In Bangladesh, chronic and acute malnutrition are higher than the World Health Organization’s (WHO) thresholds for public health emergencies—it is one of 14 countries where eighty percent of the world’s stunted children live.
Food insecurity remains a critical concern, especially in the Chittagong Hill Tracts (CHT).
Located in the southeastern part of Bangladesh, CHT is home to 1.7 million people, of whom, about a third are indigenous communities living in the hills. The economy is heavily dependent on agriculture, but farming is difficult because of the steep and rugged terrain.
With support from the South Asia Food and Nutrition Security Initiative (SAFANSI), the Manusher Jonno Foundation (MJF) conducted a food and nutrition analysis which finds that more than 60% of the population in CHT migrates during April – July when food becomes harder to procure.
Based on these findings, MJF helped raise awareness through nutrition educational materials and training. The foundation staff also formed courtyard theatres with local youth to deliver nutrition messages, expanded food banks with nutritious and dry food items, and popularized the concept of a “one dish nutritious meal” through focal persons or “nutrition agents” among these communities.
Tomorrow, on December 12, 2017, exactly two years after the signing of the historic Paris Agreement, the government of France will be hosting the One Planet Summit in Paris to reaffirm the world’s commitment to the fight against climate change.
At the summit, mayors from cities around the world, big and small, will take center stage with heads of state, private sector CEOs, philanthropists, and civil society leaders to discuss how to mobilize the financing needed to accelerate climate action and meet the Paris Agreement goals.
Earth’s landscape has been subjected to both natural and anthropogenic fires for millions of years.
Natural, lightning-caused fires are known to have occurred in geological time continuously at least since the late Silurian epoch, 400 million years ago, and have shaped the evolution of plant communities.
Hominids have used controlled fire as a tool to transform the landscape since about 700,000 years ago. These hominids were Homo erectus, ancestors of modern humans. Paleofire scientists, biogeographers and anthropologists all agree that hominid use of fire for various purposes has extensively transformed the vegetation of Earth over this period.
The nature of Earth’s modern-day biomes would be substantially different if there had been no fires at all. William Bond and colleagues (2005) used a Dynamic Global Vegetation Model to simulate the area under closed forest with and without fire. They estimated that in the absence of fire, the area of closed forest would double from the present 27% to 56% of present vegetated area, with corresponding increase in biomass and carbon stocks. This would be at the expense of C4 grasslands and certain types of shrub-land in cooler climates.
People read about climate change every day and we are all familiar with it as a concept. While we understand that steps need to be taken to address the risks; its impact often feels harder to imagine. We assume that the impacts are something we will experience in the future.
But in the Pacific, the impacts are already being felt by communities. This came across clearly in our work on the Climate Vulnerability Assessment – Making Fiji Climate Resilient report, which the Fijian Government produced with the support of our team and the Global Facility for Disaster Reduction and Recovery (GFDRR), and which was launched at COP23.
According to a recent study published in Science Advances, climate change is projected to hit South Asia especially hard.
Impacts will be particularly intense in the food and agriculture sector. A region inhabited by about one-fifth of the world’s people, South Asia and its densely populated agricultural areas face unique and severe natural hazards. Its food system is particularly vulnerable. Climate-smart agriculture (CSA)-- which is an integrated approach to managing landscapes that is focused on increasing agricultural productivity, improving resilience to climate change, and reducing agricultural greenhouse gas emissions—is part of the solution.
The World Bank is working to mainstream climate smart agriculture in South Asia with a series of Climate-Smart Agriculture or “CSA” Country Profiles for Bhutan, Nepal and Pakistan, that were launched recently in collaboration with Governments and relevant stakeholders. The findings in the profiles are specific to national contexts, but there is a common thread. We learned that for South Asia, climate change adaptation and mitigation pose major challenges and opportunities for agriculture sector investment and growth.
The farmers, Government representatives and other stakeholders I met during the CSA Country Profile launches expressed huge interest in learning how they can put CSA into practice. Farmers especially were interested in making CSA part of their daily farming routines. As interest grows, so does momentum to take the CSA agenda forward, from research institutions and high level gatherings into farmer’s fields. As one farmer I met in Pakistan said, “Climate-smart agriculture is Common-sense agriculture.”
Climate change is already impacting Pakistan, which often experiences periods of severe droughts, followed by devastating floods. In the aftermath of the 2010 floods, one fifth of the country’s land area was submerged, damaging the economy, infrastructure and livelihoods, and leaving 90 million people without proper access to food. Moving forward, changes in monsoons and increased temperatures will further challenge the agricultural sector, particularly northern Pakistan where vulnerability to climate change is already high.
At the same time, CSA offers attractive opportunities for strengthening Pakistan’s agricultural sector. Innovative, technological practices like laser land leveling and solar powered irrigation systems and management changes like crop diversification, proper cropping patterns and optimized planting dates could put Pakistan’s food system onto a more climate-smart path. Investments in research to develop high-yielding, heat-resistant, drought-tolerant, and pest-resistant crop varieties as well as livestock breeds could also make a difference.
Much of this has to do with the lack of adequate infrastructure that can defend against the impacts of floods, sea level rise, landslides or earthquakes. . But even when cities know what it takes to become more resilient, most often they do not have access to the necessary funding to realize this vision.
It is estimated that worldwide, investments of more than $4 trillion per year in urban infrastructure will be needed merely to keep pace with expected economic growth, and an additional $1 trillion will be needed to make this urban infrastructure climate resilient. It is clear that the public sector alone, including development finance institutions like the World Bank, will not be able to generate these amounts—not by a long stretch.
Sixteen of the 17 warmest years in the 136-year record have occurred since 2001. The year 2016 ranks as the warmest on record. Recent analysis finds that climate change could push more than 100 million more people into poverty by 2030. But good development—rapid, inclusive, and climate informed—can prevent most of the impacts of climate change on extreme poverty by 2030.
Global emissions of carbon dioxide, a major greenhouse gas and driver of climate change, increased from 22.4 billion metric tons in 1990 to 35.8 billion in 2013, a rise of 60 percent. The increase in emissions of CO2 and other greenhouse gases has contributed to a rise of about 0.8 degrees Celsius in the mean global temperature above pre-industrial times. Read more in the 2017 Atlas of Sustainable Development Goals