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Begin New Search Political Geography Brazil Author Lykke E. Andersen

1. Gender and Climate Change in Latin America: An analysis of vulnerability, adaptation and resilience based on household surveys

Author:
Lykke E. Andersen, Dorte Verner, and Manfred Wiebelt
Publication Date:
11-2014
Content Type:
Working Paper
Institution:
Institute for Advanced Development Studies (INESAD)
Abstract:
This paper analyzes gender differences in vulnerability and resilience to shocks, including climate change and climate variability, for Peru, Brazil and Mexico, which together account for more than half the population in Latin America. Vulnerability and resilience indicators are measured by a combination of the level of household incomes per capita and the degree of diversification of these incomes. Thus, households which simultaneously have incomes which are below the national poverty line and which are poorly diversified (Diversification Index below 0.5) are classified as highly vulnerable, whereas households which have highly diversified incomes above the poverty line are classified as highly resilient. The analysis shows that female headed households in all three countries tend to be less vulnerable and more resilient than male headed households, despite the fact that the former usually have lower education levels.
Topic:
Diversification, Resilience, Livelihoods, Vulnerability, and External Shocks
Political Geography:
Brazil, Latin America, Mexico, and Peru

2. Social Impacts of Climate Change in Brazil: A municipal level analysis of the effects of recent and future climate change on income, health and inequality

Author:
Lykke E. Andersen, Soraya Román, and Dorte Verner
Publication Date:
07-2010
Content Type:
Working Paper
Institution:
Institute for Advanced Development Studies (INESAD)
Abstract:
The paper uses data from 5,507 municipalities in Brazil to estimate the relationships between climate and income as well as climate and health, and then uses the estimated relationships to gauge the effects of past and future climate change on income levels and life expectancy in each of these municipalities. The simulations indicate that climate change over the past 50 years has tended to cause an overall drop in incomes in Brazil of about four percent, with the initially poorer and hotter municipalities in the north and northeast Brazil suffering bigger losses than the initially richer and cooler municipalities in the south. The simulations thus suggest that climate change has contributed to an increase in inequality between Brazilian municipalities, as well as to an increase in poverty. The climate change projected for the next 50 years is estimated to have similar, but more pronounced effects, causing an overall reduction in incomes of about 12 percent, holding all other things constant. Again, the initially poorer municipalities in the already hot northern regions are likely to suffer more from additional warming than the initially richer and cooler municipalities in the south, indicating that projected future climate change would tend to contribute to increased poverty and income inequality in Brazil.
Topic:
Climate Change, Health, Income Inequality, and Social Impacts
Political Geography:
Brazil and South America

3. Modeling Amazon Deforestation for Policy Purposes

Author:
Clive W. J. Granger and Lykke E. Andersen
Publication Date:
10-2006
Content Type:
Working Paper
Institution:
Institute for Advanced Development Studies (INESAD)
Abstract:
Brazil has long ago removed most of the perverse government incentives that stimulated massive deforestation in the Amazon in the 70s and 80s, but one highly controversial policy remains: Road building. While data is now abundantly available due to the constant satellite surveillance of the Amazon, the analytical methods typically used to analyze the impact of roads on natural vegetation cover are methodologically weak and not very helpful to guide public policy. This paper discusses the respective weaknesses of typical GIS analysis and typical municipality level regression analysis, and shows what would be needed to construct an ideal model of deforestation processes. It also presents an alternative approach that is much less demanding in terms of modeling and estimation and more useful for policy makers as well.
Topic:
Environment, Infrastructure, Econometrics, and Deforestation
Political Geography:
Brazil and Amazon Basin