As one of our most powerful natural climate solutions, forest and landscape restoration is among the cheapest and most effective ways to store carbon and curb climate change. What’s more, expanding restoration can create enticing investment opportunities in a “restoration economy.”
One hundred and fourteen governments have made commitments to restoration as part of their overall plans to tackle a changing climate, pledging to restore 162 million hectares (400 million acres), an area six times the size of the United Kingdom. But transforming land use at a large scale means that we cannot rely on public or philanthropic resources alone. To reach the $26 billion needed each year to meet countries’ pledges under the Paris Agreement, the private and commercial sectors need to be involved.
One barrier to attracting the needed funds has been lack of awareness of the investment opportunities. Investors ask, what are the business models? How can restoration generate a return on investment? What is the growth potential?
Originally published on the World Resources Institute Website.
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A new study looks at five major impacts of climate change, the sectors and the people most vulnerable.
Almost 750 million people in South Asia were affected by floods, droughts, extreme rainfall, heat waves and sea-level rise — all impacts of climate change or worsened by it — in the first decade of this millennium, according to new research by the International Water Management Institute (IWMI).
Agriculture was the sector most vulnerable to these impacts, authors of the report found. The Indo-Gangetic plain was at maximum risk. The causes and effects of these disasters have been studied sporadically in the past. Now the authors of this report have applied a consistent methodology to study them, including assessment of the population affected along with agricultural losses. The study has used spatial data and customised tools.
The authors — Giriraj Amarnath and Niranga Alahacoon of IWMI; Vladimir Smakhtin of the United Nations University, Institute for Water, Environment and Health in Ontario, Canada; and Pramod Aggarwal of the CGIAR Research Programme on Climate Change, Agriculture and Food Security — carried out regional, country-wise and sub-national assessments of the five climate-related risks. They did this by overlaying climate hazard, sensitivity and adaptive capacity maps, following the vulnerability assessment framework of the Intergovernmental Panel on Climate Change (IPCC). With this, they developed a combined index based on hazard, exposure and adaptive capacity to identify areas susceptible to extreme risk.
The study used data on the spatial distribution of various climate related hazards in 1,398 sub-national areas of Bangladesh, Bhutan, India, Nepal, Pakistan and Sri Lanka. An analysis of country-level population exposure showed that approximately 750 million people are affected by combined climate hazards.
Of the affected population, 72% is in India, followed by 12% each in Bangladesh and Pakistan. The remaining 4% are spread across Bhutan, Nepal and Sri Lanka.
Originally published on the India Climate Dialogue website.
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International charity Oxfam is leveraging new technologies to spread the word about crises happening around the globe, as well as exploring the use of 3D printing, drones and internet of things sensors as new ways of delivering aid and solving problems in the developing world.
On Tuesday, Oxfam is set to launch a virtual reality film called Evelyn’s Story, allowing viewers to experience the arduous journey of an 11-year-old Kenyan girl searching for water in the drought-ridden Turkana county.
When Oxfam filmed the short film (which was made in conjunction with the Sydney-based production company Flimgraphics and Alt VFX), the young girl’s family could only get access to clean water for about two hours every eight days, so were often forced to risk diseases such as diarrhoea and cholera, using whatever they could find.
Oxfam Australia director of public engagement, Pam Anders, told The Australian Financial Review it was the first time it had used virtual reality, but if it goes well it will continue to use them to help show what it is trying to achieve.
Originally published on the Financial Review
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A quiet, green miracle has been growing in the Sahel.
Farmers in the western Sahel have achieved a remarkable success by deploying a secret weapon often overlooked in wealthier places: trees. Not planting trees. Growing them. Chris Reij, a Dutch environmental specialist at VU University Amsterdam who has worked on agricultural issues in the Sahel for thirty years, and other scientists who have studied the technique say that mixing trees and crops—a practice they have named “farmer-managed natural regeneration,” or FMNR, and that is known generally as agro-forestry—brings a range of benefits. The trees’ shade and bulk offer crops relief from the overwhelming heat and gusting winds. “In the past, farmers sometimes had to sow their fields three, four, or five times because wind-blown sand would cover or destroy seedlings,” said Reij, a silver-haired Dutchman with the zeal of a missionary. “With trees to buffer the wind and anchor the soil, farmers need sow only once.”
Leaves serve other purposes. After they fall to the ground, they act as mulch, boosting soil fertility; they also provide fodder for livestock in a season when little other food is available. In emergencies, people too can eat the leaves to avoid starvation.
The improved planting pits developed by Sawadogo and other simple water-harvesting techniques have enabled more water to infiltrate the soil. Amazingly, underground water tables that plummeted after the droughts of the 1980s had now begun recharging. “In the 1980s, water tables on the Central Plateau of Burkina Faso were falling by an average of one meter a year,” Reij said. “Since FMNR and the water-harvesting techniques began to take hold in the late 1980s, water tables in many villages have risen by at least five meters, despite a growing population.”
Some analysts attributed the rise in water tables to an increase in rainfall that occurred beginning in 1994, Reij added, “but that doesn’t make sense—the water tables began rising well before that.” Studies have documented the same phenomenon in some villages in Niger, where extensive water-harvesting measures helped raise water tables by fifteen meters between the early 1990s and 2005.
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Originally published on the Scientific American website