Tag Archives: Washington Department of Fish and Wildlife

French Film Crew Visits SPP!

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in Education Prison Life Science

By SPP Project Manager Kelli Bush

Filming Oregon spotted frog search

A French documentary crew recently visited Western Washington to film a new episode for their National Geographic series “Guardians of Nature”.  The episode will include segments featuring the Sustainable Prisons Project (SPP) Oregon Spotted Frog Program and riparian forest research conducted by SPP Co-Director Dr. Carri LeRoy.

 

The film crew spent an entire day with the SPP Oregon Spotted Frog Program team.  Filming began at Cedar Creek Correction Center in the morning.  SPP staff and inmates walked the crew through the daily tasks associated with caring for the endangered frogs.  Prison Superintendent Doug Cole shared his thoughts on the benefits of the program from a prison perspective.

SPP Co-Director Carri LeRoy and Project Manager Kelli Bush at West Rocky Prairie

The afternoon was spent at West Rocky Prairie in the greater Olympia area.  West Rocky Prairie is home to a wild population of Oregon spotted frogs.  Dr. Marc Hayes, senior biologist at the Washington Department of Fish and Wildlife, led the group to a wetland location where he netted two juveniles and one adult frog to show the film crew.  He explained how factors such as habitat loss and bull frog predation have led to the decline of the species and discussed current efforts to recover the native population.  The day concluded with summary discussion of the Sustainable Prisons Project and the many benefits of including incarcerated individuals as partners in conservation and sustainability work.

The film crew also spent a day with Dr. Carri LeRoy filming riparian and stream science research on the Hoh River. The Hoh River is a braided gravel stream channel fed from the glaciers of the Olympic Mountains and flowing through densely vegetated temperate rainforest and cottonwood (Populus trichocarpa) gallery forests. Dr. LeRoy’s research on how the genetics of cottonwood trees can influence both other members of the ecological community associated with the trees and the ecosystem-level processes of riparian forests was the focus of the interview. Although it might seem impossible for something as small as a gene to have an effect on a whole ecosystem, there are many examples of the strong organizing power of genes. Genes can influence the insects that live in tree canopies, bird predation and nest building, deer browsing, soil organisms, nutrient cycling, carbon flux, water use and even adjacent stream communities and ecosystem processes. Dr. LeRoy’s “Genes-to-ecosystems” research involves examining the interactions between tree genes, forests and streams through leaf litter fall.

With the dynamic backdrop of ice-blue water and lush vegetation she demonstrated methods for measuring soil respiration (a combination of root respiration and microbial/insect respiration) at the base of a large cottonwood tree. In addition, she placed leaf litter bags of known tree genetics into a small tributary stream of the Hoh River and collected aquatic insects from the cobbly bottom. It was a gorgeous summer day spent in one of the most pristine river systems in Washington State.

The crew has featured beautiful locations all of the world, but this will be the first episode filmed in the US.  The show is primarily carried on stations throughout Europe.  We were thrilled to have the opportunity to share our work with “Guardians of Nature” and an audience on the other side of the planet.  The two segments will likely be available early spring 2012 and will be posted to our website as soon as they are available.

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

Frog Project Initiates New Research

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in Ecological Research Education Science

By Undergraduate Research Associate Dennis Aubrey

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.

Farewell Frogs!

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in Ecological Research Prison Life Science

By Graduate Research Associate Jill Cooper

Releasing frogs at Joint Base Lewis-McChord

It has been another successful season rearing Oregon Spotted Frogs at Cedar Creek Correction Center.  A total of 1,346 were released into a wetland site on Joint-Base Lewis-McChord.  The four rearing institutions (Oregon Zoo, Woodland Park Zoo, Northwest Trek, and Cedar Creek Corrections Center) came together to release this year’s batch of frogs into the wild; a collaborative effort to stabilize the native populations.

The Sustainable Prisons Project has been working with Washington Department of Fish and Wildlife and Cedar Creek Correction Center (CCCC) to raise endangered Oregon Spotted Frogs since 2009. CCCC boasts having the largest frogs of any participating rearing institution, with100% of this year’s frogs large enough for release into the wild.

CCCC’s rearing success can be attributed to the amount of time and attention the offenders are able to give the frogs.  The offenders form genuine bonds with the frogs; some are given names, like “Lefty” or “NASCAR.”  The few deceased frogs have been placed in an offender-created “frog cemetery,” with hand-made gravestones.  One of the inmates patiently waits with his hand in the frog pond, and frogs will often come sit in his hand to be pet.

Cedar Creek Frog Maintenance

The day of the release, the frogs were loaded into containers and driven north to Joint-Base Lewis-McChord and their new home. CCCC is a minimum security pre-release facility, sometimes referred to as “camp,” where offenders are sent with minimal time remaining on their sentence. For participating offenders, the release of the frogs in part symbolizes their own impending release back into society.

Superintendent Doug Cole and Classification Counselor Marko Anderson of CCCC along with SPP Student Research Associates Liesl Plomski and Jill Cooper had the opportunity to release some of the frogs.  “It was a sight to see all 1,346 frogs hop into the water and instantly disappear with their well camouflaged bodies,” said Cooper.

Red coloration indicates healthy growth

Each frog has a micro-chip and will be tracked by volunteers who regularly visit the wetlands to conduct research, using special wands that detect the frogs’ signals.

At the conclusion of the release, 29 of the frog “runts” from other institutions were taken back to CCCC because they were not large enough to be released.  These frogs will be nurtured during the winter and released in the spring.  One offender says that this new batch of frogs is, “more skittish than the last;” hardly any of the frogs come sit in his hand.  Nevertheless, they are rapidly growing.  In just the past few weeks, the frogs have gained weight and are already beginning to show some red coloration. With another successful year of frog-rearing logged, the future looks bright for the Cedar Creek frog team.

Offenders Prepare for Frog Release

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in Ecological Research Prison Life Science

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

New Frogs Have Arrived!

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Posted by Graduate Research Associate Liesl Plomski

Cedar Creek Correction Center kicked off their 2010 Oregon spotted frog rearing season in late March. Washington Department of Fish and Wildlife delivered around 80 larvae from the Black River in Thurston County to the Prison. Since then the frogs have been moved from 6-quart containers indoors to a 300-gallon tank outside. Many of the tadpoles have begun metamorphoses and are developing front legs. They are developing much faster than last year.  The inmates prepare a “Popeye” food mash of romaine lettuce, kale, and spirulina to feed to the tadpoles four times a day.  We’re impressed by how quickly the frogs are growing and maturing; so far things are on track to match the success of the 2009 season.

Frog Project Receives Grant from Oregon Zoo Foundation

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in Ecological Research Science

Posted by Graduate Research Associate Liesl Plomski

This April, Cedar Creek Correction Center was awarded a $4,375 grant from the Oregon Zoo Foundation to expand the Oregon spotted frog captive rearing program at the prison. This is the first time the grant has ever been awarded to the Department of Corrections, or to an institution that is not solely dedicated to scientific research.  This will allow the prison to expand from the current capacity of 75 frogs to a future capacity of 300 frogs. Right now the project buys thousands of crickets which are shipped from Alabama – this grant will also help expand the cricket rearing area, which was started with $500 from the Department of Fish and Wildlife. Crickets are the main diet of captive reared Oregon spotted frogs after their complete metamorphoses (from larvae to early adult-hood). 

In its first year of the project, Cedar Creek Correction Center reared 67 of 78 larvae to adulthood. They hope to use these funds to increase the number of frogs release back into the wild in the 2011 rearing season.

Women offenders gather for health conference inside prison

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in Education Health Prison Life Science

Blog post by Graduate Assistant Sarah Clarke:

In September more than 100 offenders, correctional staff and guest scientists participated in the annual health conference at the Washington Corrections Center for Women (WCCW). Titled “The Mind, the Spirit, the Environment Maintained Equals a Healthy Body Sustained,” the two-day gathering featured a fitness instructor, inspirational speaker, poet, chaplain and two faculty members from The Evergreen State College. Imagine the scene as we all committed to healthier lives through laughter, tears and even aerobics!

Toxicologist and Evergreen faculty member Dr. Frances Solomon teaches inmates at the Washington Corrections Center for Women during the prison's annual health conference. Photo: Jeff Muse.

Dr. Frances Solomon, a toxicologist and visiting professor at The Evergreen State College, teaches inmates at the Washington Corrections Center for Women during the prison's annual health conference. Photo: Jeff Muse.

Led by Evergreen professor and forest ecologist Dr. Nalini Nadkarni, the second day kicked off with a multimedia presentation on the role of science in our lives, the importance of trees and emerging green-collar jobs. Dr. Nadkarni also announced our hope to initiate a butterfly-rearing project with the prison’s horticultural program and the Washington Department of Fish and Wildlife.

Next up, toxicologist and watershed specialist Dr. Frances Solomon discussed the impact of toxic chemicals on the environment and human health, including illnesses such as breast cancer. Afterward, offenders were given the microphone to ask questions and express thanks during an insightful and heart-warming feedback session.

Offender feedback through surveys and interviews is essential to the Sustainable Prisons Project. Photo: Jeff Muse.

Offender feedback through surveys and interviews is essential to the Sustainable Prisons Project. Photo: Jeff Muse.

In my experience, WCCW is quite different from the men’s prisons in which most of our work takes place. Though it’s heavily secured, a gentler, family-like atmosphere pervades the facility. We hope that we honored that character and linked inmates to the world outside the fence where many have parents, siblings and children rooting for them to succeed.

Interacting with inmates and correctional staff as well as extensive survey feedback gave us a good direction for future activities. Our next presentation, led by yours truly, will be “Sustainability 101” in early December. Afterward, we’ll help the prison adopt goals and strategies for lessening its impact on the environment while improving the health of everyone who lives and works there.

Beekeeping at the Stafford Creek Corrections Center

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in Ecological Research Education Science

Blog post by Project Manager Jeff Muse:

In the summer of 2009, more than a dozen offenders at the Cedar Creek and Stafford Creek corrections learned skills in beekeeping. Led by Evergreen scientist Sam Hapke and correctional staffers Vicki Briggs and Doug Raines, our part-time program involved both classroom study and outdoor work with hives in each prison.

While working in the prison garden, a Stafford Creek inmate cares for the prison's beehives. Photo: Doug Raines.

While working in the garden, a Stafford Creek inmate cares for the prison's beehives as part of a training program led by Evergreen scientist Sam Hapke. Photo: Doug Raines.

Offenders learned about bee biology and behavior, hive construction and maintenance, beekeeping equipment and commercial business practices — profitable skills for a post-prison career, be it in honey and beeswax production or pollinating fruits and vegetables in orchards and farms.

After collecting honey from the prison's beehives, Stafford Creek offenders learn how to create products such as lip balm and hand lotion. Photo: Doug Raines.

After collecting honey from the prison's beehives, Stafford Creek offenders learn how to create products such as lip balm and hand lotion. Photo: Doug Raines.

Under Hapke’s guidance, next year we hope to design and conduct inmate-led research projects with publishable results, not only advancing science, but also modeling this training program for other institutions. Often located in rural areas, prisons are uniquely positioned to support the pollination of wild and commercial plants while helping scientists study the alarming threat of bee colony collapse.

Under scientist Sam Hapke’s guidance, inmates hope to design and conduct research projects with publishable results. Often located in rural areas, prisons are uniquely positioned to support the pollination of wild and commercial plants while helping scientists study the alarming threat of bee colony collapse. Photo: Doug Raines.

A Stafford Creek inmate learns how to use a microscope for biological study. Photo: Doug Raines.