Unfortunately, the U.S. Fish and Wildlife Service Internship in Klamath Falls, Oregon is nearing the end of its term.

The Conservation and Land Management internship with the US Fish and Wildlife Service – Klamath Falls Field Office continues to keep us interns busy by providing us with numerous opportunities to go out and do various types of fieldwork. We have also had a few office days this past month or so, in which office work usually consists of doing research via searching for/reading articles and writing annotated bibliographies to help our supervisor, the fisheries biologist, with his task of writing biological opinions. On days that we aren’t working on projects out in the field or days when we are not assigned research to do for office work, we usually find stuff to do to keep us busy for the day. This usually involves updating our resumes, looking up jobs, or working on writing another blog post for the internship. This past month or so, the projects that we have gotten to help with consisted of duck banding at Summer Lake, more electrofishing within Long Creek in Bull Trout critical habitat to remove Brook Trout, and telemetry.

A view of the Sprague River in Klamath Falls, Oregon

The task of duck banding at Summer Lake was unique, action-packed, and exhausting. The project was led by the Klamath Basin National Wildlife Refuge Complex staff, while the other intern and I, along with some staff from the Oregon Department of Fish and Wildlife, assisted in banding the ducks.

Duck Banding Station

The duck banding project, which took place at night over the course of a few days, involved driving airboats around within the wetlands throughout the refuge. The process consisted of the airboat conductor driving by flocks of ducks and spotlighting them while they were sitting on top of the water. Once close enough to the ducks, the other individuals in the boat utilized nets to capture the ducks and then put them in large holding crates on the airboat. At times, it was tough capturing the ducks, as most can fly, in which some ducks would simply fly away before we had the chance to get to them. Also, we had a few that flew out of our nets before we had the chance to handle them and put them in the crates. The airboat was also utilized to chase down ducks that were trying to move away from the boat by swimming/running on top of the water. If this was the case, the netters would have to try and net the ducks while the boat was in acceleration. This was quite difficult, making it tough to net birds on the move, as we had to act quickly and try and net the duck within a split second, or else we would miss the duck as the boat passed by, causing us to have to turn the boat around to try and catch the duck that was missed. Each time the boat had filled 4 crates worth of ducks, the boat returned to shore where the banding station was set up. After the crates were unloaded, the ducks in each crate were organized by species, age (i.e., local, hatch-year, mature), and sex to make the banding process and data collection more efficient and quicker. Keeping the ducks at the banding station organized ensured that the ducks offloaded from one boat had been banded and processed before the next boat arrived with more crates of ducks.

Crates filled with ducks.

After the ducks were processed and had received a leg band, they were released unharmed back into the wetlands. The species of ducks that were banded included Gadwall, Mallard, Pintail, Bufflehead, and Green-winged Teal.

A Green-winged Teal that had received a leg band.
A Bufflehead that had received a leg band.

To cap off the last night of duck banding, I was offered the opportunity to gain experience driving the airboat, in which I got to drive it around the wetland a bit and then load the boat onto the trailer. Operating the airboat was fairly simple, as there is just an accelerator and a steering lever utilized to maneuver the boat.

My first time driving an airboat was a success.

After 3 days-worth of banding a total of roughly 2,000 ducks, in addition to staying in refuge housing for the duration of the banding project, I was exhausted and ready to come home, although, I really enjoyed having the opportunity in gaining duck banding experience. 

The morning sunrise after a night of duck banding.

The task of removing Brook Trout in Bull Trout critical habitat via electrofishing within Long Creek was one of the more exciting projects we have gotten to do during the internship so far. The purpose of removing Brook Trout from the creek was due to Brook Trout being an introduced fish species in Oregon, which their population has increased dramatically in many watersheds throughout Oregon since their introduction, causing native species of fish, including Bull Trout, to become displaced from their native ranges. The process consisted of electrofishing while moving throughout the stream, trying to catch and remove as much Brook Trout as possible. There was never a dull moment of electrofishing as we walked through the stream, as there were a ton of Brook Trout inhabiting the area of the stream we sampled. Over the course of 2 days of electrofishing, we had caught and effectively removed a total of 560 Brook Trout from Long Creek.

1st sample of Brook Trout that had been effectively removed from Bull Trout critical habitat.
2nd sample of Brook Trout that had been effectively removed from Bull Trout critical habitat.

Mostly all the fish that were caught had been fairly small, although we caught a few larger fish that were inhabiting parts of the stream, in which the largest Brook Trout we had caught measured 9.75 inches in length.

Measuring the length of the largest Brook Trout caught.

The larger Brook Trout that were caught were kept with us in a fishing pouch as we worked our way through the stream. At the end of the day, we used a PIT Tag reader on the larger fish to see if any had possessed a PIT tag, but none had contained a tag. In addition to catching Brook Trout, we had also caught a few Rainbow Trout while electrofishing which we had released back into the stream unharmed.

One of the most recent projects that the USFWS Klamath Falls Field Office offered us interns consisted of obtaining telemetry experience. The process consisted of going out and using telemetry equipment to try and estimate the general location of a mammal radio collar that had been randomly placed within public forest land by one of the wildlife biologists.

Cattle pastures within the areas where we surveyed with the telemetry equipment.

The components of our telemetry setup consisted of a radio receiver that received signals from the radio collar, along with 2 antennas, 1 that was affixed to the top of our vehicle to monitor the radio signal of the collar while we were driving around on backroads throughout the forest, in addition to a handheld antenna that was used for surveying in spots where the car antenna had picked up a signal from the radio collar.

Utilizing a handheld antenna to track the radio collar.
A telemetry antenna affixed to the top of the vehicle.

The use of the handheld antenna was beneficial as it allowed us to get a sense of the general direction of the radio collar. We surveyed areas within public forest land in search of the collar while conducting the triangulation method with the telemetry equipment. The triangulation method consisted of going to multiple locations and using the telemetry equipment to determine the direction in which the strongest signal is received from the radio collar. When we found an initial spot to survey, we ensured that the gain was set to a high value to increase the sensitivity of the receiver. At a high gain, we were able to detect a signal from the radio collar and get a general sense of the location of the collar from the initial survey spot by doing a complete 360-degree circle with the telemetry antenna and listening to the signal strength on the receiver. Once an initial signal was received and the signal direction was documented of the estimated location of the collar, we decreased the gain setting on the receiver, making the receiver less sensitive to the radio collar signal. We lowered the gain until we could barely hear the beeping sound of the signal in the direction of the estimated location of the collar. After having found a gain setting to start tracking while at our initial survey spot, we drove around and listened for a signal detection via the car antenna.

A signal is detected from the radio collar by the car antenna as illustrated on the radio receiver.

For a given area where a signal was detected by the car antenna, we got out of the vehicle and surveyed the area using the handheld antenna, and estimated the general direction where we heard the strongest signal from the collar. At each spot surveyed, while the gain on the receiver was kept the same, we determined if the beeping sound (i.e., radio signal) was getting louder or quieter than the initial survey spot. A stronger signal from the radio collar that was picked up by the receiver (i.e., meaning the collar was in proximity), was illustrated by a louder, more definitive beeping sound on the receiver. Alternatively, if we were receiving a weaker signal from the collar, illustrated by a softer beeping sound on the receiver, it meant we were farther away from the collar. In areas where we noticed the signal strength was increasing and the receiver was illustrating relatively high values of signal strength, meaning we were getting closer to the collar, we had to decrease the gain setting (i.e., sensitivity) on the receiver. If the gain setting were to be left at a higher value while the signal became stronger once in proximity of the collar, it would make it difficult to discern the directionality of the signal due to the higher sensitivity causing the signal to become static, making it harder to hear the beeping sounds on the receiver. Some aspects of telemetry that made tracking tough and stressful at times involved the presence of topography within the study area. Hillsides, peaks, valleys, trees, etc. can potentially disrupt the radio signal, causing confusion about the directionality of the signal from the collar. For example, at times, there was the potential of “signal bounce” occurring when we were surveying and pointing the handheld telemetry antenna in the direction of a hillside/mountain.

A mountain that caused the signal to bounce at times when surveying from the valley.

The term “signal bounce” means that there is a possibility of receiving a signal in the complete opposite direction of the radio collar due to hillsides/mountains in the area influencing the radio signal. Additionally, vegetation, such as trees, can disrupt the radio signal as well. In areas with densely populated stands of trees, we may not hear any signal, whereas if we walk 50 feet down the road away from the trees, we may pick up a signal of the collar. Because of the aspect of “signal bounce”, as well as vegetative growth in the area, we had to always consider our positioning/location in relation to landmarks and vegetation when we were tracking the radio collar to determine the most accurate directionality of the radio signal. Throughout the tracking process, we used an app called onX that allowed us to set waypoints on a digital map at locations we surveyed and had received a signal from the collar.

A few waypoints are plotted on the onX map of the areas that had been surveyed.

Plotting more than a few waypoints on the onX map helped us better determine the general area where the radio collar might be due to us being able to keep track of each spot we surveyed where we heard a signal from the radio collar. If we weren’t utilizing the digital onX map and did the triangulation method on paper while using a modern map to keep track of the areas where we had heard a signal, after figuring out where the surveyed locations (i.e., points) intersect with each other on paper based off the signal direction of each, the area within the intersection of the surveyed points on a modern map would signify the estimated location of the collar. Before the telemetry project, I had not had extensive experience working with telemetry, other than participating in a telemetry workshop while attending college, in which the workshop leads taught the participants how to properly use the equipment. By being able to work with the telemetry equipment these past couple of days while trying to get an estimated location of a mammal radio collar, I have learned quite a bit more about telemetry.

In conclusion, the past 4 months of the U.S. Fish and Wildlife Service internship in Klamath Falls, Oregon have been nothing short of fascinating, as the various projects we have gotten to assist with have kept the job interesting and exciting. In addition, it is awesome that there are quite a few recreational opportunities within an hour’s drive of town, such as fishing, hiking, and surfing/boogie boarding. This past month, I have finally ventured out to the Oregon coast and did some boogie boarding and surfing, in addition to finding a few fishing spots along the way.

Fishing the Middle Fork Willamette River
Middle Fork Willamette River
Middle Fork Willamette River
The first Trout that I have caught since arriving in Oregon while fishing the Middle Fork Willamette River.
Agate Beach along the Oregon coast.

It was really exciting getting the opportunity to try surfing for the first time via taking surfing lessons with a local surf shop. One of the things that I have wanted to try for quite some time that I haven’t been able to do coming from the desert of New Mexico was surfing, in which I had a blast learning how to surf. The past few weekends, I have made it back to the coast to do more surfing, and it has been a lot of fun trying out different boards that vary in length to experience how each board reacts when riding a wave.

First time surfing

Overall, I have really enjoyed my time in Oregon, and I have recently applied to other fisheries jobs that are along the Oregon coast in order to have additional time to surf, as well as have more opportunities to explore the numerous hiking trails, lakes, and rivers that Oregon has to offer.  

Agate Beach
Otter Rock / Devils Punchbowl State Natural Area

See you later South Dakota

It’s the end of August and the grasslands have faded into a flat brown. The graph of the soil moisture probe trends definitively downward towards dryness. The cows have always been present out here, but I think I’ve been noticing them and the bison more. At our site by the Badlands there’s finally cows grazing the pasture and more than once the herd has curiously surrounded the exclosure I’m working in. I saw several RVs parked on Buffalo Gap National Grassland, surrounded by cows and I wonder about the campers’ reactions as they woke up to the sounds of cows all around them.

The past three weeks have included some relatively backbreaking work: clipping and sorting. Some of the grasses are sorted out by species, but most are put into the broader categories of their functional groups, warm season versus cool season.The last batch of plots we’ve been clipping are 20 cm x 1 m and were mowed in July. Some of the grasses have grown back but many are just short, brown stalks. Without ligules and mostly without hairs, these stems are identified by vibes more than anything else. It’s been difficult to trust my intuition.

Clipping and sorting the grass.

The nice thing about the clipping is that it is a job that cannot be rushed. Quick work is shoddy work, and shoddy work is simply not worth doing. The first week or two of clipping was relaxing because I could catch up on podcasts and just take my time snipping away at grass, enjoying the dull roar of grasshoppers and meadowlarks. By the third week, I was exhausted. My neck and legs hurt from sitting in the grass for 30 hours a week and the insects left my ears ringing. 

My internship is wrapping up next week and I’m sad to leave. The team I’ve worked with has been up to four people but mostly just Myesa and me. Working with a small crew is nice when you all get along and I’ve definitely made some lasting relationships here.

I’ve been super busy this whole summer: my weekends have never been so full. Yet, I know I still haven’t done all of the things Rapid City has to offer and I’m finding myself wishing I’d had done more, wishing that I did go to the Sturgis rally because hey, why not? I’ve been able to do so much: I’ve spent endless hours climbing around Rushmore; I’ve backpacked in Badlands National Park; I climbed a 13,000-foot peak in the Bighorns. I was half-expecting I’d have a lonely summer, living all alone in the four-bedroom Forest Service housing in Hill City but I’ve been able to have a very full experience. 

My friend Victoria at the top of Cloud Peak in Bighorn National Forest.
Our campsite where we slept under the stars in Badlands National Park.

I heard on the radio that the price of beef has gone down. Cows are getting slaughtered due to ranchers not being able to water them adequately in the drought; beef prices will go up in following years due to ranchers having smaller herds. Jackie likes to have her science directly benefit the shareholders: the local ranchers. I spent my summer looking at the cows’ food and how drought will impact the grasslands and while I may have been merely cutting grass by hand, it is nice to know that the project I broke my back stooping over is researching the effects of climate change. 

I’ve learned a lot about grasses and grasslands and cattle and rocks this summer, but I feel like the most affirming lesson I received is that people are so willing to be of help. I’ve made a lot of great friends and have had a lot of excellent teachers, from Jackie being the most understanding and kind boss I could ask for to learning and nerding out about flowers with Myesa to my climbing friends, who have been sources of unwavering encouragement. After this summer, I’m heading back to Washington state, where I will likely continue to feel lost in life. However, it’s encouraging to know that no matter where I end up, I’ll have somebody, somewhere, on my side.

Me and a bison.

The End of a Season in Boise

After over five months, my internship with the Forest Service in Boise, Idaho has come to an end. It has been a very busy and productive season. I am looking forward to having some time to rest and recharge this fall while working in Boise as an environmental educator before starting a new fieldwork job in the spring.

My co-intern Alaina and I did so much interesting work this season. We began by doing plant surveys in the common gardens and cleaning seed from last year. Next, we planned seed scouting trips and learned to use imagery and online herbarium records to choose scouting sites. We began scouting for Lomatium dissectum in May and got a lot of practice searching for plants and mapping plant populations. By June our focus shifted to Globe Mallow. We spent May and June scouting for Globe Mallow and July and part of August in a rush to collect as much seed as we could. By mid-August, Globe Mallow seed was mostly dispersed, and the plants were drying up. After Globe Mallow collection was done, we spent some more days at the common gardens tackling some big weeding projects to prepare for fall planting.

In late August, we also spent a lot of time collecting Eriogonum umbellatum leaf samples and herbarium specimens. RMRS Boise is doing research on this species and needs tissue samples for genetic analysis. For this work, we went out in the field and traveled to sites where herbarium records indicate that plants are likely present. Once we found Eriogonum umbellatum, we collected an herbarium specimen and ten leaves from the plant population.

Eriogonum umbellatum herbarium specimen

We collected Eriogonum umbelletum from many different sites, but my favorite was near the top of McAfee Peak in Nevada. To reach this site we drove up a very steep and rocky road. It was the worst road we drove all season, and it was nice to see how much our two-track driving skills have improved. After inching our way part of the way up the mountain, we parked the truck. We then hiked cross-country through beautiful meadows of flowers and up rocky slopes to a ridge at 10,000 feet. It was quite a fun adventure to hike to the ridge and to strategize the best way to reach this high elevation site.

The view from our collection site on top of McAfee Peak

I learned a lot in this internship. Alaina and I really got to take ownership of our seed collection work and we gained expertise in the tasks we did all summer. I learned a lot about how field biology jobs work and what it is like to work for the Forest Service. I gained a lot of experience planning fieldwork and using herbarium records and satellite imagery to find plants. Also, working independently in the field let me practice work-related decision making and problem-solving. Most importantly, this job has helped me define my interests and career goals. I really enjoyed working with plants in this position and I am confident that I want to continue to do more botany work in the future.

One of the best parts of this season was getting the chance to travel to all kinds of field sites across the Great Basin. I loved getting familiar with the region and seeing so many remote and interesting sites. Here a few pictures of my favorite places I visited.

The John Day River near a Globe Mallow collection site
Bear Lake in Utah
A Globe Mallow scouting site with many flowers growing in the rocks
A creek at our field site in Hell’s Canyon
Near our campsite at City of Rocks
A scouting site in the Owyhee Front in Idaho
A walking trail near our campsite in SE Idaho

 I also saw so many awesome plants over the months of this internship. Here are a few of my favorites.

Get in We’re Going to The Great Basin!

I cannot believe it is already my last week of this internship. Pack up and come along for the ride through all the Great Basin explorations of our summer!

The rest of the season can be broken up into 3 main stages:

Scouting for Sphaeralcea (Globemallow)

Collecting Globemallow seeds

Scouting for Eriogonum umbellatum (ERUM). 

Scouting for Globemallow 

Unlike LODI earlier this season, when scouting for globemallow we aren’t looking for just one species but rather any in the genus. This has made it interesting to see all the different species of globemallow. Trips to find this plant lead us much farther into the Great Basin and into very different habitats than LODI. We found that Globemallow liked to grow in quite disturbed places, often along roadsides or in old roadbeds. It also seemed to do better in the very hot, dry, and low elevation areas of the Great Basin with sandier soils. When on hills we noticed a pattern of Globemallow only growing in a narrow mid elevation band around the hillsides. In addition to the usual scouting process I outlined in my previous blog about LODI, for Globemallow, we have begun taking an herbarium specimen from each population. This means we dig up a plant or a few plants, while keeping most roots intact and attached and press it to be used for records and identification later. The goal is to have a pressed plant that takes up about two thirds of the page and is a clean presentation of the plant. To make a good herbarium we sometimes need to pluck off leaves and flowers to make it appear less cluttered. In order for the plant to press well we may also need to shave down the root so it can lay flat. In addition to the physical plant we add information about the habitat, soil type, surrounding species and exact coordinates from where the plant was taken. 

Collecting Seed

By early July some Globemallow populations were ready to collect. July become the month of the mad dash to get as much seed as possible before it all dispersed. 

When collecting, the goal is to get at least 2000 seeds from each population. This is why it is so important to find at least 200 plants when scouting a population. 2000 seed usually means collecting at least 400 seed heads depending on how much seed they each hold. Globemallow seeds are arranged in round seed heads that look like little “cheese wheels” when they begin to open, holding seeds in different slices. It’s important to keep in mind that we don’t want to deplete the population of all its seed. For this reason we only collect 25% of seeds in a population for that season. When estimating this 25% we include already dispersed seed heads or immature seed heads in the total count of seed for that season.

Mature seed heads( cheese wheels) ready to collect.

ERUM Scouting

By August most of the Globemallow seed has been dispersed and the plants are drying up. For the last few weeks of our internship we shifted to scouting for Eriogonum umbellatum (ERUM). the research station is in the early phases of incorporating ERUM. For this reason scouting looked a little different than LODI and Globemallow. For ERUm we did not need to find 200 plants. The minimum was just 10 plants in order to get all the leaf tissue needed. The goal for ERUM was also to get a larger amount of potential population locations to work with. Instead of getting just a few populations across a large region we wanted to scout regions much more thoroughly and get samples from the highest and lowest elevations in those areas. This type of scouting brought Sahalie and I a lot of fun variation in our last few weeks. Unlike working with globemallow in low disturbed places along roadsides, the ERUM populations we needed were often at high elevations. This meant that we sometimes got to have an epic hike up 10,000 ft mountains to get our samples.

My Great Basin bedroom

Since the start of the scouting season in April, Sahalie and I have camped 2-3 nights nearly every week for the past 4 months. Our “office” truly looks different everyday. We have traveled to Wyoming, Utah, Nevada, Idaho, Oregon, and Washington. Sometimes we even hit 3 different states in just one trip! This has led us to some incredible adventures in the most remote corners of the desert and on top of mountain meadows all over of The Great Basin. Here are just a few of my favorite views and campsites. 

Overlooking our campsite in the Thomas Mountain range in Utah
Wild horses in Nevada

What I’ve Learned

Throughout this season I learned many botany and field skills that I am excited to apply in my future career. Some of the most valuable skills and experiences being: 

  • Aerial imagery interpretation
  • How to navigate remote rough roads in 4×4 USFS trucks
  • Great basin Plant ID
  • Native seed collection
  • Herbarium specimen collection
  • Leaf Tissue collection
  • Botanical Keys
  • Population mapping
  • Habitat scouting for of our focal species and how climate, aspect, slope, surrounding species and soil type influence where the plant will occur
  • Seed collection cleaning
  • Dynamic decision making in the field
  • Independent field work and trip planning
  • Plant phenology surveys

What’s Next?

While this is a goodbye to my CLM internship it is not my goodbye to Boise! Getting so lucky with a great crew and group of friends in the city, I just couldn’t bring myself to leave yet. Sahalie and I have moved out of the trailer and into a house in town with another one of our coworkers. I’m so excited for this new chapter in Boise where I can settle in and spend some time outside of my tent and the forest service truck for now. I’m planning on spending this fall gaining some farm experience on local farms around Boise. This farm experience combined with my CLM experience will give me valuable skills to apply towards my next step in my career. I plan on moving into soil health research and conservation planning within food production systems.

I am so grateful for this incredible summer with all the places I’ve seen, people I’ve met, and new skills I have learned!

A photo of Anna (our new roommate), Sahalie and I from our backpacking trip in the Sawtooths this summer.

Endless Adventures working with the U.S. Fish and Wildlife Service in Klamath Falls, Oregon

The Conservation and Land Management internship with the U.S. Fish and Wildlife Service continues to offer great field experience gathering skills and abilities essential in working in the wildlife ecology and management field. As the fire season starts to kick off here in the basin, the field projects are somewhat dwindling, although the department has not completely moved to a full-time office work schedule quite yet. On the days that smoke decides to roll into the basin and influences the air quality, I have become much more appreciative of the days that we get to spend out in the field, as the number of field days currently seems to be numbered with response to the incoming fire season. This past month or so, the projects we have gotten the chance to do include electrofishing in Bull Trout (Salvelinus confluentus) critical habitat, Yellow Rail (Coturnicops noveboracensis) surveys/banding, Modoc sucker (Catostomus microps) surveys, the attempt to track hatchery tagged fish in Upper Klamath Lake through radio and acoustic telemetry methods via boat, and volunteering to help clean up parts of the Williamson River.

Klamath Falls, Oregon
Sawmill Hiking Trail

The task of electrofishing in Bull Trout critical habitat is essential to determine the abundance of Bull Trout in the area. Bull Trout are currently listed as a threatened species, meaning the population of the species is dwindling, resulting in the species having a high possibility of becoming endangered in the future throughout all or in a considerable portion of its home range. At the first site that we had electro-fished, along Dixon Creek, no Bull Trout were caught, although 20 Brook Trout (Salvelinus fontinalis) were recorded.

Brook Trout (Salvelinus fontinalis)

The second site that was electro-fished farther upstream along Dixon Creek consisted of removing any Brown Trout (Salmo trutta) from the creek. Over the course of two days of electro-fishing at the second site, numerous Brown Trout of various sizes were removed from the creek, in addition to one small Bull Trout being caught, which was released immediately back into the creek.

Bull Trout (Salvelinus confluentus)
Brown Trout (Salmo trutta)

The purpose of removing Brown Trout that inhabit Bull Trout critical habitat is due to Brown Trout being an invasive species. The term “invasive species” refers to a species that is not native to the area it inhabits. The threats of invasive species include competing with native species for resources such as food, water, and habitat, preying on native species, and carrying diseases and parasites that have the chance to spread to native species populations. These threats reduce biodiversity within an ecosystem, ultimately threatening native species populations, making it critical to remove any Brown Trout in areas that are considered Bull Trout critical habitat.   

A project we participated in working alongside the Sucker Science Coordinator within the Klamath Falls Fish and Wildlife Office involved doing mussel surveys within sections of the Sprague River.

Sprague River

The western ridged mussel (Gonidea angulata) is a type of freshwater mussel that has seen the range of its distribution decrease, although the species is known to still inhabit California, Oregon, Washington, Idaho, Nevada, and British Colombia.

Western Ridged Mussel (Gonidea angulata)

In 2020, the species had been petitioned to be listed as an endangered species. The purpose of the survey was to look for western ridged mussels within sections of the Sprague River using a magnifying glass-like tool that allowed us to see the riverbed while looking from the surface of the water. The areas that were surveyed were once known as sites that contained western ridged mussels years prior. Individuals walked upstream and downstream from a site location to try and locate western ridged mussels in the area using the magnifying glass-like tool surveying different areas of the riverbed.

Magnifying glass-like Tool

If western ridged mussels were found, the GPS coordinates of the site where a mussel was found were recorded. Additionally, the number of western ridged mussels found per site was recorded as well. Other species of mussels that were found within areas surveyed included Floaters (Genus Anodonta or Sinanodonta) and Western Pearlshell (Margaritifera falcata).

With it being my first experience doing mussel surveys, it definitely took a little bit of practice learning how to differentiate the mussels from one another while using the mussel identification field guide that was provided. It also helped that the Sucker Science Coordinator had us do a practice run of trying to identify mussels at a site prior to doing the surveys and data collection.

One of the projects the other intern and I got to assist with alongside a graduate student and refuge staff at the Klamath Marsh/Upper Klamath National Wildlife Refuge consisted of doing Yellow Rail surveys, in which the surveys took place at night when the birds were active.

Yellow Rail (Coturnicops noveboracensis)

The process consisted of going out in the marsh and playing an acoustic call of a Yellow Rail via a JBL speaker in different areas throughout the marsh to try and get a response from Yellow Rails within proximity of the acoustic call. Receiving a response from Yellow Rails in the area allowed us to pinpoint the general location of the rails. The response call of the rails was a distinctive song, in which the sound was like what tapping two stones together would sound like (i.e., “tick-tick, tick-tick-tick”), in which most of the time, they alternate between sets of two and three notes. If we received a response from a rail nearby, we pinpointed the general direction of the rail call and walked towards the sound of the call until we had estimated that the bird was a couple meters away. Once we got as close to the bird as possible without being right next to it, we stopped and downed some of the dense grass around us to try and call in the bird to capture it with a net. The purpose of getting as close as possible to the bird and then trying to call it in is due to them being an extremely secretive, tiny, chickenlike marsh bird, which poses a risk of them being easily stepped on or walked over unknowingly.

Yellow Rail Nest

If the bird feels pressured, there is also a potential of flushing the bird and it flying away before getting the chance to net it. We had a few close encounters with some rails, they seemed very close to where we were set up, although we couldn’t call any into our setup to get the chance of netting them. If we had been lucky enough to call in some birds and capture them with a net, some measurements that would’ve been gathered while using a dial caliper include measuring the tarsus length, beak length, wing length from carpal joint to wingtip, and secondary length from carpal joint to the tip of the outermost secondary feather. Overall, I appreciated the opportunity that the refuge staff provided the other intern and I to help out with the rail surveys, it was exciting getting to hear quite a few rails calling throughout the marsh while the surveys were being conducted.

The project that was the most enjoyable that we had the chance to do this past month involved conducting Modoc sucker surveys in Lakeview, Oregon.

Modoc Sucker (Catostomus microps)

It was a 2-week project that consisted of finding pools to survey and recording UTM coordinates for each site during the first week and then camping the following week in order to conduct night surveys looking for Modoc suckers at each site of interest. Modoc suckers were listed as an endangered species in 1985 and were recently removed from the Federal List of Endangered and Threatened Wildlife in 2016 due to populations recovering with the help of the protection provided by the Endangered Species Act while the species was listed as endangered. The surveys we conducted were critical in monitoring the status of the species to ensure the population is staying relatively stable. Roughly 40+ pools were surveyed in wilderness streams, in which flashlights and laser pointers were used to locate the suckers and to try and count the ones found to record into our datasheet.

One of the pools surveyed for Modoc Suckers

For each sucker that was found, the size of each was estimated (in mm) and recorded into the corresponding size/age group. With Speckled Dace (Rhinichthys osculus) inhabiting the same pools surveyed as the Modoc suckers and looking somewhat similar to Modoc suckers as well, a distinctive characteristic that helped differentiate the Modoc suckers from Speckled Dace was the presence of dark bands on the backside of the suckers. The bands on the larger suckers were much more distinct, making it easier to I.D. the larger suckers.

Visible bands present on Modoc Sucker

Other organisms that were seen during the surveys consisted of Speckled Dace, tree frogs, Redband Trout (Oncorhynchus mykiss gairdneri), garter snakes, Water Scorpions (Nepidae), and a couple dragonflies emerging from their nymph stage.

A pool of Speckled Dace (Rhinichthys osculus)
Tree Frog
Water Scorpion (Nepidae)
Dragonfly emerging from its nymph stage
Dragonfly emerging from its nymph stage

Overall, although some nights were very tiring due to the surveys being conducted from 7 pm – 3 am, being able to camp for a couple days and look for fish at night while stars filled the sky was very enjoyable. It was also very exciting getting the chance to see many different organisms that inhabit the same aquatic ecosystem as the suckers as well.

The other intern and I alongside the Fisheries Biologist

The last two projects the other intern and I have gotten the chance to participate in involved attempting to track tagged fish in Upper Klamath Lake through radio and acoustic telemetry methods via boat and volunteering to help with the Williamson River cleanup. The project on Upper Klamath Lake did not go as planned, as the telemetry equipment/PIT tag equipment malfunctioned in which we did not get the chance to track tagged fish. But the day was not wasted as we got to go around the lake a bit on the boat while seeing tons of suckers swimming in groups near the boat.

Upper Klamath Lake

With regards to the Williamson River cleanup, it is a volunteer event that occurs once a year and involves picking up trash, mostly along the banks of the river, via boat. While there was minimal trash to be picked up, it was great in helping ensure that there will be fewer hazards in the water that fish may encounter that could potentially cause them harm.

Williamson River

Over the past two and a half months working with the U.S. Fish and Wildlife Service, the various projects have kept the job interesting. Every day is another adventure gaining new skills and getting the chance to see different parts of southern Oregon. I am excited to see what the next couple of months have in store for us interns before our term ends, and I can’t wait to get back out into the field to conduct more field research.

Snipping Stems and Staring at Buds

This last month has been a month of office work, a month of underground buds, and a month of buds (friends).

We’ve mowed the prairie once again. We mow several of the plots at our sites to simulate cows’ grazing, but in order to know how much biomass has been removed from the plots we go in with scissors and manually cut the plants and sort by functional group. The plants are then dried and weighed. Mowing and snipping the grasslands is maybe the most ridiculous thing I’ve done. We’re going to go back in a few weeks to re-trim the grass, to see how much it has grown in the time after the mowing. Science is pretty silly sometimes.

The Rocky Mountain Research Station in Rapid City, South Dakota is kept at a chill temperature that nobody seems to have control over. This means that even when it’s 95 degrees out, I still have to bring a sweater to work when I’m in the office. I’ve been doing a lot of sorting and weighing of plants, plus mind-numbing data entry.

The process of weighing the dried plants involves shaking everything out of its paper bag onto a sheet of repurposed herbarium paper, placing the bag on the scale and zeroing it, finagling everything off of the herbarium paper back into the paper bag, then weighing and recording the mass. We’re about halfway through the job: there’s two sites, each which had about 50 plots clipped, and each plot has up to eight paper bags. These eight bags are categorized by their contents: annual forb, perennial forb, warm-season grass, cool-season grass, annual grass, standing dead, Bouteloua gracilis/Bouteloua dactyloides, and Pascopyrum smithii.

Jackie lighting the fire tables.

Besides snipping and weighing grass, my supervisor, Jackie, also does research involving underground buds, typically grass buds. She studies the bud bank and how plants regenerate from belowground buds throughout their life histories but also after events like fires. Some of this research is done out of Colorado State University, and in the middle of the team’s fire treatment a burn ban was put into effect in Fort Collins. They drove 6 hours to Rapid City to burn the samples and I got to be involved with the use of fire tables!

Fire is super interesting to me. Experiencing the near-annual smoke season in the Pacific Northwest, I’ve heard about how the bigger, hotter fires of today are the result of forest mismanagement and practicing fire suppression. It feels weird to be preached at by Smokey Bear that only I can prevent forest fires when fires have been present in forests since time immemorial. I’ve also known that prairies also rely on fires to “refresh” the vegetation but I’ve never considered how it all works. It makes sense: perhaps fireweed responds to fire so well because its rhizomes are just deep enough to not crisp up in a fire and the burning of neighboring plants opens up aboveground space for its buds to shoot up and bloom.

A bud of Bouteloua gracilis. The feathery, white structure is the prophyll. Underneath the prophyll is the bud.

Jackie took Myesa and me down to Colorado State University in Fort Collins to teach us how to dissect and count the underground buds of some of the native prairie plants. It was a lot of tearing grass apart under a microscope, trying to determine if the bud was, in fact, a bud or if it has become a juvenile tiller. As far as I understand, the distinction is that a bud is completely underneath the prophyll (a sort of casing that protects it) whereas tillers extend past the prophyll. Even after spending a whole afternoon peering through the microscope, I still struggle when distinguishing the roots from the buds. 

Outside of work, I’ve done lots of playing. There’s some pretty good hikes here, and a few weekends ago I got up at 3 am to get a sunrise hike in, despite a thunderstorm that lit up the lawn outside as I sipped my coffee. The weather cleared up just in time for my friends and I to hike up Little Devil’s Tower to see the sun come up over Rapid City. I’ve also had two buddies visit me: my partner, Bryce, from Tacoma and my best bud, Joe, from Chicago.

The Black Hills have been an excellent place for me to get into outdoor rock climbing and it was exciting to share that experience with some visitors. The Black Hills granite will tear your fingers apart and rip your skin open without you noticing, but it is also super grippy and relatively easy to climb. The local climbing community is pretty small and tight, and there’s a huge amount of climbing which attracts people from all over to climb in the Hills.

When Joe visited, we toured one of the numerous caves out here. We went to Jewel Cave, which is named for the calcite dogtooth spar found within. Jewel Cave is the third-longest cave in the world, which is pretty neat. Southeast of Jewel Cave is Wind Cave National Park, and while I haven’t been inside Wind Cave itself, I have gone through the park several times to see the bison and prairie dogs.

A few weeks ago I helped do some point intercept line transects at Wind Cave. Point intercept line transects involve placing a pole, the “plunker”, down along a transect tape at regular intervals and recording which species are touching the plunker and at what heights they are touching it. This was fun because point intercept involves less species analysis than taking aerial cover of 1 meter x 0.5 meter quadrats, which is what most of my summer’s prior data collection has been. Plus, most of the transects were through bare prairie dog towns so there wasn’t any data to record.

Soon enough, I’ll be back out on Buffalo Gap National Grassland, trimming the prairie by hand once again. 

The bison at Wind Cave National Park.

Scouting and Seed Collection!

Time is going by fast here in Boise! I feel so lucky to be working in this job learning new things every day, traveling around the Great Basin, and seeing cool plants.

In the last couple months, my co-intern Alaina and I have spent our time scouting for plant populations and collecting seed. We have mainly focused on Sphaeralcea (Globe Mallow) species, but we also spent some time scouting for Lomatium dissectum (LODI) early in the season. Scouting requires us to look closely at a landscape and pay attention to little details like aspect, changes in vegetation, and soil composition. For example, the first time we saw LODI, it was growing on steep rocky slopes next to the Deschutes River. We noticed that the plants were abundant on some slopes and absent on others. We drove along the river, recording when populations of LODI started and stopped. It became clear that the plants were showing a preference for west and north facing slopes. Just from observation, it is easy to see that vegetation patterns change from one side of a hill to another. Even though this pattern is present all throughout nature, I hadn’t really paid it a lot of attention it before this spring. In scouting, I started to see a whole new dimension to the landscapes around me.

Lomatium dissectum

Scouting trips required a lot of planning. Sometimes our mentor Jessica provided us points on a map to visit to look for plants and on other occasions Alaina and I spent hours in the office poring over google earth imagery to find likely habitat for our target species. For LODI, we looked for steep north and west facing slopes. For Globe Mallow we looked for sandy soils and disturbed areas. We also used herbarium specimen records to find places where plants were likely present. We then planned trips into the field to visit as many locations as possible.

Alaina and I learned a lot during our scouting trips. On our first trip scouting without our mentor Jessica, we chose to visit a creek in a steep walled canyon in the Owyhee Front. We mapped a possible route to the location on small dirt roads. However, we had no idea what these roads would look like once we arrived. After an hour and a half drive out from Boise, we turned onto a small two track road snaking away through the sage brush. We were feeling confident at first, but as we rattled our way down a long and very rough road, we started to wonder if we could make it all the way to the site. We remained hopeful and made slow but steady progress toward the canyon until we rounded a corner and came face to face with a rusty barbwire fence across the road and a private property sign. We turned around and made our way back to the main road, a bit discouraged. After consulting our map, we found another road leading to our field site and found our way there behind schedule.

Upon our arrival, we were delighted to find that what had looked on our map like a small canyon was in fact a spectacular and deep rocky canyon with spires and sheets of rock stacked like pancakes. We had to take a moment to sit and take in the view. Soon, we refocused on our scouting efforts. We searched the sides of the canyon for LODI, looking for its distinctive yellow umbel flowers and bright green hue. Unfortunately, there was none to be seen.

The canyon

At first glance, our first day scouting seems like a failure. We didn’t choose the best road, and we didn’t find any LODI at our scouting site. However, we quickly learned that these challenges are part of the process. After this trip we learned to more carefully plan our route when traveling on small two track roads. We also learned that scouting is unpredictable, and you need to be flexible with your plans. On many occasions a promising site ends up not having the plants you are looking for, but this is ok since every unsuccessful site helps you better understand where to look next.

Other scouting trips have taken us to Hell’s Canyon, Steens Mountain, western Wyoming, Jackpot Nevada, and beyond. We have mapped many populations of plants and collected lots of herbarium specimens. We have camped and hiked all over the Great Basin while looking for plants. We have grown very familiar with Globe Mallow and have found plants in all kinds of places, from disturbed sagebrush to a beautiful rocky hilltop to a hillside overlooking a bright blue lake.

A few sites where we mapped Globe Mallow populations

In the last month, Globe Mallow seeds have started to mature, and we have been returning to sites we scouted earlier in the season to collect seed. We collect 25% of the seed in a plant population at each site. It has been interesting to return to the sites we mapped and see the plants at a new stage. These seeds will be used in a new common garden for research that will support restoration of landscapes across the Great Basin.

Mature Globe Mallow seeds (picture credit Jessica Irwin)

The Prairie is Full of Grass: Poaceae is Difficult Sometimes.

June began with a package from my mom containing my forgotten raingear, which I needed for a few chilly, wet days. A bit of drizzle isn’t anything new to me, but the storms sure are. Two times now I’ve gotten caught in a car while a storm above drops hail the size of grapes, which pounds so loudly on the metal roof that you have to shout to be heard. Once the hail subsides, one can be sure to find dimples on the car body and the offending hunks of hail slowly melting in the ditch, inert.

Our site by Badlands National Park. To the right of the truck is the cottonwood tree (Populus deltoides) that is the singular source of shade at this site.

While the storms aren’t going to go away, the rain is no longer cold and it’s quite hot now. A few weeks ago it reached 102 degrees. We lunched under the shade of a singular, shrimpy cottonwood tree and the breeze still felt like it was gusting from an oven.

A week of June was also spent in Bill, Wyoming. Bill is an unincorporated township of about 10 people. Myesa and I were there helping the seasonal crew with a sagebrush fire study on Thunder Basin National Grassland, where we helped record aerial cover and stem counts. The craziest weather experienced there was just the wind: on Tuesday, everybody toppled over at least once. My knees hurt from bracing myself against the wind all day.

My time in Wyoming got me thinking about how much of ecological science is carried on the backs of young people. Sure, there are all the scientists and professors who publish the papers and design the experiments, but behind nearly each research project is a crew of several seasonals blundering through tall grass while trying to preserve the structural integrity of the data sheets and not-quite-rugged-enough plant field guide. The crew I worked with in Wyoming consisted of undergrads and recent college graduates, most of whom seemed to fall into the job because of a general interest in ecology and a stronger interest in employment, but not necessarily plants.

One of the plots on Thunder Basin National Grassland in Wyoming. This grassland has much more sagebrush (Artemisia spp.) than Buffalo Gap National Grassland in South Dakota.

It seems like an almost obvious labor solution to hire only young people: our bodies aren’t broken yet and we don’t always know that it is wrong to cut your 30-minute lunch in half in order to get the job done, while earning $15/hour. It’s a shame that most scientific projects don’t receive the funding to thoroughly train seasonal workers who will have moved on by fall. I wonder about the robustness of some studies where plant identification is important. I have a couple years of experience with staring closely at plants and identifying them but if somebody has never really noted and wondered about the differences between, say, a maple leaf and an oak leaf… how many mistakes could they make, out here on the prairie, trying to determine the differences between these very similar grasses?

Don’t get me wrong, I love plants and I am thoroughly enjoying my internship but if I had to describe my ideal summer gig, I wouldn’t exactly be waxing poetic about the joys of straining my eyes and lower back to peer at grass ligules, determining if the plant at hand is Bouteloua dactyloides or Bouteloua gracilis and then counting each individual stem of grass. I can’t imagine doing this job without having a semblance of passion for the plants. Plant identification mistakes are too easy to make and can have a huge impact on the data.

There is a grass out here called Pascopyrum smithii, which is easily identified by its clasping purple auricles, strong venation, and sandpapery texture. However, there have been several instances while counting stems where I identify a grass and its auricles as P. smithii only to glance at the inflorescence and realize that I’m wrong, it’s Bouteloua curtipendula. 

But of course, even if you have years of experience there are times where it is not enough. There are an infinite amount of perspectives that one can know plants from: from ornamental varieties to houseplants to vegetable gardens to native plants from one specific ecoregion, from agriculture to ethnobotany to taxonomy to functional traits to forest management to herbicide application.

A few summers ago I worked a plant survey job throughout Washington and Oregon when my partner and I came across a wondrously tall plant in town with large purple inflorescences.

“What could this beauty be?” we exclaimed in awe. “It’s so mighty and large! It looks sort of like a lilac, but it’s not the right time of year for lilacs to be blooming.”

We left the behemoth behind, un-keyed because it was not at a target site. Two years later, as I found myself cutting down and digging out and injecting poisons into invasive plants, I learned about Buddleja davidii. It’s also called butterfly bush, and it’s a beautiful ornamental plant from Asia, a plant people put in their gardens because it’s pretty and “feeds butterflies”. A plant that can produce up to 40,000 seeds per inflorescence and is very capable of pushing native plants out of their habitat.

The more I learn and do, the more I find myself feeling as if there is too much to know. The plant world is overwhelming and never ending, and perhaps no amount of training can ensure 100% accuracy, but at least I can rest assured that I will never cease to have the opportunity to learn more. At least Poaceae is less intimidating of a family than it was two months ago.

Escobaria vivipara

Aphyllon fasciculatum
(clustered broomrape) parasitizing the Artemisia frigida (fringed sagebrush) in the background
Lewisia redviva

One Month Down in the Klamath Basin

Almost a month has gone by since I drove north through California to my internship with the US Fish & Wildlife Service in Klamath Falls, Oregon. Klamath Falls is the largest city in the Upper Klamath Basin, an area inhabited by the Klamath tribes since time immemorial. Before coming I did some virtual exploring via satellite imagery, which showed Klamath Falls in a transition zone where the dark green of forested land turns into the beige of a drier, desert landscape. Not surprisingly, my Google Maps tour did not prepare me for the incredible beauty and diversity that actually exists in the Basin. The high desert environment, with its sagebrush, western juniper and ponderosa pine, meets with vibrant riparian and wetland vegetation in the Basin’s river systems and marshes. The Upper Klamath Basin comprises several other drainage basins, some of which feed into Upper Klamath Lake. This lake feeds into the Klamath River, which flows through Northern California and into the Pacific Ocean. To the south you can see majestic Mount Shasta rising through the clouds, west are vast wilderness areas in the Cascades and the pointed peak of Mount McLoughlin, north and east exist several river systems, the Klamath Marsh Wildlife Refuge, and Crater Lake, a landmark of volcanic activity in the region. Basically, a short drive in any direction from Klamath Falls is both unique and stunning.

A view of Klamath Falls with Mount Shasta in the distance.
Klamath Falls, with a view of the south end of Upper Klamath Lake.

My fellow intern, Antonio, and I are here to assist on various projects within the Klamath Falls FWS office. My first week we joined the Fish & Wildlife Partners Program, a department that works with non-federal landowners to restore the habitats on their land. We did some wetland surveying, transplanted wocus (a native water lily used by the Klamath tribes) into a restoration site, and shadowed on a landowner outreach excursion. 

Our second week was spent with a hatchery rearing the endangered Lost River and shortnose suckers: endemic sucker species that are not seeing new recruitment in their populations. We spent every morning in a boat, collecting thousands of sucker larvae on the edges of the Williamson River. The afternoons were spent at the hatchery counting the nearly translucent baby fish one by one. Overall we collected and counted over 10,000 larvae. These larvae hang out in large tubs and are fed artemia (miniscule brine shrimp) until they grow larger and can be transferred to in-ground ponds. 

Uprooted wocus on their way to being transplanted
in a restored wetland.
Sucker larvae swimming in the collection cooler.

The next two weeks consisted of bull trout recovery work with our supervisor, Zach. Many streams that were historically occupied by genetically unique bull trout are now devoid of them, so there is a large effort to re-populate some of these areas and remove invasive brook trout. We worked our way up Long Creek, a branching of the Sycan River area, which previous studies had claimed were still occupied by bull trout. To sample the fish we use backpack electrofishing. One person will don the electrofishing backpack, and two others wield the dip nets. The electrofisher delivers a current that elicits involuntary muscle movements in any fish caught in the electric field. The fish moves towards the anode and is briefly immobilized to make for easier capture. The first fish we sampled were all invasive brook trout. We took down measurements and put a PIT tag under the dorsal fin. I’m somewhat ashamed to say that this was my first time holding a fish that wasn’t frozen salmon from the grocery store. What’s more, I did not expect these trout to be some of the most beautiful organisms I’ve ever seen.

 The long awaited bull trout were finally caught after we moved upstream to a steeper, rockier section of the creek. To continue our sampling in deeper parts of the creek, we put on “dry” suits and snorkeled upstream. No bull trout were identified in our snorkel search, but we did spend a solid five minutes observing two lamprey building a nest (also called a “redd”) about a foot from our faces. We also discovered that staying completely dry in a dry suit is not a given. All things considered, it was an amazing experience.

Zach and Antonio weighing a brook trout.
Antonio and I snorkeling up Long Creek in search of bull trout.
A lamprey caught during a fish survey in the Klamath Marsh NWR.

This month has been truly eye-opening for me. Not only am I learning new skills and becoming acquainted with the unique wildlife of this incredible region, but I am being exposed to a whole new field of work. The passion that exudes from the FWS staff, their knowledge of the native species here and their insatiable desire to keep learning is so inspiring to me. I can’t wait to see what the season has in store for Antonio and I. 

Lake of the Woods in the Fremont-Winema National Forest.

First Month Working with the US Fish and Wildlife Service in Klamath Falls, Oregon

The Conservation and Land Management internship has been beneficial in gaining experience working with various aspects of fisheries and wildlife conservation and management in conjunction with the Klamath Falls Fish and Wildlife Office. The opportunity to work alongside biologists and hatchery staff has led to gaining knowledge and experience working with species that are important to the local ecosystems in the area, whether it be Bull Trout, Brook Trout, Lost River sucker, shortnose sucker, and Canada Geese.

The first project consisted of using an electrofishing backpack to shock an area of Deming Creek Trail for Bull Trout. The purpose of electrofishing is to collect data regarding the abundance, species composition, health, and density of a fish population in any given area. The task involved using a backpacking unit in the stream to shock fish, catch the shocked fish in nets, and estimate the size lengths of each individual caught. With it being my first experience trying to net fish after they had been electroshocked by the backpack shocker, developing a quick reaction time to net the stunned fish was a must. As the day went on, we had better success rates in netting fish, which led to more accurate data for the study area.

Rosy Boa
Deming Creek

The second occasion of backpack electroshocking consisted of shocking wilderness streams for Brook Trout. With it being my first time getting to use an electrofishing backpack, it was definitely a learning experience. Looking for pools of calm water in the stream, whether it be along the banks of the stream or areas that are directly below large objects, such as boulders, were prime spots that typically held fish. Being able to recognize where the fish might be located helped the success rate of capture and, ultimately, data collection. The downside of using the electroshocking backpack for the first time was learning how to maneuver through a fast-flowing stream carrying the backpack while maintaining balance at the same time. When electrofishing, once shocked fish were caught, gaining experience using a PIT Tag reader, along with processing fish via PIT Tagging, weighing, and measuring the total length of each fish was beneficial for a future career in the fisheries field.

Brook Trout

A project that the intern program was able to assist in conjunction with Klamath Fish Hatchery consisted of working with the shortnose sucker and Lost River sucker. The task involved operating a skiff boat on the Williamson River and catching fish larvae with dip nets and storing them in coolers. Being out on the water, we were able to obtain experience driving the boat down the Williamson River, as well as loading the boat onto the trailer at the end of the day. Being able to obtain boating experience was awesome, as knowing how to operate and load a boat is highly sought after in the fisheries and wildlife field. Once returned to the hatchery with coolers filled with fish larvae, the larvae were individually counted and put into rearing tanks. Although counting each individual fish for a couple hours per day was draining, it was exciting knowing that our work is helping with the conservation of each species, as the two species of suckers are currently endangered.

Shortnose sucker and Lost River sucker larvae

One of the more adventurous projects consisted of going out snorkeling to look for Bull Trout. Coming from the desert in New Mexico where it is very dry, I have never gotten the chance to go snorkeling. Although the water was super cold and we didn’t catch a glimpse of any Bull Trout, being able to see schools of Speckled Dace in the water swimming around was awesome. The benefit of snorkeling was it helped sharpen our fish ID skills while we were identifying fish species in aquatic habitats.

One of the last projects we have completed recently involved banding geese in conjunction with a local wildlife refuge. Banding is a useful tool to gather data on breeding and wintering distribution, behavior, reproduction, survival, and migratory routes of migratory birds. The task involved using kayaks to direct flocks of geese that were on the water toward the shoreline where a fenced pen was set up. It took a lot of patience trying to keep the flock together as much as possible while also trying to push the flock towards the shore. Once the geese were on the shore and enclosed within the holding pen, it got hectic really quick. The process consisted of picking up each individual goose from the pen, determining the sex and age (i.e., hatch-year, mature), banding the goose, and returning it to the water. Over the last couple of days of geese banding, the process has gone a lot smoother as I have gotten more experience banding the birds.

Canada Geese

In conclusion, the conservation and land management internship has been really enjoyable, along with being beneficial in getting to experience helping with numerous fisheries and wildlife projects that the Klamath Falls Fish and Wildlife Office conducts on a daily basis. Although a job within the fisheries and wildlife field can be stressful at times, especially if one is moving from seasonal job to seasonal job with no luck on permanent employment, the projects that are conducted within a job can be very rewarding at times, in which I would recommend this type of fieldwork to any individual searching for a career path.