Global Outlook for Ice and Snow: Chapter 8 - River and lake ice

Floating freshwater ice is a key component of cold-regions river and lake systems. Ice creates and controls unique aquatic habitats and related biological productivity and diversity. It also poses major challenges (for example, flood threats) and opportunities (for example, transportation) for communities. Changes in freshwater-ice cover have largely mirrored trends in air temperature, with large regions of the Northern Hemisphere experiencing reductions in ice-cover duration characterized by earlier spring break ups and, to a lesser degree, later autumn freeze ups, particularly over the last 50 years. Although more dramatic changes in the timing and duration of the ice season are projected for the future, our understanding of how climate has affected or will alter the more important freshwater-ice processes (such as ice-cover composition, thickness and break-up dynamic,) remains poor. Improving our knowledge of these climate-ice relationships is the key to being able to properly adapt to, or even mitigate, future environmental change

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Bibliographic Details
Main Author: United Nations Environment Programme
Other Authors: Science Division
Format: Chapters and Articles biblioteca
Language:English
Published: 2007
Subjects:ICE, Climate change, Environmental Governance, Environment under review, snow,
Online Access:https://wedocs.unep.org/20.500.11822/14479
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spelling oai:wedocs.unep.org:20.500.11822-144792021-05-28T07:50:58Z Global Outlook for Ice and Snow: Chapter 8 - River and lake ice United Nations Environment Programme Science Division ICE Climate change Environmental Governance Environment under review snow Floating freshwater ice is a key component of cold-regions river and lake systems. Ice creates and controls unique aquatic habitats and related biological productivity and diversity. It also poses major challenges (for example, flood threats) and opportunities (for example, transportation) for communities. Changes in freshwater-ice cover have largely mirrored trends in air temperature, with large regions of the Northern Hemisphere experiencing reductions in ice-cover duration characterized by earlier spring break ups and, to a lesser degree, later autumn freeze ups, particularly over the last 50 years. Although more dramatic changes in the timing and duration of the ice season are projected for the future, our understanding of how climate has affected or will alter the more important freshwater-ice processes (such as ice-cover composition, thickness and break-up dynamic,) remains poor. Improving our knowledge of these climate-ice relationships is the key to being able to properly adapt to, or even mitigate, future environmental change http://www.unep.org/geo/geo_ice/ 2017-02-02T09:24:16Z 2017-02-02T09:24:16Z 2007 Chapters and Articles 978-92-807-2799-9 DEW/0924/NA https://wedocs.unep.org/20.500.11822/14479 English Global Outlook for Ice and Snow Public Text application/pdf Global
institution ONU
collection DSpace
country Kenia
countrycode KE
component Bibliográfico
access En linea
databasecode dig-unep-ke
tag biblioteca
region África del Este
libraryname Biblioteca del programa para el medio ambiente de la ONU
language English
topic ICE
Climate change
Environmental Governance
Environment under review
snow
ICE
Climate change
Environmental Governance
Environment under review
snow
spellingShingle ICE
Climate change
Environmental Governance
Environment under review
snow
ICE
Climate change
Environmental Governance
Environment under review
snow
United Nations Environment Programme
Global Outlook for Ice and Snow: Chapter 8 - River and lake ice
description Floating freshwater ice is a key component of cold-regions river and lake systems. Ice creates and controls unique aquatic habitats and related biological productivity and diversity. It also poses major challenges (for example, flood threats) and opportunities (for example, transportation) for communities. Changes in freshwater-ice cover have largely mirrored trends in air temperature, with large regions of the Northern Hemisphere experiencing reductions in ice-cover duration characterized by earlier spring break ups and, to a lesser degree, later autumn freeze ups, particularly over the last 50 years. Although more dramatic changes in the timing and duration of the ice season are projected for the future, our understanding of how climate has affected or will alter the more important freshwater-ice processes (such as ice-cover composition, thickness and break-up dynamic,) remains poor. Improving our knowledge of these climate-ice relationships is the key to being able to properly adapt to, or even mitigate, future environmental change
author2 Science Division
author_facet Science Division
United Nations Environment Programme
format Chapters and Articles
topic_facet ICE
Climate change
Environmental Governance
Environment under review
snow
author United Nations Environment Programme
author_sort United Nations Environment Programme
title Global Outlook for Ice and Snow: Chapter 8 - River and lake ice
title_short Global Outlook for Ice and Snow: Chapter 8 - River and lake ice
title_full Global Outlook for Ice and Snow: Chapter 8 - River and lake ice
title_fullStr Global Outlook for Ice and Snow: Chapter 8 - River and lake ice
title_full_unstemmed Global Outlook for Ice and Snow: Chapter 8 - River and lake ice
title_sort global outlook for ice and snow: chapter 8 - river and lake ice
publishDate 2007
url https://wedocs.unep.org/20.500.11822/14479
work_keys_str_mv AT unitednationsenvironmentprogramme globaloutlookforiceandsnowchapter8riverandlakeice
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