It’s hard to believe I’ve already finished my first week of interning at the BLM office in Roseburg, Oregon. Growing up in the Midwest, I could never imagine the different kinds of beautiful landscapes that waited in the Pacific Northwest outside of Illinois for me to see. For our first day in the field, we journeyed to a monitoring plot of Kincaid’s Lupine (Lupinus oreganus) which is a federally listed threatened plant. After driving in the mountains, we parked and proceeded to hike to the location of the plot.

Here is a picture of my co-intern, Robin, and one of the BLM botanists, Aaron, that we were assisting. We eventually made it to the plot and started our data collection. It was a 20×20 m plot and we had to record sizes  of the plants and amounts of inflorescences in each 1x1m section. It seemed that the plant population was growing and we even found plants outside of the plot, which indicated that it was spreading.

The next day we went to a different plot of lupines that were planted. I have never seen so much poison oak in my life. It seems that this will be the biggest hazard we will face in the field.

The next day we accompanied a few of the foresters from the BLM office into the field so they could look at several stands for timber sale. I learned a few different things such as that when selling a stand for harvest, they have to leave a certain amount of trees for habitat for wildlife that depend on them. Also, if the stand was burned over (which many of them were from wildfires within the past few years), they did not have to leave any trees for habitat and could sell the whole thing for harvest.

The stand between the rock outcrops and the already harvested stand was being evaluated for sale.

Here is a picture of a pretty gnarly snag that was in a stand being evaluated for timber sale.

Overall, it was a pretty good first week  of breathtaking views and gaining new skills and knowledge. I look forward to what the next couple months of this internship will bring!

Will Farhat – CLM Intern with the Bureau of Land Management Roseburg District

“A man on foot, on horseback or on a bicycle will see more, feel more, enjoy more in one mile than the motorized tourists can in a hundred miles.”

“The extreme clarity of the desert light is equaled by the extreme individuation of desert life forms. Love flowers best in openness and freedom.”

― Edward Abbey, Desert Solitaire

My drive out to Colorado began on the foggy North Coast of California. I packed up my car, took a few final moments in the company of the Ocean, cracked open Desert Solitare and headed east.

Having been to the deserts of Southern California only once, the opportunity to spend some time in the deserts of Nevada, Utah, and western Colorado seemed like the perfect opportunity to kill a bit of time on the drive out. I’ve always been fascinated by the desert- the dramatic contrast of the landscape, the strategic adaptations, and resilience of the life forms that exist among it, the hidden gems that exist within it. The sense of calm one can reach in the absence of noise at night, under a spectacular portrait of the nights’ sky.

A few bike rides, and slot canyons later I arrived in Denver, only to find that I would be heading back to the high deserts of Colorado in my first few weeks of my internship. For the next few months, I will be working out of the Colorado BLM State office under State botanist Carol Dawson doing rare plant demography and monitoring throughout the State.

A bit about the work:

The threatened and endangered species monitoring program out of the Colorado State office began in 2004 with nine plant species Federally listed under the Endangered Species act, and four candidate species that primarily occur on BLM land. The monitoring program is unique in that for each species, the State Office has employed a demographic monitoring approach to develop a greater understanding of the landscape, and population-level dynamics of each species.

The monitoring of such species is important towards determining the status of imperiled species, at the population and range-wide level, and their potential future condition given different management actions, and environmental stochasticites. Additionally, this monitoring program is important in developing adequate and efficient recovery measures using the best available scientific information possible.

Week 1: Astragalus debequaeus

Astragalus is member of the bean family (Fabaceae). It is considered to be imperiled at the global and state level. A. debequaeus is known only from the Colorado River Valley in Delta, Garfield and Mesa Colorado.

Astragalus is the largest genus of plants in the world, with over 3,000 described species. Rarity and Endemism are common in Astragalus given that the species has a tendency to speciate by the means of edaphic specialization (colonizing a specific soil substrate often confined to a narrow geographic range).

Astragalus debequaeus is a prime example of edaphic specificity, known only from the Atwell Gulch member of the Wasatch formation. A. debequaeus also seems to really enjoy colonizing the steepest, rockiest slopes, making for fun and mildly dangerous sampling sites.

Overall, it was a good first week, with two new macroplot sites scouted, and sampled, and a few tumbles taken.

Week Two: Sclerocactus glaucus

Week two began with a trip back out to Western, Colorado to sample the Colorado Hookless Cactus: Sclerocactus glaucus. S. glaucus populations occur primarily on alluvial benches along the Colorado and Gunnison rivers and their various tributaries. Since 2007, Denver Botanic Gardens and BLM have established over ten monitoring plots to gain a deeper biological understanding of S. glaucus.

A grand majority of known occurrences of S. glaucus occur on BLM managed lands, while a number of other occurrences occur on private lands. Potential threats to this species include: oil and gas development, grazing, and ORV use. Other potential threats include: Climate change (specifically drought-induced effects), predation, and parasitism by the cactus-boarer beetle (Moneilema semipunctuatum).

Unlike A. debequaeus, from the S. glaucus sites we visited, I noticed a much different composition of habitat-types at each site location. One interesting thing we found at one of the sites we sampled was an interesting composition of crypto-biotic soil crusts (a living layer of lichen, moss, microfungi and cyanobacteria that colonize the top layer of soil in many desert landscapes).

Sclerocactus glaucus

For more on cryptobiotic soils: https://www.nps.gov/articles/seug-soil-crust.htm

Overall, it was a good second week with a few sites showing promise of new recruitment, and a few showing signs of potential decline. For the rest of the week, I will tend to the tasks of data entry, and the further examination of soil crust samples from Sclerocactus sites. For the weekend, I look forward to finishing up some things in my garden, mushroom hunting, and getting some more dirt on my bike.

Until next time,

Sam

I found out about the CLM Internship through my university’s email. I remember reading the email and thinking, “This sounds like exactly what I’m looking for right now.” I graduated with my bachelors a year ago, with a degree in Fisheries and Wildlife and a passion for conservation without a clear idea of where to go with that. This internship would give me the opportunity to work outside in a beautiful part of the country (all I cared about was moving west towards the mountains) and learn more about conservation projects in the federal government. I sent in my application minutes before I left for a rock climbing and camping trip in Red Rocks Conservation Area outside of Las Vegas. I remember standing in a Starbucks in the suburbs of Vegas with dirt on my face trying to connect to their WiFi to check if CLM had mailed me yet about the internship. The sound that came out of my mouth when I read that I was accepted was somewhere between a screech and a cheer, and I can imagine it gave the patrons in that Starbucks more of a jolt awake than whatever was in their cup. A few weeks later, I had been offered a position in Lander, Wyoming to collect native wildflower seeds for the Seeds of Success Program, and I was overjoyed to accept.

I’ve been in Lander for not even a week, and it has not disappointed so far. The people I work with are friendly and knowledgeable, the town has a great culture, and I have already learned so much about the region. I spent most of the week getting acquainted around the office and helping to digitalize the herbarium (essentially taking pictures of all of the pressed plant specimens). We even had the opportunity to travel to a BLM field office a couple hours away to assist with digitalizing the herbarium there as well. This was my first work-sanctioned road trip, and it went really well. The drive from Lander to Rock Springs was gorgeous (the drive back towards the mountains was even prettier), and though we had our work cut out for us, we were able to document over 2200 plant specimens collected from around the Rocky Mountain region to be added to the online database. The work itself was pretty monotonous; it consisted of numbering the plant specimens to keep them in order, shuffling the plants into the photo box one by one, and monitoring the pictures to make sure the camera picked up the details in the plants. However, the company I was with made the hours go by quickly and enjoyably. Larry, the librarian who was in charge of the herbarium project, was knowledgeable about the region and gave me great ideas about where to explore in my free time. He was also a rock climber, and he mentioned some hidden gems near Lander that I am so excited to check out. My coworker and I also get along great, which makes me feel so lucky because I know we will be spending a lot of time together this summer.

My coworker and I working with the herbarium specimens.

For as long as I can remember, I have wanted to live and work near the mountains. I didn’t have a clear idea of what exactly I wanted to be doing, which I think ended up working in my favor because I had an open mind about the opportunities that presented themselves. Though I never originally imagined myself working with plants, I think it’s a great fit. The work lets me spend time in beautiful places while helping contribute to an important cause, which I believe is the best of both worlds. I am so excited to learn more about rare plants found around Wyoming, the ecology of the different regions here, and the mechanics of conducting field work with the federal government. I think this summer will prove to be invaluable, and I am eternally grateful to the CBG for granting me this experience.

Views from the drive back to Lander

Danielle from the Bureau of Land Management, Lander field office

Hello CLM blog readers

“Oh wow” pretty much sums up my initial experiences on the Ottawa National Forest in Michigan’s Upper Peninsula. The office is involved with different projects in the forest, many of which require onsite inspections and a chance to explore the regional flora. The Ottawa is currently emerald ash bore free however, its arrival is imminent. The Eco team, under the assumption that the black-ash will disappear, is making plans to protect the black-ash swamp communities. The plan is to identify large, predominantly black-ash swamps, girdle some black-ash trees, and then reseed the area with suitable tree species in order to replace the black-ash stands while keeping the surrounding community intact.

Forest service worker sanding near a large Thuja occidentals.

Also, I participated with other projects including: species surveys, tree planting along a riparian corridor, installing an experimental barrier at a boat launch to prevent the spread of invasive species on boats, and working with students and community partners to manually control garlic mustard. Instead of going into detail on all these projects, I will provide a short montage of cool plants I have seen on the Ottawa.

COUNT IT: I made the front page of the local paper, it was below the fold but I think it still counts. The entire office was out taking care of our adopted highway. I probably would have gone with a different caption.

Micah Melczer

U.S. Forest Service, Ottawa Supervisors Office, Ironwood, MI

The first week of my internship was good. I took a class on how to do PFCs for the BLM rangeland health assessments. I also learned about what all I will be doing this summer. Seems like it will be a good one!

Shortnose and Lost River suckers are two species endemic to the upper Klamath basin.  They are relatively slow growing and long lived, with maturation times of 5 and 8 years and average lifespans of 12 to 20 years.  Historically there were hundreds of thousands of each species living in upper Klamath lake.  Their abundance and large size (max length of about 2 feet) made them a reliable and culturally important food source for the native American tribes.  Now, with a host of different factors negatively affecting their survival, both species are federally listed as endangered.

In 2016, in an effort to prevent both species from going extinct, the US Fish and Wildlife service partnered with Gone Fishing, a local business that specialized in rearing tropical aquarium fish, to start a propagation and rearing program for Lost River and shortnose suckers.  This partnership was ideal for several reasons.  First, there was an already existing facility with ponds and a geothermal water source that proved to be useful with controlling water temperatures over winter.  Second, the owner had decades of experience and expertise with rearing and propagating fish which has contributed a great deal to the success of the program.  Third, the partnership with a local small business helps the program gain support from the general public, where the economy is largely based on agriculture.  Efforts to protect endangered fish are not always welcomed if it means restricting water use for irrigation.

This effort is unique in that unlike the hatchery programs of the past, which supplemented the wild populations with fish hatched from a captive broodstock, this program captures wild larvae as it is drifting downstream.  This does not significantly impact the wild population because the adult suckers are spawning successfully.  The population bottleneck happens during the early juvenile stage in the first 1 or 2 years of life.  The larval fish are started off in glass aquaria for the first few weeks and fed a diet of brine shrimp.  The glass tanks are useful for monitoring the larval fish for disease.  After the fish outgrow the tanks they are transferred to .1 acre earthen ponds, built to try and mimic their natural environment.  They are raised in these ponds for 2 years, after which they are collected, weighed, measured, tagged, and released.

This spring, the first 2 weeks of April, the first cohort of larval fish captured were released back into the wild.  It will be several years before we know if these fish actually make it to reproduce, but the release was celebrated as a proof of concept, there was 99% survival to the release stage.  The program is now gaining a lot of attention and support, from congressional leaders to local farmers and other water users who view this as an opportunity to allow the downlisting of the species, leading to fewer water restrictions.  That could mean more funding and an expansion of the program, as well as higher stakes for delivering concrete results.  Let’s hope we can meet these high expectations.

Following the birds:

            I left New York nearly a year ago with my eyes set on the West Coast. My destination was the Cosumnes River Preserve (CRP) in Galt, CA. That opportunity was a CLM internship with the Bureau of Land Management. My experience was great. So great, in fact, that I decided to reapply to the program and see if any new/fun opportunities presented themselves.

During my last few semesters of college I began to dabble in fisheries courses. Prior to that, nearly all of my attention and study was focused on plants, because plants are awesome. What I soon found out, however, is that fish are pretty neat creatures too (and I find the fieldwork to be more fun). Some of my experiences at the CRP further reinforced this newfound notion and I began seriously looking into opportunities for fisheries experience.

Now, I am in Klamath Falls, Oregon working with the Fish and Wildlife Service with the main focus on working in their Sucker Assisted Rearing Program alongside another CLM intern. Before hearing about this opportunity, and unlike Galt (which I had never heard of prior to my internship there, although it now has a place in my heart), I had heard of Klamath Falls before. This is perhaps unsurprising for birders or anyone working or interested in the Pacific Flyway. As it turns out, the Klamath Basin is also popular among birds and their enthusiasts. I had, however, never really heard about anything more than that. I wrapped up with some volunteer work at the CRP just a Friday prior to my start here, and as I did so, I realized that like many of the birds that had called the Central Valley home for the winter, I too was soon to be migrating north along the flyway*.

*Whether or not this is a sign of some deep connection with the birds, I cannot say. Although, much like them, I am happy to be escaping the heat of Central Valley summers.

View of Mount Shasta and Part of Klamath Falls

Details of the position so far:

As part of the Endangered Species work here in Klamath Falls, there is an ongoing propagation effort to rear endangered suckers (Lost River and shortnose suckers) as supplements to the existing populations. These populations are battling many factors outlined quite well in the USFWS’s Revised Recovery Plan for both species. For the sake of keeping this post relatively concise (mostly, to save me having to write them all up for you), I am including a link to that plan.

USFWS Revised Recovery Plan (Lost River and shortnose suckers):

https://www.fws.gov/klamathfallsfwo/suckers/sucker_news/FinalRevLRS-SNSRecvPln/FINAL%20Revised%20LRS%20SNS%20Recovery%20Plan.pdf

Working in this program has already provided a good variety of tasks. On a day-to-day basis, the suckers require tending and some slight monitoring. This means things like checking water temperatures (adjusting if necessary), feeding, salting (when needed to help prevent disease and parasites), and checking for mortality or abnormal behavior (hopefully, unlikely). Being a relatively new project, with a moderate amount of troubleshooting and amending plans for efficacy and to resolve unpredicted errors, there is a fair amount of maintenance/construction required as well.

Once fish are big enough, they are released back to their normal stomping (swimming) grounds (waters). In our first week here, we were able to assist in the release of quite a few fish. This process involves netting fish out of their holding tanks, scanning them for PIT tags, transferring them to the release site, acclimating them to the water at the release site, and then ultimately releasing them. They are then free to face whatever the future has in store for them (hopefully not too much predation or too many harmful algal blooms). A pretty good description of this process can be found at the following link:

https://www.heraldandnews.com/news/local_news/boosting-sucker-survival/article_27e925da-64e0-5e13-b207-8ac0a1c1cf7d.html

When studying any animal it can be important to observe their movements. This can range from daily movements to more broad movements (i.e., migration). This helps folks to better understand when, where, and why a species of interest is utilizing an area. I leave plants out in this regard, because, as I assume we all know, most plant/plant-like things are not moving about in quite the way that animals do. Here at the office, this means that 200 of the reared suckers (~180+ mm in total length) are receiving radio tags.

Now, one doesn’t just put radio tags in fish all willy-nilly. Much like any surgery, there are some things to consider. How big do the fish need to be to receive the tag and be able to function/survive with it? Where will the tag be installed? How do you prevent them from tangling while they recover from surgery and await release? In order to address these questions proactively, staff here at the office organized a trial run to make sure their procedure would work effectively and efficiently. Lucky for us, we were able to sit-in on the operation (and assist with some small details) and it was quite an experience (add fish OR assistant to the resume?)

Our time here would feel unfulfilled if we did not get the opportunity to see some mature adults heading upstream to spawn, so we headed out for a couple of days with Bureau of Reclamation staff to do some monitoring and tagging of suckers at a place called Gerber Reservoir. Using trammel nets, we caught suckers (and some bycatch—perch, crappie, bass, and bullhead). The adult suckers were scanned for PIT tags, inspected for parasites/disease/or injury, measured, sexed, identified, and had a PIT tag inserted (if they were lacking one) before being returned to the water to go on their merry way. To summarize: We caught some big suckers*.

*While uncertain of the origins of this colloquialism, and the extent of its use in rural-American parlance—I like to believe it comes from a long-fought, line and tackle battle with a member of the Catostomidae. For instance, “Holy cow, that’s a big sucker!” Again, whether this is the case, I assuredly cannot say.

Looking forward to another great season.

Tyler Rose
CLM Intern
USFWS-KFFWO (Klamath Falls, OR)

*Any opinions expressed herein are my own.

Wow, has a month already gone by?!

Temperatures have started to warm up over the past couple of weeks, and so field season has officially begun. Since my last post, the early spring wildflowers have begun to display their wonderful colors; some of earliest ones are already starting to die off–for instance, Henderson’s fawn lilies, shown below.

Fawn lily (Erythronium hendersonii)

The other week, I went with one of the botanists to tour a meadow where a local organization had conducted controlled burns in a previous year. The organization wanted to show us how the burns had helped to control the invasion of species like Taeniatherum caput-medusae, Poa bulbosa, and Centaurea solstitialis. They had also repopulated the area with native plant seeds, so the entire meadow was pretty much an explosion of white popcorn flowers, pink plectitis, and blue lupines.

The meadow was packed with flowers!

Shortspur seablush (Plectitis congesta)

Lately, I’ve been spending a lot of time conducting surveys for Fritillaria gentneri, an endangered species of lily that is endemic to southwest Oregon. Gentner’s fritillary is pretty fascinating; from what I’ve heard, a lot of people suspect that the species is a hybrid between Fritillaria recurva (scarlet fritillary) and Fritillaria affinis (checker lily). Most of the time, the species reproduces asexually through its bulbs. It tends to prefer meadows and very open oak woodlands. A lot of work is being done by the folks up at OSU to analyze certain genetic factors (for instance–is it a hybrid or an individual species?) as well as to grow seedlings that are being used to repopulate certain areas. Most often, the plant will only display bulb leaves, but since the leaves tend to look exactly like those of other fritillaries it can’t be identified that way. However, on the scarce occasion that the plant produces a flower, Gentner’s fritillary can be distinguished from F. recurva and F. affinis in these ways:

Color: Not a great way to tell them apart, since the colors are arbitrary and usually unreliable. However, in general, F. recurva tends to be a bright scarlet color, F. gentneri tends to be a sort of dark red/maroon, and F. affinis tends to be purple-brown and yellow speckled. Gentner’s fritillary sometimes grows a sort of almost-scarlet color, though, and can often be mistaken for F. recurva if identified solely by color.

Flower shape: F. recurva has (as the name implies) petals that are recurved at the tips, and F. affinis has wider set flowers with non-recurved tips. F. gentneri usually has non-recurved tips, similar to F. affinis, but can sometimes have slightly/partially curved petals that can be mistaken for F. recurva.

Style/nectaries: The best way to distinguish between the three species is based on their styles and nectary glands. F. affinis has a style that is strongly divided (for at least half its length), as well as a nectary gland that is ¾ the length of its petals. F. recurva’s style is the least divided, usually ¼ to ⅓ its length, and its gland is less than ½ the length of the petals. F. gentneri is an intermediate of the two; its style is divided around ⅓ to ½ its length, and its gland is ⅓ to ½ the length of its petals.

Fritillaria gentneri (Gentner’s fritillary)

Fritillaria affinis the most easily distinguished due to its yellow and brown color.

Fritillaria recurva (note the scarlet color and recurved leaves)

All in all– it’s fairly easy to distinguish F. affinis by its color and shape, but recurva and gentneri can get a little dicey, so it’s best to identify based on styles/nectaries.

On another note– over the past week, I’ve been spending some time working on keeping an invading population of shiny geranium (Geranium lucidum) away from an OHV trail. The population has pretty much taken over the understory; at this point, the main priority is to prevent the plant from being carried to other places. As such, my supervisor and I have been using weed torches (yes, he trusted me with fire) to wilt the geranium within 15 feet of the trail in an effort to prevent the plants nearest the trail from seeding so bikes/ATVs/etc. can’t carry the seeds to other locations. Overall, I like wielding a weed torch. It’s kind of fun. Is that bad?

On my way to burn some noxious weeds…

Until next time,

Aleah

I’ve already been here for a month? That’s amazing!

Hello! Rachael here.

It seems like everything is blooming a little later this year, which has been both frustrating and quite useful for catching up. The data on rare plants is usually accompanied by a field log, where the intern or employee explains the environment they are in, emphasizing the rare plants and those either competing or coexisting nearby, as well as what is in flower. That’s been helpful for learning the area.

Many rare plants are not so unique that they can be identified without the flower. For example, Erythronium, or the trout lily genus are abundant in the park and state of Maryland, but the white trout lilies are listed as S2.

Here is an Erythronium species leaf, and then a flowering Erythronium americanum found at a different location.

Erythronium species leaf

Erythronium americanum

These have just started flowering. The rare white trout lilies should also flower soon.

I enjoy being able to visit so many sites within the park, but revisiting them at a later point in the season is an added experience. A few weeks ago, the few plants out of the ground were bloodroot (Sanguinaria canadensis) and hepatica (Anemone americana). Because of the leaf shape, A. americana is one of my favorites. They are so cute and simple (I don’t think my photo does it justice, though…)

Anemone americana

There was still snow then. It was cold, beautiful, and I had no idea what I could have been stepping on. Needless to say, not much useful data was recorded.

The next time I visited the same site, Dirca palustris, commonly known as leatherwood, was in flower. This shrub is super flexible, and the coloring of the stems is lighter. It’s a unique plant that’s pretty hard to miss, especially if it’s reaching onto the trail (it grabbed my face on an incline) with those little flowers.

Dirca palustris in flower

But back to challenges, because what fun would it be to have every rare plant clearly identifiable from the trail?

A lot of my time in the office is either spent figuring the best way to visit a site (at the best time) and updating myself on how to differentiate between rockcress. The kicker here is that some of the rockresses that used to be Arabis are now Boechera or Arabidopsis, and it seems the rare plant community accepts the synonyms (or maybe I’m under the wrong impression).

But aside from having multiple names and multiple species, rockcresses aren’t easy to differentiate unless they are a little more developed than the ones I’ve included in photos here. The basal and cauline leaves have characteristics that separate the species, but are variable and rather similar to each other. In order to tell them apart for an accurate identification, I’ll wait for flowers and fruits. That should be soon if not sometime this week!

Arabis? Boechera? Too soon to tell! –And is that Micranthes on the left?

Anyway, I am feeling a little better now about the whole Arabis/Boechera struggle after consulting both the regional and Maryland botanist about it. They also gave me some career advice, and asked me what I’d like to do. My answer is usually “eventually I’ll get to grad school, but I want to explore my options and work outside for as long as I can. Let’s look at some plants!”

A man (park volunteer?) came up to me while I was working the other day, explaining how picking up trash was good exercise (he was about to pull a tire from the river). After loading five or so trash bags full of beer cans, wine bottles, silver-side-out chip bags, muddy shoes, etc… into his car, he found out I was a wanna-be botanist, and he posed an ID question: it’s got these shiny sort-of leaves (makes hand motion like rubbing dimes together) and alien-like flowers. White at the top, yellow beak, bizarre thing, really, those flowers.

I told him I couldn’t match anything to that description. Alright, he pulled some (please don’t pull plants! You can’t have those.) out of his car. It was a rather car-heat-stroke looking Dicentra cucullaria. Dutchman’s breeches! What a name. They are flowering all over the place.

Dutchmans breeches

Speaking of native plants, my last post featured Mertensia virginica, but these are in flower. I sent a pic home saying they reminded me of Mom, and the response asked if they have thorns. *sigh* I was trying to be nice…

Virginia bluebells

Last week, another intern (through a different program) came along for a day out in the field. We drove down to a pretty popular trail (after hanging some signs for a rabid raccoon)(at the site where the man was picking up trash and Dutchman’s breeches). This section of the Billy Goat Trail is definitely a cool area. It transitions from rocky outcroppings to sandy riparian beach to swampy to forest within a mile or so. Because of this and its proximity to highly populated areas, the plants are pretty diverse. The downside is the constant threat of invasive plants and the risk of rare plants being trampled.

We spotted flowers (finally!) and rare plants along the trail, so I’ll have to get back to explore the whole area.

Stellaria pubera–giant chickweed, stitchwort

Phlox subulata–moss phlox

I am having a great time, and interacting with others reminds me why I wanted to be here: to learn and to serve, basically. I have the opportunity to work outside as much as I want and understand how to better protect the environment and history through the vegetation. That’s my job. Plant protector (in a way) in Chesapeake and Ohio Canal National Historical Park; that’s my internship.

I came across a great couple of lines the other day from Gwendolyn Brooks’ “An Aspect of Love, Alive in the Ice and Fire” dedicated to LaBoehm Brown:

“You rise. Although / genial, you are in yourself again.”

The Potomac, still, across from where I am staying.

Still can’t believe we’ve been more than halfway through April all day…

Rachael

I’ve wanted to move out west and work in the outdoors since I was 14, so when I got the offer for a position in Oregon, there was no thought process needed. Finally, here I am.

Having driven across the country from New York, I can say that there’s a lot of things I’m not really used to, and other things that seem pretty familiar. Back home you can’t see more then 200 yards from all the trees. Here, the trees are absent in the valleys. There’s also wildlife I’ve never seen (in person) before, like Bighorn Sheep, Mule deer, wolves and cougars. The town is about the same size as where I come from though, so it isn’t totally foreign. And it goes without saying, that I will never get tired of these views.

View from the field, the mountains in the distance are in Idaho

As I already mentioned I decided to make the 35 hour drive from upstate New York to Oregon, and I don’t regret it. The views were amazing, and getting to see what the rest of the county looks like was a great opportunity, which you certainly don’t get from flying. If you are able to drive, I say go for it! There aren’t many times in your life when you will have the time, and now I can say I’ve driven across the country.

My introduction to Idaho

So far the job itself hasn’t been too fast-paced. These first few weeks have mostly been training, meetings, and getting equipment ready for the season. I’d be lying if I said that staring at a computer screen while it tells me how to drive didn’t get boring occasionally, but the payoff was worth it when we got into the field. Since the new plants haven’t really started to come up yet, we’re mainly just surveying using last years weed remnants as our reference, mapping it out to spray later. (Did I mention I’m doing invasive weed control?) My mentor has been great, and I think I will really enjoy working with her for the next few months. She makes sure that I’m learning new things and that I’m kept busy. Everyone in the office has been very kind so far as well. I”m very excited for the season to start, and learn new things about this wonderful place. Much thanks to CBG for making this possible for me, this is an invaluable opportunity to get into this field.

I don’t really like talking about myself too much, so I think I’ll just leave it at that. Anything I say is my opinion, and may not reflect the views of the Bureau of Land Management.

Mike,

Bureau of Land Management, Baker City field office.