The 90 ways to describe plant temperature
•Air temperature is an unsuitable proxy for life conditions of alpine plants.•The distinction between temperature means and extremes is key.•There is an urgent need to explain species range limits and plant phenology strategies. What seems like a trivial task is one of the most difficult ones in fun...
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| Published in | Perspectives in plant ecology, evolution and systematics Vol. 30; pp. 16 - 21 |
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| Main Authors | , |
| Format | Journal Article |
| Language | English |
| Published |
Elsevier GmbH
01.02.2018
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| Subjects | |
| Online Access | Get full text |
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| Abstract | •Air temperature is an unsuitable proxy for life conditions of alpine plants.•The distinction between temperature means and extremes is key.•There is an urgent need to explain species range limits and plant phenology strategies.
What seems like a trivial task is one of the most difficult ones in functional plant ecology and biogeography: selecting the appropriate measures of temperature for an ecologically meaningful description of habitat conditions and for a mechanistic understanding of responses of plants. The difficulty becomes even more severe at elevations above the climatic tree limit, where plant stature, topography and seasonal snow cover interact in producing temperature conditions that largely deviate from weather station records. Temporal resolution and the distinction between extremes and means for biogeographic applications are emphasized. We summarize the key issues in handling temperature as a driver of plant life in general and in high elevation ecosystems in particular. Future directions in plant-temperature research at high elevation need to resolve the thermal species range limit issues (identify the fundamental temperature niche) and the complex controls of plant development (phenology) in a topography context. |
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| AbstractList | What seems like a trivial task is one of the most difficult ones in functional plant ecology and biogeography: selecting the appropriate measures of temperature for an ecologically meaningful description of habitat conditions and for a mechanistic understanding of responses of plants. The difficulty becomes even more severe at elevations above the climatic tree limit, where plant stature, topography and seasonal snow cover interact in producing temperature conditions that largely deviate from weather station records. Temporal resolution and the distinction between extremes and means for biogeographic applications are emphasized. We summarize the key issues in handling temperature as a driver of plant life in general and in high elevation ecosystems in particular. Future directions in plant-temperature research at high elevation need to resolve the thermal species range limit issues (identify the fundamental temperature niche) and the complex controls of plant development (phenology) in a topography context. •Air temperature is an unsuitable proxy for life conditions of alpine plants.•The distinction between temperature means and extremes is key.•There is an urgent need to explain species range limits and plant phenology strategies. What seems like a trivial task is one of the most difficult ones in functional plant ecology and biogeography: selecting the appropriate measures of temperature for an ecologically meaningful description of habitat conditions and for a mechanistic understanding of responses of plants. The difficulty becomes even more severe at elevations above the climatic tree limit, where plant stature, topography and seasonal snow cover interact in producing temperature conditions that largely deviate from weather station records. Temporal resolution and the distinction between extremes and means for biogeographic applications are emphasized. We summarize the key issues in handling temperature as a driver of plant life in general and in high elevation ecosystems in particular. Future directions in plant-temperature research at high elevation need to resolve the thermal species range limit issues (identify the fundamental temperature niche) and the complex controls of plant development (phenology) in a topography context. |
| Author | Körner, Christian Hiltbrunner, Erika |
| Author_xml | – sequence: 1 givenname: Christian surname: Körner fullname: Körner, Christian email: ch.koerner@unibas.ch – sequence: 2 givenname: Erika surname: Hiltbrunner fullname: Hiltbrunner, Erika |
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| Keywords | Climatology Energy balance Elevation Fundamental niche Phenology Plant canopy Alpine |
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| Snippet | •Air temperature is an unsuitable proxy for life conditions of alpine plants.•The distinction between temperature means and extremes is key.•There is an urgent... What seems like a trivial task is one of the most difficult ones in functional plant ecology and biogeography: selecting the appropriate measures of... |
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| SubjectTerms | Alpine altitude biogeography Climatology ecosystems Elevation Energy balance Fundamental niche habitats Phenology Plant canopy plant development plant ecology snowpack temperature trees |
| Title | The 90 ways to describe plant temperature |
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