Athrotaxis selaginoides and A. cupressoides are potentially interbreeding species with partly overlapping ranges. The two Athrotaxis species occur in a wide range of floristic types, with A. selaginoides being concentrated in thamnic and implicate rainforest communities and A. cupressoides in open montane communities. As is consonant with its distribution pattern and the cold resistance of its adult foliage, A. cupressoides seedlings are more frost resistant than those of A. selaginoides. Preliminary experiments showed no difference between the two species in resistance to waterlogging or drought. However, stand structure data indicate that A. selaginoides can survive better in shaded conditions than its congenor. This pattern of ecological...
International audienceThe ecological niche defines the favourable range of a species in a multidimen...
Cushion plants are a key Arctic, Antarctic, and alpine growth form, with many cushion-forming specie...
Abstract Quantifying the strength of the ecogeographic barrier is an important aspect of plant speci...
Athrotaxis selaginoides and A. cupressoides are potentially interbreeding species with partly overla...
The coniferous tree species Athrotaxis cupressoides and Athrotaxis selaginoides and a probable hybr...
Athrotaxis cupressoides forms stands of varying size class and age class structure in the high subal...
Random amplified polymorphic DNA (RAPD) and single-strand conformation polymorphism (SSCP) analyses...
The Tasmanian montane and rainforest conifer genus, Athrotaxis, provides a system for investigating ...
Dendrochronological investigations in Tasmania indicate that living individuals of the two principal...
The objective of this study is to assess current distributional patterns of species within a commun...
Ecological mechanisms that maintain species identity between potentially interfertile sympatric popu...
Pollination and dispersal are critical ecological processes that directly affect the reproductive su...
Crepidorhopalon perennis is a metallophyte critically endangered by mining activities and currently ...
This thesis describes and compares the autecology of two coexisting wet forest trees. It demonstrate...
The chapter 4 of the dissertation:Community dynamics of stabilized dune xerophytic shrubs (2016) rep...
International audienceThe ecological niche defines the favourable range of a species in a multidimen...
Cushion plants are a key Arctic, Antarctic, and alpine growth form, with many cushion-forming specie...
Abstract Quantifying the strength of the ecogeographic barrier is an important aspect of plant speci...
Athrotaxis selaginoides and A. cupressoides are potentially interbreeding species with partly overla...
The coniferous tree species Athrotaxis cupressoides and Athrotaxis selaginoides and a probable hybr...
Athrotaxis cupressoides forms stands of varying size class and age class structure in the high subal...
Random amplified polymorphic DNA (RAPD) and single-strand conformation polymorphism (SSCP) analyses...
The Tasmanian montane and rainforest conifer genus, Athrotaxis, provides a system for investigating ...
Dendrochronological investigations in Tasmania indicate that living individuals of the two principal...
The objective of this study is to assess current distributional patterns of species within a commun...
Ecological mechanisms that maintain species identity between potentially interfertile sympatric popu...
Pollination and dispersal are critical ecological processes that directly affect the reproductive su...
Crepidorhopalon perennis is a metallophyte critically endangered by mining activities and currently ...
This thesis describes and compares the autecology of two coexisting wet forest trees. It demonstrate...
The chapter 4 of the dissertation:Community dynamics of stabilized dune xerophytic shrubs (2016) rep...
International audienceThe ecological niche defines the favourable range of a species in a multidimen...
Cushion plants are a key Arctic, Antarctic, and alpine growth form, with many cushion-forming specie...
Abstract Quantifying the strength of the ecogeographic barrier is an important aspect of plant speci...