Over the past century, global warming has caused the average Degree sea Patient level to rise by 10 - 25 cm, and another half-metre increase is expected by the end of the 21st century. [ 2CANADACCD9801 0 AS MCLH 07/06/2015 ]

The mean Degree levels of the world's seas Patient have been rising slowly over the past 100 years at a rate of 1.5 cm each decade. [ 5CANADAICC 0 AS MCLH 07/06/2015 ]

The level of the sea Patient at the shoreline Location is determined by many factors in the global environment that operate on a great range of time-scales, from hours (tidal) to millions of years (ocean basin changes due to tectonics and sedimentation). [ 11IPCCBILAN2001 0 AS MCLH 07/06/2015 ]

Sea Patient level rise is an important output of climate, glacier and ice sheet models, but it differs from other climate system model outputs in that it is not involved in any feedbacks. [ 10IPCCMODELE 0 AS MCLH 07/06/2015 ]

If greenhouse gas concentrations were stabilised (even at present levels), sea Patient level would nonetheless continue to rise for hundreds of years. [ 11IPCCBILAN2001 0 AS MCLH 07/06/2015 ]

In many coastal areas, mangrove forests and tidal marshes may respond too slowly to the effects of a rapid rise in sea Patient level to survive. [ 5CANADAICC 0 AS MCLH 07/06/2015 ]

The least expected Descriptor sea Patient level rise due to thermal expansion is in the Arctic Ocean. [ 3CANADAENVIRON 0 AS MCLH 07/06/2015 ]

Sea Patient level rise and changes in other climatic factors may affect a range of freshwater wetlands in low-lying regions. [ 2IPCCBIODIVERSITE 0 AS MCLH 03/06/2015 ]

Global average Degree sea Patient level has risen and ocean heat content has increased. [ GREENFACTS 0 AS MCLH 07/06/2015 ]

Global mean Degree sea Patient level rise during the 20th century is in the range of 1 to 2 mm/year. [ 3CANADAENVIRON 0 AS MCLH 07/06/2015 ]

An increase in sea Patient level will exacerbate the current severe problems of tectonically and anthropogenically induced land subsidence in delta areas. [ 7IPCCREGION 0 AS MCLH 03/06/2015 ]

A one metre rise in sea Patient level would put more than 15 000 hectares of residential and industrial properties and 4 600 hectares of highly productive farmland at risk, and would contaminate much of the regions ground water with salt intrusion. [ 5CANADAICC 0 AS MCLH 03/06/2015 ]

Increases in sea Patient level, and the frequency and magnitude of storms, storm surges and waves would lead to an enhanced frequency of coastal flooding. [ ENCY 0 AS 03/06/2015 ]

The global Expanse sea Patient level has already risen by around between 10 to 25 centimetres during the last 100 years, at the rate of 1 to 2 millimetres per year. [ ENCY 0 AS MCLH 07/06/2015 ]

Furthermore, mountain glaciers around the world are expected to continue to melt, adding another 5 to 15 cm of water to the ocean Patient level as the water runs off to sea. [ 6CANADAQFP 0 AS 03/06/2015 ]

The superficial layer of the oceans, down to about a hundred metres in depth, heats up and dilates, making the water Patient level rise. [ NEWCOURIER2005 0 AS MCLH 07/06/2015 ]

Sea Patient - level rise endangers sandy beaches in the coastal zones, but remains an anthropogenically induced problem in delta areas. [ 7IPCCREGION 0 AS 03/06/2015 ]

Changes in sea Patient levels are likely to affect landward and alongshore migration of remnants of mangrove forests that provide protection for coasts and other resources. [ 3IPCCCONSEQUENCE 0 AS MCLH 07/06/2015 ]

A 50 % increase in carbon dioxide Patient levels coincided with a 5 ° C rise in global average surface temperature. [ ENCY 0 AS 03/06/2015 ]

Even if the human emissions of greenhouse gases were to stop today, the global climate would keep changing for decades to come, due to the level of greenhouse gases currently in the atmosphere Patient and the thermal inertia of the climate system. [ AWORLDOFSCIENCE 0 AS MCLH 12/06/2015 ]

The difference between the equivalent CO2 Patient level and the true CO2 level depends on the levels at which the concentrations of other radiatively active gases and aerosols are stabilized. [ 13IPCCSTABILISATION 0 AS MCLH 12/06/2015 ]

Similarly, development paths that meet sustainable development objectives may result in lower Degree levels of greenhouse gas emissions Patient . [ GREENFACTS 0 AS MCLH 03/06/2015 ]

We shall first examine scientific arguments that suggest that recent global change can only be a result of the increase in the level of greenhouse gases Patient , without excluding the human contribution. [ JACLET 0 AS 03/06/2015 ]

Effects of elevated Degree CO2 Patient levels have mostly been studied on time scales up to several months in individual organisms that live near the ocean surface [ 5IPCCDYOXYDE 0 AS MCLH 12/06/2015 ]

During time of enhanced tectonic activity and sea floor spreading, elevated Degree levels of carbon dioxide emissions Patient may increase the strength of the Earth 's natural greenhouse effect. [ ENCY 0 AS MCLH 12/06/2015 ]

Meanwhile, methane concentrations appear to have more than doubled over pre-industrial values, while nitrous oxide Patient levels have undergone a more modest increase of 17 % . [ 5CANADAICC 0 AS 03/06/2015 ]

Stratospheric chlorine Patient levels have approximately stabilized and may have already started to decline. [ 4IPCCROCSPMTS 0 AS 03/06/2015 ]

With higher Degree levels of carbon dioxide Patient stimulating the rate of photosynthesis, the growth rate and productivity of plants could be expected to increase. [ ENCY 0 AS MCLH 12/06/2015 ]

Changes in land use, in addition to affecting carbon dioxide Patient levels in the atmosphere Location , can change how much sunlight is reflected from the Earth 's surface. [ 5CANADAICC 0 AS 03/06/2015 ]

Such analysis revealed that during the last Ice Age, levels of carbon dioxide Patient in the atmosphere Location were significantly lower than they were before mankind began polluting the atmosphere 200 years ago. [ ENCY 0 AS 03/06/2015 ]

Higher Degree ambient Location CO2 Patient levels could enhance plant growth through the CO2-fertilization effect and through an increase in water use efficiency. [ 10IPCCMODELE 0 AS MCLH 12/06/2015 ]