Plant species responses to climate variables

G.W.W. Wamelink, H.J.J. Wieggers, G.J. Reinds, A.H. Malinowska, M.H.C. van Adrichem, J.Y. Frissel

Research output: Contribution to conferencePosterProfessional

Abstract

Plant species responses to climate variables Climate change will force plant species to react; they can stay and adapt, disperse at a rate so they can match the climate change ‘speed', or they will, in term, become extinct. Effects of climate change are not limited to temperature raise alone, but e.g. also affect precipitation. Knowledge on the responses and preferences of plant species to temperature and precipitation can help to under-stand better species response to climate change and may identify species that are under threat, though at presents there are no signs yet that they are endangered due to climate change. We used our earlier developed method to estimate plant species responses for soil variables to esti-mate plant species response to climate variables. Responses were estimated for temperature (annual mean, average highest en lowest temperature) and precipitation (yearly total and growing season total). Responses were estimated on a European scale, combining vegetation relevés, climatic in-formation from weather stations and an altitude map from Europe. We extrapolated the climatic in-formation using the altitude map to estimate the temperatures and rainfall at the sites the relevés were made. This resulted in responses to climatic variables for many European plant species. The responses will undergo further testing on their reliability and we will be made available through the website www.abiotic.wur.nl.
Original languageEnglish
Publication statusPublished - 2010
Event9th Meeting on Vegatation Databases -
Duration: 24 Feb 201026 Feb 2010

Conference

Conference9th Meeting on Vegatation Databases
Period24/02/1026/02/10

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climate
climate change
temperature
weather station
plant species
growing season
rainfall
vegetation
soil

Cite this

Wamelink, G. W. W., Wieggers, H. J. J., Reinds, G. J., Malinowska, A. H., van Adrichem, M. H. C., & Frissel, J. Y. (2010). Plant species responses to climate variables. Poster session presented at 9th Meeting on Vegatation Databases, .
Wamelink, G.W.W. ; Wieggers, H.J.J. ; Reinds, G.J. ; Malinowska, A.H. ; van Adrichem, M.H.C. ; Frissel, J.Y. / Plant species responses to climate variables. Poster session presented at 9th Meeting on Vegatation Databases, .
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note = "9th Meeting on Vegatation Databases ; Conference date: 24-02-2010 Through 26-02-2010",

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Wamelink, GWW, Wieggers, HJJ, Reinds, GJ, Malinowska, AH, van Adrichem, MHC & Frissel, JY 2010, 'Plant species responses to climate variables' 9th Meeting on Vegatation Databases, 24/02/10 - 26/02/10, .

Plant species responses to climate variables. / Wamelink, G.W.W.; Wieggers, H.J.J.; Reinds, G.J.; Malinowska, A.H.; van Adrichem, M.H.C.; Frissel, J.Y.

2010. Poster session presented at 9th Meeting on Vegatation Databases, .

Research output: Contribution to conferencePosterProfessional

TY - CONF

T1 - Plant species responses to climate variables

AU - Wamelink, G.W.W.

AU - Wieggers, H.J.J.

AU - Reinds, G.J.

AU - Malinowska, A.H.

AU - van Adrichem, M.H.C.

AU - Frissel, J.Y.

PY - 2010

Y1 - 2010

N2 - Plant species responses to climate variables Climate change will force plant species to react; they can stay and adapt, disperse at a rate so they can match the climate change ‘speed', or they will, in term, become extinct. Effects of climate change are not limited to temperature raise alone, but e.g. also affect precipitation. Knowledge on the responses and preferences of plant species to temperature and precipitation can help to under-stand better species response to climate change and may identify species that are under threat, though at presents there are no signs yet that they are endangered due to climate change. We used our earlier developed method to estimate plant species responses for soil variables to esti-mate plant species response to climate variables. Responses were estimated for temperature (annual mean, average highest en lowest temperature) and precipitation (yearly total and growing season total). Responses were estimated on a European scale, combining vegetation relevés, climatic in-formation from weather stations and an altitude map from Europe. We extrapolated the climatic in-formation using the altitude map to estimate the temperatures and rainfall at the sites the relevés were made. This resulted in responses to climatic variables for many European plant species. The responses will undergo further testing on their reliability and we will be made available through the website www.abiotic.wur.nl.

AB - Plant species responses to climate variables Climate change will force plant species to react; they can stay and adapt, disperse at a rate so they can match the climate change ‘speed', or they will, in term, become extinct. Effects of climate change are not limited to temperature raise alone, but e.g. also affect precipitation. Knowledge on the responses and preferences of plant species to temperature and precipitation can help to under-stand better species response to climate change and may identify species that are under threat, though at presents there are no signs yet that they are endangered due to climate change. We used our earlier developed method to estimate plant species responses for soil variables to esti-mate plant species response to climate variables. Responses were estimated for temperature (annual mean, average highest en lowest temperature) and precipitation (yearly total and growing season total). Responses were estimated on a European scale, combining vegetation relevés, climatic in-formation from weather stations and an altitude map from Europe. We extrapolated the climatic in-formation using the altitude map to estimate the temperatures and rainfall at the sites the relevés were made. This resulted in responses to climatic variables for many European plant species. The responses will undergo further testing on their reliability and we will be made available through the website www.abiotic.wur.nl.

M3 - Poster

ER -

Wamelink GWW, Wieggers HJJ, Reinds GJ, Malinowska AH, van Adrichem MHC, Frissel JY. Plant species responses to climate variables. 2010. Poster session presented at 9th Meeting on Vegatation Databases, .