wiki:climate_scenarios_for_study_sites_lake_constance_woerthersee_lago_di_viverone
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| wiki:climate_scenarios_for_study_sites_lake_constance_woerthersee_lago_di_viverone [2014/03/18 16:34] – florianl | wiki:climate_scenarios_for_study_sites_lake_constance_woerthersee_lago_di_viverone [2014/03/18 16:35] (current) – florianl | ||
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| "Small variations in the climate conditions have remarkable effects. The results of HCILS can be used to assess a lake actual state, and they show what can be expected in the future.• The water balance and residence time in alpine lakes are very | "Small variations in the climate conditions have remarkable effects. The results of HCILS can be used to assess a lake actual state, and they show what can be expected in the future.• The water balance and residence time in alpine lakes are very | ||
| sensitive to changes in air temperature and precipitation. | sensitive to changes in air temperature and precipitation. | ||
| - | * A temperature increase of 1.4 °C until 2050 produces | + | * A temperature increase of 1.4 °C until 2050 produces reductions in lake water renewal of 12 to 23 % of the annual mean (summer change is much higher with partly > 81 %.\\ |
| - | reductions in lake water renewal of 12 to 23 % of the annual | + | * The superposition with only small decreases in precipitation (5 %) produces important reductions of lake water renewal up to more than 40 % annual mean, summer change is even higher with partly > 117 %).\\ |
| - | mean (summer change is much higher with partly > 81 %.\\ | + | * Land use changes (p.e. reforestation) can increase significantly these water losses (future research demand).\\ |
| - | * The superposition with only small decreases in precipitation | + | * Consequently the fill up time and mean residence time of lake water are increasing.\\ |
| - | (5 %) produces important reductions of lake water renewal | + | * Small lakes with small catchment areas are more sensitive to climate change.\\ |
| - | up to more than 40 % (annual mean, summer change is even | + | * The mean residence time of lake water is not in accordance with the water renewal (or fill up) time of lakes.\\ |
| - | higher with partly > 117 %).\\ | + | * Its work of the limnologists to interpret the impact of these changes on the ecological and quality conditions of lakes. " |
| - | * Land use changes (p.e. reforestation) can increase significantly | + | |
| - | these water losses (future research demand).\\ | + | |
| - | * Consequently the fill up time and mean residence time of lake | + | |
| - | water are increasing.\\ | + | |
| - | * Small lakes with small catchment areas are more sensitive to | + | |
| - | climate change.\\ | + | |
| - | * The mean residence time of lake water is not in accordance | + | |
| - | with the water renewal (or fill up) time of lakes.\\ | + | |
| - | * Its work of the limnologists to interpret the impact of these | + | |
| - | changes on the ecological and quality conditions of lakes. " | + | |
wiki/climate_scenarios_for_study_sites_lake_constance_woerthersee_lago_di_viverone.txt · Last modified: 2014/03/18 16:35 by florianl