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In this poster we present a plan to follow-up optically early triggers from the Advanced LIGO gravitational wave detectors, which will start operating in scientific mode in the northern summer of 2015.
Adaptation, speciation and extinction
A. Donnelly, Trinity College Dublin, Ireland,
A. Caffarra, Istituto Agrario San Michele all'Adige, Italy,
E. Diskin, Trinity College Dublin, Ireland,
C. T. Kelleher, National Botanic Gardens, Glasnevin, Dublin, Ireland,
A. Pletsers, Trinity College Dublin, Ireland,
H. Proctor, Trinity College Dublin, Ireland,
R. Stirnemann, Trinity College Dublin, Ireland,
M. B. Jones, Trinity College Dublin, Ireland,
J. O'Halloran, University College Cork, Ireland,
B. F. O'Neill, Trinity College Dublin, Ireland,
J. Peñuelas, Campus Universitat Autònoma de Barcelona, Spain,
T. Sparks, Technische Universität München, Germany and Institute of Zoology, Poznań University of Life Sciences, University of Cambridge, UK
The impact of climate change, in particular increasing spring temperatures, on life-cycle events of plants and animals has gained scientific attention in recent years. Leafing of trees, appearance and abundance of insects, and migration of birds, across a range of species and countries, have been cited as phenotrends that are advancing in response to warmer spring temperatures. The ability of organisms to acclimate to variations in environmental conditions is known as phenotypic plasticity. Plasticity allows organisms to time developmental stages to coincide with optimum availability of environmental resources. There may, however, come a time when the limit of this plasticity is reached and the species needs to adapt genetically to survive. Here we discuss evidence of the impact of climate warming on plant, insect and bird phenology through examination of: (1) phenotypic plasticity in (a) bud burst in trees, (b) appearance of insects and (c) migration of birds; and (2) genetic adaptation in (a) gene expression during bud burst in trees, (b) the timing of occurrence of phenological events in insects and (c) arrival and breeding times of migratory birds. Finally, we summarise the potential consequences of future climatic changes for plant, insect and bird phenology.
The recent resurgence of interest in phenology (the timing of recurring life-cycle events in plants and animals) has stemmed from research on the impact of climate change, in particular, global warming.
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