Emily Butler, Biologist with Washington Department of Fish and Wildlife (WDFW), delivers this year’s western pond turtles to Cedar Creek.
Biological Technicians George Gonzalez, Donald McLain, and Jeramie Inge help the turtles settle in.
Biological Technician, Lorenzo Stewart, examines the effects of shell disease on one of the turtles.
Upon arrival, and before technicians transfer them to their new homes, the turtles are offered an appealing snack of prison-grown mealworms.
A state listed endangered species, the western pond turtle struggles with a shell disease. Each year, wildlife veterinarians at Progressive Animal Welfare Society (PAWS) treat afflicted turtles. Technicians at CCCC then care for, feed, and monitor the turtles through their recovery period. In the spring, they will be released back into their habitat.
Lorenzo Stewart labels each enclosure.
The turtles at Cedar Creek have access to underwater and basking areas, both heated to comfortable temperatures for the turtles. While their surroundings are kept simple and clean during their recovery, it is important that the turtles have hides where they can escape for some privacy. This enclosure features two hides, one for each of the turtles.
The turtles are typically housed two per enclosure, for companionship. Technicians monitor each pair to ensure compatibility.
CCCC has been caring for western pond turtles from the Puget Sound region since 2013. The biological technicians have the program running smoothly and efficiently.
South Puget Sound Wildlife Area in Lakewood, WA. Photo by Marisa Pushee.
It’s turtle trapping season for the Washington Department of Fish and Wildlife (WDFW). When we arrived onsite at the South Puget Sound Wildlife Area, Wildlife Biologist Emily Butler was already hard at work and chest-deep in one of the three ponds at the wildlife area that western pond turtles (WPT) call home. Emily and two dedicated volunteers were diligently placing traps in turtle habitat.
Emily Butler, Assistant District Biologist, Wildlife Program with one of the traps she uses for western pond turtles. Photo by Marisa Pushee.
Along with trapping, WDFW also identifies turtle nests in the area. They establish a barrier to protect the site from predators. The barrier pictured below protects an active nest that currently houses WPT eggs. While the eggs will hatch in the fall, the turtles will not emerge until next spring, and it is crucial to protect them from predators until then.
Western Pond Turtle Nest. Photo by Marisa Pushee.
As a recent addition to the SPP team, I was excited to see the Western pond turtle habitat firsthand. I am taking over Jessica Brown’s position as Conservation Coordinator with Cedar Creek Corrections Center (CCCC) and Larch Corrections Center (LCC), and working closely with WDFW to help western pond turtles fight off shell disease. Critically endangered in the state of Washington, WPT are a crucial native species that have recently fallen victim to shell disease, which deteriorates their shells and shortens the turtles’ lifespans.
In the next week WDFW will locate and identify any turtles that show signs of shell disease. The turtles that they trap will be evaluated at Progressive Animal Welfare Society (PAWS) where veterinarians will determine which individuals require treatment. Those turtles will then be transferred to Cedar Creek Corrections Center (CCCC) where SPP Biological Science Technicians will care for and monitor them through their recovery, then releasing the turtles next spring.
Left to right: SPP Liasion Tyler Kennedy, SPP Conservation Coordinator Marisa Pushee, Technician Daniel Silva, Technician Lorenzo Stewart, Technician George Gonzales, Technician Darin Armstrong, SPP Conservation Coordinator Jessica Brown. Photo by Amanda Mintz.
It was a pleasure to see the South Puget Sound Wildlife Area firsthand and gain insight from Emily. With two new Biological Science Technicians also joining our team, we all look forward to meeting our new patients soon and helping them along to a speedy recovery. Stay tuned for updates on our turtles in the fall!
by Keegan Curry, SPP Taylor’s Checkerspot Butterfly Coordinator
Each year, the Sustainability in Prisons Project’s (SPP) Taylor’s Checkerspot Butterfly Program rears thousands of endangered caterpillars for reintroduction to the wild. Incarcerated technicians at Mission Creek Corrections Center for Women (MCCCW) shepherd these rare butterflies through each of their four life stages—eggs, larvae, pupae, and adults. The transition from winter to spring is an exciting time for the program because that’s when all the action happens: the larvae wake up and begin to eat, followed shortly by pupation, adult emergence, and captive breeding.
Taylor’s checkerspots are adult butterflies for only about 5 weeks during the spring, so things happen fast; now that we’re nearing the end of “flight” season, it all feels like a white and orange blur! And yet, a lot has happened in the past few months. Two new butterfly technicians joined our team, ~2,800 post-diapause larvae were sent to Joint Base Lewis-McChord for release, 225 adult butterflies eclosed in the lab, and technicians hosted site visits for some of our most valued partners (including one very special guest). To top it all off, the MCCCW butterfly crew celebrated their most productive breeding season to date!
(Left to right) Technician Susan Christopher, WDFW Biologist Mary Linders, and Technicians Nichole Alexander, and Alexis Coleman work together to decide which caterpillars should be released this year and which ones should remain at MCCCW for captive breeding.
Technician Nichole Alexander labels individual deli cups full of caterpillars that have just been woken up from winter diapause. Over 3,000 hungry caterpillars now line these shelves waiting to be released!
WDFW Biologist Mary Linders directs volunteers at a Taylor’s checkerspot release site. We transport caterpillars from the prison to the field and very carefully introduce them to their new environment.
A volunteer transplants Taylor’s checkerspot caterpillars to Plantago lanceolata host plants. It is early spring, so much of the prairie vegetation has yet to flower.
A few caterpillars remain in the MCCCW lab where they will mature to produce some of the program’s next batch of eggs. Here, a few caterpillars get fat and happy as they prepare for pupation. A group of fifteen caterpillars can eat up to eight Plantago leaves per day! Technicians have to feed them constantly to keep up with their appetites.
Once they have reached the appropriate size, caterpillars crawl to the top of their mesh enclosure and hang in a ‘J’ shape before transforming into a chrysalis. Pupation is such a strange and beautiful process to behold, and MCCCW technicians get to watch it happen right before their eyes.
Midway through the season, Carolina Landa (far right) and Dennis Buckingham (second from the left) paid a special visit to the butterfly program. Dennis was the first SPP coordinator and Carolina was one of the original incarcerated technicians, and the part she played in shaping the program is legendary. Carolina returned to MCCCW and share valuable words of encouragement with the current technicians. It was a great opportunity to present Alexis Coleman, Nichole Alexander, and Susan Christopher with their Butterfly Rearing and Research Specialist certificates.
About three weeks after pupation, butterflies begin to emerge from their chrysalises. This is a rewarding moment for the butterfly technicians, but it also means more work! Each butterfly needs to be fed honey from a Q-tip, weighed on a scale, photographed, identified as male or female, and placed in the appropriate enclosure.
Technicians pair male and female checkerspots based on their genetic lineage. Males and females are introduced to each other in these mesh tents. The butterflies were very cooperative this year, wasting no time in consummating the match.
Mated pairs are removed from the breeding tents. Technicians then place the female butterflies on Plantago plant for egg-laying. The male gets to go hang out with his buddies until they are released into the field.
A mated female lays eggs near the base of Plantago lanceolata. In the wild, this is a great place to keep the eggs safe from harm, but in the lab, eggs laid this way pose a challenge for technicians. They will have to use a tiny paintbrush to remove these fragile eggs and transfer them to a 5.5oz cup where they will eventually hatch.
(Left to right) MCCCW Superintendent Devon Schrum, SPP Co-Director Kelli Bush, USFWS Biologist Karen Reagan, Alexis Coleman, Susan Christopher, Tracy Hatch, USFWS Division Manager Tom McDowell, Nichole Alexander, and SPP Coordinator Keegan Curry take a group photo in front of the butterfly lab. Karen and Tom from USFWS oversee Taylor’s checkerspot recovery on a regional level; they took time out of their busy schedules to visit the MCCCW captive rearing program and see firsthand the work that incarcerated technicians are doing to support endangered species conservation.
Technician Alexis Coleman shares her observations about Taylor’s checkerspot egg-laying behavior with Tom McDowell and Karen Reagan from USFWS.
This year was the most productive breeding season to date for MCCCW: our captive-bred butterflies laid over 7,000 eggs! This is great news for the program and for species recovery in the field, and the technicians at MCCCW should be proud. Their contributions are vital to restoring Taylor’s checkerspot populations in Washington State.
Prior to delivery, we rolled up the mats and let them drain for 24 hours. Even with reduced water, each mat weighs about 60 pounds when it is delivered—healthy roots and shoots are heavy!
Each mat contains a combination of native wetland plants: spreading rush (Juncus supiniformis), tall mannagrass (Glyceria elata), and creeping spike-rush (Eleocharis palustris). The mats were produced in Stafford Creek Corrections Center’s aquaponics greenhouse by a team of corrections staff, incarcerated technicians, and SPP-Evergreen staff.
Staff and volunteers from CNLM and JBLM lay three, 1-meter by 3-meter mats side by side and anchor them with biodegradable stakes.
At each site, the mats are arranged in squares, three meters on each side. Staff and volunteers from JBLM and CNLM prepared the sites using a variety of combinations of herbicide, mowing, and solarization to remove the reed canarygrass; on the day of mat installation, they removed dead grass and root material with weed cutters making it easier for the plants in the mats to make contact with soil and establish themselves quickly. Teams will revisit each square to determine which of the various reed canarygrass treatments best allowed the native wetland species to take hold.
At the site shown here, reed canarygrass was treated only by mowing; in the background, you can see its pre-mowing height of up to six feet tall. Sarah Hamman deploys a water depth gauge–believe it or not, this is a wetland!
Will the coconut coir mats prevent reed canarygrass from growing back? Will the native plants grow quickly enough to establish healthy populations, competing for space with the reed canarygrass? Stay tuned to find out!
Three, 3-meter square mats in each replicate (experimental copy), three replicates per site, and three sites!
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.
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.
Oregon Spotted Frog egg masses at Joint Base Lewis-McChord indicate SPP's conservation efforts are working.
The most exciting news imaginable came in last week! Biologist Jim Lynch and his team discovered the first Oregon spotted frog egg masses on Joint Base Lewis-McChord since captive rearing programs were established.
This indicates the overall success of reintroduction efforts so far. Some of the frogs released have survived to reach sexual maturity, and furthermore have done so in large enough numbers to find one another and successfully reproduce.
The news was greeted with great relief and elation on the part of all four rearing institutions. Until now we have been diligently working with our partners at the other captive rearing facilities, not knowing what impact the work was having on the local Oregon Spotted Frog population. Egg mass surveys will continue in the next few weeks to assess the extent of breeding success.
SPP research associate Dennis Aubrey releases frogs he raised with inmates at Cedar Creek Corrections Center.
In related news, the frogs which were held over the winter at the OSF facility at Cedar Creek Corrections Center were successfully released on Ft. Lewis. We now know that they joined a waiting population of siblings! Interestingly, it was striking to note the behavioral differences in the frogs at the actual moment of release. When the lids were pulled back on the travel tubs containing the frogs, some immediately scrambled into the water and dove down to instantly bury themselves in the mud, while others were clearly reluctant to depart and had to be hand-coaxed into the cold water. The last few sat on the outstretched hands of SPP research associates Dennis Aubrey and Sarah Weber for several minutes and ultimately had to be dunked and let go before they would swim away.
SPP research associate Sarah Weber coaxes a hesistant frog into its new habitat.
To donate to the SPP Oregon Spotted Frog project and help conserve biodiversity in Washington, click here.
From left: SPP Research Associate Dennis Aubrey, WDFW Senior Biologist Marc Hayes and a CCCC offender measure the frogs' growth and health.
Over the winter inmates in SPP’s Oregon Spotted Frog (OSF) program at Cedar Creek Corrections Center (CCCC) have been caring for frogs from Northwest Trek, the Oregon Zoo, and the Woodland Park Zoo that were too small or unhealthy for release into the wild. The frogs have thrived under the offender’s constant care and are slated for release late this winter. By caring for the undersized frogs, CCCC has helped the zoos save money and staff time as they prepare for the new frog rearing season and tend to the many species of animals in their care. The experience has also provided more hands-on science training for offenders.
The CCCC frog program is expanding its rearing space from one tank to four and will accept twice as many frog eggs this season. Using four tanks will allow side-by-side comparison of frogs from two locations, Conboy Lake and the Black River. Conboy Lake frogs may grow larger and faster due to their exposure to invasive bullfrogs.
These Oregon Spotted Frogs show healthy growth and will be released this winter.
Washington Department of Fish and Wildlife Senior Biologist Marc Hayes suggested the comparative study at CCCC to to test this hypothesis and its implications for frog conservation. Partnering with SPP allows graduate students and offenders the unique opportunity to participate in this research.
To help reduce costs and the carbon footprint of the program, the SPP OSF team has also expanded and improved cricket breeding at CCCC. After many trials and errors, and incorporating tips provided by experts, SPP staff and offenders are now creating a cricket husbandry manual. The manual will be used to train the next group of offenders and students working on the project and may also help other facilities interested in sustainable source of crickets.
On October 27, 2010, former and current Sustainable Prisons Project Research Associates Liesl Plomski and Jill Cooper attended the South Sound Science Symposium on Squaxin Island where they represented SPP’s Oregon Spotted Frog Captive Rearing Project at Cedar Creek Corrections Center in Littlerock, WA.
The symposium provided an opportunity to network within the South Sound’s scientific community and spread the word about the great success SPP conservation projects have experienced in the past year. Plomski and Cooper presented a scientific poster at the symposium describing the Project, garnering interest in the Project from symposium goers.
The symposium proved to be a great outreach and learning opportunity for Sustainable Prisons Project staff and event attendees. “It was wonderful to see the wide array of cutting-edge environmental work being done in the Puget Sound area,” Cooper said.
Posted by Graduate Research Associate Liesl Plomski
Offenders at Cedar Creek Corrections Center have been preparing their Oregon spotted frogs to be released in late September at Joint Base Lewis-McChord. In this process each frog must be weighed, measured, pit tagged, and photographed. Pit tags are little chips that are inserted under the skin which can be scanned to reveal an ID number. Following release into the wild biologists can recapture frogs, scan the tag, and identify individuals. Once they have identified an individual frog, scientists compare the frog’s weight and size prior to release with current weight and size. These measurements help the biologist assess the individual’s health and may provide an indication of their ability to survive in their natural habitat. If a frog has lost the pit tag, it is possible to identify them from their photo. Each Oregon spotted frog has a unique spotting pattern on its back. Preparing the frogs for release is one more way offenders at Cedar Creek are contributing to scientific research and assisting with the recovery of Oregon spotted frogs.
WA Dept of Fish & Wildlife Biologist Marc Hayes collecting data
Oregon spotted frog photo for identification post-release
