This year’s UN Permanent Forum on Indigenous Issues, which kicked off last week in New York, marks the 10th anniversary of the United Nations Declaration on the Rights of Indigenous Peoples.
The World Bank’s Forest Carbon Partnership Facility (FCPF) is coming up on its own 10-year anniversary. Since 2008, the FCPF has run a capacity building program for forest-dependent indigenous peoples. The initiative, with a total budget of $11.5 million, has worked to provide forest-dependent indigenous peoples, national civil society organizations, and local communities with information, knowledge and awareness to increase their understanding of efforts to reduce emissions from deforestation and forest degradation (REDD+), and to engage more meaningfully in the implementation of REDD+ activities. The program recently wrapped up its first phase (2008-2016), which included 27 projects, and presented the results at a side event to the Permanent Forum.
Photo: paulisson miura | Flickr Creative Commons
It is well-established that the lack of infrastructure is one of the main problems facing developing countries. Good infrastructure is one of the most important drivers for development and competitiveness. The question that follows is straightforward: how can we mobilize private financing for high-quality infrastructure investment in these countries?
Quality and innovative education policies emerge usually from a combination of factors such as good teachers, quality school management, and parental engagement, among others. In Brazil, a country with tremendous diversity and regional inequalities, good examples have emerged even when they are least expected. Ceará, a state in the northeast region of Brazil — where more than 500,000 children are living in rural areas and where poverty rates are high — is showing encouraging signs of success from innovative initiatives in education. The figures speak for themselves. Today, more than 70 of the 100 best schools in Brazil are in Ceará.
As we continue our efforts to increase awareness around on-foot mobility (see previous blog), today, I would like to highlight a project we developed for Paraisópolis.
While most of the community has access to basic services and there are opportunities for professional enhancement and cultural activities, mobility and access to jobs remains a challenge. The current inequitable distribution of public space in the community prioritizes private cars versus transit and non-motorized transport. This contributes to severe congestion and reduced transit travel speed; buses had to be reallocated to neighboring streets because they were always stuck in traffic. Pedestrians are always at danger of being hit by a vehicle or falling on the barely-existent sidewalks, and emergency vehicles have no chance of getting into the community if needed. For example, in the last year there were three fire events—a common hazard in such communities—affecting hundreds of homes, yet the emergency trucks could not come in to respond on time because of cars blocking the passage.
Long one of the world’s most unequal countries, Brazil surprised pundits by recording a massive reduction in household income inequality in the last couple of decades. Between 1995 and 2012, the country’s Gini coefficient for household incomes fell by seven points, from 0.59 to 0.52. (For comparison, all of the inequality increase in the United States between 1967 and 2011 amounted to eight Gini points – according to this study.)
Senior Environmental Economist,
The Nature Conservancy
Water Policy Specialist,
The Nature Conservancy
Balneário Camboriú is both a famous Brazilian beach destination and a water supply management puzzle. The resident population of the city is just 170,000, but swells to over 800,000 during the tourist season. Like many water utilities facing growing demand and the effects of climate change, the local water company, EMASA, must invest carefully to secure water for its fluctuating customer base.
Unlike many water utilities, however, EMASA is investing in the natural system where its water comes from.
Let’s say that, on a typical Wednesday, the team needs to attend a meeting in São Paulo. To ensure we can make it on time, we plan our day carefully, book our flights and define the right time to leave the office in Brasilia. With a plan in place, we leave the office at 10:00 am and head to Brasilia Airport. The first leg of the trip takes 35 minutes and we manage to arrive early for our 11:00 am flight, which, unfortunately, is delayed by 20 minutes. We land in São Paulo, quickly get out of the terminal, and manage to hop on a taxi at 1:20pm… not bad! We are now on the last leg of our journey, a mere 14-kilometer drive between Congonhas Airport and the meeting place, which is supposed to take only 20 minutes. However, there is a short thunderstorm that floods the city and closes off key streets. This single event leads to complete traffic chaos along the way, and our planned 20-minute transfer from the airport turns into a 1-hour-and-15-minute ordeal. These traffic disruptions have a serious impact on our meeting as well, as some Department of Transport staff cannot join and some items of the agenda cannot be discussed.
This incident may seem anecdotal, but it is a good illustration of our extreme dependency on transport systems and the weaknesses associated with it. Because transport is so critical to our social and economic lives, it is extremely important to understand, anticipate, and minimize the different types of risks that may impact transport systems.
Fish farmers in Jatobá, Northeastern Brazil
Buyers agreed to destroy obsolete equipment to prevent its reuse in the power distribution network
What do electricity meters and mobile phones have in common? Answer: both are present in millions of Brazilian homes and both become electronic waste as soon as they are discarded. Though they do not contain heavy metals, their materials pose risks from the moment they are discarded in waste dumps or landfills.