This research needs to be expanded all over the world to gain more knowledge of avian responses at a geographic scale. Most research has been on single study sites, so the scope needs to be broadened. Ecological and evolutionary knowledge of plasticity in fluctuating environments is required for predicting the effects of climate change on bird populations. Evidence supports that global climate change can negatively impact timing of breeding, nest success, distributions and populations. However, little is known about the consequences of plasticity and further research will need to be conducted in the following years to see how high levels of plasticity affects bird populations (Dunn and Wrinkler 2010). In conclusion, although we do not know all the effects of climate change, we do know that it is one of the greatest threats to biodiversity in the present
This research needs to be expanded all over the world to gain more knowledge of avian responses at a geographic scale. Most research has been on single study sites, so the scope needs to be broadened. Ecological and evolutionary knowledge of plasticity in fluctuating environments is required for predicting the effects of climate change on bird populations. Evidence supports that global climate change can negatively impact timing of breeding, nest success, distributions and populations. However, little is known about the consequences of plasticity and further research will need to be conducted in the following years to see how high levels of plasticity affects bird populations (Dunn and Wrinkler 2010). In conclusion, although we do not know all the effects of climate change, we do know that it is one of the greatest threats to biodiversity in the present