ABSTRACT
Degraded pasture is a major liability in Brazilian agriculture, but restoration and recovery efforts could turn this area into a new frontier to both agricultural yield expansion and forest restoration. Currently, rural properties with larger degraded pasture areas are associated with higher levels of technical inefficiency in Brazil. The recovery of 12 million ha of degraded pastures could generate an additional production of 17.7 million bovines while reducing the need for new agricultural land. Regional identification of degraded pastures would facilitate the targeting of agricultural extension and advisory services and rural credit efforts aimed at fostering pasture recovery. Since only 1% of Brazilian municipalities contain 25% of degraded pastures, focusing pasture recovery efforts on this small group of municipalities could generate considerable benefits. More efficient allocation of degraded and native pastures for meat production and forest restoration could provide land enough to fully comply with its Forest Code requirements, while adding 9 million heads to the cattle inventory. Degraded pasture recovery and restoration is a win-win strategy that could boost livestock husbandry and avoid deforestation in Brazil and has to be the priority strategy of agribusiness sector.
ABSTRACT
This paper sought to assess how climate change will affect the proliferation of leishmaniasis in Brazil in three time frames: 2010-2039, 2040-2079 and 2080-2100, and with two climate change scenarios. The relation of temperature, precipitation and the number of hospital admissions due to leishmaniasis was estimated and projections were made using these results. Results show that precipitation has a strong relation with leishmaniasis incidence and projections show that by the end of the twenty-first century there will be a 15% growth in the annual number of hospital admissions due to leishmaniasis in Brazil, compared to the base scenario (1992-2002). In regional terms, projections indicate growth in every region, with the exception of the Mid-West. The highest relative growth will be in the South of the country, while the highest increase in absolute terms will be observed in the Northeast region. In general, the incidence of leishmaniasis will grow in Brazil due to climate change.
Subject(s)
Climate Change , Leishmaniasis/epidemiology , Brazil , Climate , Humans , Patient Admission/statistics & numerical data , TemperatureABSTRACT
Resumo Este estudo buscou verificar como as mudanças climáticas podem afetar a proliferação das leishmanioses no Brasil, em três períodos, 2010-2039, 2040-2079 e 2080-2100 e dois cenários de mudanças climáticas. Realizou-se uma estimação da relação entre temperatura, precipitação e números de internações por leishmaniose e, posteriormente, a equação estimada foi utilizada para prever o impacto da mudança climática na proliferação da doença no Brasil até o fim do século XXI. Os resultados encontrados indicam que a precipitação possui forte relação com a incidência de leishmaniose e as projeções indicam que haverá uma elevação, para o final do século, da quantidade anual de internações por essa doença, em cerca de 15%, em relação a 1992-2002 (cenário base). Em termos regionais, as projeções indicam crescimento em todas as regiões, com exceção do Centro-Oeste. No Sul do país haverá o maior crescimento relativo no número de internações anuais, ao passo que no Nordeste haverá o maior aumento absoluto. No geral, verifica-se que a leishmaniose aumentará sua incidência no país com a mudança climática.
Abstract This paper sought to assess how climate change will affect the proliferation of leishmaniasis in Brazil in three time frames: 2010-2039, 2040-2079 and 2080-2100, and with two climate change scenarios. The relation of temperature, precipitation and the number of hospital admissions due to leishmaniasis was estimated and projections were made using these results. Results show that precipitation has a strong relation with leishmaniasis incidence and projections show that by the end of the twenty-first century there will be a 15% growth in the annual number of hospital admissions due to leishmaniasis in Brazil, compared to the base scenario (1992-2002). In regional terms, projections indicate growth in every region, with the exception of the Mid-West. The highest relative growth will be in the South of the country, while the highest increase in absolute terms will be observed in the Northeast region. In general, the incidence of leishmaniasis will grow in Brazil due to climate change.
Subject(s)
Humans , Climate Change , Leishmaniasis/epidemiology , Patient Admission/statistics & numerical data , Temperature , Brazil , ClimateABSTRACT
Este estudo tem por objetivo avaliar o impacto das mudanças climáticas sobre o bem-estar relacionado à saúde no Brasil, por meio de equações estimadas para dados em painel e de projeções climáticas. Os resultados indicam que as mudanças climáticas afetam principalmente a mortalidade de crianças e mulheres. A análise procurou também incorporar aos custos de bem-estar o gasto decorrente do consumo adicional de energia para manutenção do conforto térmico e da redução de riscos à saúde. O aumento do consumo residencial anual de energia com as mudanças climáticas foi estimado em aproximadamente 6%. Os resultados sugerem que a perda de bem-estar relacionada à saúde poderá chegar a 4,7% do Produto Interno Bruto (PIB).
