers designing and budgeting a mission to search for life elsewhere in our Solar System. Photo by Doc Brown.

What next?

Next on the schedule is Florida Department of Corrections, where seven facilities will host the program in September. At the same time, the team will offer return visits and multimedia materials for prison libraries. Noble Corrections Institution plans to do even more, creating a multi-speaker series that’s a proper “program” yielding a certificate; speakers would present via video, and those sessions would tie to the multimedia library with post-lecture “homework” assignments. Sounds like an ideal iteration of the program!

Abundant thanks to all the staff, leadership, and incarcerated students in Ohio. It would be wonderful to bring the program back again in the future!

The crowd at Noble Corrections Institution takes in Daniella’s presentation.

Jackie is charmed by Miss Josie at Grafton Reintegration Center. The tie to astrobiology? Well, even the atoms of adorable Miss Josie were built in the heart of a star.;-)

 

 

Astrobiology for the Incarcerated – Washington

by Joslyn Rose Trivett, SPP Education and Outreach Manager

In April, I was fortunate to spend days and days immersed in the topic of astrobiology. What is astrobiology? It is the study of how stars and planets form, how that relates to life here on Earth, and the search for life elsewhere in the Universe. Alongside hundreds of incarcerated students and dozens of corrections staff in both Washington and Ohio, I got to learn about what is known, what is still unknown, and ponder immense questions. I had stars in my eyes, for sure!

Daniella Scalice, Education and Communications Lead for NASA’s Astrobiology Program, describes element creation in the core of a star to students at Mission Creek Corrections Center. Photo by Ricky Osborne.

Dr Drew Gorman-Lewis, Associate Professor in the Earth and Space Sciences at University of Washington, responds to a question from a student at Airway Heights Corrections Center. Photo by Kelli Bush.

Washington State’s lecture series started at Mission Creek Corrections Center where they packed the gym; 150 students’ attention and curiosity gave us a great sense of success. Photo by Ricky Osborne.

Astrobiology for the Incarcerated is a new program, funded by the National Aeronautics and Space Administration (NASA)’s Astrobiology Program, and in partnership with Sustainability in Prisons Project (SPP) and Utah’s Initiative to bring Science Programs to the Incarcerated (INSPIRE). The program was brought to us by Daniella Scalice, Education and Communications Lead for NASA’s Astrobiology Program; she is a master of describing exquisite concepts and making them relevant to our lives.

Here I will share details from the Washington State programs; I will share Ohio’s in part 2. In Washington, Daniella was joined by Dr Drew Gorman-Lewis, Associate Professor in the Earth and Space Sciences at University of Washington. Our small team visited five prisons in four days, reaching 450 incarcerated students and 52 corrections staff. At each venue, Drew and Daniella told us a three-part story.

Part One: Creation

Daniella introduced us to the life cycle of stars—who knew that stars had life cycles!—and how their birth, maturity, and death creates and distributes most of the elements that makes up the Universe as we know it. She told us: Every atom in our bodies, the water we drink, the food we eat, our buildings, our roads, the things we buy and make, all were built in the heart of a star. It’s a dizzying concept, one that connects everyone and everything.

She outlined how these elements may have come together in the nutrient and energy rich environments of hydrothermal vents—hot water vents at the ocean floor—to create the first microbes, the first life on Earth.

Part Two: Adaptation

Part two came from Drew. He told us about his research with microbes, single-celled organisms, that live in extreme environments on earth. His personal and professional favorites live in near-boiling pools of acid—really! He emphasized that there are microbes living and thriving in nearly every environment on Earth. Those inhabitants also influence their environments; their life processes take up, transform, and leave behind new elements and structures. The microbes can quickly adapt to take advantage of new conditions, and so back and forth, life and the Earth interact and influence each other. His research investigates how much energy microbes use to live in extreme environments, and in this way sheds a bit of light on where and how we might find microbes beyond our Earth.

Students respond to a question from Daniella. Photo by Ricky Osborne.

Part Three: Exploration

Daniella’s part three dove into this search for life, focusing on the most promising worlds within our solar system. I was amazed to learn that there are some excellent contenders! I was particularly taken by moons of Jupiter and Saturn, Europa  and Enceladus, that have global oceans: hidden beneath icy crusts, their worlds are covered with liquid water. On Enceladus, there is also evidence of geothermal vents. Given that one of the theories for the origin of life places it in Earth vents, this news of similar environments on a moon of Saturn gave me the chills (the good kind).

At every venue, the students dazzled us with ideas and questions. I think that’s the best part for me—hearing how others are making sense of the concepts, the collective insights and exploration. I learned as much from them as from the scientists…as usual!

Our second stop was Cedar Creek Corrections Center. Students and staff had to walk through the rain to attend, and still brought their best selves. Photo by Joslyn Rose Trivett.

To the class at Twin Rivers Unit, Monroe Correctional Complex, Daniella emphasized that astrobiology is not possible without collaboration, and she invited the students present to bring their diversity of knowledge and insight to the topic. Photo by Joslyn Rose Trivett.

Students had trouble signing up for the session at Washington State Reformatory, also in Monroe Correctional Complex, and that seemed to mean that only the most avidly interested were present. Their questions and comments were advanced, for sure. Photo by Joslyn Rose Trivett.

Our last stop in Washington was at Airway Heights Corrections Center. Photo by Kelli Bush.

 

All attendees left with a gorgeous, ten page summary of the presentation. Photo by Kelli Bush.

Cracking Kinnikinnick

by Carl Elliott, SPP Conservation Nursery Manager

Kinnikinnick (Arctostaphylos uva-ursi) is tough to grow from seeds. Kinnikinnick seeds have compound dormancy: before germination can occur, the seed coats must be made permeable to water (breaking physical dormancy), and must undergo a number of internal biological processes (breaking physiological dormancy). Though there are known methods to overcome the double dormancy, the results are highly variable and inconsistent. Most commercial nurseries grow the plant from softwood cuttings, but these lack the genetic diversity of seed-grown stock.

Bombus vosnesenskii collects nectar from kinnikinnick flowers.

SPP’s conservation nursery has taken on the challenge of seed-grown kinnikinnick, because of the benefits it brings to pollinators at restoration sites on Joint Base Lewis-McChord. Delightfully bright yellow-faced bumblebees (Bombus vosnesenskii) and fuzzy black-tailed bumblebees (Bombus melanopygus) perform acrobatics to collect nectar from its flowers. Both of these hardy insects fly out at any early promise of spring. These are just two of the many pollinators that gain sustenance from this important plant.

Kinnikinnick provides both an early bloom time and an extended bloom period spanning a couple of months. This blooming phenology (cycle) allows pollinating insects to build up their populations early in the season. These fortified populations carry over into the spring and summer, providing increased pollination services to many prairie plants. Susan Waters from Center for Natural Lands Management is surveying Salish lowland prairies’ pollinators, and has developed detailed graphics of pollinator networks demonstrating the importance of bumblebees as pollinators for numerous plant species used in restoration.

Conservation nursery technicians coax the December fire needed for one of the pre-treatment trials.

This year, SPP program team designed a study of kinnikinnick germination at Stafford Creek Corrections Center (SCCC). The nursery technicians drew from what they had learned about the scientific method from a program workshop. SPP staff and the technicians aim to find out the most consistent pre-treatment to overcome the physical dormancy, plus the best length of time in cold-moist conditions to reduce physiological dormancy. Together we developed a methodology to test means to overcome the dormancy of kinnikinnick seeds and promote germination. In December, SPP-Evergreen and SCCC staff gathered with the technicians to perform the range of pre-treatments.

Nursery Specialist Ed Baldwin (right) pokes fun at the chances that they’ll need the fire extinguisher.

We performed three pre-treatments and a control. First was to dip the seeds in 80°C water for 2 minutes; second we immersed seeds for 24 hours in an acid bath of distilled white vinegar (the most acidic thing we could use in a corrections setting). The third treatment was a very controlled burn: after safety precautions were in place, seed was laid out on a bed of sand and covered with 2 cm of sand; 12 inches of dried grass clippings were piled and lit aflame. Since December in Aberdeen, WA is not particularly dry, fire-prone time of year, significant effort was put into keeping the flame burning.

The seed from each treatment was sown separately in the nursery’s standard cone-tainers, and will spend the winter in cold-wet stratification. Only warming weather of mid-spring can bring forth answers to our germination trials, but already the technicians, staff, and the bumble bees are betting on the outcome.

Kinnikinnick seeds look like they survived the controlled burn just fine.

Bombus melanopygus among kinnikinnick flowers.

If you are interested in learning more about bumblebees and other pollinators, check out the Xerces Society.

 

Standing in the gap for each other: Environmental wisdom from Roots of Success

by Grady Mitchel and Anthony Powers, Roots of Success Instructors, Bethany Shepler, SPP Green Track Coordinator, and Joslyn Rose Trivett, SPP Education and Outreach Supervisor

Stafford Creek Corrections Center (SCCC)’s 19th and 20th graduating cohorts proudly show their certificates.

Roots of Success (Roots) is an environmental literacy curriculum taught in prisons throughout Washington State. Stafford Creek Corrections Center (SCCC) has championed the program for 5 years; in that time they have graduated more than 300 students in 20 cohorts. In March, we celebrated the two most recent cohorts of graduates.

David Duhaime and Grady Mitchell hold the graduation cake made by the SCCC inmate bakery.

The prison staff and administrators gave speeches highlighting the cooperation needed by everyone for the program to operate successfully. We heard from both past and current program sponsors (Liaisons). SCCC’s first Roots Liaison, Robert Aleksinski made the excellent point that “no matter what your political views are, this is a valuable program”—a fairly rare endorsement for an environmental program. The current Roots Liaison, Kelly Peterson, talked about how her initially negative impressions of Roots had changed since she started supporting the program; when she started working with the inmate instructors and students, she was impressed by their dedication to the program and quality of their work.

The graduating students go through a receiving line to receive congratulations and their certificates.

All five instructors shared wise words, stories, and anecdotes. All five instructors echoed the importance of collaboration among Department of Corrections (DOC) staff and administration, Roots instructors, and Roots students. For example, David Duhaime, instructor and Master Trainer, said, “all of the DOC people have been keeping this program strong.” He talked about the importance of each person involved—whether it be DOC staff, students, or instructors—bringing their own experiences and knowledge to the Roots program. He also highlighted how much students teach the instructors too: “we don’t just learn from these books; these books are real important, but what else happened is you guys came in and shared what you know.”

 

 

Instructor and Master Trainer David Duhaime talks to the graduating class about how the instructors learn from the students.

Here are longer excerpts from the speeches made by Roots Instructors Grady Mitchell and Anthony Powers.

Grady Mitchell: Standing in the gap

I recently spoke with a young man about standing up for those who need it. I reminded him of how much he appreciated it when someone else spoke up for him when he was confronted with a situation, and they didn’t just lay low and keep quiet. Some call this type of action as “standing in the gap” for someone. It is our desire to bring out “that voice” that is particular to each of us, in order for others to hear and understand that sustainability in this sense is all-inclusive. Now we see each other with respect, value, and appreciation for individuality.

Grady Mitchell, center, talks about the student whose certificate he’s holding.

What started as impatience for some, ended in tolerance of flaws, and discovery of each other’s value. While we may not ascribe to the mores of prison or commit acts of insensitivity, do we at times perpetuate it by standing aside and staying silent? Never underestimate the phenomenal impact we’ve had on each other and no matter what your philosophy in life, you will have to be open to new ideas when it comes to the environment.

As we learn the impact our actions have on this planet, it becomes imperative that speaking up and out is equal to survival. When I speak with my grandchildren and tell them I love them it’s my call to action to be sure that I try and assure the resources they have will sustain their survival and pray the knowledge I share with them will inspire efforts within them towards their children’s survival.

Unfortunately, “standing in the gap” is not always easy and can sometimes have consequences and the threat of reprisal can deter people—both confined and free—from being righteous or doing justice. Nevertheless, there is a psychological cost involved in following this philosophy because ultimately, lying low and keeping quiet can damage you mentally.

As I talk about standing in the gap, the “gap” creates the opportunity to become useful. That space from where we are to awareness and enlightenment, is where you can find the Roots of Success.

Anthony Powers: The common thread

I have heard a common question being asked. I have even heard this question from some of the people at the Evergreen State College. The question is, “How do we get people to care about climate change?” At first, I thought that I had a reasonable answer, which is that there are a wide variety of people, each with their own personalities, characteristics, political and religious beliefs, so it would probably serve us well to come up with a variety of approaches, targeted at each group, because different things are going to motivate different people.

Instructor Anthony Powers addresses the class about how to motivate people to act environmentally.

Last month I began to think of it in a different way. A way geared more towards the collective, because there is always a common thread, there is something that every human has in common. That is when I realized an error in our current messaging, our saying that we need to save the planet. The reality is that it is more personal than that, and we need to make the message more personal. The reality is that we do not need to save the planet; we need to save ourselves. The planet is going to be just fine. Whether or not it is able to sustain our lives is a whole other thing.

The onus is ours and we are not trying to save the planet, we are trying to save ourselves as a human race, both literally and financially. Because the earth can exist without us, but we cannot exist without earth.

A graduating student receives his certificate.

Master Trainer Cyril Walrond addresses the graduating class about the importance of working together to achieve goals.

Turtles plus woodpeckers plus…

Text by Jessica Brown, SPP Turtle Program Coordinator, Philip Fischer, U.S. Forest Service volunteer and Adam Mlady, Biological Science Technician.
Photos by Jessica Brown

Biological Science Technician Adam Mlady holding two of the Western Pond Turtles currently housed at Cedar Creek Correctional Center.

Cedar Creek Corrections Center (Cedar Creek) was home to the very first endangered animal program in a prison: they raised and released hundreds of Oregon spotted frogs from 2009-2015. In 2018, ecological conservation at Cedar Creek is thriving and evolving to encompass a small array of conservation and sustainability programs. Offering an array of programs allows us to partner with a larger group of incarcerated technicians; there are five at this time, and we plan to add a few more. All participants will have a new position title of Biological Science Technicians, and will receive education and training in the  turtle, beekeeping and woodpecker programs, and—later on—a new aquaponics program.

Turtles

Cedar Creek hosts endangered pond turtles that need daily attention; from Technician Adam Mlady’s writing last month, “currently we have two females, one male, and are expecting seven more to be dropped off later today…Taking care of them is very rewarding. I get a sense of unity and accomplishment in ensuring they are clean and fed, and working them back to health. It’s even a sustainable project to feed them! They eat a mix of goodies, but one of the days the pond turtles get mealworms, which we grow and harvest ourselves. Eggs to larva to pupae to beetle, we are hands-on (gloved of course!) the whole way through.”

Woodpeckers

USFS trainers, SPP coordinator, and participants of the woodpecker nest monitoring project training pose with bird specimens.

In November, the Woodpecker Nest Monitoring Project was launched with a two-day training for all five turtle technicians, four greenhouse workers, and two other interested individuals. The purpose of the Woodpecker Nest Monitoring Video Review is to support a multi-year research project through the U.S. Forest Service (USFS) focused on identification of nest predators.

Woodpeckers are a keystone species that provide cavities not only for their own nesting use, but also for a broad spectrum of secondary cavity users including small mammals and other birds. Video footage comes from cameras operating 24/7 at cavity nests. This is the only sure way to document nest depredation, however, reviewing the enormous amount of video footage requires an equally enormous amount of reviewer time. In order to accurately monitor video footage, correctly identify species, and describe animal behaviors, reviewers need considerable training.

Biological Science Technician Modesto Silva reviewing video footage of a Northern Flicker cavity nest. This video station sits atop the mealworm rearing bins for the western pond turtle program.

Participants at Cedar Creek received six hours of education and training from Teresa Lorenz, USFS biologist and Phil Fischer, USFS volunteer, covering woodpecker, raptor, song bird, and small mammal identification; background information relating to the project, including project protocol and species behavior descriptions; and monitoring and data recording techniques. In the past, video monitoring has only been performed by undergraduate students, however, collaboration between USFS and SPP has made it possible to also bring this type of education and experience into prison.

And coming soon…

Cedar Creek has long had a productive greenhouse, including a small aquaponics system. The old aquaponics will be replaced with a more productive system designed by Symbiotic Cycles LLC, an Olympia-based company dedicated to the application of regenerative food production through aquaponics. The new design will support production of fresh greens year round for use in the kitchen.

Technician Mlady has said, “I’m really excited about the upcoming aquaponics pond we will be building. It is huge, and tucked away safely up in our camp’s greenhouse. Once we get the plumbing correctly set up, the koi fish will be able to fertilize our selected plants and vegetables. Brilliant system.” Aquaponics training will start sometime this March, and the system should be up and running soon after.

Partners in endangered species conservation for Cedar Creek Corrections Center, from left to right: Technician, John Fitzpatrick, Superintendent Douglas Cole, Loretta Adams (SPP Liaison), Philip Fischer (U.S. Forest Service), Kelli Bush (SPP Co-Director, Teresa Lorenz (U.S. Forest Service), Technician William Anglemyer). Photo by Jessica Brown.

 

 

 

 

 

New directions for SPP-Evergreen team

By SPP Co-Director Kelli Bush

Following six years of dedicated leadership from Dr. Carri LeRoy, Evergreen’s team for the Sustainability in Prisons Project (SPP) enters a new era. We are so pleased that Carri will continue to support and influence SPP as our Senior Science Advisor. SPP is also now a Public Service Center for The Evergreen State College, playing a greater role in Evergreen’s campus community and receiving increased recognition and support. Together we are continually improving and growing SPP, and we know there’s still so much more to do!

SPP partners from Evergreen and Washington State Department of Corrections have just completed updates to SPP’s mission and vision statements. The new text represents greater emphases on education and change, acknowledgement of current environmental and justice system challenges, values shared by SPP partners, and a more succinct, stand-alone mission statement.

Mission Statement: We empower sustainable change by bringing nature, science, and environmental education into prisons.

Vision: In response to the dual crises of ecological degradation and mass incarceration, we aim to reduce recidivism while improving human well-being and ecosystem health. SPP brings together incarcerated individuals, scientists, corrections staff, students, and program partners to promote education, conserve biodiversity, practice sustainability, and help build healthy communities. Together, we reduce the environmental, economic, and human costs of prisons.

Butterfly technician Kristina Faires receives a certificate for her academic and technical accomplishments in the program; program coordinator Seth Dorman poses with her to recognize her achievements. Photo by Keegan Curry.

Going forward, our top priority is identifying mechanisms to award college credit to incarcerated participants in SPP certificate programs. Education is the most effective way to reduce recidivism. These certificate programs serve as high quality apprenticeships where participants receive extensive training, education, and experience addressing complex conservation issues, delivering environmental education, or participating in our workshop series. Recently, Dr. Carri LeRoy provided valuable review that informed significant improvements to SPP certifications. We are so grateful she plans to continue providing certification oversight to ensure program quality and consistency. SPP’s certificate recipients are clearly worthy of academic recognition; they demonstrate advanced environmental knowledge and application on a daily basis.

Our programs are unconventional, and retrofitting accreditation to existing practices is a challenge, but this long-time effort seems to be gaining momentum. Acknowledging SPP certificate completion with college credit could serve to complement post-secondary education with allied prison education programs and/or inspire continued education post-release.

As always, thanks for your partnership and support of SPP. We’re so pleased to be offering these programs with you!

SPP’s new Mission Statement

by Kelli Bush, SPP Director for Evergreen

An incarcerated man waves to visitors across the Diversity Garden at Airway Heights Corrections Center. Photo by Ricky Osborne.

During breeding season, a technician weighs an adult Taylor’s checkerspot butterfly. The highly collaborative program is hosted by Mission Creek Corrections Center. Photo by Keegan Curry.

We are so pleased! SPP partners from Evergreen and Washington State Department of Corrections have completed updates to SPP’s mission and vision statements. The new text represents greater emphases on education and change, acknowledgement of current environmental and justice system challenges, values shared by SPP partners, and a more succinct, stand-alone mission statement.

 

Mission: We empower sustainable change by bringing nature, science, and environmental education into prisons.

 

Roots of Success instructors and graduates pose for a class photo at a graduation ceremony. Photo by DOC staff.

Vision: In response to the dual crises of ecological degradation and mass incarceration, we aim to reduce recidivism while improving human well-being and ecosystem health. SPP brings together incarcerated individuals, scientists, corrections staff, students, and program partners to promote education, conserve biodiversity, practice sustainability, and help build healthy communities. Together, we reduce the environmental, economic, and human costs of prisons.

 

We will update our website to reflect these changes in the near future.