The Rocky Mountain Research Station in Boise, Idaho is incredibly busy! I started off my internship by travelling with some forest service coworkers to a Botanical Foray at the Desert Experimental Range (DER) in Utah. Marguerite, Bebe, Anna and I met some amazing botanists who are passionate about the Great Basin. We hiked up Tunnel Springs Mountains, I collected and pressed some cool cacti (and made my first ever voucher!!), and we socialized with like minded botanists. We filled some of our free time with campfire stories, hunting for scorpions, going to Great Basin National Park to scout for rare plants, and seeing some beautiful scenery.
D.E.R.DER CampDesert Mojave CactusPressing a CactusScorpion!
In the middle of June, I helped assist a BSU project in Bruneau, Idaho. We camped at Bruneau Dunes State Park. We identified species in blocks for a master student’s data.
Jessica – BruneauBSU Students + Archie
My last big trip of the month was to the Modoc Plateau in Oregon, California, and Nevada. Elric and I went with Joe, a forest service seasonal employee to scout for plants in predetermined wetland sites for a follow up survey of an AIM season. Hiking in the Great Basin is so unique, one minute you are in sagebrush steppe or desert, the next you are in small wetland areas.
First Night SunsetBirthday Sunset
We found some amazing plants that weren’t on our species list- like this huge puffball!
Puffball- size of my hand!IRMI- Target SpeciesObsidian Fragment
Then… we hit a little speed bump in our trip. We got stuck in some mud, and ended up having to call for a rescue from Boise. We were about 6.5 hours away, but Jessica and Anna came to our rescue! Elric, Joe and I camped out for about 40 hours waiting for help to arrive, since we got stuck in the late day/early evening on Wednesday 6/28.
Stuck TruckRescue TruckElric’s Celebration
After long hours of working on the truck’s escape from the mud, we finally got it! We had a celebratory spaghetti dinner, and then we camped close by for the night. We were able to finish out assignment in the Modoc Plateau! We got back late Friday (6/30), and we are so relieved to be back home.
Overall, this has been such a thrilling first month to my internship! I can’t wait to see what the rest of this season holds with these amazing people!
The mornings are early, the dawn quiet but as we rode along in the forest vehicles to the monitoring site of the day the world was beginning to awaken around us. After a bumpy ride through the rough and swirly roads we arrived at the area we would survey for the day, littered with fields of lavender Phacelia exilis, bright yellow Castilleja lasiorhyncha, and deep violet Erythranthe purpurea that shimmered like scattered rubies across the forest floor. For the next couple of weeks, I accompanied a team of botanists and botany technicians to do rare plant surveys in this dazzling area, Holcomb Valley in North Big Bear. The goal of the day relatively simple, map out the boundaries of these rare plant species to understand both the size of the various populations but also to the extent of their range in the area. These polygons formed by the team in the future being used to inform firefighters on where fire retardant should not be sprayed due to the sensitive nature of the species.
One of the sites surveyed in Holcomb Valley in North Big Bear with a field of Phacelia exilis and Castilleja lasiorhyncha. Photo courtesy of Karen.
Seed Collection monitoring in Apple Valley SBF, a sea of flannel bush (Fremontodendron californicum) illuminating the landscape.
I spent much of my time with Katie, a Botany Field Assistant who would teach me the ropes on how to work the tablets in putting down points while also some tricks on ensuring the data collected best represented each population minimizing human error. I also spent time with Joseph a Biological Science Technician with a focus in Botany who was especially knowledgeable in teaching us about the native flora in the area and the minute details that separated one species from another. We focused our sight on P.exilis populations and as we entered the forest I searched for these rare purple flowers with translucent like petals. As I followed Katie, she described the area in more depth telling me that this species was a perennial that enjoyed moist soil and was often found at drainage sites, she explained how different soil types and terrain gives us clues on where to set our eyes on and what trail to follow when mapping a species. I will admit I had some difficulty in this at first as I would have trouble deciding where to start when overlooking a population. Some species seemed to stretch out for miles and as we marched through the thick underbrush and over fallen logs, I called out hesitantly on the finding of P.exilis as Katie quickly followed behind me. As the days went by though I became more confident in not only my sighting skills but also in understanding the polygons on the iPad and where to go to not overlap previous surveys on the same species in the past. However, as we trudged through the forest, I couldn’t ignore the fluttering of butterflies that surrounded me, each very different from the other. Their bright colors and elaborate patterns intrigued me not only for their beauty but for why they evolved to take on that image. There seemingly paper like fragile wings propelling them powerfully up and across the meadows searching for nectar upon the flowers found throughout. In some instances, I became sidetracked as I chased after a few, attempting to take a quick picture in vain. This interest quickly bled into other sites I visited when doing surveys or monitoring plant populations, I became engrossed in gaining information on the pollinators that so closely interacted with the plants we were watching. After a few days of assisting in mapping North Big Bear I could no longer ignore these ornate gems and at lunch breaks I began to take pictures of them to capture their beauty. After the end of the day, we would return to the office, and I attempted (with some luck) to identify the species through both wing patterns and associated plant species interactions.
On our expeditions thereafter I began to record the flowers I saw the butterflies landing upon and the time of day I spotted a certain group appearing the most. While our main goal was on rare plant surveys, I developed a small side project on these trips in learning more about the native butterflies in this area and their connection to the plant species they so loved. As I stood in the field of flowers found in Holcomb Valley, I was mesmerized by the beauty that surrounded me and felt an increased love for the work I was doing. As the shades of purple, yellow, and violet faded towards the end of our surveys due to the oncoming summer heat, the butterflies remained, moving works of art dancing in the morning light.
A female Boisduval’s Blue (Icaricia icarioides) with tips of wings tinged in brown found in the Holcomb Valley area perched upon a fruiting lupine. Picture courtesy of Karen as my ancient phone takes subpar pictures!
An orange butterfly that belongs in the genus of Greater Fritillaries perched upon an Allium. Currently working upon identifying the species!
Ediths Checkerspot (Euphydras editha). Alot of other checkerspot species are common in Big Bear with some notable rare ones such as the Quino checkerspot (Euphydryas editha quino) which is currently listed as endangered.
A female California Dogface (Zerene eurydice) butterfly, Californias state insect! Perched upon a thankfully native Cobweb thistle (Cersium occidentale).
My boss’s cubicle has a quote hung on the wall from Enrico Fermi, the Nobel-winning physicist, when he once had a student ask him to recall the name of a particular subatomic particle. “Young man,” the professor replied, “if I could remember the names of all these particles, I would be a botanist.” In my first month since moving to Idaho from Pennsylvania, I have learned just how true that statement was. There has certainly been a bit of a learning curve to adapting to a whole new set of plants, most of which I had never seen before. Botanizing in a new part of the country is a bit like sticking a firehose of information in your mouth – open the valve and just try to swallow everything you can. What was this death camas plant that everyone was trying to get rid of? And why would anyone ever eat common camas, which looks almost exactly the same until it flowers?
Death camas (left) and common camas (right) – almost indistinguishable a few weeks before.
But there have been a few important things that softened the landing a little and made botany in Idaho a little less intimidating. The first was realizing just how many Western plants have close relatives in the East, plants that I was already quite familiar with. I’ve never seen Galium aparine or Trillium ovatum before, but the other species in those genera are quite common in Pennsylvania. It’s also been very helpful to work with a crew of Westerners who know what grows here and to have the colossal Flora of the Pacific Northwest to walk me through. And wouldn’t you believe, the born-and-raised Idahoans are just as unfamiliar with Pennsylvanian plants as I was with theirs. I’ve learned dozens and dozens of plants so far and more are sure to come.
We’ve scouted for many types of wildflowers so far and learned the trials and tribulations of keying out huge genera like Eriogonum (wild buckwheat) or Erigeron (fleabane). Staring through a microscope to piece apart minute details of a specimen can be exhausting, but it’s incredible to realize just how much diversity there is among the plants of the Rocky Mountains. I have a special passion for botanical Latin, and I’ve spent many an evening by our campfire reading through our flora to learn the fascinating history of why plants were given the names they were – either for famous scientists, ancient medicinal uses, or an author’s one-year-old daughter in one special case. We’ve had the opportunity to hike many a mile in search of rare mosses and onions, and seen a great diversity of other plants and flowers along the way (not to mention an incredible hike).
Lewisia sacajaweana, a rare plant we spent a day scouting for a population of. It is named for Capt. Merrriwether Lewis and Sacajawea of the Lewis and Clark Expedition.
But life, just like botany, is a mosaic of little pieces that may look disjointed, but when you find the little similarities, they fit together into an extraordinary picture. When I first moved here, Idaho seemed like a whole puzzle of disassembled pieces – I dropped my dad off at the airport after our road trip and immediately found that every hotel in Boise was fully booked for a Luke Combs concert. I drove an hour out of town to find a room, and the only thing keeping me together was getting a surprise call from my old college roommate. How was I ever going to survive here?
But what a place Idaho has turned out to be since then! The forests and the fishing are incomparable, and I have met more than one person with surprising connections – the Mennonite grocers from my state, another Penn State Agriculture graduate, and many others. And imagine my surprise when I learned that my roommate, a wildlife biologist from North Carolina, was my fifth cousin! Idaho is still a bit of a puzzle, but sure enough, the pieces are starting to come together.
Welcome to the jungle, it gets better here every day.
Lemhi range in the Caribou-Targhee National Forest
After a long winter, I was feeling very ready to get back out into the field and eager to start my new position, Conservation and Land Management Intern. I enjoy telling people my temporary new title; it has a ring to it and it leaves a lot up to interpretation.
My expectations for what this position would entail were the duties involved in native seed collection of which I am fairly familiar having been a Seeds of Success field technician the previous summer. I also had a vague understanding that I would have opportunities to work on other projects as need arose and time allowed. This balance of continuing to put to use skills I’ve previously learned while at the same time continuing to learn and grow my botany and ecology skills is exactly what I was most looking forward to about this job.
In early June, as I drove north on my move from Utah to Idaho I was struck by how green everything was. It was an unusually long winter with a lot of snow and an unusually rainy spring. This seemed to be a good sign for our future seed collections.
My first day in the new office, I walked around with my new supervisor Rose, the only botanist on the Caribou-Targhee, as she introduced me to a lot of people in our interagency office whose names I’m still trying to learn. Our last stop was to meet my beaming and genial co-intern Alyssa. Alyssa then continued to introduce me to more people around the office but this time I was meeting people as friends rather than just as coworkers.
With this, the tone for my time in Idaho Falls was set. I’ve made lovely friends who I get to explore my new home with both inside and outside of work. I’ve been learning so many things that I had expected to learn like the plants of the Caribou-Targhee, botany field skills, and most notably, about how the forest service operates and what it is like to be a forest service employee. It has made federal employment seem like less of an enigma and feel more attainable. I’ve also gotten to go out on various projects that I hadn’t expected and have come as a pleasant surprise including Goshawk surveying, soil pit surveying, doing burn pile rehab, and participating in horsemanship training.
We learned to get a horse ready to ride and how to pack a mule during horsemanship training.
I’m looking forward to the rest of the field season. I’m looking forward to watching the season progress throughout the forest, to seeing the native plants go through their phenological phases, to tracking our target species until their seeds are ready for collection, to making collections, and to working on various other projects to help the forest and to continue to gain exposure to how different resources on the forest are managed.
Burn pile rehab involved planting native plants from the surrounding areas in the burned area and introducing nearby organic matter back into the area.
New Mexico has significant climatic variability, both temporally and spatially. In The Lincoln National Forest, temperatures widely vary with elevation. There can be a 30-degree temperature difference between the Chihuahuan Desert and the sub-alpine zones in the Sacramento Mountains! Mornings in Ruidoso usually start around 65 degrees and climb to the mid-80s at the height of the day. A recent heatwave was an anomaly for this elevation, sending temperatures to the 90s. Thankfully, it’s a dry heat. But that lack of moisture is bad news for any reprieve from the daily “VERY HIGH” fire danger posted outside the Smokey Bear Ranger District office. During that heatwave, I experienced my first wildfire–the ~15-acre Chance Fire–which was started by welding. While storms bring rain, they also bring lightning, a significant natural cause of wildfires.
The arid climate of the Southwest also poses problems for seed collection. Plant populations are dependent on rainfall, which has been scarce since the start of June. My fellow CLM intern (Evie Sanchez!) and I have been having trouble locating suitable populations to collect from because of the relative drought. The monsoon season typically starts in mid-June or July, when moist air from the Pacific gets sucked into an area of low pressure in the Southwest. This moisture manifests as afternoon thunderstorms that roll in like clockwork. While delayed this year, the monsoon season is not far away! While waiting for the monsoons, we have been familiarizing ourselves with the Smokey Bear Ranger District. The Lincoln National Forest is divided into three ranger districts: The northernmost Smokey Bear RD, separated from the southern Sacramento and Guadalupe Ranger Districts by the Mescalero Apache Reservation. There are still plenty of cool plants to see in the meantime, including several parasitic plants, which have evolved a unique strategy in a place where the UV index is “extreme” nearly every day!
Photosynthesis Freeloaders
Rope dodder (Cuscuta glomerata) parasitizing a goldenrod species in an open meadow in Ohio.
Parasitic plants have always captured my curiosity as oddities that have evolved to rely on the photosynthesis of other plants (or parasitism of fungi!), whether completely or partially, as their source of carbon/energy. I’ve noticed multiple taxa representing several plant families in my time here. Parasitic plants can be categorized based on their level of dependence on their host species, ranging from hemiparasites, which have a partial dependence and can still produce chlorophyll, to holoparasites, which gain all of their carbon from their host. They can also be categorized based on the part of the plant they parasitize and whether they can complete their life cycle with/without the host. The photo above is species of dodder (Convolvulaceae) I saw last summer in Ohio that is an example of a stem holoparasite. Note the absence of chlorophyll and vining habit around its host species–a goldenrod (Solidago sp.)
Orchidaceae
When people think of orchids, they usually think of the Phalaenopsis or Cattleya orchids sold in big-box stores. Vanilla orchids and lady-slippers (e.g., Cypripedium) are other well-known taxa. Nearly all orchids are at least partially mycoheterotrophic, meaning they rely on host fungi for part of their life cycle–usually for germination and development. Rather than parasitizing plants for their carbon and nutrients, they parasitize fungi! Mycoheterotrophs are typically found in forest understories where light is a limiting factor. Species that are partially mycoheterotrophic but can still photosynthesize are considered “mixotrophs.”
Most orchid species in the genus Corallorhiza, however, are fully mycoheterotrophic. As a result, they have lost the ability to photosynthesize. I had the opportunity to see two Corallorhiza species growing in the duff and litter of mixed conifer habitat: Corallorhiza maculata and Corallorhiza striata. C. maculata gets its name from the spots dotting its labellum. C. striata has a similar naming scheme, where it is named for the stripes on the inflorescences. In a habitat type where the understory is bare due to the dense canopy blocking the majority of light, these two species have found a way to make it work!
Corallorhiza maculataCorallorhiza striataCoralroot species
Orobanchaceae
Orobanchaceae, or the “Broomrape” family, is a group of annual to perennial herbs that are holoparasitic to hemiparasitic on the roots of other plant species using single or multiple haustoria. Haustoria are root-like structures used by parasitic plants to embed into the phloem and/or xylem of host plants, acting as both an anchor and a means to “tap” into the vascular system of the hosts. Water, sugars, and minerals can be stolen through this conduit. The Orobanchaceae family is of great research interest to evolutionary biologists studying the emergence of parasitism in plants because members of this family range from partial to complete parasites, capturing the transition from photosynthetic independence to holoparasitism.
Pedicularis procera
Pedicularis procera, or the giant lousewort, is a member of Orobanchaceae that grows to about four feet tall. Evie and I found a small population while scouting along a canyon in a mixed conifer forest at ~8000 ft. Many bee species were visiting the flowers, and I captured one in the act, legs laden with pollen! Its flowers are heavily modified for pollination by bees. Pedicularis is an example of a hemiparasitic genus that has multiple root haustoria.
Conopholis alpina
Conopholis is a genus I’m familiar with from the deciduous forests of the Midwest through Conopholis americana. Its common name is American cancer-root, or bearcorn. This species is host specific to oaks (Quercus sp.) and beeches (Fagus sp.). The western species, Conopholis alpina, likewise utilizes oaks as a host species (in addition to Acer and Juniperus) but grows at elevations from 4,200 to 12,000 feet–hence the species epithet “alpina.” Conopholis is a holoparasitic genus possessing a single, large haustoria.
Castilleja indivisaCastilleja integraCastilleja linariifoliaScarlet paintbrush species
Last but not least are the scarlet paintbrushes! These beauties are hemiparasites on the roots of nearby plants. Castilleja diversity is concentrated in the American West, with only a handful of species from the eastern United States, Eurasia, and Central and South America. The most conspicuous part of the inflorescence is the bracts–not the flower proper. Flowers range in color from shades of red, orange, and purple but can also be white or yellow. Castilleja indivisa is not native to New Mexico, but I did see it on my road trip through Texas! This species is endemic to Texas, Louisiana, and Oklahoma.
I had no idea that my life and job here in Moab, Utah would go so far beyond seed collection! Aside from beginning seed collection, I have gotten to work with the amazing hydrologists here on projects aiming to protect lakes, streams, springs, and wetlands. I accompanied my mentor on a field trip to Medicine Lake where he will be conducting a huge fencing project in the hopes of preserving a very important wetland. The nature of the field trip was to introduce the project to different departments, including Range and Archaeology, in order to make sure the building of a fence would not cause any indirect damage to the area. It has been so exciting to meet people from so many different government departments and get to learn about what they do and see how all the pieces of the puzzle have to fit together for a project to go forward!
Hydrologists are so involved with fencing projects, I have learned, because cattle and livestock cause a lot of damage to soil and plant systems around water sources by causing hummocking. In a nutshell, hummocking is when cattle compacts soils in riparian areas causing it to puddle and exposing soil to erosion. This, in turn, damages natural vegetation succession in riparian areas. Moo knew? (Get it? Like who knew?) I got to help with my first fencing project last week, repairing a barbed wire fence around Warner Lake.
In terms of seed collection, our first target species is a lovely plant in the pea family known as Utah Sweetvetch, Hedysarum boreale. She has been the ideal first species to begin my seed collection journeys because she has very distinct “pods” that contain her seeds, and the dreamiest purple-pink flowers. Seed ripening has just become a lot more uniform across populations that we have observed, so more seeds to come!
Utah Sweetvetch, H. boreale
Lovely seeds on a Utah Sweetvetch, not quite ready for collection
My favorite botanical spot so far? The gorgeous are Sego Lily, Calochortus nuttallii! This lovely perennial monocot is the Utah State Flower and is known for her campanulate flowers. I have never seen anything quite like it. This unique flower has a rich history, as it is said that indigenous peoples in this area would harvest the roots and eat them during poor crop seasons.
Sego Lily, Calochortus nuttallii
I am so excited to learn more about Utah’s native flora, collect more seeds and get to help more with hydrology projects!
I started my CLM internship in April and have seen and done many exciting things. For my first week, I helped out with the telemetry crew. We took the boat out on Upper Klamath Lake, checked on some telemetry stations, and set up a few new stations. It was interesting to see how the stations were set up. On Friday of the first week, I helped the hatchery crew spawn the large adult Lost River Suckers. This was pretty cool to see after USGS netted the gathered the suckers; we grabbed four male suckers and got some milt from them, then we grabbed some females and got the eggs. We mixed the milt and eggs and then mixed them with a feather before we stored them on dry ice till they go to the hatchery.
Me holding an adult Lost River SuckerEggs being excreted from femaleIn the small bowls are the eggs of one female being mixed with four different males. In the large bowl is another female’s eggs being mixed with a feather after the male milt was added.
The next week I went to the hatchery, helped check the eggs, and cleaned some tanks. Then went out to do some electrofishing. The creek was turbid and fast-moving as a result, we only got to remove a few brook trout.
We went to the Klamath Marsh at night the next week to conduct Western Yellow Rail surveys. Even though it was cold, this was a lot of fun; we went out in the marsh with waders and used a Bluetooth speaker to call them in; once they flew near, we netted them. We placed a band on them, plucked some feathers for DNA analysis, measured wing length, and weighed them. The next week I did a mixture of electrofishing and the hatchery. Then I was at the hatchery for three weeks. The hatchery has its good times, like when we collected larvae from the Williams River and visited the net pond in Upper Klamath Lake, but there are times that at a little mundane when weed eating, cleaning tanks, or counting hundreds of tiny larva fish. We got to help the refuge team band some geese. This was a pretty unique event as it started with airboats rounding up the geese and us on kayaks pushing the geese into the pens. I have rounded up cattle in the past, and rounding up geese was not much different. Once we got them in the pens, it was time to catch them to place the bands. After catching one, you tuck their head under their wing and hand them to the next person like a football. It was a good time with only a few scratches and two bites. So far, this experience has been great. I have met a lot of great people and gained lots of experience.
I spent the first month of my internship doing a lot of floating around the Klamath Falls USFWS office. We had the opportunity to be a part of a few different projects and gain diversified experience, as well as meet so many great mentors throughout the field.
We started out with the hatchery team, working with Lost River suckers and Shortnose suckers. These species are a key focus throughout the basin, as they have become endangered by water quality issues throughout their small range. We got the chance to be a part of larval collection from the Williamson River, as well as learn the ropes of taking care of the fish being raised by the hatchery over the course of my first 3 weeks. This included feeding, water quality testing, water treatments, hatchery upkeep, hormone injections and so much more!
During the next week, we got to work closely with our mentor on his bull trout projects. This involved monitoring for population size within the existing population range and removing invasive brook trout in a potential range. The populations of bull trout in Oregon were already existing in very narrow ranges and few were in a good position, but the recent Bootleg Fire created a larger problem sweeping through a few of those key ranges. Due to these populations being isolated from others they have become genetically distinct and can not be helped through outsourcing to populations outside of the basin.
Our first bull trout catch of the season!
We also have had the opportunity to be a part of a Canadian goose banding project, taking data on the populations within this flyway. This was an adventure because I am terrified of birds, but great exposure therapy! As well as help with a population survey of Applegate’s Milkvetch, an endangered species of pea plant, only endemic to the Klamath Basin and currently suffering due to drought conditions.
Holding a gosling during banding, and a rare occurrence of a smile on my face anywhere near a bird.
Tonasket, Washington is a land of extremes. Surrounded by low valleys and high peaks, it is full of hippies too liberal for Seattle mingling with folks too conservative for Spokane. Of all the Tonasketers (as I have been told they are called) I have ran into my favorite is probably the nice fella at the co-op who is always up for a conversation. At our first encounter he gave me a rundown of his life. His mother was an L.A. socialite/burlesque dancer who may or may not have known Lenny Bruce. With his mother’s connections he reckons he could have been a Hollywood star, but decided to rebel and move to Tonasket. He regrets this choice every day. At our next encounter he was wearing a cowboy hat and a cross necklace. In the week since we had last seen each other he had either found Jesus, or found a necklace. Either way, I hope it brought him some solace. He did not recognize me, but really wanted me to buy an amino acid based soy sauce which he claimed contained “the healthy salts”. I did not purchase this item, a choice which I may too one day regret. Such is the nature of life.
The Tonasket real estate market is in shambles. Luckily, my landlord has generously provided me a trailer to stay in. I share the trailer with many mice, one of which has an affinity for pooping in the kitchen sink. I have had worse roommates. In lieu of rent I have been doing odd jobs around his property. Mainly I have been pulling weeds and organizing rocks into piles next to a pond. The frogs and newts that live around the pond will use the rocks as a refuge from predators and the hot sun. Who would have thought that filling a bucket with rocks from a pile and then moving the rocks to a secondary location where I arrange them into a new pile could be so fulfilling?
My other work has been going well too. I have been conducting plant surveys in the Colville National Forest, paying special attention to observing sensitive plant species. To date I have seen four species from our sensitive plant list, and discovered three new sensitive plant populations. It has been a thrill to conduct these surveys, and I hope to conduct more in the coming months. As far as seed collection goes, myself and my co-intern have located many populations of silky lupine, mountain brome, and fireweed. In the coming weeks we plan to return to these populations to monitor phenology. Hopefully we can begin seed collection soon.
Some sensitive plant species of the Colville National Forest. I love them all.
For the last Eighteen years of my life I have lived in the state of Massachusetts so the prospect of moving halfway across the country to start my first job after graduating college was daunting. Also, the idea of living alone for the first time was a little haunting. But after my first month here the time I’ve spent at Midewin has been quite rewarding. Life at Midewin has been anything but mid, it has been quite fun! I had to start by learning the lay of the land (which is overall quite flat) which included dangers to avoid such as the Wild Parsnip (Pastinaca sativa), that upon touch and upon the sun’s rays hitting you will cause a reaction that causes your skin to burn and create a rash. When encountering said plant while walking through the prairie one needs to either steer clear or raise their arms above their head so that their arms don’t come in contact with the phototoxic plant.
Pastinaca sativa
Vegetative villains aside, my overall orientation to the prairie was swift and informative. We went over good places to collect seed, the history of Midewin National Tallgrass Prairie, all the various facilities and operations they have, and much more. As we got into the swing of things, mornings became essential hours in which to do field work so we could escape some of the most heated hours of the day. In the AM was when we found and collected many plants that had seed such as Carex stricta and Carex bickenellii.
Carex stricta
Carex bicknellii
A majority of seed that we are looking for come from sedges, a grass-like family of species that is slightly tricky to identify so we were put through a workshop of how to tell what a sedge is as well as what sedge is what. In that workshop one person gave us a helpful rhyme which goes like “sedges have edges, rushes are round, grasses have joints all the way to the ground”.
Besides seed collection we have had the joyful opportunity to partake in other projects that happen at Midewin such as bird surveys and hydrological testing. With those experiences we learned a lot about the different bird species that make a home at Midewin and why certain birds prefer certain grass heights as well as the great importance that hydrology plays in the health of Midewin as we tested streams and ponds for various characteristics. All along the way we have familiarized ourselves with the prairie and its characteristic species that make it different from other places in America, including two of my favorites the prairie dock plant (Silphium terebinthinaceum ) and the compass plant (Silphium laciniatum). The dock plant has an ingenious self cooling system that pumps refreshingly cold water up its stem. It’s always fun to go up to a dock plant and lay your hands on it to feel how cold it is relative to the plants around it!
Silphium terebinthinaceum (left) and Silphium laciniatum (far right)
