Poa on the Prairie

One of the most enjoyable activities so far at Midewin has been vegetation monitoring. We are collecting data to be used for floristic quality assessment, to monitor the quality and progress of our restorations. Each site that we monitor has several (4-5) 100 meter transects running north-south, each containing 25 points (spaced 4m apart). 1m*1m quadrats are placed at each point a random distance away from the transect (0-10m). At the start, a coin is flipped to determine whether the even random numbers will be east or west. Within the quadrat, every plant species is recorded, beginning with a .25m*.25m corner. After all species in the corner are recorded, all species present in the rest of the quadrat outside of the corner are recorded. Dead biomass (fuel) thickness is recorded at three points along the edge of the quadrat. Also, the species comprising 70%, 20%, and 10% of the dry weight in each quadrat are recorded. 

Conducting vegetation monitoring requires plant identification knowledge beyond what I’d ever employed before in everyday botany. You must not only be able to identify mature plants in flower or in seed (which can be keyed out even if you have never seen the species before), but you must be able to identify every seedling in the understory, which is a daunting task. They will lack the floral parts often necessary to be keyable, and are best identified by someone who has grown the plants from seed, seeing them at every stage of their life. Luckily, I have grown many prairie species from seed at my native plant garden at Northwestern, taking special care to document the species in their seedling phase and putting the pictures in a native plant guide for the future generations of my Prairie Cats Ecological Restoration Club. 

Dianthus armeria (Deptford pink) basal rosette. This one stumped us for a long time until we saw a fruiting stem coming from such a rosette.

Still, many of the specimens I encountered in the field were completely enigmatic. The wetland plots were difficult, containing many wetland plants I had little to no experience with (all those silly little Lamiaceae). Grasses also presented a challenge — I had only ever paid attention to the floral characteristics of grasses (I have attempted to key numerous grasses from family, but the keys usually rely on floral characters). Foolishly, I had paid essentially no attention grass vegetative characters. However, thanks to Anna, our great botany technician, I was able to quickly learn how to distinguish some of the more common grasses. Also, the previous horticulturist at Midewin, Eric Ulaszek, is somewhat of a graminoid connoisseur and a great field botanist, and he created a vegetative key for the grasses of Midewin.

One of those annoying little opposite wetland plants that feel impossible to identify. Our best guess is Laportea canadensis (wood nettle).

Every time I did quadrats, I derived a great amount of joy from finding the small, unobtrusive little things that you can expect to find in nearly every quadrat. For something like Poa pratensis (Kentucky bluegrass), finding it is almost a formality (it was in almost every single upland plot). However, they are small and often don’t show their inflorescences at the top, so finding them requires digging through all the small grass-like foliage at the bottom of the plot. I’d keep pulling little tufts of grass and looking for the Poas (also Poa compressa). And then all of a sudden… success! Poa on the Prairie! (This message is brought to you by the Don’t Kill Your Lawn Foundation). 

Poa compressa tiller. Note how flat the leaves are (Poa compressa is even flatter).

Settling in

The whole crew from Ruidoso was still on the run during the start of July, down in district 3 meeting many other people and what they do as part of the forest but in a completely different life zone. I wish the circumstances were better but I’ve really been enjoying the ability to travel and see more areas in the state and understand the landscape a little bit more. Traveling through different cities, seeing different mountain ranges, different watersheds and how to get between them all has been really exciting. It’s been a bit of a transition moving to NM and learning a whole new ecosystem but it’s fun to be able to pull similarities from other places I’ve been to help with the process.

Visiting a “rival” nation forest.

Another important way to learn about the area is to work with people who have been here and worked on the land for a long time and are willing to share that information with me. So, before we headed back to our home district we stopped for a week in Cloudcroft to help the Institute of Applied Ecology do butterfly vegetation monitoring for the Sacramento Mountains Checkerspot Butterfly. It was amazing meeting people who are there to help us learn some new methods and tactics.

A clouded sulphur, not the elusive Sacramento Mountains Checkerspot Butterfly

I finally feel like we are our own unit at the office now that we’ve returned. We are able to go out on our own and do our own thing while the rest of the wildlife crew does their own thing. They always report back to us about plants they found for us to go and check out and it feels like we are all part of a great team. I’m excited for our first collection (which we plan for today) and for the rest of the season after we have a bit more practice and get to try out some unique seed collecting methods.

Earth, Wind, & Fire (but mostly fire)

Fire season is early this year, and it has taken Oregon with a vengeance. Within one week of the first fire starting, every ranger district in Malheur had at least one large fire. South of our office, fire spans 170,000 acres and north of us, the fire is rapidly approaching 200,000 acres. In the two months that we’ve been here we’ve found only one population of Iris missouriensis, one of our key species, and it is now fully within the borders of a wildfire. For the past week, we watched the fire creep towards them and hoped, prayed, knocked on wood, and put all of our manifestation powers into the irises escaping unscathed. Unfortunately, that’s not how wildfires work. The smoke has also led to a couple lightning storms (which then led to more fires) with high velocity winds and some rain, though less than we would have hoped. All the elements are so prevalent to our daily lives here, it’s pretty cool.

Courtrock Fire boundaries as of 7/31 on WatchDuty.

Despite that blow, and the continuous blows of poor air quality, we have persevered. The fires have added an extra urgency to our collections and we are in go mode. With the help of the vegetation management team, we now have 22 seed collections which are rapidly growing. We’ve collected grasses and sedges and forbs, and paper bags of seeds have filled our perpetually insufficient storage space. The fires have cut into some other projects in the botany department too, so we’ve had double the amount of free hands to help. Silver linings! The growers that we will be sending our seed to need 500 grams of seed, which would definitely be difficult to achieve for some of these plants without so much help.

Now that we have so much seed, though, we’re starting cut tests, where we cut 100 seeds and count how many are germinable and how many are non-germinable to measure the viability of the population. We’re also counting how many seeds are in one gram of material and combining those two measures to figure out how much live seed we’ve collected. With the poor air quality, it’s been nice to have some work to do inside, but we’ve definitely been missing the full field days.

Pipsissewa (Chimaphila umbellata)
Huckleberry:)

As of now we have over 200 scouting points on our map, 22 seed collections, and over 70 vouchers for potential collection spots.

Scouting points colored by whether they’ve been collected yet (Blue points are collected from, red points have not been collected from).

Overall, we’re doing good and are excited to keep collecting.

Until next time,
Emma

A Completely Incomplete Guide to Lupine ID

Month two in Plumas! Andrea and I are really starting to get into the swing of things now. We’ve spent the majority of our time this month working on seed collection which has been very satisfying. After learning the ropes for the first couple weeks, we’ve grown more confident and competent out in the field on our own. Scouting is still the bulk of our work but many of our populations are now ready for harvest. This may go without saying, but when monitoring populations for future collection, we want to be 100% sure on our species ID. With some plants like Veratrum californicum or Elymus elymoides, correct identification only requires a quick glance. However, with some other genera and species we really have to get into the weeds – if you will – to lock down that latin binomial. One genus in particular that is a priority for collection and a challenge to ID has been haunting our dreams and sometimes nightmares for all of July.

The Lupinus genus or Lupines are fairly ubiquitous across the Sierras and much of the American West. They come in all shapes and sizes, most often with obvious palmate leaves and whorled, long inflorescences of white, lilac, purple, blue and sometimes yellow flowers. They grow well in open areas and are nitrogen fixers like many other genera in the Fabaceae family, making them a great candidate for restoration projects in burn scars. Their fruit are pea-looking pods that are seemingly easy to collect and they grow in thick patches all across Plumas National Forest. All this makes the perfect recipe for seed collection. However, there are so many different species and identification has proven to be quite tricky. In the Jepson, the list of lupine species in California takes up seven whole pages and in our local flora, the Oswald Guide, they take up four. A search on Calflora yields 39 different species and varieties in Plumas County. All this means that we had a lot of learning to do when it came to differentiating between all these lupines.

Starting with the basics, we learned relevant lupine morphology and the various terms that would be relevant for identification. The aspects of the flower that are typically of note are: how glabrous or ciliate the keel is, whether or not the keel is covered by the wings, the width of the banner petal, how pubescent the banner backing is, the prominence of the calyx spur, the color of the petal, the length of the corolla, and I’m sure several other features. For the rest of the plant, we learned its important to look at, the height, the growth habit, how woody the stem is, the length or presence of stipules, whether or not the leaves are adaxially or abaxially hairy, the pattern and openness of the inflorescence, and the habitat its found in. Even when we figure out all of these features – to the best of our ever improving ability – some species are still unclear. For example, only a couple millimeters of stipule length might separate the decision to call population Lupinus andersonii or Lupinus albicaulis – two species which the Jepson describes as “morphologically indistinct”. The presence of an almost invisible patch of hairs on the inside of the wing petals could be the only signifier between L. argenteus var. heteranthus and L. arbustus. Without a doubt, there was a strong learning curve. Several weeks of non-stop lupine action did wonders for our identification skills. We went from a half an hour of keying only yielding more questions to fairly confident species IDs in a matter of minutes. The trick seemed to be constant exposure to different species and that repetition of the ID process. At this point, it feels like we have many of the Lupine key breaks memorized.

Unfortunately the satisfaction of gaining a new skill came with other unforeseen complications. Correct ID often meant that we could start collecting as soon as the seeds were ready. Throughout July, we watched as flowers shriveled and green pods emerged. The pods slowly turned brown and were ready for harvest. After putting so much work into these populations, we were very excited to finally do some collections. The first lupine collection for the year was a population of Lupinus latifolius var. columbianus that was growing along a remote mountain road. The pods were hard and brown, ready to pop. I cracked open the first pod looking forward to seeing those little pea-like seeds and was greeted with a large grub. Cracked another one, another squirming grub. The day went on and the pattern stayed pretty consistent – it felt like 80-90% of the pods had some fly larvae inside which had already consumed many of the seeds. Lupine tribulations just seemed endless. Fortunately, after collecting a few more populations of different species in a variety of habitats, we learned that not all lupines are that infected. I’ve come to accept that worms are simply a part of the lupine collection process and so many have popped out of pods into my face that I don’t even mind them anymore, maybe they are kind of cute.

Long story short, lupines are hard and will most likely remain hard but it was a satisfying challenge to throw ourselves at. Check out some other highlights from the month:

Stay tuned for August updates!

— Sam

Pageantry on the Prairie

This past July has been the longest month of my life. Every morning I wake up and think, “Oh my god is it still July?” That might sound negative, but it really isn’t! I think I feel that way because in June I was so overwhelmed that I felt like I wasn’t really absorbing any information, so the whole month was kind of a blur. Come the end of July I’m feeling more acclimated to the prairie. Obviously I still have a lot to learn and I’m well behind the local interns, but I’d like to think I’m beginning to hold my own. Now that I’m not drowning in new information every time I go outdoors to look at plants, I can really start to appreciate them. This blog post is dedicated to the beautiful flowers of the prairie.

Goat’s Rue (Galega officinalis)

Radiant Reds

My favorite prairie plants thus far are probably Cardinal Flower or Royal Catchfly. Their flowers are an almost impossibly deep, vivid red. In a sea of green, they are a shock to the eyes. Maybe I’ll sound like a sap, but it feels like a miracle that so rich a color could exist and that I’m lucky enough to experience it.

Marsh Blazing Star (Liatris spicata)
Culver’s Root (Veronicastrum virginicum)
Henslow Trail – Midewin National Tallgrass Prairie

The picture above is from the day the Plants of Concern folks came to Midewin and we helped them monitor Silene regia. It was such pleasant weather outside and towards the end we ventured into a black raspberry thicket, so we snacked on raspberries while we looked for beautiful flowers. That was one of those times I felt very happy about what I get to do for work.

Terrible Terminology

After the hiccups, we’ve finally been able to dedicate the majority of our time to botany! I am very familiar with many species and know most of my plant friends by their common names, but we always want to be sure (and we need practice) so we key most species of interest. This has been a challenge. Luckily, the botanist in our forest gave us a handy dandy illustrated botany glossary, so our current method is for one person to read the key as the other rapidly looks up every other word. I don’t think my vocabulary has grown this fast since my wee years of learning how to speak from scratch. To make matters more childlike, I have only read the majority of the words I have to now say out loud…to other people. This has been an extremely entertaining and embarrassing trend. I have to revert back to sounding out each syllable -mostly of the scientific names- and am promptly corrected upon getting the word out. But we’re learning. 

I wasn’t aware botany meant learning a whole new language but I am glad it is such a entertaining one. So far my favorite (and least favorite) word that has in fact entered my daily vocabulary is “peduncle”. It sounds nearly Dr. Suessian and it made me laugh out loud the first time I encountered it, but now I am to the point I can use it with a straight face (though it is the butt of many jokes amidst the wildlife crew that hears us using it). The reason it is simultaneously my favorite and least favorite is the definition. The peduncle is the stem/stalk of a single flower, fruit or inflorescence, and that’s fine. But here’s the thing: there is like ten other words for that same thing. That might be my main hurdle with learning the botanist babble, there are so many words that to my relatively untrained eye, mean the exact same thing. I will note though, that the more we key and the more we look, I am starting to be able to understand the differences that appear between the same “parts” of plants across varying species, as well as just how many parts make up a single plant, hence why in one case a stem is referred to as a pedicel and in another it is a peduncle.

Bouteloua curtipendula with secund spikelets
Helianthella quinquenervis with sessile leaves (lacking a peduncle)

BEEP! BEEP! BEEP! (The Life of a CLM Intern Tuesday’s Version)

5:50 AM – Snooze
6:00 AM – The screeching sound of my alarm clock says, “HEY GIRL, GET UP!”
6:10 AM – Roll out of bed onto the floor and make my way to the bathroom to brush my teeth.
6:20 AM – Make breakfast, pack lunch, get dressed, and make sure my bag is packed for the day ahead.
6:40 AM – Start walking to the office building.
7:00 AM – Arrive at work, clock in on time to not mess up ADP hours, and avoid struggling with the Notes app on CLM Time Reporting.
7:10 AM – Crack open the first can of MTN Dew to wake up and be energized for the day.

Today, we are native plant scouting for species to collect seeds. We are hitting up Toad Meadow in our rental rig named Yappers. Yappers got his name from his strong object sensing noise if there’s a tree a mile within sight. Our loud boy is a grey Nissan Titan, which allows us to get from point A to B, as well as C, D, E, and F, depending on the day.

Glamour Shot of Yappers

7:20 AM – Try to beat the heat and get a head start on the day by taking off early. I get in the driver’s seat because my coworker got their license stolen from a car break-in, and my other coworker drove yesterday.
7:25 AM – Get on one of the most dangerous roads in Oregon, being much more confident than I was the first time driving the truck. Then turn the radio on to Charli XCX’s new album to stay awake for the drive.
7:30-8:00 AM – “IT’S SO CONFUSING SOMETIMES TO BE A GIRL, GIRL!” (x15)
8:01 AM – Work it out on the remix.
8:02-8:20 AM – Hop out of Yappers and work our way to the meadows that we marked on Field Maps the previous day. Walk through trees, bushes, and puddles until we get to our destination, the glorious Toad Meadow.
8:20-11:40 AM – Scout around the meadow and find the native plant species.

Toad Meadow consisted of a few plants that were on our seed collection list and surprisingly very few toads. We found Penstemon serrulatus, Achillea millefolium, and Spirea Douglisii. All of these species are still in flower in this area so we mark it on our field maps so we can return in a few weeks once the plants are fruiting. We then make our way back to the truck.

12:00 PM – Lunch time! Crack open a nice warm MTN Dew #2 that’s been sitting in the truck all day, chow down on a sandwich, and eat all the veggie straws I can in 30 minutes.
12:30 PM – Drive to the next location, Big Meadows!
1:05 PM – Arrive at Big Meadows trailhead and begin trudging through the forest.
1:06-3:00 PM – Scout and ID plants at Big Meadow.

In Big Meadows we found Symphyotrichum foliaceum, Mimulus Guttatus, and Lupinus latifolius. We again mark up species that we are collecting on our tablets, and collect a few plants we are unsure about so our mentor Heidi can double-check them once we return to the main office. Then start our journey to the truck.

Big Meadows

At this point in the day, we are tired, sweaty, bug-bitten, but feeling incredibly fortunate when we take a look around us and see miles and miles of beautiful trees. It is surreal to be in such a scenic place that I am fully expecting fairies to start dancing around me. In fact, I think I see one! Yes, over there by that bush! She dances in her little pink tutu and is throwing pixie dust around in the air, blessing every flower it lands on. (Wait, is this a sign of heat exhaustion? The back of my mind tries to warn me, “Nah,” and I skip along like a fairy princess with my new friend). Seriously though, it’s hot out and the heat is getting to all of us so we make our way back to the truck and decide it’s better to scout from the truck for the rest of the day.

3:00-4:00 PM – Scout on 2257 Road by Marion Forks.
4:00-4:26 PM – Drive to the gas station and fill Yappers up with gas.

Katie and Yappers Getting Gas

4:40 PM – Arrive back at Detroit Ranger Station.
4:40-5:29 PM – Ask Heidi about specimens collected, check email to see if there are any new messages from CBG, and work on the native seed slideshow we created to better recognize the plants we are collecting in our forest.
5:30 PM – Clock out and walk back to the bunkhouse.

This concludes an average Tuesday as a CLM intern stationed at Willamette National Forest.

Update From the Beaverhead-Deerlodge National Forest

July has flown by on the Beaverhead-Deer Lodge National Forest. Among the many projects planned for the field season I have been able to participate in rare plant monitoring, pollinator surveys, moth surveys, and scouting for seed collection sites to name a few.

This month has been filled with wildlife encounters of all shapes and sizes such as reptiles, amphibians, birds, deer, and much more. To kick off the month, we encountered some pikas up in the subalpine reaches of the Gravley Mountains after doing some White Bark Pine monitoring. During a pollinator survey up the Twin Lakes trailhead, I came pretty close to a large black bear meandering through the trees. The final wildlife highlight of the month was encountering a young bull moose while on our way to do rare plant monitoring in Maxville.

Young Bull Moose
Pika Hopping Across Rocks

The Forest Service has partnered with a few different organizations in order to fill in the gaps of Montana pollinators including Montana State University, Bumble Bee Atlas, and the Montana Moth Project. Pollinator collections can get pretty competitive at times as people race to get the most bees. Both live and lethal collection techniques have been used.

Bumblebee Sampled for Bumble Bee Atlas

The Beaverhead-Deer Lodge National Forest has several rare plant species including the federally endangered White Bark Pine. This has opened up many opportunities for the Botany Crew to do monitoring and assessments of rare plant species including White Bark Pine, Lemhi Penstemons, and Botrychium to name a few. During one of the White Bark Pine assessments, I was lucky enough to see the massive wildflower bloom that happens in the Gravley Mountain Range every year.

Wildflower Meadows

Seed collection is just right around the corner as many of the target seed collections for the Beaverhead-Deerlodge are starting to go to seed. Several scouting trips have been made in preparation for collections for Geranium viscosissimum, Festuca campestris, Glyceria, Lupinus argentus, Penstemon albertinus, and Gaillardia aristata to name a few. Collections should start very soon!

Wilderness Accounts from Botany 13

July 18, 2024 – Florence Lake, CA

At last, after a four day hitch in the John Muir Wilderness, my three comrades and I have reached port. Before me lies Florence Lake. Our small Jon Boat is surrounded by 962 acres of moody blue, reflective of the passing storm. A calm sight, compared to the one across Florence. An elemental battle has commenced, between earth and water. Swiftly, the haunted clouds approach the granitic range, only to come to a stand-off, afraid to crest serrated ridges no longer visible from port. I remember what this same view looked like on Monday; partly cloudy and an unobstructed view of the entrance to the John Muir Wilderness. Now, it is Thursday. My feet ache. My shoulders yearn to be set free from my heavy pack. Yet, more than anything else, I have a huge smile on my face.

Before our arrival at the John Muir Wilderness, there was a population of Whitebark Pine, Pinus albicaulis, waiting for representation in the court of trail rerouting. A section of the John Muir Trail (JMT) currently cuts through a sensitive meadow. In order to protect and preserve the meadow’s proper functioning, plans to reroute the trail have begun. However, the area surrounding the meadow is Whitebark Pine habitat. Now that the species is federally listed, we were sent to map the population and assess its condition to properly plan a trail reroute that won’t affect the health or future of Whitebark Pine.

Our quest began with a boat ride across Florence and a jaunt up the San Joaquin River until reaching camp. We used this day to gain familiarity with the higher-elevation plants, and the weight our field gear added to our backpacking packs. We also learned the difficultly of maintaining radio contact with headquarters in the deep backcountry.

Come morning, it was game time. Eleanor and I felt reluctant to leave our homey tent and begin our 2,400ft climb to the reroute sight. Thankfully, instant coffee, oatmeal packets, and a couple snack breaks were enough to propel the four botanists up the pass. On July 16, 2024, we arrived at the Whitebark Pine population awaiting representation. Before starting our survey, we had a brief exchange and introduction with the Wilderness Crew working on the project.

We spent the rest of the day and the majority of the following day collecting data on the Whitebark Pines adjacent to the reroute and mapping the estimated extent of the population beyond the survey area. For individuals in immediate proximity to the reroute, we recorded their coordinates, phenology, height, DBH (diameter at breast height) if applicable, and the presence/severity of rust and pests. This was my first time working with trees and I found myself constantly having “a-ha!” moments. I enjoyed the luxury of examining a branch at eye level. The realization that keying could occur in positions other than the typical bot-squat, which will surely kill my knees before the age of forty, was quite the discovery.

An important part of our mission was to assess the extent of rust and pest disturbances on the Whitebark Pine population. All White Pines are susceptible to blister rust, which is a fungus (Cronartium ribicola) that infects Pines through the needles. The fungus spreads from the needles to the steam, causing discoloration and cankers. We observed signs of blister rust on over 95% of individuals in the area. Tree size or phenological stage did not seem to influence if a tree was susceptible to rust. We only saw a couple individuals with beetle damage, however when the infestation was present, it seemed to significantly impact the tree.

Our journey back to camp on day three was seamless and gave us time to reflect on our observations from the survey. Considering we were boardering the lower elevational extent of Whitebark Pine, its population was larger than I had anticipated. The population’s range seemed to continue further than we had time to walk. While the listed species felt abundant, its threats felt greater. Blister rust was present on almost every individual, creating dead stalks and impacting their ability to utilize nutrients and reproduce. I can’t help but wonder how such damage to a staple species, like Whitebark Pine, will affect already fragile montane and sub-alpine systems.

Those thoughts stuck with me at camp that night and still linger today as I gaze across Florence Lake to the mountains home to Whitebark Pine.

Thank you John Muir Wilderness and all the beings I meet along the way <3

I’ll be back soon to say hi.

Dakota Prairie Grassland: Bee City

This July has been full of bees! In between seed collecting, we’ve been keeping busy doing more bumble bee atlasing. I mentioned it briefly in my last blog post, but to go into a little more detail the Great Plains Bumble bee Atlas is a citizen science project organized by the Xerces society to gather data on the species distribution of bumble bees (genus Bombus) to identify conservation needs. The Xerces society has bumble bee atlases active all across the country (minus the south central and southeastern US (for now!)), however the Great Plains atlas specifically includes North Dakota, South Dakota, and Kansas. To conduct the survey, you catch bees making note of the flower they were on, chill them in a cooler to slow them down, then photograph and re-release them when you found them. It’s pretty fun, sometimes finding bumble bees is the hardest part, especially in areas where they have to compete with honeybees over nectar resources.

Example of a photo taken for the Great Plains Bumble bee Atlas. Pattern and coloration of the thorax and abdomen are very helpful for identifying bees. This bee here is a Yellow bumblebee (Bombus fervidas).
Orange-legged furrow bee (Halictus rubicundus) licking sweat off my hand while seed collecting. Got stung by these bees twice in the same day, but good news I’m not allergic!

Mid July we traveled northeast to the Sheyenne district of DPG to get a look at the Western prairie fringed orchid (Platanthera praeclara). These orchids are found in tallgrass prairies in wet, disturbed areas such as ditches, and are pollinated by hawk months. However, this species is threatened mainly due to habitat loss from agriculture or from competition with the noxious weed Leafy spurge (Euphorbia virgata). While spurge is a problem down on the Grand River district, it’s quite abundant in the Sheyenne district and down-right HORRIBLE.

Pictures of Platanthera praeclara found in a ditch; by the time we got out there most of the flowers had stopped blooming, but we managed to find a ditch that had a couple of small clusers.
While on the Sheyenne we also conducted more bumble bee atlas surveys, and were even featured in an article on the DPG facebook! You can read it here: https://www.facebook.com/share/p/EJhjV1oTiFpxCDVN/

Plants and bees aren’t the only things we’re working with, we are also getting to help with a swift fox survey. Swift fox (Vulpes velox) are considered threatened in the state of South Dakota, so we are setting up trail cams until deer hunting season starts to see if these fox occur on the grassland. They prefer short grasses i.e. grazed pastures, and while none have shown up yet, we’ve caught photos of raccoons, badgers, and even some songbirds.

Chestnut-collared longspur (Calcarius ornatus) spotted on the trail cams.
Weevil!!!

Jenna

Dakota Prairie Grassland, SD