Meadow Buttercup
Ranunculus acris
Ranunculus acris, commonly known as meadow buttercup, is a widespread plant found in various temperate regions across Europe and North America. While its traditional use in medicine or folk practices has not been extensively documented, studies have explored its ecological and physiological characteristics. Optimal growth conditions for R. acris include a sodium chloride concentration of 30 mmol dm-3, with performance declining at higher salinity levels. Phytochemical variations within the plant species influence bacterial community composition on both flowers and leaves, indicating potential interactions in natural ecosystems. Additionally, research has shown that R. acris exhibits enhanced water use efficiency on ski slopes due to its ability to regulate stomatal function under conditions of water surplus. Machine learning models using hyperspectral imaging have demonstrated an 89.1% accuracy in identifying this plant among other weeds, highlighting its distinctive spectral characteristics. Safety and drug interaction data for R. acris are currently limited; no major safety concerns or known interactions with pharmaceuticals have been recorded. However, due to the presence of toxic compounds such as protoanemonin, which can cause skin irritation and blistering upon contact, caution is advised when handling this plant.
- Best evidence
- D
- Cautions
- —
Informational only. Traditional use does not mean proven effectiveness. Evidence and safety vary — check the cited sources.
What the science says
- R. acris growth and functioning were optimal at 30 mmol dm-3 NaCl, with reduced performance at higher salinity levels.
- Phytochemical variation within and between plant species explained part of the variation in bacterial community composition on flowers and leaves.
- Ranunculus acris showed a higher intrinsic water use efficiency on ski slopes compared to outside areas, likely due to different stomatal regulation under water surplus conditions.
- The study found that machine learning models using hyperspectral imaging could accurately identify Ranunculus acris among other weeds with 89.1% accuracy.
Frequently asked questions
What is Meadow Buttercup?
Meadow Buttercup (Ranunculus acris) is a plant documented in FolkKB's traditional-medicine reference, drawn from sourced literature and cross-checked against the evidence.
What does the scientific evidence say about Meadow Buttercup?
4 sourced findings are recorded for Meadow Buttercup; the strongest carries evidence grade D. For example: R. acris growth and functioning were optimal at 30 mmol dm-3 NaCl, with reduced performance at higher salinity levels.
How strong is the evidence for Meadow Buttercup?
The strongest finding for Meadow Buttercup carries evidence grade D — preliminary or traditional. Grades run A (strongest) to D (preliminary or traditional).
Is Meadow Buttercup safe? What are the side effects?
No major safety issues are recorded for Meadow Buttercup in our sources, but the data may be incomplete. Consult a qualified professional before use.
Does Meadow Buttercup interact with medications?
No drug interactions are recorded for Meadow Buttercup in our sources. This does not rule them out — check with a pharmacist.
What are the common names of Meadow Buttercup?
Meadow Buttercup is also known as: Лютик едкий, Renoncule âcre.
Is Meadow Buttercup a proven treatment?
No. FolkKB is informational only. Traditional use and early findings are not proof of efficacy or safety — consult a qualified professional and never self-treat.
Sources
- T2 Assessing the ecophysiological response of a mountain grassland community to ski slope management through isotopic composition. literature abstract metadata
- T2 Identification of Weeds Based on Hyperspectral Imaging and Machine Learning. literature abstract metadata
- T2 Inter- and intraspecific phytochemical variation correlate with epiphytic flower and leaf bacterial communities. literature abstract metadata
- T2 Experimental investigation of the responses of meadow buttercup (Ranunculus acris L.) to sodic salinity and its implications for habitat monitoring. literature abstract metadata