How many school children can be endangered by the schools themselves? The answer was over 600,000 in metropolitan Lima alone.
In the region, fraught with frequent seismic activity, nearly two-thirds of schools were highly vulnerable to damage by earthquakes. Working with the Peruvian Ministry of Education (MINEDU), the World Bank and the Global Facility for Disaster Reduction and Recovery (GFDRR) conducted a risk assessment that ultimately helped make an estimated 2.5 million children safer and paved the way for a $3.1 billion national risk-reduction strategy.
Whether it is building safer schools or deploying early warning systems, disaster risk management is an integral part of caring for our most vulnerable, combating poverty, and protecting development gains.
Over the last 30 years, the world has lost an estimated $3.8 trillion to natural disasters. , and to undo decades of development progress overnight.
Over the past decade, commitments and support for Forest Landscape Restoration have grown significantly. As part of the Bonn Challenge, for instance, some 40 countries, sub-national jurisdictions, and non-governmental entities have now pledged to restore forest landscapes across 148 million hectares. Although the environmental benefits in terms of ecosystem services, soil restoration, water, biodiversity and climate resilience are evident, the tremendous economic arguments and the value proposition for poor people living in, or nearby, the forests, are not always at the forefront of the efforts to restore landscapes.
In fact, some 1.3 billion people around the world depend on forests for their livelihood—that is 20% of the global population. This includes income from the sale of trees and tree-related products. It also includes the value of fruit, fodder, medicines, and other direct or indirect products that they consume. However, the restoration of forest landscape at a global scale needs a new vision for an integrated forest economy which appreciates and understands forests along their entire value chain. Thus it is crucial to see forest landscape restoration efforts as much more than just protecting forests, but as a force for economic growth and poverty reduction.
Social safety nets – predictable cash grants to poor households often in exchange for children going to school or going for regular health check-ups – have become one of the most effective poverty reduction strategies, helping the poor and vulnerable cope with crises and shocks. Each year, safety net programs in developing countries lift an estimated 69 million people living in absolute poverty and uplifting some 97 million people from the bottom 20 percent – a substantial contribution in the global fight against poverty.
Globally 2.9 million people died from household air pollution in 2015, caused by cooking over foul, smoky fires from solid fuels such as wood, charcoal, coal, animal dung, and agricultural crop residues. Well over 99% of these deaths were in developing countries, making household air pollution one of their leading health risk factors.
Many women across the world spend their days and evenings cooking with these fuels. They know the fumes are sickening, which is why some cook in a separate outhouse or send the children to play while they cook. Sadly, these small actions cannot fully protect the young. As for the women themselves, they suffer incredible morbidity and mortality from household air pollution.
By the early 2000s, Peru faced serious environmental problems. Air pollution in urban areas was so severe that it caused thousands of premature deaths every year. In fact, air quality in Lima was worse than in other large Latin American cities, such as Mexico City or Sao Paulo. Other environmental challenges that damaged people’s health included air pollution inside homes caused by the use of wood for cooking; insufficient access to clean water, sanitation, and hygiene; and exposure to lead, a highly toxic chemical. Together, these environmental problems caused 12 million cases of illnesses annually, dramatically affecting young children, the elderly, and poor people who couldn’t afford medical care. The World Bank estimated that these negative impacts had an economic cost equivalent to 2.8% of Peru’s Gross Domestic Product (GDP) in 2003.
One of the main reasons the Peruvian government wasn’t able to respond promptly to these serious environmental problems was the country didn’t have governmental organizations with a clear responsibility for environmental protection. Another important reason was the absence of a system of reliable environmental information to support the government’s decision-making process. For example, there was little awareness about the seriousness of air pollution, largely because most cities didn’t have a functional air quality monitoring network. Even in the few cities that did, the information was not widely disseminated. In the absence of such information, it was difficult to identify which environmental problems were most severe, and to develop actions and assign resources to solve them. In addition, lack of information limited the opportunities for the public—including the poor families and other vulnerable groups that suffered the most from pollution —to discuss their environmental concerns and agree on solutions with government officials.
It is widely acknowledged that reducing emissions from deforestation could bring about one-third of the greenhouse gas emission reductions we need by 2030 to stay on a 2-degrees trajectory. But protecting and managing forests wisely does not only make sense from a climate perspective. It is also smart for the economy. Forests are key economic resources in tropical countries. Protecting them would increase resilience to climate change, reduce poverty and help preserve invaluable biodiversity.
Here are just a few facts to illustrate why forests are so important. First, forests provide us with ecosystem services like pollination of food crops, water and air filtration, and protection against floods and erosion. Forests are also home for about 1.3 billion people worldwide who depend on forest resources for their livelihood. Locally, forests contribute to the rainfall needed to sustain food production over time. When forests are destroyed, humanity is robbed of these benefits.
The New Climate Economy report shows us that economic growth and cutting carbon emissions can be mutually reinforcing. We need more innovation and we need more investments in a low carbon direction. This requires some fundamental choices of public policy, and the transformation will not be easy. However, it is possible and indeed the only path to sustained growth and development. If land uses are productive and energy systems are efficient, they will both drive strong economic growth and reduce carbon intensity.
Already, the world's large tropical forest countries are taking action.
É amplamente reconhecido que a redução de emissões provenientes do desmatamento poderia corresponder a um terço da diminuição das emissões de gases de efeito estufa necessária até 2030 para o planeta não aquecer mais de 2ºC. No entanto, proteger e gerenciar as florestas de forma prudente não somente faz sentido de uma perspectiva do clima. É também algo inteligente para a economia. As florestas são recursos econômicos de suma importância nos países tropicais. Protegê-las aumentará a resiliência às mudanças do clima, reduzirá a pobreza e ajudará a preservar a biodiversidade.
Seguem apenas alguns fatos para ilustrar por que as florestas são tão importantes. Primeiro, as florestas nos prestam serviços de ecossistema, tais como polinização de safras de alimentos, água e filtração do ar, bem como proteção contra inundações e erosão. As florestas também abrigam cerca de 1,3 bilhão de pessoas no mundo inteiro que dependem dos recursos florestais para subsistência. Em nível local, as florestas contribuem para a pluviosidade necessária para manter a produção de alimentos no correr do tempo. Quando as florestas são destruídas, esses benefícios são roubados da humanidade.
O novo Relatório sobre a Economia Climática nos mostra que o crescimento econômico e a redução das emissões de carbono podem se reforçar mutuamente. Precisamos de mais inovação e mais investimentos para ter uma economia de baixo carbono. Isso requer certas escolhas fundamentais de política pública e a transformação não será fácil. No entanto, é possível e na realidade trata-se do único caminho para um crescimento e desenvolvimento sustentados. Se o uso da terra for produtivo e os sistemas energéticos forem eficientes, ambos impulsionarão um desenvolvimento econômico sólido e reduzirão a intensidade das emissões carbono.
Em âmbito mundial, os países com as grandes florestas tropicais já estão agindo.
When the water is poor, people get sick: they have diarrhea; their growth is stunted; they die. When the air is poor, people get sick: they cough; they cannot leave their beds; they die. However, they do not look sick when there is lead in their blood. You cannot look at a child who has an unhealthy blood lead level (BLL) and say, "This is not right. Something must be done," because in most cases, there is nothing to see.
Lead (Pb) exposure—which is making headlines in the U.S. because of recent events in Flint, Michigan-- is a major source of critical environmental health risks. But the problem is subtle: Affected children do not perform as well in school. They are late to read. They are slow to learn how to do tasks. Perhaps a few more children are born with cognitive deficits. Perhaps these children have less impulse control. Perhaps they exhibit more violence.
These symptoms are not always understood as an environmental or a public health problem – or indeed a development problem. Instead, people will say it is an issue of morals or of education. They will discipline the children, and then they will take themselves to task and ask how and why they are failing to raise these children correctly. Furthermore, they will have no idea that the problem is in the children’s blood.
Young children are particularly vulnerable to lead exposure. Studies have documented that exposure leads to neuropsychological impacts in children--including impaired intelligence, measured as intelligence IQ losses--at blood lead levels even lower than 5 micrograms of lead per deciliter of blood (µg/dL). So, clearly, the effect occurs at even very low BLLs.
Named by Peruvian fishermen because of its tendency to appear around Christmastime, El Niño is the planet’s most large-scale and recurring mode of climate variability. Every 2-7 years, a slackening of trade winds that push sun-warmed water across the Pacific contributes to a rise in water temperature across large parts of the ocean. As the heat rises, a global pattern of weather changes ensues, triggering heat waves in many tropical regions and extreme drought or rainfall in others.
The fact that we are undergoing a major El Niño event should cause major concern and requires mobilization now. Already, eight provinces in the Philippines are in a state of emergency due to drought; rice farmers in Vietnam and Thailand have left fields unplanted due to weak rains; and 42,000 people have been displaced by floods in Somalia.
And this is before the event reaches its peak. Meteorologists see a 95% chance of the El Niño lasting into 2016, with its most extreme effects arriving between now and March. Coastal regions of Latin America are braced for major floods; India is dealing with a 14% deficit in the recent monsoon rains; and poor rainfalls could add to insecurity in several of Africa’s fragile states. Indeed, Berkeley Professor Soloman Hsiang has used historical data to demonstrate that the likelihood of new conflict outbreaks in tropical regions doubles from 3% to 6% in an El Niño year.
But despite its thousand-year history, the devastation associated with El Niño is not inevitable. Progress made by many other countries since the last major event, in 1997-98, shows that we can get a grip on its effect – and others caused by climate trends.
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