Climate models Method project the response of many climate variables - such as increases in global surface temperature and sea level - to various scenarios of greenhouse gas and other human-related emissions Patient . [ 11IPCCBILAN2001 0 SB GC 12/10/2013 ]

A variety of globally aggregated box models of the terrestrial biosphere Method have also been developed and used, in conjunction with simple models of the oceanic part of the carbon cycle, to project future atmospheric CO2 concentration Patient . [ 10IPCCMODELE 0 SB GC 12/10/2013 ]

Past trends and modelling results Method project storms and heavy downpours Patient , therefore, jeopardizing the freshwater supply. [ 3CANADAENVIRON 0 SB GC 12/10/2013 ]

Climate models Method project that, during the coming decades, water resources will become more abundant across much of northern Canada Patient . [ 5CANADAICC 0 SB GC 12/10/2013 ]

Ice sheet models Method project that a local warming of larger than 3 °C, if sustained for millennia, would lead to virtually a complete melting of the Greenland ice sheet with a resulting sea level rise of about 7 metres Patient . [ 11IPCCBILAN2001 0 SB GC 12/10/2013 ]

These SRES scenarios Method project significant growth in radiative forcing from HFCs over the following decades Patient , but the estimates are likely to be very uncertain due to growing uncertainties in technological practices and policies. [ 4IPCCSROCSPMTS 0 SB GC 12/10/2013 ]

Vegetation models Method project little change in most arid or desert vegetation types under climate change projections Patient - i.e., most lands that are deserts are expected to remain deserts. [ 7IPCCREGION 0 SB GC 12/10/2013 ]

Most scenarios Method project that the supply of primary energy will continue to be dominated by fossil fuels until at least the middle of the century Patient . [ 5IPCCDYOXYDE 0 SB GC 12/10/2013 ]

Models Method project a smaller surface air temperature increase in the North Atlantic and circumpolar southern ocean regions relative to the global mean Patient . [ 11IPCCBILAN2001 0 SB GC 12/10/2013 ]

In the absence of climate change, most global and regional studies Method project declining real prices for agricultural commodities Patient . [ 3IPCCCONSEQUENCE 0 SB GC 12/10/2013 ]

The models Method project an increase in global mean surface temperature relative to 1990 of about 3-4 °C by 2100 Patient . [ 3CANADAENVIRON 0 SB GC 12/10/2013 ]

Most of these models Method simulate changes in a small patch of land and are used to project changes in productivity or local species dominance Patient . [ 2IPCCBIODIVERSITE 0 SB GC 10/12/2013 ]

The data and models Method needed to project the extent and nature of future ecosystem changes and changes in the geographical distribution of species Patient are incomplete, meaning that these effects can only be partially quantified. [ 2IPCCBIODIVERSITE 0 SB GC 12/10/2013 ]

Through understanding of the global carbon cycle and of atmospheric chemistry, these emissions Method can be used to project atmospheric concentrations of greenhouse gases and aerosols and the perturbation of natural radiative forcing Patient . [ 1IPCCAVIATION 0 SB GC 12/10/2013 ]

Global climate models Method have been used extensively to project global warming in the 21st century due to mankind's greenhouse gas pollution of the atmosphere Patient . [ ENCY 0 SB GC 12/10/2013 ]

Experts Agent project that the average global sea level will rise 9 to 88 centimetres by 2100 Patient . [ 6CANADAQFP 0 SB GC 12/10/2013 ]

These uncertainties impose limitations on the ability of scientists Agent to project impacts of climate change Patient , particularly at regional and smaller scales. [ 7IPCCREGION 0 SB GC 12/10/2013 ]

Climate experts Agent project that this trend will accelerate, with the average global temperature increasing by between 1.4 ° and 5.8 °Celsius by 2100, and temperatures in Europe by between 2 ° and 6.3 °Celsius Patient . [ CLIMATECHANGEYOUTH 0 SB GC 12/10/2013 ]

In order to project the impact of human perturbations on the climate system Patient , it is necessary to calculate the effects of all the key processes operating in the climate system. [ 10IPCCMODELE 0 SB GC 12/10/2013 ]