Global climate change - a feasibility perspective of its effect on human health at a local scale

There are two responses to global climate change. First, mitigation, which actions to reduce greenhouse gas emissions and sequester or store carbon in the short-term, and make development choices that will lead to low emissions in the long-term. Second, adaptation, which involves adjustments in natu...

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Main Author: Michele Bernardi
Format: Article
Language:English
Published: PAGEPress Publications 2008-05-01
Series:Geospatial Health
Subjects:
Online Access:http://www.geospatialhealth.net/index.php/gh/article/view/238
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spelling doaj-5a855677079c43ae97b8a478077504e22020-11-25T03:37:38ZengPAGEPress PublicationsGeospatial Health1827-19871970-70962008-05-012213715010.4081/gh.2008.238238Global climate change - a feasibility perspective of its effect on human health at a local scaleMichele Bernardi0Climate Change and Bioenergy Unit, Food and Agriculture Organization of the United Nations (FAO), RomeThere are two responses to global climate change. First, mitigation, which actions to reduce greenhouse gas emissions and sequester or store carbon in the short-term, and make development choices that will lead to low emissions in the long-term. Second, adaptation, which involves adjustments in natural or human systems and behaviours that reduce the risks posed by climate change to people’s lives and livelihoods. While the two are conceptually distinct, in practice they are very much interdependent, and both are equally urgent from a healthy population perspective. To define the policies to mitigate and to adapt to global climate change, data and information at all scales are the basic requirement for both developed and developing countries. However, as compared to mitigation, adaptation is an immediate concern for low-income countries and for small islands states, where the reduction of the emissions from greenhouse gases is not among their priorities. Adaptation is also highly location specific and the required ground data to assess the impacts of climate change on human health are not available. Climate data at high spatial resolution can be derived by various downscaling methods using historical and real-time meteorological observations but, particularly in low-income countries, the outputs are limited by the lack of ground data at the local level. In many of these countries, a negative trend in the number of meteorological stations as compared as to before 2000 is evident, while remotelysensed imagery becomes more and more available at high spatial and temporal resolution. The final consequence is that climate change policy options in the developing world are greatly jeopardized.http://www.geospatialhealth.net/index.php/gh/article/view/238climate change, climate variability, global warming, human health, meteorological observations, remote sensing.
collection DOAJ
language English
format Article
sources DOAJ
author Michele Bernardi
spellingShingle Michele Bernardi
Global climate change - a feasibility perspective of its effect on human health at a local scale
Geospatial Health
climate change, climate variability, global warming, human health, meteorological observations, remote sensing.
author_facet Michele Bernardi
author_sort Michele Bernardi
title Global climate change - a feasibility perspective of its effect on human health at a local scale
title_short Global climate change - a feasibility perspective of its effect on human health at a local scale
title_full Global climate change - a feasibility perspective of its effect on human health at a local scale
title_fullStr Global climate change - a feasibility perspective of its effect on human health at a local scale
title_full_unstemmed Global climate change - a feasibility perspective of its effect on human health at a local scale
title_sort global climate change - a feasibility perspective of its effect on human health at a local scale
publisher PAGEPress Publications
series Geospatial Health
issn 1827-1987
1970-7096
publishDate 2008-05-01
description There are two responses to global climate change. First, mitigation, which actions to reduce greenhouse gas emissions and sequester or store carbon in the short-term, and make development choices that will lead to low emissions in the long-term. Second, adaptation, which involves adjustments in natural or human systems and behaviours that reduce the risks posed by climate change to people’s lives and livelihoods. While the two are conceptually distinct, in practice they are very much interdependent, and both are equally urgent from a healthy population perspective. To define the policies to mitigate and to adapt to global climate change, data and information at all scales are the basic requirement for both developed and developing countries. However, as compared to mitigation, adaptation is an immediate concern for low-income countries and for small islands states, where the reduction of the emissions from greenhouse gases is not among their priorities. Adaptation is also highly location specific and the required ground data to assess the impacts of climate change on human health are not available. Climate data at high spatial resolution can be derived by various downscaling methods using historical and real-time meteorological observations but, particularly in low-income countries, the outputs are limited by the lack of ground data at the local level. In many of these countries, a negative trend in the number of meteorological stations as compared as to before 2000 is evident, while remotelysensed imagery becomes more and more available at high spatial and temporal resolution. The final consequence is that climate change policy options in the developing world are greatly jeopardized.
topic climate change, climate variability, global warming, human health, meteorological observations, remote sensing.
url http://www.geospatialhealth.net/index.php/gh/article/view/238
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