Article by Jim Ray, Pantex Wildlife Biologist/Scientist
In recent years there has been “a new bird on the block” and I find it interesting that I keep catching them in traps set for skunks, feral cats and other critters. It appears that Curve-Billed Thrashers enter the traps just because they like to explore tight spaces. I also observe them going in and out of spaces under porches, in wooden and steel pallets, in bird houses, and in other tight quarters. Perhaps they are looking for spiders and paper wasps, and other creatures that like structure and darker places.
I have chosen the Curve-Billed Thrasher as bird of the day #4. Compared to the previous three “honorees,” the American Bald Eagle, Cliff Swallow, and Dickcissel, the curve-bill will be a new introduction to most of you. However, once clued in here, Pantex employees will notice this songbird throughout the working areas of our facility.
The Curve-Billed Thrasher is one that I became familiar with while growing-up in my hometown of Dalhart, Texas. A pair of curve-bills nested each summer for several years in a large cholla cactus in the backyard of my next door neighbor. I would monitor these nests closely from nest-building through fledging. Through the years, I developed the habit of looking around for a cholla cactus whenever I noticed a curve-bill …and, sure enough, there was usually one nearby. Knowing how cholla feels when I have brushed up against it, I always figured that the bird had an excellent plant to associate with when it came to selecting a place to nest.
Curve-Billed Thrashers are a southwestern bird, occurring in the western half of Texas, the Oklahoma Panhandle, and southwesterly including southern portions of New Mexico and Arizona, and down through the northern half of Mexico. It is related to the more common Northern Mockingbird, looks somewhat like it, except for a longer, more curved bill, and even sounds similar to it, except the thrasher’s voice is more “muffled” than the mockingbirds. It also lacks the characteristic white wing patches of the mockingbird. The juvenile curve-bills’ beaks are straighter than the older birds until they reach their second year of age. These birds spend less time leaping into the air than the mockingbird and more time running and pecking, and plucking insects and other invertebrates from vegetation, and the surfaces under or on man-made structures.
During my first five years of my working at Pantex, our staff did not observe a single Curve-Billed Thrasher, and I really would not have expected to observe many since we do not have any big, mature cholla cacti on site. However, I finally observed one at Pantex in 2004. Out of curiosity, I looked at the U. S. Geological Survey’s Breeding Bird Survey Data for curve-bills and found that major population increases have occurred here in the shortgrass prairie, especially since 2002. These thrashers have a major presence at my home, too, showing daily interest in my Purple Martin houses and my honey bees.
Keep an eye out for Curve-billed Thrashers around our buildings and at home. They are quite conspicuous (activity and sound) and you will find them to be quite abundant and entertaining. They are one of the few songbirds that stay paired and together over the entire year – consequently, you may see both members of the pair. Curve-billed Thrashers are certainly an interesting member of our Wild Pantex.
Article by Jim Ray, Pantex Wildlife Biologist/Scientist
I look back over my 17 years at Pantex and am most appreciative of the “output” that we have accomplished through collaborative partnerships. In today’s economic climate and tightening budgets, it is easy for most people to understand the role that “resource sharing” can have in getting and keeping a project up and running. But, what I am referring to is more collaborative, ranging from partitioning of activities to various levels of shared oversight of research projects as co-principal investigator and then production of output to get information to where it can be used.
Since 1999, collaborative research studies at Pantex have included six projects with West Texas A&M University, three with Texas Tech University and the Texas Tech/U.S. Geological Survey Cooperative Fish and Wildlife Research Unit; and one involving Canada’s University of Manitoba and York University. For Pantex, these collaborations have involved contracting on most projects and universities and Pantex staff serving as co-investigators, but also large contributions that included Pantex staff performing several key functions, such as:
- Trapping, radio-tracking, and down-loading and retrieving satellite collars from bobcats;
- Searching for, capturing, measuring, pit-tagging and radio-tracking Texas horned lizards;
- Searching for, capturing, and radio-tracking prairie rattlesnakes;
- Radio-tracking Swainson’s hawks;
- Capturing, measuring and deployment of G.P.S. (Global Positioning Systems) and geolocator data-loggers on the backs of adult Purple Martins.
These have worked well, with professors, students and myself dividing the service as lead presenter on presentations and lead-author on publications among the appropriate co-authors. As an example, we see the possibility of five publications coming from a recently-completed project. The “scribble” board behind me has the topics listed, with each including the initials of the investigator and their efforts to get the paper’s first draft started as senior-author among the student, professor and myself. This efficiency is proven, using the output of another project, which produced nine publications on behalf of our U.S. Department of Energy/National Nuclear Security Administration customer: six led by students as senior author and three led by myself.
To date, the collaborations have contributed more than 12 scholarly and four popular-style articles, 42 presentations to major audiences, dozens of presentations to public and civic groups, and many interactions with the media. Collaboration facilitates the technical oversight and also real-time knowledge for Pantex in terms of meeting agency program objectives. The projects and contributions that deal with migratory birds have garnered the Pantex Plant as DOE/NNSA’s single-allotted nomination for the Presidential Migratory Bird Federal Stewardship Award in four of the six years of the award’s existence. In 2016, the Plant’s work earned the agency the distinction of ‘final three finalist’ for the award. From an “output” standpoint, the result is “win-win”, because not only do we get information out to where it needs to go for the customer, credibility is enhanced due to the truly collaborative make-up of the projects.
Texas Tech University doctoral student Katherine Watson, Pantex Wildlife Biologist Jim Ray (left), and Pantex Agronomist Monty Schoenhals (right), with two juvenile Swainson's hawks that are now wearing satellite transmitters for studying the species' interactions with wind turbines in North, Central and South America.
Turner Construction, the construction arm of the Administrative Support Complex (ASC) development team, began site mobilization and early construction activities at the 50-acre ASC site. Turner Construction took advantage of the fall weather to mobilize work crews focused on clearing vegetation, installing perimeter fencing, erecting temporary trailers, and surveying for the building foundation and underground utilities. Construction crews are now focused on drilling for foundation piers and fabricating pier rebar cages and concrete pier placements.
Construction crews have begun surveying the land and preparing for construction of Pantex’s Administrative Support Complex.
“It’s been amazing to see the site change every day,” said Chris Howard, CNS’s project manager for the ASC.
“Our Pantex management team is engaged with Lawler-Wood, the ASC development team lead, on a daily basis to ensure the facility will meet our tenant needs for a safe and secure environment to meet the NNSA mission,” said David Will, CNS’s program manager for the ASC.
To address the complexities and importance of the Pantex ASC, a management team is centering resources to ensure the project is successful. ASC construction activities will ramp up in the coming weeks to prepare site utilities while continuing concrete piers, footings, and grade beams to support the building’s large foundation.
Pantex recently had a British invasion, and it wasn’t the Beatles or the Rolling Stones but the United Kingdom Atomic Weapons Establishment (AWE), participating in the High Explosives Workshop.
The United Kingdom Atomic Weapons Establishment and representatives from Los Alamos National Laboratory and Lawrence Livermore National Laboratory participated in the recent High Explosives Workshop hosted at Pantex.
This was the first UK/U.S. workshop hosted at Pantex. Although the two have interacted in the past, it was the first time the countries focused on high explosives. Representatives from Lawrence Livermore National Laboratory (LLNL) and Los Alamos National Laboratory (LANL) also attended the workshop.
"We have had interactions with Joint Working Groups with the UK, but these only slightly touched on explosive manufacturing," said Barry Hill, senior manager, High Explosive and Materials Testing. "Some joint working groups focused on manufacturing practices, not so much on explosives."
Past interactions have been on Joint Working Groups, or JOWOGs, covering topics such as energetic science and manufacturing practices, and have been greatly beneficial.
"Besides [JOWOGs] being technically beneficial for both the U.S. and UK high explosives community, it’s highly valuable in maintaining and growing the collaborative relationship between new and experienced scientist and engineers on both sides of this long-standing alliance," said Monty Cates, senior director, Explosive Technology Operations.
With a recently expanded treaty, more information regarding explosive manufacturing can be shared between the two countries. Sharing the W76 program and commissioning similar facilities means both sites are facing many of the same challenges. The workshop allowed for discussions about pressing, machining, additive manufacturing, the growing pains that come along with new facilities, and lessons learned along the way.
"This workshop was a great opportunity to collaborate and share practices to improve in safety process and efficiency," said Eddie Yarker, an AWE principal manufacturing engineer. "It was also a great way to gain a wider knowledge and how it is processed here (in the United States)."
Not only was the workshop a great experience between the U.S. and the UK, it was also a valuable learning opportunity for employees at other sites. New employees at LLNL who were not familiar with high-explosives production and Pantex in general were able to learn about some of the processes.
"We have a lot of new staff who aren’t familiar with Pantex or the other sites; we were able to bring some here and let them get an orientation of Pantex as well as the other sites," said Micha Gresshoff, a LANL engineer.
Gresshoff also said that being able to learn the broader mission and learn how production is performed at Pantex are valuable to their staff and their program.
The fruits of the workshop have been plentiful for the UK Atomic Weapons Establishment, according to Mick Parry, the AWE acting principal production manager of explosives, and the momentum gathered from the workshop has carried over to their site. "We have returned with lots of ideas for future improvements and collaborations between our two sites," Parry said.
Article by Jim Ray, Pantex Wildlife Biologist/Scientist
As part of November’s Native American Indian Heritage Month, it was a fitting tribute to consider the unique relationship that Native Americans had with a bird that Pantex works with quite extensively. Thanks to several eastern and, especially, southeastern tribes, the Purple Martin earns the distinction of being North America’s longest managed songbird. When European settlers arrived on our eastern shores, they found Native Americans hosting colonies of Purple Martins in their villages. The birds would nest each summer in hollowed-out gourds that the village inhabitants hung for them from cut saplings. They obviously appreciated the birds, whether it was for control of biting insects or those known to damage their crops or the drying meats and skins that hung about their villages. Perhaps another benefit was the warning provided by alarm calls that the birds tend to give when a predator or human stranger approaches.
Human's continue to provide Eastern Purple Martins nesting cavities as they have for thousands of years.
It is not known for sure just how long this relationship existed, but it is estimated that the bottle or birdhouse gourd (Asian or African origin) arrived in what is now the eastern United States around 8,000 years ago. Regardless, the relationship propelled Purple Martins east of the Rocky Mountains to shift from natural cavities to that of multi-compartment birdhouses and hollow gourds for nesting. The only known exception, today, is a few pairs that nest in woodpecker cavities in a single stand of flooded palm trees in Florida.
So how does this relate to the United States Department of Energy/National Nuclear Security Administration’s Pantex Plant?
Within the spirit of Executive Order 13186, Responsibilities of Federal Agencies to Protect Migratory Birds, we have spent considerable time working towards the conservation of this declining migratory songbird through a multi-pronged approach. Specific projects involve a unique outreach program that resulted in the banding of over 10,000 Purple Martins among more than 40 colonies in Texas and Oklahoma. In 2013, Pantex expanded this work by collaborating in a partnership led by York University, the University of Manitoba, and the Purple Martin Conservation Association in studies of this bird’s ecology during the non-breeding season. Pantex purchases and deploys geolocator and G.P.S. data-loggers, thus providing a critical study site in the southwestern extremity of the range. Lastly, we have contributed technical guidance to a graduate-level class at Texas Tech University which analyzed data collected by citizen scientists across the range.
Among the benefits of the program; extensive media attention, presentations to bird watching, civic, and technical groups; as well as several publications on the bird, the program, and its results. Co-authored publications led by York University and the University of Manitoba on important stop-over and wintering sites used by Purple Martins are considered “breakthrough” and appearing in the most prestigious of scientific journals. An anticipated publication led by Texas Tech University will indicate the value of managed bird housing in contributing to the continued existence of the eastern Purple Martin.
Amidst all of this work, and myself being fortunate enough to host a colony of Purple Martins at my residence, I often wonder how many generations of humans have provided homes for these birds? As mind-boggling as it may seem, there may very well have been more generations involved in this bird’s management pre-European settlement, than afterwards. We are excited to be able to contribute to conservation of this storied songbird species.