乌干达伊丽莎白女王国家公园入侵区外来入侵草本植物子宫草(Parthenium hysterophorus L.)的丰度及其对植物多样性的影响

Catherine Nuwagira, Julius Tumusiime, G. Kagoro
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摘要

Parthenium hysterophorus是一种外来的一年生草本植物,严重威胁着乌干达伊丽莎白女王国家公园(Queen Elizabeth National Park, QENP)的生物多样性。研究了大叶藻的发生、丰度及其对植物物种多样性的影响。利用样方法对姆韦亚半岛和卡津加海峡沿线的子宫棘球蜂入侵地和未入侵地的植被进行样方取样,对子宫棘球蜂的发生情况进行了观察调查。入侵地与非入侵地植物物种丰富度、优势度、均匀度和多样性差异均有统计学意义(P < 0.05)。入侵样地物种丰富度(R = 58, D = 0.62)和优势度(D = 0.62)高于未入侵样地(P = 0.043;R = 39, p = 0.04;D = 0.46)。结果表明,入侵区其他植物的物种多样性显著低于未入侵区(P = 0.039;1-D = 0.55)。此外,在极低的丰度水平(分别为(4.6%)和(7.7%))上,子宫草(P. hysterophorus)开始显著降低物种多样性和丰富度,在较高的丰度水平上占主导地位(40.2%)。综上所述,在低丰度水平下,黄花蓟马在QENP中通过优势优势对植物物种多样性产生负面影响。关键词:帕提草,环境影响,物种丰度,物种丰富度,杂草蔓延
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Abundance and impact of Parthenium hysterophorus L., an alien invasive herb on plant species diversity in invaded areas of Queen Elizabeth National Park, Uganda
Parthenium hysterophorus is an alien annual herb that aggressively threatens biodiversity of Queen Elizabeth National Park (QENP) in Uganda. Occurrence, abundance and impact of P. hysterophorus on plant species diversity were examined. An observational inspection survey assessed the occurrence of P. hysterophorus while Quadrats sampled vegetation in P. hysterophorus invaded and uninvaded sites of Mweya Peninsula and along Kazinga Channel Track. Plant species richness, dominance, evenness and diversity of invaded and uninvaded sites were statistically different at P < 0.05. Species richness (R) and dominance (D) were higher in invaded sites (R = 58, D = 0.62) than uninvaded sites (P = 0.043; R = 39, P = 0.04; D = 0.46). Consequently, species diversity of other plants became less (1-D = 0.38) in invaded than uninvaded (P = 0.039;1-D = 0.55). Also, P. hysterophorus significantly starts to reduce species diversity and richness at very low levels of abundances, as low as (4.6%) and (7.7%), respectively, and dominates at a relatively higher level (40.2%). It was concluded that P. hysterophorus in QENP, negatively affects the plant species diversity at low levels of abundances through dominance.   Key words: Parthenium hysterophorus, environmental impact, species abundance, species richness, weed spread.
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