A warming of 1°C would threaten the survival of species that currently are growing near the upper limit of their temperature range Patient , notably in marginal alpine regions and in the southwest of Western Australia. [ 3IPCCCONSEQUENCE 0 MCLH 29/02/2016 ]

Increase in size of the Sahara may negatively impact survival of palaearctic migratory birds Patient by forcing longer migration pathways. [ 2IPCCBIODIVERSITE 0 MCLH 29/02/2016 ]

We need birds for our Patient survival, for example, because they are a vital link in natural ecosystems such as forests, wetlands and the marine environment. [ 1EUROPAENV 0 MCLH 29/02/2016 ]

Such organisms Patient depend on the complex interaction of climate and other ecological factors for survival. [ 3IPCCCONSEQUENCE 0 MCLH 29/02/2016 ]

Although the population in the Arctic is relatively small, most indigenous communities lead traditional lifestyles and are highly dependent on biodiversity for their Patient survival. [ 2IPCCBIODIVERSITE 0 MCLH 29/02/2016 ]

Survival of some species and forest types Patient may be endangered by the projected movement of climate zones at rates faster than migration speeds. [ 7IPCCREGION 0 MCLH 29/02/2016 ]

Similarly, survival of marine mammals and seabirds Patient also is affected by interannual and longer term variability in several oceanographic and atmospheric properties and processes, especially in high latitudes. [ 3IPCCCONSEQUENCE 0 MCLH 29/02/2016 ]

Livelihoods and even the survival of whole communities Patient will be at risk in some parts of the world. [ 1EUROPAENV 0 MCLH 29/02/2016 ]

Increased evaporation and possible decreases in rainfall in many areas would adversely affect water supply, agriculture, and the survival and reproduction of key species Patient in parts of Australia and New Zealand (medium confidence). [ 3IPCCCONSEQUENCE 0 MCLH 29/02/2016 ]