A study on the prediction of dandelion spread based on simulation analysis
DOI:
https://doi.org/10.62051/s0ge3k51Keywords:
Dandelion; Propagation Prediction; Climate Impact; Simulation Analysis; Wind Speed Distribution.Abstract
In this paper, a dispersal prediction model was established to predict the dispersal of dandelion by taking dandelion as the research object and analyzing the climatic conditions of the key parameters of dandelion seeds. Firstly, the key parameters of dandelion seeds were introduced, including the number of crown hairs, the average length of crown hairs, and the diameter of crown hairs. Then a dispersal prediction model was established to predict the dispersal of dandelion in different regions by simulating the seed dispersal process and the influence of climatic conditions. The model is based on the movement characteristics of dandelion seeds in the air and the influence of climatic conditions on seed dispersal, and combines the methods of mathematical modeling and experimental data analysis to provide a comprehensive study and prediction of dandelion dispersal.
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[1] Chen Jinhui, Lin Zhengmei. Interdisciplinary hands-on activity on "Fruit or seed adaptation to the structure of propagation" [J]. Teaching Biology in Secondary Schools, 2024, (07): 55 - 58.
[2] ZHAO Tao, WU Wenlan, WANG Xiaoxue et al. Studies on predation by pre-dispersal seed insects in broad-leaved red pine forests of Changbai Mountain [J/OL]. Sichuan Animals, 1-9 [2024-03-27].
[3] YU Hui, CHEN Lei, DU Ran et al. Occurrence and damage of tomato leaf curl virus in New Delhi and measures to prevent and control it [J]. Zhejiang Agricultural Science, 2024, 65 (02): 375 - 381.
[4] Cai Yanhong. Chaoyang tax boy, I'll help you with your taxes! [N]. Rule of Law Daily, 2024 – 02 - 09 (005).
[5] Zhao HM, Wang B. Progress in seed dispersal of very small populations of wild plants in fragmented habitats [J]. Agriculture and Technology, 2023, 43 (24): 106 - 111.
[6] R.J. Li, W.Y. Zhang, F.C. Tong. Feeding and dispersal effects of birds on the fruits of Pseudomonas aeruginosa [J]. Guangdong Garden, 2023, 45 (06): 21 - 24.
[7] CHENG Erchao, ZHAO Yunhui, CUI Ying. Test question formulation in junior high school biology based on cutting-edge research [J]. Teaching Biology, 2023, 48 (12): 74 - 76.
[8] Li Linlin, Yang Suwen, Wen Dusu et al. Transmission of plant seeds by rodents and its research methods [J]. Journal of Inner Mongolia Agricultural University (Natural Science Edition), 2023, 44 (04): 87 - 94.
[9] Expanding the theme: seeds have wings [J]. Reading and Success, 2023, (05): 89 - 96.
[10] YANG Peng, HE Zhi, HU Junhe et al. Mechanisms of seed dispersal to enhance biodiversity [J]. Journal of Plant Protection, 2023, 50 (05): 1244 - 1253.
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