Did you know that the Kentucky Native Plant Society offers small grants to help defer the costs of botanical research, inventory and native plant restoration? Since 2012, KNPS has awarded $8,100 to students working in these areas. Another $750 was awarded in prior years. The total number of grants awarded in any given year is based on the number of proposals received, the quality of proposals and available funding. The graph below shows the kinds of projects that have been funded.
The second type of grant is new and is open to anyone. It will fund
1. native plant inventory, or
2. rare and native plant restoration.
Native plant inventory grants are limited to Kentucky locations and successful applicants will receive a maximum of $250. Rare and native plant restoration grants are awarded to applicants working with native Kentucky plants, preferentially those which are globally rare (G1, G2). Successful applicants will be awarded a maximum of $500. All rare and native plant restoration grants require coordination with the Office of Kentucky Nature Preserves (OKNP) and the Kentucky Native Plant Conservation Alliance coordinators prior to application.
A grant proposal must include:
A current curriculum vitae;
A proposal (not to exceed two single-spaced typed pages) describing the proposed research and the role the grant would play in the research;
An itemized budget;
A letter of recommendation from the applicant’s major professor or project director; and
Indicate whether the grant request is for a student research grant, a native plant inventory grant or a rare and native plant restoration grant.
If the grant is for rare and native plant restoration, include a letter of support from OKNP.
Budget items typically funded include travel to research sites and supplies such as herbarium paper and lab consumables. No personnel time will be funded.
All Grant Proposals are due by April 1st, 2022.
If you are interested in applying for any of the KNPS grants, visit the Grants page at the KNPS website. If, after reading the grants page, you have any questions, please email them to: grants@knps.org
Volunteers Needed for Upcoming Sandstone Rockhouse Monitoring Project to help protect native plants, animals and archeological resources
Figure 1: Sandstone rockhouses in the Red River Gorge are home to many cultural and biological resources
The Office of Kentucky Nature Preserves and U.S. Forest Service are seeking to partner with citizen scientists to monitor culturally and ecologically significant sandstone rockhouses and cliffline communities that occur in the Red River Gorge Geological Area. These communities contain many rare and endemic plants and animal species, as well as archeological resources that need your help! Volunteers must submit an application for review, and will be notified of selection in the fall of 2021. Training will be provided and volunteers will begin to help monitor and conserve their assigned rockhouse in 2022. Time commitment is estimated to be approximately 5 working days throughout the year, as well as email correspondence and other requirements listed below. Groups or individuals are welcome to apply.
Why are sandstone rockhouses and cliffline communities in the Red River Gorge Geological Area significant?
Ecology: Sandstone rockhouses are cave like recesses in sandstone cliffs formed by erosion. Dry by nature, they are almost completely sheltered from precipitation; getting water from windblown rain, waterfalls from above or ground water seepage through the sandstone. Compared to the surrounding conditions of the mixed mesophytic forest, rockhouses are warmer in the winter, cooler in the summer, and have lower evaporation rates and higher humidity. Soils found in rockhouses are mostly low pH sand with high levels of some nutrients from saltpeter earth and prehistoric human activities. Due to these conditions, rockhouses have their own unique flora and fauna that include several rockhouse endemic species. Sandstone rockhouses are home to the Federally Delisted White-haired Goldenrod, a species that only occurs in the RRGGA.
Figure 2: OKNP technician surveys a sandstone rockhouse at the Red River Gorge
Cultural Heritage:
The structure of the rockhouses naturally provide protection from precipitation,
making them valuable as archeological sites. Artifacts and plant materials decompose in other conditions, but are well preserved in the dry, nitrate-rich soils of rockhouses.
Humans have been utilizing rockhouses for thousands of years, and leaving traces of their lives behind. Approximately 12,000 years ago, Native peoples used them as encampments, locations for special activities, bivouacs, and burial sites. Within the last several centuries, rockhouses have been used as dwellings, barns, campsites, schoolhouses, saltpeter mines, shelters for whiskey stills and more. In addition, faunal and flora remains found in rockhouses have helped archeologists better understand the development of agriculture in eastern North America.
What is the impact of recreation on clifflines and rockhouses?
Clifflines and rockhouses are extremely sensitive to human impacts, yet these locations have seen a continued surge in recreational use. In the last 10 years, visitation to the Red River Gorge Geological Area has increased by almost 40%. There has been extensive documentation of the area on social media, guidebooks, and outdoor websites that have increased visitation of hikers, campers, photographers, and other outdoorspeople. The RRGGA is also one of the most popular climbing destinations in the Eastern United States, therefore the rising popularity of rock climbing and bouldering across the country has led to an influx of visitors wishing to climb at “The Red.”
Increased and prolonged recreational presence in the rockhouse and cliffline communities can cause habitat loss and degradation, erosion, eradication of species, and loss of cultural resources. The growing recreational use has increased the need to monitor cliffline and rockshelter sites that are known to contain populations of rare plant and animal species, and/or heritage resources. The data from the monitoring will be used to ensure that appropriate mitigations are in place to protect these sensitive habitats and significant cultural sites.
How do I get involved?
First, check the list of basic Volunteer Requirements and see if this program is right for you:
Adopt a Rockshelter Program Volunteers must:
1. Have an interest in conserving and protecting biological and cultural resources.
2. Be willing to complete required training provided by the Office of Kentucky Nature Preserves and U.S. Forest Service. Training is being developed by OKNP, USFS and Dan Doursan, and will be provided to volunteers in 2022.
3. Be able to fulfill the time commitment required by the program. Adopting 1 rockshelter carries a 5-day commitment that will include training and site visits.
4. Be able to hike long distances on uneven terrain along designated and user defined trails.
5. Feel comfortable working with, or being willing to learn, a touchscreen tablet for data collection.
6. Be able to remove invasive species.
If the ARP is something you’d like to be involved with, please email naturepreserves@ky.gov to receive an application. OKNP and USFS staff will review all volunteer applications and contact those who have been admitted.
Wildflower Week 2021 is shaping up to be an amazing series of native plant related activities. The centerpiece of the week will be our community science project, the 2021 BotanyBlitz. From Saturday, April 10, through Saturday, April 17, we are encouraging everyone to visit parks and natural areas throughout the Commonwealth, find and photograph plants, with an emphasis on natives in bloom, and upload them to the KNPS Wildflower Week 2021 BotanyBlitz project.
xxxxxxxxAn example of an iNaturalist observation
A botany blitz is an event where anyone who joins the project on iNaturalist can use a camera (or cellphone) to snap a picture of a plant, in a given area (in this case all of Kentucky), during a given time frame (in this case April 10-17), and then upload the image (called an Observation) to their iNaturalist account. At the end of the week, we will have a gallery, a map showing the locations, and totals by numbers, species, and by each person, of all the great plants we found! Expert botanists and people with a keen identifying eye will be able to add comments to your specimens on why they agree or disagree with a certain identification, so we can all learn better ways to ID plants in the future.
If you do not have an iNaturalist account, please consider setting one up and then joining the BotanyBlitz project. It’s easy and fun and each observation contributes to our knowledge of the plants of Kentucky. Nick Koenig recently wrote an article showing the simple steps to join iNaturalist and the BotanyBlitz project and a short video of how to make and upload an observation. Check it out HERE!.
We are hoping that we can get at least one observation from every county in Kentucky. Won’t you join us and show the rest of us what native plants are blooming in your county?
In lieu of an in-person Wildflower Weekend, the Kentucky Native Plant Society will host a virtual Wildflower Week! This will include virtual events from April 10th through April 17th, including a week-long, statewide BotanyBlitz on iNaturalist. This is an opportunity to broaden our spring wildflower scope to the entire state of Kentucky and allow us to highlight natural areas across the state! If you would like to host a virtual event at your Natural Area to be included in our Wildflower Week schedule, let us know! Events can include virtual hikes (pre-recorded or live), talks on wildflowers you can find there, or feel free to think up something fun!
Also, if you would like to be more involved in the planning process of Wildflower Week 2021, please reach out to us. We have been brainstorming ideas to make this event as interactive as possible and would greatly appreciate input from KNPS members!
Did you know that the Kentucky Native Plant Society offers small grants to help defer the costs of botanical research, inventory and native plant restoration? Since 2012, KNPS has awarded $8,100 to students working in these areas. Another $750 was awarded in prior years. The total number of grants awarded in any given year is based on the number of proposals received, the quality of proposals and available funding. The graph below shows the kinds of projects that have been funded.
The second type of grant is new and is open to anyone. It will fund
1. native plant inventory, or
2. rare and native plant restoration.
Native plant inventory grants are limited to Kentucky locations and successful applicants will receive a maximum of $250. Rare and native plant restoration grants are awarded to applicants working with native Kentucky plants, preferentially those which are globally rare (G1, G2). Successful applicants will be awarded a maximum of $500. All rare and native plant restoration grants require coordination with the Office of Kentucky Nature Preserves (OKNP) and the Kentucky Native Plant Conservation Alliance coordinators prior to application.
A grant proposal must include:
A current curriculum vitae;
A proposal (not to exceed two single-spaced typed pages) describing the proposed research and the role the grant would play in the research;
An itemized budget;
A letter of recommendation from the applicant’s major professor or project director; and
Indicate whether the grant request is for a student research grant, a native plant inventory grant or a rare and native plant restoration grant.
If the grant is for rare and native plant restoration, include a letter of support from OKNP.
Budget items typically funded include travel to research sites and supplies such as herbarium paper and lab consumables. No personnel time will be funded.
All Grant Proposals are due by March 15, 2021.
If you are interested in applying for any of the KNPS grants, visit the Grants page at the KNPS website. If, after reading the grants page, you have any questions, please email them to: grants@knps.org.
By Jonathan O.C. Kubesch, University of Tennessee—Knoxville
Falcata alfalfa (Medicago sativa ssp falcata) is a stunning subspecies of the purple-flowered alfalfa commonly seen in the eastern United States (Figure 1; USDA-NRCS Plant Materials Program, 2015). Falcata alfalfa was introduced to South Dakota from Siberia by an eager professor in the early 19th century, however, the subspecies has appeared in the Kentucky flora in the time since (Shaw et al., 2020; Smith 1997). Falcata alfalfa improves the quantity and quality of forages for rangeland with tradeoffs for native species richness in South Dakota (Xu et al., 2004). The Kentucky collections may have come in seed bagged from elsewhere, especially as seed production shifted from the region to the Willamette Valley of Oregon (Figure 2).
Figure 1. Falcata alfalfa. Courtesy of Bing Creative Commons (accessed August 19, 2020).
Falcata alfalfa’s use in rangelands presents a question: why alfalfa has not naturalized into the South? Given it has historically been found in cultivated and disturbed environments, has the species formed any stable populations outside of agricultural use? And given falcata’s success in the High Plains, why hasn’t the species been used in the South?
Figure 2. The Willamette Valley of Oregon. July 10, 2020.
Figure 3. Falcata alfalfa (USDA PI 631577) growing on a misting bench in Knoxville, Tennessee. August 19, 2020.
Falcata is promising given its performance in low fertility conditions (USDA-NRCS Plant Materials Program, 2015). A research project at the University of Tennessee is investigating the horticultural performance of falcata alfalfa in the Southeast. Seed from the United States Department of Agriculture—by way of Canada and originally from eastern Italy—is being grown to study the plant in the eastern United States (Figure 3; USDA PI 631577). Concerns about introducing new plant species into the Southeastern flora prompted this present article. A fair number of plants introduced to the eastern United States have gradually moved outside of agricultural fields, such as tall fescue (Schedonorus arundinaceus), but the subspecies of alfalfa have not escaped and persisted for extended periods in the wild.
The Tennessee-Kentucky Plant Atlas is a helpful tool for this sort of research (Shaw et al., 2020). Documenting the localities and conditions that falcata alfalfa has been found in the native flora should expound on these questions and theories regarding the species and subspecies persistence in the Southeast. Through the Atlas we can tell that escaped alfalfa does not necessarily take over native habitat in Kentucky and Tennessee in the same way that alfalfa has persisted in the High Plains of South Dakota. However, the Atlas is limited to collections made before 2002 (Shaw et al., 2020). With that in mind, citizen scientists are critical to documenting falcata alfalfa in Kentucky in 2020. The species should be seen where the purple flowered alfalfa occurs, such as disturbed areas and pastures.
Ever run across a flower in the forest and want to know what it is immediately? The app “iNaturalist” is a great tool that can serve as an excellent addition to field guides to help a plant lover come to a correct identification!
https://youtu.be/3_T4g8jGyHU
Video on How to Use iNaturalist
Associate Editor – Nick Koenig Nick Koenig is a senior Biology Major with a Botany Concentration at Eastern Kentucky University. At EKU, he serves as the Co-President of the student environmental group, Green Crew, works as a Biology Tutor, and volunteers in the Greenhouse. He fell in love with plants through gardening and the Kentucky State Fair but has continued with his passion through research at EKU.
