Rainforest Collembola (Hexapoda: Collembola) and the insularity of epiphyte microhabitats
Author(s)
Rodgers, Denis J
Kitching, Roger L
Griffith University Author(s)
Year published
2011
Metadata
Show full item recordAbstract
Abstract. 1. This study compares species composition of collembolan (Collembola: Hexapoda) assemblages associated with rainforest soil, forest floor leaf litter and epiphyte-associated leaf litter deposits, canopy foliage and bark surfaces in a subtropical rainforest in southeast Queensland. 2. The results of analyses of similarity show that in both winter and summer, the species composition of collembolan assemblages differs significantly between each of the microhabitats studied. These results also confirm earlier work showing vertical stratification of species composition in collembolan assemblages associated with ...
View more >Abstract. 1. This study compares species composition of collembolan (Collembola: Hexapoda) assemblages associated with rainforest soil, forest floor leaf litter and epiphyte-associated leaf litter deposits, canopy foliage and bark surfaces in a subtropical rainforest in southeast Queensland. 2. The results of analyses of similarity show that in both winter and summer, the species composition of collembolan assemblages differs significantly between each of the microhabitats studied. These results also confirm earlier work showing vertical stratification of species composition in collembolan assemblages associated with leaf litter suspended in epiphytes. 3. Many of the species occurring in leaf litter suspended in epiphytes were not found on intervening bark surfaces. This supports a hypothesis suggesting that epiphytes within rainforest canopies can be thought of as habitat islands for arthropods.
View less >
View more >Abstract. 1. This study compares species composition of collembolan (Collembola: Hexapoda) assemblages associated with rainforest soil, forest floor leaf litter and epiphyte-associated leaf litter deposits, canopy foliage and bark surfaces in a subtropical rainforest in southeast Queensland. 2. The results of analyses of similarity show that in both winter and summer, the species composition of collembolan assemblages differs significantly between each of the microhabitats studied. These results also confirm earlier work showing vertical stratification of species composition in collembolan assemblages associated with leaf litter suspended in epiphytes. 3. Many of the species occurring in leaf litter suspended in epiphytes were not found on intervening bark surfaces. This supports a hypothesis suggesting that epiphytes within rainforest canopies can be thought of as habitat islands for arthropods.
View less >
Journal Title
Insect Conservation and Diversity
Volume
4
Issue
2
Subject
Ecology
Ecology not elsewhere classified
Zoology