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Seed dispersal by small herbivores and tidal water: are they important filters in the assembly of salt-marsh communities?

机译:小型食草动物和潮水散播种子:它们在盐沼群落聚集中是否是重要的过滤器?

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摘要

1. Characteristics of internal seed dispersal (endozoochory) by European Brown Hares were compared with similar dispersal by Brent Geese. Hares deposited more seeds of mid-successional, perennial, high-marsh species than did geese, which deposited more seeds of early successional, annual, low-marsh species. 2. Seed survival and germination of salt-marsh species were higher after ingestion and passage through the digestive system of hares compared with geese. Both hares and geese had a negative effect on the percentage of seeds that germinated in comparison with uningested seeds. 3. Small herbivores (hares and geese) dispersed two orders of magnitude fewer seeds than those dispersed by tidal water. 4. Thus these herbivores are not likely to be important filters (constraints) in community assembly at this salt-marsh site on a coastal island in the Netherlands.
机译:1.比较了欧洲布朗野兔内部种子传播(内胚乳)的特征与布伦特·格斯的相似种子传播。与鹅相比,野兔沉积了更多的中度多年生,多年生高沼泽物种的种子,而后者沉积了更多的早期连续,一年生,低沼泽物种的种子。 2.与野鹅相比,在摄入和通过野兔的消化系统后,盐沼物种的种子存活率和发芽率更高。与未感染的种子相比,野兔和鹅都对发芽种子的百分比产生负面影响。 3.小草食动物(野兔和鹅)散布的种子比潮汐散布的种子少两个数量级。 4.因此,这些草食动物不太可能成为荷兰沿海岛屿盐沼站点上社区集会的重要过滤器(约束)。

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