Tag Archives: ecological restoration

The Cedar Creek Turtles Return!

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Written by Marissa Scoville, SPP Ecological Coordinator

A Western Pond Turtle being handled by an incarcerated technician. Photo by SPP Staff.

After a long hiatus Cedar Creek Corrections Center (CCCC) and the Sustainability in Prisons Project (SPP) were happy to welcome back the Western Pond Turtle (WPT). The WPT program has been active since 2013, but due to Covid-19 SPP had to take a two-year break from the program. With the return of the program SPP has begun working with a team of incarcerated technicians to provide care to these turtles by helping them recover from illness so they can return to their native ponds and help the population grow.

WDFW biologist handling a Western Pond Turtle. Photo by SPP Staff.

The WPT are a Washington state listed endangered species. Biologists from Washington Department of Fish and Wildlife (WDFW) trap the turtles and examine them for signs of shell disease. Shell disease is caused by a keratin eating fungus that infects the WPTs and creates lesions on their shells, left untreated it can be fatal. Turtles that are show symptoms of shell disease are then brought to PAWS Wildlife and Rehabilitation Center (PAWS) for treatment. This year all the turtles that received treatment were from Peirce County. After treatment the turtles have a long road to recovery, and this is where the technicians at Cedar Creek come in to play.

Veterinarian from PAWS teaching technician, Jason Matson, how to examine shell disease lesions on a Western Pond Turtle. Photo by SPP Staff.

At Cedar Creek, the turtles are kept in a small building lovingly dubbed by both staff and technicians alike, “The Turtle Shack”, which was renovated this year to house the turtles. Due to the two-year break in the WPT program and the new Turtle Shack, there was a lot of work to set up before the turtles could arrive! But supplies were quickly gathered, and the tanks and lights were set up as well, and pretty soon The Turtle Shack was ready to house the WPTs. On March 9th, 2022, the eight WPTs were transferred down from the PAWS facility to Cedar Creek by WDFW biologist Emily Butler.

WDFW biologist showing technician, Jason Matson, how to check the WDFW number on a Western Pond Turtle. Photo by SPP Staff.

Turtle technician, Heath McQueen, examining a Western Pond Turtle when the turtles were first brought to Cedar Creek. Photo by SPP Staff.

Once the turtles arrive at Cedar Creek, the technicians work hard to care for this endangered species. The technicians prepared and fed the turtles a varied diet of smelt, mealworms, night crawlers, turtle pellets, mixed greens, and reptile gel. They also provided daily water changes and weekly tank cleanings to prevent possible infections in the turtles’ post-treatment wounds. With daily behavior observations the technicians quickly learned the personality each turtle had, some were shy and preferred to hide all day while others were bold and sassy, preferring to bask all day and would occasionally attempt to pick a fight with their tank mate. It is important to note aggressive turtles were separated in their tanks with Plexi glass to prevent potential injury (this would not stop them from endlessly hissing at each other though). Physical observations were also regularly made to ensure treated lesions were healing or if new lesions developed. These observations helped the technicians notice if a turtle acting differently and may need medical attention, thankfully no extra medical attention was required for this round of turtles. In what felt like minutes, the turtles were rehabilitated and ready for release.

Weekly photos of the carapace (top shell, image on left) and plastron (bottom shell, image on right) were taken weekly to track the healing process and reference in case of new suspected lesions. Photo by SPP Staff.

On May 5th, 2022, the turtles were transported to the Pierce County release site, where their native ponds are located. Here a small staff made up of SPP and WDFW members checked all the turtles prior to release. Unfortunately, the technicians were unable to join this year’s release. The pre-release checks consisted of weight and size measurements, Passive Integrated Transponders (PIT) scans and verifying each turtle’s WDFW number. After this the turtles were brought down to the ponds. At the Pierce County site each of the turtles were released back into the same pond which they were trapped in many months ago. Each of the staff took turns releasing the eight WPTs into their native ponds. The turtles swam away and rejoined their population just in time for the summer and the WPT mating season. SPP and the Cedar Creek crew are very happy to see the successful release of the WPTs but will be missing the turtles until the next batch of are trapped for treatment.

Western Pond Turtle released into Pond at Peirce County Peirce County site. Photo by Danielle Jimenez, Communications Consultant from Washington Department of Corrections.

Student Impact Statement

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By Graham Klag, SPP Prairie Conservation Nursery Coordinator and MES Student

Graham recently presented on the SPP-supported project at an International Association for Landscape Ecology – North America conference; see his virtual poster here.

The team examines and discusses new root growth; two of the technicians, Ronald Snider and Toby Erhart, seen here with Graham. Photo by Shauna Bittle.

The Sustainability in Prisons Project (SPP) affords Master of Environmental Studies students an endemic and indelible academic and professional-development opportunity. My experience as the Prairie Conservation Nursery Coordinator for the programs at Stafford Creek and Washington Corrections Center for Women (SCCC and WCCW) gave me the chance to promote my academic and professional passion: promoting the restoration and enhancement of marginalized populations of Pacific Northwest prairie plant communities. While I contributed to the ecological functions of the Pacific Northwest’s most endangered ecosystems, I also learned how to better support the basic human functions of endangered and marginalized populations of people.

Working with incarcerated technicians continually revealed their resourceful creativity and their desire to meaningfully contribute to the society from which they have been disconnected. Masters students such as myself support technicians’ connections to ecological concepts, while we also connect our (my) consciousness to our nation’s culture of incarceration.

In the project, this was the first violet to bloom! Photo by Graham Klag.

My thesis research project uses coconut coir mats for the restoration and enhancement of the early-blue violet (Viola adunca) for the larval development of the Oregon silverspot butterfly. The project has been possible only due to the combination of resources and partnerships that SPP has afforded me. As part of my work coordinating SPP’s Prairie Conservation Nurseries, my position helped me access hoop house space, seed, materials, staff, input, and other resources that have led to the success of my research project. The experience allows me to see the value of project-based adaptive management, scientific research, and education to advance the skills and education of technicians and myself.

The team discusses trials of mat substrate types; Toby Erhart and Bien Van Nguyen are the most-visible technicians. Photo by Shauna Bittle.
SCCC’s place-made prairie; the technician holds the garden’s design template. Photo by Graham Klag.

During my time with SPP, I have learned that this connection to place is a basic human need. While dealing with incarcerated technicians’ unfortunate connection to the place of prison, we fostered their connection to other ecosystems — ones that need our help. The fortune of those rare ecosystems can be found from more and more connections to conservation science.

I see restoration ecology as a place-making process. Through my research design and implementation, technicians and I shared in the scientific method, connecting us to the coastal prairie environments of the Washington and Oregon coast. As part of that process, this year we constructed a prairie garden inside the facility at SCCC; we planted extra prairie plants that we had grown for various restoration sites within the Salish lowlands and created a bit of prairie inside the prison.

At the basis of all life’s functions is the need for connection. My position with SPP combined with my studies provides me a connective power. I wish to share that power with individuals disconnected from our modern society. SPP is a true asset to The Evergreen State College’s mission and core values, providing academic and professional empowerment opportunities to students, staff, and the greater community. I feel lucky to be a part of this special community experience and reflect on human ecology and empathy. I have new insight into how the landscape reflects how we treat each other and the good life of being a Greener.

Graham at the Rock Creek coastal prairie research site with ready-to-plant plugs of early blue violet (Viola adunca), Roemer’s fescue (Festuca roemeri), and coastal strawberry (Fragaria chiloensis). Photo by Rolando Beorchia from Institute for Applied Ecology.

Fall Flowers

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Text and photos by Graham Klag, SPP Prairie Conservation Nursery Coordinator

Showy Fleabane (Erigeron speciosus) shows off in the nursery yard. Photo by Graham Klag. 

Stafford Creek Corrections Center has hosted a prairie conservation nursery since 2009 — that’s ten years. Considering how many partners are involved and the challenges of growing rare and endangered species, a decade of success is impressive, to say the least!

In 2019, the team grew 35 different species of plants to restore and enhance precious prairie ecosystems in Washington and Oregon. Here are some of the flowers of fall, blooming inside the prison nursery. 

Could there be a better dark orange than the flowers of harsh Indian paintbrush (Castilleja hispida)?!
This is bluebell bellflower (Campanula rotundifolia). 
This is a wider view of the nursery yard.

A Beautiful Spring and Explosive Summer at WCCW

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in Conservation Programs Ecological Restoration Gardens Nature inside Science

Photos and text by Jacob Meyers, Prairie Conservation Nursery Coordinator

Pop. Pop. Pop. Scream. Laughter. Pop. Pop. Pop.

Crew members (left to right) Tammera Thurlby, Danielle Castillo, and Angela Jantzi harvesting Viola adunca on a hot summer day.

That may sound like a group of teenagers watching a horror movie while waiting for the popcorn to finish in the microwave. In reality, it was a scene that played out a couple weeks ago, as I and several nursery technicians spent the afternoon harvesting Viola (violet) seeds. The scream was mine: a seed pod caught me off guard when it unexpectedly exploded in my cup. The crew (rightfully so) hasn’t let me forget that a Viola seed pod scared me half to death. (In my defense, a spider had just crawled across my leg and I was a little bit on edge.)

It’s rarely a dull moment at WCCW these days. While most of the flowers finished blooming in early May, June and July have been full of exploding violet pods and which means there is a lot of work to be done! As my co-worker wrote a few weeks back, the early-blue violet (Viola adunca) is an extremely important prairie plant in the recovery of prairie landscapes, and to the Fritillary butterflies (Zerene Fritillary – Speyeria zerene bremnerii – and the Great Spangled Fritillary – Speyeria cybele pugetensis) in particular. At WCCW, we have two species of viola currently – the aforementioned early blue violet and the yellow violet (Viola praemorsa). The Viola adunca cultivated at WCCW is collected for seed to aid in the recovery of the Zerene fritillary (Speyeria zerene hippolyta) on the Oregon Coast.

Violets are commonly known to even the most inexperienced gardener. Heck, even people who don’t garden are familiar with the small, heart-shaped flowers that are typical of the genera. But what you may not know is that the Viola genus contains more than 500 species! The ones we grow at SPP are a bit hardier than your typical Viola. The species we cultivate are found in places where water is hard to come by—prairies, savannahs, sand dunes and on the edges of woodlands. Regardless of where they are found, Viola species serve as an important nectar source for pollinators.

Here are some pictures of the beautiful blooms we had at WCCW this year:

 

The early-blue violet (Viola adunca) is found across the cooler states and provinces of North America in coastal sand bluffs, prairies, and woods. Another of its common names is the sand violet.

 

There are 8 beds of Viola adunca at WCCW. The plants are six inches apart, which is a bit tighter than is typical for a seed farm or nursery, but allows us to cram in approximately 400 Violas in each bed!!

 

Viola praemorsa, or the canary violet, is far less common than its bluish-purple cousin. This violet is only found in western North American oak savannahs and oak woodlands.

 

This is a wide view of all the raised beds at WCCW. Viola praemorsa in the foreground, Viola adunca (purple flowers) beyond, and two beds of wild strawberries (Fragaria virginiana) all the way in the back. Strawberries are also an important pollinator plant in prairie habitat.

 

 

Scott Skaggs is the Grounds & Facilities Supervisor at WCCW and helps manage the Nursery Crew. In the photo above Scott is doing a little bit of spot weeding.

While very pretty, the beautiful flowers have a forthcoming message – it’s reproduction time! And after those beautiful signals go off and a little bit of magic (sexual reproduction via pollination), little baby plants (aka seeds) begin to emerge!! After baking in the sun for a number of days or weeks, Viola species all form capsules or “pods” that split open and disperse. Or as is the case in the species we grow at SPP – the pods explode like the one in my cup. The photos below show seed pods developing, and their processing after we harvest them.

 

In the above photo, a Viola adunca plant is starting the reproduction process. The seed pods are typically green colored and curled up like an umbrella when they first emerge. As the pods mature, their color whitens and the stems stands up straight in preparation for pod explosion.

 

A mature Viola adunca seed pod: notice the whiter coloring and erect stem; this is the perfect time to harvest the pods.

 

This photo shows what happens when Viola pods go unharvested. Most of the pods’ seed disperses about 5 feet in every direction during the explosion – some have been found up to 10 feet from their parent plants!!

 

Sometimes, however, the seed stays put. This isn’t great for the plant’s reproductive success rate; for people collecting seed, it’s a welcome sight!

 

Harvesting all of the seed pods ready at one time can take the entire WCCW crew anywhere from 3 to 5 or 6 hours. Depending on when during the collection season we’re harvesting, there can be a lot of pods to pick!

 

After harvesting, all of the pods go into bins where they can continue to dry out and “pop” for easy collection. Here is a bin of Viola praemorsa sitting on a window ledge to get a little extra sunlight.

 

A tule cloth on top keeps all the seeds from flying all over the office!

 

In this photo most of the pods have already exploded and left behind their seed on the bin floor. These are Viola praemorsa seed which is quite a bit larger (at least 2-3x larger) than Viola adunca seed.

 

After going through several rounds of sifting with professional grade sieves all that remains is A LOT of Viola adunca seed. It has been a tremendously successful season at WCCW. We anticipate easily surpassing our goal of 2-3 pounds!

 

This picture illustrates just how small Viola adunca seed actually is! The small size is another reason why harvesting seed mechanically or after the pods explode is nearly impossible!!

Looking through these pictures one might be able to deduce that the task of harvesting viola seed can be monotonous, and quite time consuming. As technician Tammera Thurlby told me, “I harvested so many viola seeds/pods that when I close my eyes it’s all I can see.” But beyond helping the Fritillary butterflies prairie habitat here in the Pacific Northwest, the caring for and cultivation of violas at WCCW also produces something that might be harder to see – an opportunity for the technicians to grow and heal themselves. “My life has been a lot of taking, so it’s nice to be able to give back,” said Ms. Thurlby.

“Give back to what?” I asked.

“To everything. Helping save an endangered species, doing something positive and constructive with my life rather than destructive,” she replied.

Her words reminded me of what I heard from a technician at Stafford Creek, Michael Gorski; he said to a group of partners, “A lot of what they’re [SPP] growing is people. They’re saving lives – opening the master key for life.”

Little Viola seeds turn into plants with beautiful flowers, which in turn may feed an endangered butterfly; but you never know what kind of seed you are planting in any given moment or interaction when working with people.

Technician Tammera Thurlby holds up a tiny Viola adunca seed pod during a day of harvesting this past summer.

What is an Aquatic Emergent Pre-Vegetated Mat?

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in Conservation Programs Ecological Restoration Partners

By Amanda Mintz, Emergent Vegetation Conservation Nursery Coordinator, and Master of Environmental Studies student

EVM tech at work

Technician Kent Dillard inspects the plants for evidence of pests. Photo by Fawn Harris.

In SPP’s new Emergent Vegetation Conservation Nursery at Stafford Creek Corrections Center, we are growing native wetland plants in coconut fiber mats for wetland restoration projects. The program relies on a team effort from incarcerated technicians, prison maintenance staff, Evergreen’s program coordinators and managers, Joint Base Lewis McChord, the Center for Natural Lands Management, Washington Department of Fish and Wildlife and the United States Fish and Wildlife. All have done an amazing job meeting the challenges of the innovative program’s technical demands.

EVM meeting

DOC’s Jim Snider, technician Brian Bedilion, aquaponics expert Daniel Cherniske and SPP Program Manager Kelli Bush tour the nursery. Photo by Fawn Harris.

Coconut fiber mats, or “coir” mats, are commonly used in restoration for erosion control and suppression of weeds such as reed canarygrass. We are pre-planting them with wetland sedges and rushes, giving those beneficial plants a head start under nursery conditions. These plant types are known as “emergent” for their ability to grow through—emerge from—the water’s surface. Our hope is that the plants will be able to out-compete weeds and provide superior habitat for wildlife, such as the endangered Oregon spotted frog.

To grow the plants, we are using an aquaponics system. Two large fish tanks contain more than 100 koi, which produce waste that the plants use as nutrients. The water from the fish tanks circulates through the plant beds and then back to the fish tanks to pick up additional nutrients. The plants grow directly into the coir mats and do not need soil. By using an aquaponics system, we save water and reduce the need to weed or fertilize the plants.

We installed the first mats at Joint Base Lewis McChord in early November, and plan to have new mats ready in just a couple of months.

carl-and-mat

Conservation Nursery Manager Carl Elliott prepares to unroll a mat at JBLM. Photo by Amanda Mintz.

 

vegetated-mats-at-jblm

The first mats have been installed! Photo by Amanda Mintz.