MeilleurVeronneauBouchard1994

Référence

Meilleur, A., Veronneau, H., Bouchard, A. (1994) Shrub communities as inhibitors of plant succession in Southern Quebec. Environmental Management, 18(6):907-921.

Résumé

The purpose of our research was to identify shrub species growing in southern Quebec that inhibit ecological succession in power-line corridors. Results are presented in three parts. First, clonal characteristics that allowed the establishment of stable communities were identified. Second, successional vector analysis identified those species that have the potential to inhibit succession in poorly drained sites those species were Cornus stolonifera, C. obliqua, Salix petiolaris, and Spiraea alba. In well-drained sites, those species were Zanthoxylum americanum, Rubus idaeus, Spiraea alba, Rhus typhina, and Thuja occidentalis. Third, analysis of variance showed that there is a significantly larger number of tree seedlings found in adjacent herbaceous communities than found under the dense cover of Cornus stolonifera, C. obliqua, Salix petiolaris, Spiraea alba, Rhus typhina, Rubus idaeus, Thuya occidentalis, and Zanthoxylum americanum. These results indicate that the planting of selected shrub species could, through biological control, delay reforestation.

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@ARTICLE { MeilleurVeronneauBouchard1994,
    AUTHOR = { Meilleur, A. and Veronneau, H. and Bouchard, A. },
    TITLE = { Shrub communities as inhibitors of plant succession in Southern Quebec },
    JOURNAL = { Environmental Management },
    YEAR = { 1994 },
    VOLUME = { 18 },
    PAGES = { 907-921 },
    NUMBER = { 6 },
    NOTE = { 0364152X (ISSN) Cited By (since 1996): 8 Export Date: 26 April 2007 Source: Scopus CODEN: EMNGD Language of Original Document: English Correspondence Address: Meilleur, A.; Inst. de Recherche/Biologie Vegetale; 4101 est, rue Sherbrooke Montreal, Que. H1X 2B2, Canada },
    ABSTRACT = { The purpose of our research was to identify shrub species growing in southern Quebec that inhibit ecological succession in power-line corridors. Results are presented in three parts. First, clonal characteristics that allowed the establishment of stable communities were identified. Second, successional vector analysis identified those species that have the potential to inhibit succession in poorly drained sites those species were Cornus stolonifera, C. obliqua, Salix petiolaris, and Spiraea alba. In well-drained sites, those species were Zanthoxylum americanum, Rubus idaeus, Spiraea alba, Rhus typhina, and Thuja occidentalis. Third, analysis of variance showed that there is a significantly larger number of tree seedlings found in adjacent herbaceous communities than found under the dense cover of Cornus stolonifera, C. obliqua, Salix petiolaris, Spiraea alba, Rhus typhina, Rubus idaeus, Thuya occidentalis, and Zanthoxylum americanum. These results indicate that the planting of selected shrub species could, through biological control, delay reforestation. },
    KEYWORDS = { botany power-line corridor succession Canada, Quebec Cornus obliqua Cornus stolonifera Rhus typhina Rubus idaeus Salix petiolaris Spiraea alba Thuja occidentalis Zanthoxylum americanum },
    OWNER = { brugerolles },
    TIMESTAMP = { 2007.12.04 },
}

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