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Benjamin McKeown

How Successful Were the Millennium Development Goals? A Final Report | New Security Beat - 0 views

  • “despite many successes, the poorest and most vulnerable people are being left behind.”
  • eport calls for better data collection practices to create a post-2015 development agenda that can overcome the MDG’s shortcomings.
  • number of people living in extreme poverty and proportion of undernourished people in developing regions has declined by more than half since 1990,
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  • The maternal mortality ratio has declined by 45 percent worldwide, and the proportion of the global population using an improved drinking water source rose from 76 percent to 91 percent
  • Those still left out, however, are increasingly concentrated in South Asia and sub-Saharan Africa, and all across the globe, women and young people face the highest odds of living in poverty
  • Conflict and displacement is taking a toll as well.
  • While hunger has fallen in most areas, projections indicate that the prevalence of undernourishment in the Middle East will rise by 32 percent between 2014 and 2016 due to war, civil unrest, and increasing numbers of refugees.
  • Progress in maternal health is sharply divided along rural-urban lines
  • marginalized and easily forgotten amidst promising overall trends. “Millions of people are being left behind, especially the poorest and those disadvantaged because of their sex, age, disability, ethnicity, or geographic location,”
  • We need to tackle root causes and do more to integrate the economic, social, and environmental dimensions of sustainable development,
  • “employment opportunities have diminished in both developing and developed regions
  • he employment-to-population ratio, which measures what percentage of the working population is employed, has declined around the world since 1990 with the biggest drops in East and South Asia.
  • rapid urbanization is taxing already-inadequate infrastructure. The proportion of the urban population living in slums in developing regions fell from 39 percent in 2000 to 30 percent in 2014, surpassing the MDG target. However, the total number of urban residents living in slums continues to grow as a result of accelerating urbanization and population growth
  • Population growth and increased consumption have also stressed the environment, presenting challenges that overshadow progress on the seventh MDG
  • While ozone-depleting substances have nearly been eliminated since 1990 and the ozone layer is expected to recover by midcentury, carbon dioxide emissions have risen by more than 50 percent in the past 25 years
  • Between 1998 and 2011, the number of countries experiencing water stress increased from 36 to 41. Water scarcity currently affects more than 40 percent of the world population, a statistic that is only projected to increase.
  • For the global poor whose livelihoods are directly tied to natural resources and suffer the most from environmental degradation, climate change hinders development in other sectors. That’s why environmental change is a much bigger focus in the Sustainable Development Goals, set to be adopted later this year.
Benjamin McKeown

Does it really take 20,000L of water to produce 1kg of beef? - Beef Central - 0 views

  • These were his calculations: “Say a two year old grassfed steer dresses 300kg and Lean Meat Yield is 60 percent. Therefore 180kg of beef is produced. Say the animal drinks 40 litres /day (generous) for 730 days. That equals 29,200 litres divided by 180kg = 162 litres per kilogram.
  • However, while that statement was referenced in the report, the specific reference was missing from the list of references at the end of the report.
  • In the article Professor Hoekstra actually wrote that producing one kilogram of boneless beef required about 155 litres of water, taking into account only the water used for drinking and servicing that animal. However, when you added in 1300kg of grain, 7200kg of roughages (pasture, dry hay, silage and other roughages), and the water required to grow those feed sources, he said the water footprint of 1 kg of beef would add up to 15,500 litres of water.
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  • Professor Hoekstra, from the University of Twente in the Netherlands, is the inventor of the Water Footprint concept, a method used to account for the total amount of water used to produce something.
  • Dr Perry said calculation procedures adopted in most estimates of water footprints are flawed, and that water footprints are incorrectly assessed on an absolute rather than a relative bas
  • A key concern was that ‘Water Footprints’ made no allowance for whether a producing area is water- plentiful or water-short.
  • “One must consider the scarcity or abundance of water and land, as well as downstream water uses to evaluate the significance of any environmental impact when compared to the status of these variables in the absence of grain or meat production. Simply comparing the water footprints of grain and meat does not provide helpful environmental information.
  • “It is overly simplistic and misleading to suggest that water footprints should be reduced without considering the context and purpose of water use.” “…Generalised water footprints are neither accurate nor helpful indicators for gaining a better understanding of water resource management.”
  • Previous media articles have reported claims that it takes between 50,000 and 100,000 litres to produce a kilogram of red meat. But these reported measures count every single drop of water that falls on an area of land grazed by cattle over the space of a year. And they do not take into account the fact that most of the water ends up in waterways, is used by trees and plants and in pastures, not grazed by cattle. “These calculations therefore attribute all rain that falls on a property to beef production, whereby the water is clearly being used for other purposes, such as supporting ecosystems” MLA explains in its Target 100 page.
Benjamin McKeown

Food, energy and water: the politics of the nexus | Jeremy Allouche | Science | The Gua... - 0 views

  • Jeremy Allouche
  • In a paradoxical way, this was the first time that the business community came to realise the limits to growth.
  • modellers, farmers, and civil engineers have known about these inter-relationships for a long time.
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  • systems approach, where the interactions between different sectors are modelled as global and regional flows, ignoring day-to day realities, local priorities and needs; • A decision-making tool based on these interactions, which provides an economic valuation of these resources and a market mechanism to efficiently allocate them.
  • It treats the trade-offs between human needs for water, energy and food as a perfect equilibrium model, in which resource allocation can be decided.
  • This can encourage the commodification of resources, downplaying environmental externalities, such as biodiversity and climate change, as well as poverty alleviation needs.
  • The villagers affected by the Rasi Salai Dam are now experiencing water scarcity after losing these wetlands.
  • Originally, the government claimed that the dam would provide water for 5,500 hectares of land
  • look
  • This example highlights how elements of the nexus, whether food, water or energy security, take on different meanings at different levels of analysis, from the global to the local.
  • optimisation;
  • A different framing of the nexus is required: one which recognises that global priorities may not reflect local concerns; and that resource allocations are political decisions, which need to be decided through more open and transparent decision making. The nexus must become more inclusive, so that its interrelationships can be grounded in local realities and human needs.
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