Tag Archives: Education

SPP Plant Profile: Early-Blue Violet (Viola adunca)

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in Education Science

By Graduate Research Associate Evan Hayduk

Early-Blue Violet (Viola adunca) Photo: Rod Gilbert

Basic information:

Viola adunca, or early-blue violet, is a short perennial with short slender rhizomes. Leaves are alternate, heart shaped to ovate. The flowers of this viola are blue to deep violet, but can often be whitish at the base. Flowers have 5 petals, and bloom from April to August. Fruit are born in capsules with three valves, and the explosiveness of the splitting of the capsules often makes seed collection tricky.

Ecological Importance:

The Mardon skipper (Polites mardon) butterfly depends on Viola adunca as a spring-flowering nectar source. The small orange butterfly is found on two South Sound prairies, and is listed as a State Endangered Species and is a Federal Candidate Species. Zerene fritillaries (Speyeria zerene) also use Viola adunca, but as a larval host. Three subspecies of the Zerene Fritillary are listed on the U.S. Endangered Species List, including the Oregon Silverspot which is classified as threatened in California, Oregon and Washington.

Studies have found that Viola adunca are poor competitors, and are easily displaced by invasive species. Non-native grasses increase thatch density and vegetation height, compete for resources and reduce open space for germination and thus reduce Viola adunca populations. Experiments also show that fire stimulates germination in Viola adunca, and fire could be used to increase Viola adunca populations and provide more area for nectar and larval hosting for butterflies.

Early-Blue Violet (Viola adunca) Photo: Rod Gilbert

Fun facts:

Violet leaves contain more vitamin A than spinach, and a half-cup of leaves has more vitamin C than four oranges! Now, don’t go out and start eating, Viola adunca is a very important larval host and nectar source for threatened butterflies. Another reason to limit consumption: its rhizomes, fruits and seeds are poisonous. Adunca means hooked, and other common names include the hooked-spur violet and the western dog violet.

SPP Plant Profile: Roemer’s Fescue (Festuca roemeri)

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in Education Science

By Graduate Research Associate Evan Hayduk

Festuca Roemeri, Roemer’s Fescue

This is the first installment in a new series of pieces we are calling our plant profiles. Over the coming months we will highlight one of the 40 species of prairie or riparian plants that are grown at Stafford Creek Correctional Facility. This is intended to give you an idea of what we are growing, focus on the conservation importance of each species, and offer a few fun facts about each species.

Basic Information: Roemer’s fescue is a bluish, gray-green tufted bunch grass that grows from British Columbia (southeastern Vancouver Island and the Gulf Islands), and west of the Cascade Mountains in Washington, Oregon and Northern California. These areas are typically temperate, with maritime influence. Roemer’s fescue grows from sea level to about 2500 ft. The species is also found in thin-soiled windswept shorelines on the islands of the Puget Sound, the Strait of Juan de Fuca and the Straits of Georgia.

Ecological Importance: A foundation species of the prairies of the Pacific Northwest, Roemer’s fescue is predominately found in the glacial outwash prairies of the South Sound and those which have a history of anthropogenic burning.  Its quick growth makes this fescue an effective ground cover, but its bunch grass nature allows for the growth of other important prairie species, including associated species common camas (Camassia quamash), field woodrush (Luzula campestris), spike goldenrod (Solidago spanthulata), early blue violet (Viola adunca) and prairie lupine (Lupinus lepidus) to name a few.

Who is this Roemer guy anyway? Roemer’s fescue is named for Swiss physician, professor of botany and entomologist Johann Jakob Roemer (1762-1819). Roemer was best known for one of the greatest achievements in the history of Swiss entomology, the Genera insectorum Linnaei et Frabricii. Roemer also published the 16th edition of Carlos Linnaeus’ Systema Vegetabilium.

Fescue in the teaching gardens at The Evergreen State CollegeFescue plugs

Fescue plugs

 

Butterfly Rearing Commences at Mission Creek

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in Ecological Research Education Science

Butterfly Rearing Commences at Mission Creek

By Graduate Research Associate Dennis Aubrey

The first painted lady butterfly to eclose in the SPP lab at Evergreen.

At long last, the wait is over. After almost a year of preparation, the butterflies have finally arrived! Inmate technicians at Mission Creek Corrections Center for Women (MCCCW) have been caring for painted lady larva for almost three weeks now, and over the weekend they got to watch their first butterflies emerge from their chrysalid.

The painted ladies are being reared as a training surrogate for the endangered Taylor’s checkerspot, which inmates will begin to work with next February. These training butterflies were chosen for their relative hardiness and fast life cycle, which will allow the inmates to go through several complete revolutions before graduating to the much more delicate Taylor’s checkerspot. So far the inmates involved have surpassed expectations in every way.

As the final phases of greenhouse construction were being completed, the student intern on the project, Dennis Aubrey, began rearing painted ladies at the Sustainable Prisons Project (SPP) lab on The Evergreen State College (TESC) campus. This was done to work out the fine details of adapting the Taylor’s checkerspot rearing protocol for use with the painted ladies, and to prepare for training the inmates at the facility. Following this, 200 painted lady eggs were ordered and delivered to MCCCW, where eager inmate technicians began learning how to care for these delicate insects.  Working with butterflies in the SPP lab approximately two weeks ahead of the ones at MCCCW was incomparably helpful in training the inmates effectively.

Inmate butterfly technicians at MCCCW caring for painted lady caterpillars and recording observations

From the time they began, the inmates have been taking very detailed carefully drawn notes, and have been tending to their charges with the patient meticulous care that makes all the difference in rearing projects such as this. At SPP’s frog project at Cedar Creek Corrections Center, the large amount of time inmates dedicate to caring for the endangered Oregon spotted frogs has led to the largest specimens raised at any institution. Last week, when Dennis visited Mission Creek to check on the inmates’ progress, he couldn’t help but notice that the painted lady chrysalids were significantly larger than he was able to produce in the SPP lab. Whether that’s a factor of the light and beneficial conditions in the greenhouse, or is directly attributable to the increased daily care, it’s hard to say. Either way, it’s a great sign of things to come for the future success of the project.

Frog Predator Response Experiment at CCCC

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in Ecological Research Education Science

By Graduate Research Associate Sarah Weber

Oregon spotted frog

 

 

 

 

 

 

 

 

The Oregon spotted frogs (OSF) at Cedar Creek Corrections Center (CCCC) are the subjects of a growth comparison study between two separate OSF populations: Black River and Conboy Lake.  Inmates at CCCC are raising the two populations side-by-side in separate tanks, keeping all rearing conditions identical, in order to compare growth rates.  Measurements have been taken throughout the rearing season and will be taken again just prior to release in October at Joint Base Lewis McChord.  The OSF population at Conboy Lake is the only source population that successfully cohabitates with bullfrogs, a primary predator of OSF.  The hypothesis is that OSFs from Conboy Lake are bigger in size, and as a result of that, are faster in their response to predation.  This study will help determine whether or not captive rearing efforts should focus primarily on the Conboy Lake population.

As part of the comparison study, the OSFs predator response instincts were also tested.  Twenty frogs from each population were isolated for a short period of time in a stimulus free environment.  One by one, they were placed in a large plastic tub filled with just enough water to cover their bodies.  Once they relaxed enough to come to the surface and rest with their eyes out of the water, a plastic ball–tethered to stop before impact–was dropped from above, simulating a predator in the wild.  Each individual test is filmed to record the amount of time it takes each frog to react to the “predator”, and also to record response distance in its effort to escape.  The film is reviewed and data logged at the Oregon Zoo.  The data will allow for a parallel test between the Black River and Conboy Lake populations, and also a comparison between OSF rearing institutions, CCCC and Oregon Zoo.

The experiment took place at CCCC under the supervision and guidance of Senior Research Scientist Dr. Marc Hayes and Kyle Tidwell from the Oregon Zoo.  SPP interns Dennis Aubrey and Sarah Weber, and CCCC OSF inmates assisted with noting sex, coloration and tag number as well as taking the measurements and weight of each individual frog in order to identify any size or mass related variation in response. The inmate’s contribution to the predator response experiment and the side by side growth comparison study is integral to development of the OSF captive rearing program.  The rearing season continues at CCCC with inmates raising fat, healthy frogs getting closer to their release date.

Predator response experiment underway!

 

Weighing and measuring frogs

Celebration and Transition

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in Sustainable Operations

Celebration and Transition

By SPP Project Manager Kelli Bush

The Sustainable Prisons Project (SPP) recently celebrated another year with our many wonderful partners.  The event, held on a cool summer evening at the Olympia Farmer’s Market, featured a wide range of guest speakers representing various aspects of the Sustainable Prisons Project.  Speakers from Department of Corrections, Joint Base Lewis McChord, The Evergreen State College (TESC), Center for Natural Land Management, Washington Department of Fish and Wildlife, and a prison volunteer each spoke about the significance of SPP from their perspective.

 

The event was also an opportunity to honor out-going Co-Director and Co-Founder of the SPP, Dr. Nalini Nadkarni.  Nalini has accepted a position at University of Utah as the Director of the Center for Science and Math Education.  She will remain involved with SPP as Senior Advisor.  Nalini is also continuing work to share SPP with other states, including at her new location in Utah.

 

We also welcomed new SPP Co-Director Dr. Carri LeRoy.  Carri began working with the SPP team in April and she officially began her new role as SPP Co-Director July 1st.  She is a stream ecologist and a member of the Masters of Environmental Studies faculty at Evergreen.  Carri is an excellent addition to the team and we look forward to continuing the Project with her leadership.

 

After a year filled with declining budgets we are extremely grateful to our partners, students, TESC staff, foundations, and grant funding sources that helped keep this project going.  We are excited to see what the next year brings!

 

To donate to the SPP and help bring conservation into Washington prisons, click here.

SPP Launches New Conservation Program at Mission Creek Corrections Center for Women

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in Ecological Research Science

Taylor's checkerspot

Adult female Taylor's chekerspot

SPP Launches New Conservation Program at Mission Creek Corrections Center for Women

By Graduate Research Associate Dennis Aubrey

The Sustainable Prisons Project (SPP) and the Mission Creek Corrections Center for Women (MCCCW) are preparing to launch a brand new conservation program.  In addition to prairie plants and Oregon spotted frogs, we will be partnering on a new captive rearing program to raise Taylor’s checkerspot butterflies (Euphydryas editha taylori) for release on South Sound prairies.  The Taylor’s checkerspot is listed as a state-endangered species in Washington and is a candidate for listing under the federal Endangered Species Act.  These butterflies once flourished on glacial outwash prairies, low elevation grassy balds and coastal grassland sites from southern British Columbia to central Oregon, but in recent decades habitat loss and degradation have reduced it to a few small, isolated populations.

Staff at MCCCW are currently hard at work constructing a custom greenhouse at the prison which will house the program, The UV light transmission of the glass structure will provide the checkerspots with ideal growing conditions, and its interior partition will create two separate climate controlled rooms.  The building is expected to be complete by the end of the month, and the first release of larva onto South Sound prairies will occur in April 2012.  Currently the Oregon Zoo is the only facility rearing Taylor’s checkerspots.  The new structure at the prison will provide a second rearing program to assist with butterfly recovery efforts.   The project is generously funded by the Army Compatible Use Buffer (ACUB) program, US Fish and Wildlife Service, and The Nature Conservancy.  Other collaborating partners include Washington Department of Fish and Wildlife, Washington Department of Corrections, the Evergreen State College, the Oregon Zoo, and Joint Base Lewis McChord.  Even though the new rearing facility is not yet complete, SPP graduate student intern Dennis Aubrey has been busy preparing for the new program.  Dennis is receiving training from staff at the Oregon Zoo as they raise checkerspots, as well as assisting with field activities. He recently helped release 1036 prediapause checkerspot larva at the Scatter Creek Prairie restoration plots.  Along with staff at MCCCW, he also helped conduct interviews and hire inmates for the rearing technician position.  Dennis will continue to play an active role in training incarcerated women to become butterfly rearing technicians.

checkerspot release

Graduate student intern Dennis Aubrey helping release checkerspot larva at Scatter Creek

Our partners at MCCCW have been enthusiastic participants in all phases of the planning and implementation of this project.  All involved are optimistic that this is the beginning of a successful long-term undertaking to recover endangered butterflies and bring science education to incarcerated women.  This program promises to be an integral part of a growing culture of sustainability and conservation at the facility.

To donate to the SPP Taylor’s Checkerspot Program and help conserve biodiversity in Washington, click here.

Arboriculture Workshop at Cedar Creek Correction Center

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in Education Science

Noe Cardenas- Certified Arborist- City of Seattle teaching about arboriculture

The SPP recently held a full day workshop on arboriculture at Cedar Creek Correction Center.  The workshop was a great success with nearly 40 inmates (maximum allowed) and approximately 12 staff in attendance.   Arboriculture is defined by the International Society of Arboriculture (ISA) as the art and science of planting, caring for, and maintaining individual trees.  Arborists are knowledgeable about tree health and are trained and equipped to provide proper care.  Inmates participating in the workshop already have an interest and some experience working with trees.  They are all members of Washington Department of Natural Resources (WDNR) forestry crews.  Inmates on these crews work full-time planting trees, controlling weeds, fighting forest fires, and assisting with native plant restoration projects.

The workshop covered a wide range of tree-related topics including: forest ecology, an introduction to arboriculture, tree biology, tree career options, pruning, and a tree climbing demonstration.  Seven different volunteer presenters took time away from their busy schedules to share their passion for trees with the inmates.  The goal of the workshop was to introduce inmates to arboriculture and other tree-related careers.  We hope to inspire inmates to consider becoming ISA Certified Arborists.  ISA certification is quickly becoming a minimum requirement in many tree care companies.  Certified Arborists are able to demonstrate a standard of knowledge and dedication to tree care; which can provide an advantage in today’s job market. The ISA has generously donated 50 certification exam study guides and featured the SPP in the April edition of their publication Arborist News.

Dan Kraus- World Champion tree climber giving climbing demonstration

If resources allow, the SPP will work with our partners at WDNR and Washington Department of Corrections (WDOC), to build a certification training program in the near future.  The training program would bring together volunteer instructors to help qualified inmates prepare for the arborist certification exam.  An education and certification program at Cedar Creek Correction Center could provide multiple benefits including:

  • employment opportunities at a decent wage for inmates post-release;
  • green-collar job training which builds a new work force to care for our urban forests;
  • involvement with the ISA, an organization that encourages on-going educational and professional development;
  • the program may serve as a model for other prisons and other states;
  • with increased employment opportunities and education, inmates may be less likely to re-offend when they are released.

Inmates participating in arboriculture workshop

Many thanks to the volunteer presenters, students, and agency partners that helped make the workshop a success.  Please stay tuned as we carefully explore options for expanding this education opportunity.

Smoke Water

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in Ecological Research Education Science

Posted by Graduate Research Associate Carl Elliott

In a plant nursery that focuses on native plants and restoration, expectations are a bit different than at a traditional commercial nursery. Commercial nursery production has focused on those plants that make a good economic return for the grower. All managers of commercial nurseries know that if you have a rapid and efficient turn-over of plant material through the year, you generate a greater income per square foot. There is an industrial infrastructure and research to support the industry in this process.  For restoration nurseries interested in basic germination protocols or more complex issues of genetic integrity or in-breeding depression, there is not such a well-developed research infrastructure, and a great many questions remain to be answered.

At the conservation nursery at Stafford Creek Corrections Center, we have generated a number of basic scientific questions regarding the germination ecology of the prairie species we cultivate. One of the most engaging is the seeds response to prairie fires. Fires have been an integral tool to maintain prairies in the Pacific Northwest for at least 8,000 years. The fires in this ecosystem are not natural; they were used by First Peoples to maintain the extant and health of the prairies that are surrounded by evergreen woodlands. The seeds of over 250 species of plants have been shown to significantly increase in response to the smoke generated by fires. This is particularly true for species from fymbos matorral, chaparral and grassland ecosystems. So, our project developed a question to determine whether the smoke from fires could increase the germination rates of some of the more difficult to germinate plants.  Rather than apply smoke (and therefore fire) to the seeds themselves we applied smoke infused water as a treatment to seeds.

I took on the scientific design and execution of the seed germination experiments as part of my graduate thesis at The Evergreen State College. However, the experiment is a fully collaborative endeavor. The Nature Conservancy collected and curated the seed from their Shotwell’s Landing nursery. The offenders at Stafford Creek cleaned the seed, counted out replicates and participated in the germination experiments involving six of the species. The experiment involved measuring the germination rate of the six species. The seeds were divided into three treatment groups: two different levels of smoke water and a plain water control. The offenders applied the treatments to 10 replicates of each and the monitoring for germination went for 35 days.

Inmates at Stafford Creek Corrections Center count seed.

To prepare for the experiments, the offenders participated in workshops designed to facilitate discussions about the scientific methods used to come to robust conclusions. It was not the first time that offenders were exposed to a scientific reasoning process. Many have previous educational experience or have attended enough lectures organized by the Sustainable Prisons Project to be confident about offering their opinions to a discussion on scientific methods. At this point the experiments are nearly complete on most of the species and we can compile and analyze the results. My goal is to be able to go over some of the statistical methods used and get the offenders input on how the results we get can be used in the nursery to increase our propagation success. Look forward to the results in future posts.

A New Season

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in Ecological Research Education Science

By Graduate Research Associate Carl Elliot

The nursery sowing season at Stafford Creek Correction Center (SCCC) opened amidst mud and construction.  Excessive rainfall throughout the spring led to great volumes of mud around the nursery, just as we completed the moving of the greenhouses from one area of the prison to another. I know that sounds redundant – excessive rainfall in Aberdeen, Washington – but it was truly more rain that usual.  April 2011 was one of the top five coldest April’s on record and one of the top ten years for precipitation. The State Climatologist’s report has some interesting facts about our anomalous weather. The rainfall combined with construction made for a muddy mess, but the building was well organized by the construction supervisors and crew at SCCC. Though they had to apply more foundation rock into the muddy morass than was budgeted, the green house and two hoop houses were up and running by the middle of April.

The greenhouse is beginning to get full as offenders sow seeds

Sowing began with some new species this year and some of the target species from previous years. Lomatium triternatum, the nine leaved biscuit-root, was a new species to the nursery and the early sowing in April should make for well rooted plants by October. Castilleja hispida (harsh Indian paintbrush) and Viola adunca (blue violet) are two species vital to the pollination ecology of the Salish Sea (Western Washington) prairies. We will probably be sowing these two species every year at the nursery for as long as it is in existence; the need for them for pollinator restoration is inexhaustible. With these two species, our goal this year is to perform trials, testing the germination rate in response to varying lengths of stratification. Stratification is the process of subjecting seeds to cold and/or moisture to replicate environmental conditions required to break seed dormancy.  Through trials, we hope to determine the appropriate amount of stratification time these seeds require to generate a high germination and seedling success rate.  To date, our experiences germinating these species in the nursery has not corresponded with what is indicated in the published literature. 

Research Associate Carl Elliot teaches about the ecology of the plants offenders are learning to sow.

We’ve also had several new members join the crew.  These new offenders have benefited from the training and experience of those that have returned from last season. The training video that was produced last year is very helpful in providing and introduction to nursery techniques.  We’ve partnered each new member with a mentor to learn about nursery production.  By learning each aspect of the nursery from soil making to record keeping, the offenders develop a greater range of skills to use when they re-enter society.

SPP Research Associates Present Their Theses

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in Ecological Research Education Evaluation Prison Life Science

By Graduate Research Associate Alicia LeDuc

Two of SPP’s former Graduate Research Associates have completed theses for the Master of Environmental Studies program at The Evergreen State College.  Liesl Plomski and Sarah Clarke selected topics related to the Sustainable Prisons Project. Both women have been integral parts of SPP since its early inception, working closely with inmates and DOC staff in two of Washington’s prisons.

Liesl Plomski presented her thesis regarding best practices in the rearing of endangered Oregon Spotted Frogs, drawing on her experience working with inmates at the Cedar Creek Corrections Center in Little Rock, Washington.  Plomski said she enjoyed working with inmates on the conservation efforts and that, “experiencing the importance of tuning people into a passion for positive development has definitely affected my subsequent career choice since finishing at Evergreen.” Plomski now lives in Portland, Oregon where she works mentoring at-risk youth.

Sarah Clarke completed her thesis on the impact of horticulture therapy and how working with living things affects the knowledge, behavior, and attitudes of inmates participating in the Sustainable Prisons Project.  Her work included data from four institutions working with  SPP.  Reflecting on her experience with inmates at the Washington Corrections Center for Women in Gig Harbor, Washington, Clarke said, “working with SPP has profoundly changed my life.  It has been rewarding on a personal level to work with inmates and see how interacting with nature benefits them.” One of SPP’s first Graduate Research Associates, Clarke said it was exciting to be part of a ground-breaking project from the very start. “It was a meaningful job that will be hard to replace,” she said.  Clarke now works at the Evergreen State College as a youth educator in the childcare center.

Both former SPP staff attested to the personal growth and professional rewards of working with the SPP.  Referring to her work lecture coordination and project evaluation efforts, Clarke said SPP enhanced her ability to work independently, manage time efficiently, work with a wide range of people, and change roles quickly. “I gained confidence to make judgments and take actions in new territory,” she said. Plomski agreed with Clarke’s observations, adding that working with SPP also improved her communication and analytical skills while working in a variety of different settings.

Most of all, the former Research Associates attested to the immense personal reward and satisfaction they felt when working with SPP.  Plomski said, “You come home at the end of the day and honestly feel like you’ve made society a little better, you actually did something.” For Clarke, it was, “really rewarding to witness the human healing that comes from working with nature.”  Both Plomski and Clarke have made contributions that continue to leave a lasting impact on the inmates, DOC staff, and community members they worked with over the course of their tenure with the Sustainable Prisons Project.

To view Sarah Clarke’s thesis, click here.

Liesl Plomski’s thesis is available here.