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Nahajate se tu: Domov / Objave / Regionalne podnebne spremembe in prilagajanje nanje — Alpe se soočajo z izzivom spremenjenih lastnosti vodnih virov

Regionalne podnebne spremembe in prilagajanje nanje — Alpe se soočajo z izzivom spremenjenih lastnosti vodnih virov

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EEA Report No 8/2009
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  • EEA (European Environment Agency)
  • Objavljeno: 09.09.2009

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Change in temperature 1760–2007 for the Greater Alpine Region (GAR) Single years and 20-year smoothed mean GAR series from 1760–2007 (1760/1961–2007/2008) Change in temperature 1760–2007 for the Greater Alpine Region (GAR) Single years and 20-year smoothed mean GAR series from 1760–2007 (1760/1961–2007/2008) Single years (thin lines) and 20-year smoothed mean (bold lines)
Annual precipitation series (left graph) and annual cloudiness series (right graph) Annual precipitation series (left graph) and annual cloudiness series (right graph) NW (top, grey) vs SE (bottom, black)
Case studies in water-sensitive regions of the Alps Case studies in water-sensitive regions of the Alps
Protected areas in the Alps Protected areas in the Alps
Temperature and precipitation in the Alps for the period 1961–1990 Temperature and precipitation in the Alps for the period 1961–1990
Run-off and snow cover change up until the end of the 21st century in the winter, according to the CLM A1B scenario Run-off and snow cover change up until the end of the 21st century in the winter, according to the CLM A1B scenario Left: relative difference in water available for runoff
Impacts of climate change on landscape structure in Dischmatal (Graubünden, Switzerland) in an ecosystem model Impacts of climate change on landscape structure in Dischmatal (Graubünden, Switzerland) in an ecosystem model
Leading horizontal climate sub-regions of the Greater Alpine Region (GAR) Leading horizontal climate sub-regions of the Greater Alpine Region (GAR) Bold lines: north-west (NW), north-east (NE), southwest (SW) and southeast (SE)
The Alps, the main river basin districts and climatic sub-regions The Alps, the main river basin districts and climatic sub-regions
Average yearly run-offs of the main alpine rivers — tendencies Average yearly run-offs of the main alpine rivers — tendencies Bolt lines: 12-year moving average.
Temperature change in the Alps and their sub-regions according to different emission scenarios Temperature change in the Alps and their sub-regions according to different emission scenarios Regional statistics: G = Greater Alpine Region, A = Alps, NW = north-western Alps, NE = northeastern Alps, SW = southwestern Alps, SE = southeastern Alps, H = higher than 1 500 m.
Changes in seasonal precipitation and run-off according to different emission scenarios in CLM Changes in seasonal precipitation and run-off according to different emission scenarios in CLM Left: relative difference in water available for runoff
Seasonal changes in precipitation and temperature up until the end of the 21st century, according to CLM scenario A1B Seasonal changes in precipitation and temperature up until the end of the 21st century, according to CLM scenario A1B Left: absolute difference in temperature

Novice o tej publikaciji

Europe's mountains: rich in biodiversity but increasingly vulnerable Europe's mountains: rich in biodiversity but increasingly vulnerable Snow-capped peaks, rocky inclines, rich forests and sloping meadows provide recreation and economic opportunities for humans and a home to many plants and animals. The European Environment Agency's new assessment of mountain ecosystems sheds light on their state and the pressures they face.
Alpe — Vpliv podnebnih sprememb v Evropi danes Alpe — Vpliv podnebnih sprememb v Evropi danes
The Alps: Europe’s cherished but endangered mountains The Alps: Europe’s cherished but endangered mountains As the ‘water towers of Europe’, the Alps play a crucial role in sustaining the social and economic wellbeing of millions of people living in vast lowland areas. A complex and vulnerable ecosystem, they represent Europe’s central landmark.
Assessing climate change impacts in the Pyrenees Assessing climate change impacts in the Pyrenees Europe’s mountain regions may suffer some of the most severe impacts of climate change. Increasing temperatures can change snow-cover patterns and lead to water shortages and other problems such as reduced ski tourism. Species may also face extinction if unable to move northward or uphill. To investigate these current and potential impacts in the Pyrenees, the European Environment Agency (EEA) and the Pyrenees Working Community (CTP) have recently signed an agreement to work together.
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