Changes in life-history traits in an expanding moss species: phenotypic plasticity or genetic differentiation? A reciprocal transplantation experiment with Pogonatum dentatum
A transplant experiment was performed to investigate whether differences in life-history traits of the bryophyte Pogonatum dentatum that recently expanded its distribution range, were genetically or environmentally determined, or a combination of both. Plants were transplanted reciprocally between t...
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Published in | Ecography (Copenhagen) Vol. 28; no. 1; pp. 71 - 80 |
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Main Authors | , , |
Format | Journal Article |
Language | English |
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Copenhagen
Munksgaard International Publishers
01.02.2005
Blackwell Publishers Blackwell |
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Abstract | A transplant experiment was performed to investigate whether differences in life-history traits of the bryophyte Pogonatum dentatum that recently expanded its distribution range, were genetically or environmentally determined, or a combination of both. Plants were transplanted reciprocally between the original mountain area and a recently colonised lowland area. Vegetative biomass of annual segments and branches tended to be higher in the mountain area than in the lowland area. Reproductive investment was higher for plants transplanted to the lowland area, and lowland shoots tended to produce larger sporophytes than mountain shoots when placed in the same environment. Age of reproducing shoots showed no consistent pattern. Native shoots were often outperformed by non-native shoots transplanted into the same site. Non-native shoots grew larger and produced larger sporophytes than native shoots. Much of the observed variation was at the site level instead of between mountain and lowland areas, with both genetic origin and environmental effects contributing together. Range expansion of P. dentatum may have taken place by dispersal from populations with shoots whose growth is plastic. Such shoots grow larger and potentially produce more spores for dispersal. |
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AbstractList | A transplant experiment was performed to investigate whether differences in life-history traits of the bryophyte Pogonatum dentatum that recently expanded its distribution range, were genetically or environmentally determined, or a combination of both. Plants were transplanted reciprocally between the original mountain area and a recently colonised lowland area. Vegetative biomass of annual segments and branches tended to be higher in the mountain area than in the lowland area. Reproductive investment was higher for plants transplanted to the lowland area, and lowland shoots tended to produce larger sporophytes than mountain shoots when placed in the same environment. Age of reproducing shoots showed no consistent pattern Native shoots were often outperformed by non-native shoots transplanted into the same site. Non-native shoots grew larger and produced larger sporophytes than native shoots. Much of the observed variation was at the site level instead of between mountain and lowland areas, with both genetic origin and environmental effects contributing together. Range expansion of P. dentatum may have taken place by dispersal from populations with shoots whose growth is plastic. Such shoots grow larger and potentially produce more spores for dispersal. A transplant experiment was performed to investigate whether differences in life‐history traits of the bryophyte Pogonatum dentatum that recently expanded its distribution range, were genetically or environmentally determined, or a combination of both. Plants were transplanted reciprocally between the original mountain area and a recently colonised lowland area. Vegetative biomass of annual segments and branches tended to be higher in the mountain area than in the lowland area. Reproductive investment was higher for plants transplanted to the lowland area, and lowland shoots tended to produce larger sporophytes than mountain shoots when placed in the same environment. Age of reproducing shoots showed no consistent pattern. Native shoots were often outperformed by non‐native shoots transplanted into the same site. Non‐native shoots grew larger and produced larger sporophytes than native shoots. Much of the observed variation was at the site level instead of between mountain and lowland areas, with both genetic origin and environmental effects contributing together. Range expansion of P. dentatum may have taken place by dispersal from populations with shoots whose growth is plastic. Such shoots grow larger and potentially produce more spores for dispersal. A transplant experiment was performed to investigate whether differences in life‐history traits of the bryophyte Pogonatum dentatum that recently expanded its distribution range, were genetically or environmentally determined, or a combination of both. Plants were transplanted reciprocally between the original mountain area and a recently colonised lowland area. Vegetative biomass of annual segments and branches tended to be higher in the mountain area than in the lowland area. Reproductive investment was higher for plants transplanted to the lowland area, and lowland shoots tended to produce larger sporophytes than mountain shoots when placed in the same environment. Age of reproducing shoots showed no consistent pattern. Native shoots were often outperformed by non‐native shoots transplanted into the same site. Non‐native shoots grew larger and produced larger sporophytes than native shoots. Much of the observed variation was at the site level instead of between mountain and lowland areas, with both genetic origin and environmental effects contributing together. Range expansion of P. dentatum may have taken place by dispersal from populations with shoots whose growth is plastic. Such shoots grow larger and potentially produce more spores for dispersal. |
Author | Söderström, Lars Pedersen, Bård Hassel, Kristian |
Author_xml | – sequence: 1 givenname: Kristian surname: Hassel fullname: Hassel, Kristian – sequence: 2 givenname: Bård surname: Pedersen fullname: Pedersen, Bård – sequence: 3 givenname: Lars surname: Söderström fullname: Söderström, Lars |
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Keywords | Genetic variability Phenotypic plasticity Bryophyta Environmental factor Transplantation Life history trait Experimental study Plant Mountain Geographic distribution Habitat Lowland Expansion |
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Snippet | A transplant experiment was performed to investigate whether differences in life-history traits of the bryophyte Pogonatum dentatum that recently expanded its... A transplant experiment was performed to investigate whether differences in life‐history traits of the bryophyte Pogonatum dentatum that recently expanded its... A transplant experiment was performed to investigate whether differences in life‐history traits of the bryophyte Pogonatum dentatum that recently expanded its... |
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SubjectTerms | Animal and plant ecology Animal, plant and microbial ecology Autoecology Biological and medical sciences Biomass Ecological life histories Fundamental and applied biological sciences. Psychology Genetic variation Lowlands Phenotypic plasticity Phenotypic traits Plants Plants and fungi Pogonatum dentatum Population genetics Sporophytes Transplantation |
Title | Changes in life-history traits in an expanding moss species: phenotypic plasticity or genetic differentiation? A reciprocal transplantation experiment with Pogonatum dentatum |
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