Effects of dandelion reproduction
DOI:
https://doi.org/10.61173/rg0cf256Keywords:
dandelion propagation, global climate model, factor analysisAbstract
This paper mainly explored the seed propagation efficiency of dandelions in different environments and the impact of dandelions on specific environments as a species that easily spreads seeds. It also calculated the seed wind propagation distance as a solution.
We incorporated global climate model factors into the first model to explain the factors influencing dandelion dispersal and the ideal range for dandelion seed dispersal in subtropical and temperate environments. Secondly, we used factor analysis to explore whether dandelion is an invasive plant. Expert scoring was used to evaluate whether a species is an invasive plant. In addition, we included two common invasive plants, alfalfa, and American sedge, in the same model and measured them with the same confidence level to conclude. As a result of the above studies, we found that dandelion spreads differently in tropical, subtropical, and temperate zones and is not a serious invasive species. Finally, based on the above conclusions, a suggestion for reasonable cultivation of dandelion was proposed.
References
[1] WANG YS, XIAO QM, DAI LY. Application of ecological niche model in risk assessment of invasive alien species[C]// National Center for Agricultural Biosecurity Sci-ence, Institute of Plant Protection, Chinese Academy of Agricultural Sciences, Fujian Agriculture and Forestry University, Institute of Zoology, Chinese Academy of Sciences, South China Agricultural University, Beijing Normal University. Institute of Vegetable and Flower Research, Chinese Academy of Agricultural Sciences; College of Biosecurity Science and Technology, Hunan Agricultural University, 2007.
[2] J.Mehrhoff L. The invasive plant atlas of the New England Apex-Asia Program: a means of rapid assessment of North American plants with aggressive potential in the Northeast[C]// Beijing Mentougou District People’s Government, Beijing Municipal Science and Technology Commission. University of Connecticut,2005.
[3] Bao WY, Li W, Yue HL. Effects of wind speed on the tail vortex of dandelion seeds[J]. Journal of Shenyang University of Aeronautics and Astronautics,2021,38(03)
[4] Wu JG. Probabilistic modeling of plant seed wind propagation kernel[J]. Practice and understanding of mathematics,2017,47(17).
[5] ZHANG J, ZHOU CY, FEI YJ.Study on seed dispersal ability of six dandelion species[J]. Seeds,2014,33(07).
[6] WANG YS, XIE BY, WAN FH. Application of ROC curve analysis in evaluating distribution models of invasive species[J]. Biodiversity,2007,(04).
[7] XU QW, REN LL, LUO YQ. Comparative evaluation of global invasive alien organisms and plant pests database[J]. Journal of Biosafety,2021,30(03).
[8] WU JG, XU TY. Modeling the effects of future climate change on the wind disper-sal distance of six dandelion seed species in Northeast China[J]. Journal of Ecology,2018,37(03).
Downloads
Published
Issue
Section
License
Copyright (c) 2024 by the authors.

This work is licensed under a Creative Commons Attribution 4.0 International License.
